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    VeriSilicon SMIC 0.18µm 1.8V/3.3V I/O Cell Library Databook Version: 2.0 July 1, 2003 Trademark Acknowledgments VeriSilicon & the VeriSilicon logo are the trademarks of VeriSilicon Microelectronics (Shanghai) Co., Ltd. All other products and company names mentioned may be the trademarks of their respective owners. © 2002 VeriSilicon Microelectronics (Shanghai) Co., Ltd. All rights reserved. Printed in P.R.China. VeriSilicon Microelectronics (Shanghai) Co., Ltd. reserves all its copy rights and other intellectual property rights, ownership, powers, benefits and rights arising or to arise from this manual. All or part of the contents of this manual may be changed by VeriSilicon Microelectronics (Shanghai) Co., Ltd. without notice at any time for any reason, including but not limited to improvement of the product relating hereto. VeriSilicon Microelectronics (Shanghai) Co., Ltd. shall not undertake or assume any obligation, responsibility or liability arising out of or in respect of the application or use of the product described herein, except for reasonable, careful and normal uses. Nothing, whether in whole or in part, within this manual can be reproduced, duplicated, copied, changed or disposed of in any form or by any means without prior written consent by VeriSilicon Microelectronics (Shanghai) Co., Ltd.. VeriSilicon Microelectronics (Shanghai) Co., Ltd. 3F, Building 1, No.200, Zhangheng Road, Zhangjiang Hi-Tech Park, Pudong New Area, Shanghai 201204, P. R. China Tel : +86-21-5131-1118 Fax : +86-21-5131-1119 Web : http://www.verisilicon.com 3 Contents Library Introduction 4 1.1 Library Description ....................................................4 1.2 Geometry Parameters...............................................4 1.3 Operating Conditions ................................................4 1.4 DC Specifications .....................................................4 1.5 Timing Parameters....................................................5 Rise/Fall Transition Time ------------------------------5 Propagation Delay ---------------------------------------5 1.6 Power Characterization.............................................6 Power Dissipation----------------------------------------6 Dynamic Power Dissipation ---------------------------6 Static Power Dissipation -------------------------------6 Power Dissipation Calculation ------------------------6 Power Characterization Example --------------------7 1.7 Derating Factors .......................................................8 Delay Calculation ----------------------------------------8 Cell Naming Conventions 9 2.1 Naming Conventions.................................................9 I/O Cell Descriptions 11 3.1 Cell Type.................................................................11 3.2 Pin Descriptions for I/O Pads..................................11 Input-Output Pads ------------------------------------- 11 Oscillator Pads ----------------------------------------- 11 Analog I/O Pads---------------------------------------- 12 Power/Ground Pads----------------------------------- 12 3.3 Functional Schematic for I/O Pads..........................13 Input-Output Pads ------------------------------------- 13 Oscillator Pads ----------------------------------------- 13 3.4 Truth Table of I/O Pads...........................................14 Description----------------------------------------------- 14 Configuration Table ----------------------------------- 14 3.5 I/O Cell List .............................................................33 I/O Cell Datasheet 36 4.1 I/O Cell Height and Width .......................................36 4.2 Explanation of the Cell Datasheet...........................38 4.3 Datasheet ...............................................................39 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Library Introduction 4 chapter 1 Library Introduction 1.1 Library Description VeriSilicon SMIC 0.18µm 1.8V/3.3V I/O Cell Library developed by VeriSilicon is optimized for Semiconductor Manufacturing International Corporation (SMIC) 0.18µm Logic 1P6M Salicide 1.8/3.3V process. This library supports both Stagger I/O pads and Inline I/O pads. This library can take 5V tolerance configurable and variable driving strength between 2mA - 24mA. 1.2 Geometry Parameters VeriSilicon SMIC 0.18µm 1.8V/3.3V I/O Cell Library supports design with four, five or six layers of metal. 1.3 Operating Conditions The following table gives the recommended operating conditions for the integrated circuits (IC) chips using this library: Recommended Operating Conditions Operating Conditions Core DC Supply Voltage I/O DC Supply Voltage Junction Temperature Typical 1.8V 3.3V 25°C Minimum 1.62V 3.0V 0°C Maximum 1.98V 3.6V 125°C 1.4 DC Specifications The ESD of VeriSilicon SMIC 0.18(m 1.8V/3.3V I/O Cell Library meets HBM-2KV and MM-200V. The following table summarizes the electrical design specifications of DC specifications: DC Specifications Symbol VOH Parameter High level output Condition IOH = -2, -4, -8, -16, -24mA Min Max Unit 2.4 V VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Library Introduction 5 voltage Programmable type: -24mA ≤ IOH ≤ -2mA VOL Low level output voltage IOL = 2, 4, 8, 16, 24mA Programmable type: 2mA ≤ IOH ≤ 24mA 0.4 V VIH High level input voltage CMOS interface 2.0 CMOS Schmitt trigger interface 1.4 V 2.0 VIL Low level input voltage CMOS interface 0.8 V CMOS Schmitt trigger interface 0.8 1.2 Hysteresis 0.6 0.9 V Input current Vdd = MAX, 0V ≤ Vin ≤ 5.5V -10 10 µA II Input current with 40kΩ pull down Vin = Vdd Input current with 40kΩ pull up Vin = 0 40 160 µA -160 40 µA 1.5 Timing Parameters The following timing parameters are used in cell characterization. Rise/Fall Transition Time One of the most important timing parameters used in cell characterization is the transition time. The rise time is the minimum time required for the output signal transits from logic 0 to logic 1; more precisely, it is the time from the point where the output transition reaches 10% of the supply voltage to the point where the output transition reaches 90% of the supply voltage; The fall time is the minimum time required for the output signal transits from logic 1 to logic 0; more precisely, it is the time from the point where the output transition reaches 90% of the supply voltage to the point where the output transition reaches 10% of the supply voltage (Fig. 1). 90% Vdd 90% Vdd 10% Vdd tf 10% Vdd tr Fig. 1 Rise/Fall Transition Time Propagation Delay The propagation delay is the minimum time required for data to be propagated from the input of the cell to the output; more precisely, it is the time from the point where the input transition reaches 50% of the supply voltage to the point where the output transition reaches 50% of the supply voltage (Fig. 2). VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Library Introduction 6 If the input triggers the rising output, the propagation delay is referred to as a rising delay (tPlh). If the input triggers the falling output, the delay is referred to as a falling delay (tPhl). Input 50% Vdd tPhl 50% Vdd Output 50% Vdd tPlh 50% Vdd Fig. 2 Propagation delay 1.6 Power Characterization The following power parameters are used in cell characterization. Power Dissipation For a conventional CMOS circuit, the average power dissipation is composed of dynamic power dissipation and static power dissipation. Dynamic Power Dissipation The dynamic power dissipation in conventional CMOS circuits can be expressed as the sum of switching power dissipation and the short-circuit power dissipation. The switching power dissipation represents the power dissipated during charging or discharging load capacitance. On the other hand, the short-circuit power dissipation amounts to the power dissipated when both the PMOS and NMOS transistors in the circuit conduct simultaneously for a short time period, forming a direct current path between VDD and the ground. Static Power Dissipation In conventional CMOS circuits, the static power dissipation is mainly due to the leakage current, nonzero reverse leakage current and sub threshold currents when the transistors are not switching. When the number of transistors become very large in a CMOS VLSI chip, the total static power dissipation due to the leakage current become increasingly significant. Power Dissipation Calculation The power dissipation is dependent upon the power-supply voltage, VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Library Introduction 7 temperature, frequency of operation, internal capacitance, and output load. For a given temperature, the power dissipated by each cell is calculated as follows: Pdynamic = Pshort-circuit + Pswitching Pshort-circuit = ( Erise + Efall ) * f Pswitching = Cfanout * Vdd 2 * f Ptotal = Pdynamic + Pstatic = Pshort-circuit + Pswitching + Pstatic = ( Erise + Efall ) * f + Cfanout * Vdd 2 * f + Pstatic where Ptotal is the total power dissipation of the cell in W; Pdynamic is the dynamic power in W; Pstatic is the static power in pW; Pswitching is the switching power in µW; Pshort-circuit is the internal power in µW; Erise is the energy dissipated when output rising in pJ; Efall is the energy dissipated when output falling in pJ; f is the switching frequency for the transition in MHz; Cfanout is the output load capacitance in pF; Vdd is the operating voltage. If the input switch does not cause any output switch, Pdynamic = Pshort-circuit, the toggle power table in the datasheet indicates this dynamic power. The total average power for the design may be estimated by adding the average power of each cell. Power Characterization Example For example, for a PLBI2F cell with input pin CONOF switching at 20MHz with 0.5ns slope and output pin D switching at 20MHz, an external capacitive loading on the output pin of 10pF, using the power table in the datasheet of PLBI2F, the power dissipated by the PLBI2F is calculated as follows: Ptotal = Pdynamic + Pstatic = Pdynamic_rise + Pdynamic_fall + Pstatic = ( Erise + 1/2 * Cfanout * Vdd 2 ) * f + ( Efall + 1/2 * Cfanout * Vdd 2 ) * f + Pstatic where Pdynamic_rise = ( Erise + 1/2 * Cfanout * Vdd 2 ) * f = 99.832 * f (pJ * MHz) =99.832 * f (µW); Pdynamic_fall = ( Efall + 1/2 * Cfanout * Vdd 2 ) * f = 101.196 * f (pJ * MHz) = 101.196 * f (µW); f = 20MHz; Cfanout = 10pF; Vdd = 1.8V; Pstatic =714.700pW. VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Library Introduction 8 We have Ptotal = (99.832 + 101.196) * 20 +714.700 * 10-6 = 201.028 * 20 + 714.700 * 10-6 =4020.5607µW. 1.7 Derating Factors Derating factors can be used in timing analysis taking into account the effects of operating conditions. The data provided in the datasheet are for typical operating conditions of Vdd = 1.8V, Temperature = 25°C and the typical SMIC 0.18µm process. The derating factors of VeriSilicon SMIC 0.18µm 1.8V/3.3V I/O Cell Library are given below and are for pre-design timing estimation only. Process Derating Factors Process Factor KP Worst 1.2 Typical 1 Best 0.86 Voltage Derating Factors KVolt Rise -0.565353/V Fall -0.600261/V Temperature Derating Factors KTemp Rise 0.001101/°C Fall 0.001633/°C Delay Calculation The rough total propagation delay can be estimated by the delay data in the lookup table and derating factors as below. where tP = KP * [ 1 + ( KVolt * ∆Vdd ) ] * [ 1 + ( KTemp * ∆T ) ] * tp0 tP is the total propagation delay in ns; tp0 is the delay (ns) at TTT corner—25°C, 1.8V, TT process and it is obtained by using a derated index to calculate the final value from the lookup table; KP is the Process Derating Factor, where process is worst, typical, or best; KVolt is the Voltage Derating Factor in V; ∆Vdd is the Vdd - 1.8V; KTemp is the Temperature Derating Factor in °C; ∆T is the junction temperature - 25°C. VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Library Introduction 9 chapter 2 Cell Naming Conventions 2.1 Naming Conventions This section provides the naming convention used for the input-output I/O pads. The syntax is: [] [] [] PL PS Description Inline layout I/O Stagger layout I/O BIA BI Description Analog I/O Bidirectional I/O OSC Oscillator I/O VDD Power I/O VSS GND I/O FILLER SPLIT CORNER LONG SHORT I/O fill gap cell I/O split cell I/O corner cell Stagger long pad Stagger short pad R—With resistor R—With resistor 14M—Up to 14MHz C—Core cell power H—I/O cell power O—Oscillator cell power C—Core cell ground H—I/O cell ground O—Oscillator cell ground CON Description Split cell connects 1.8V P/G between I/O cells, the default value is non-connect 1.8V P/G. 2 | 4 | 8 | 16 | 24 Description 2mA, 4mA, 8mA, 16mA, 24mA VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Cell Naming Conventions 10 Description S Slow N Normal F Fast Example: PSBI2N means stagger pad bi-directional I/O with 2mA drive current and normal slew rate. VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook Cell Naming Conventions 11 chapter 3 I/O Cell Descriptions 3.1 Cell Type VeriSilicon SMIC 0.18(m 1.8V/3.3V I/O Cell Library includes various types of I/O pads, such as input-output pads, oscillator pads, analog I/O pads, power/ground pads, and special I/O cells. 3.2 Pin Descriptions for I/O Pads Input-Output Pads The following table gives the pin descriptions of input-output pads: Pin Descriptions for Input-Output Pads Pin D P A CONOF NEN PD PEN PU SONOF Description Input buffer output Pad Data input CMOS input buffer enable Low voltage output enable Pull down High voltage output enable Pull up CMOS Schmitt enable Edge-Active ------High true High true High true High true Low true High true Oscillator Pads The following table gives the pin descriptions of oscillator pads: Pin Descriptions for Oscillator Pads Pin CK XTALOUT EI EO XTALIN Description Clock Output Oscillator output pad Clock Output enable Oscillator output enable Oscillator input pad Edge-Active ----High true High true --- VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 12 NOTE Oscillator pads must be supplied by a couple of independent power sources. Power pad PSVDDO and PSVSSO can be used for PSOSCR14M or PSOSC14M power supply. Power pad PLVDDO and PLVSSO can be used for PLOSCR14M or PLOSC14M power supply. Power supply of oscillator pads must be separated from the other power supply. Analog I/O Pads The following table gives the pin descriptions of analog I/O pads with or without resistor: Pin Descriptions for Analog I/O Pads with Resistor Pin Description AI Analog signal connected with chip internal P Analog signal pad Pin Descriptions for Analog I/O Pads without Resistor Pin Description P Analog signal pad Power/Ground Pads The following table gives the pin descriptions used in power/ground pads: Pin Description Used in Power/Ground Pads Pin vdd gnd VDDH VSSH VDDO VSSO Description 1.8V power pin in PSVDDC/PLVDDC pad 0V ground pin in PSVSSC/PLVSSC pad 3.3V power pin in PSVDDH/PLVDDH pad 0V ground pin in PSVSSH/PLVSSH pad 3.3V power pin in PSVDDO/PLVDDO pad 0V ground pin in PSVSSO/PLVSSO pad NOTE VDDH can not fail with the 5V input signal. Special I/O Cells Special I/O cells in VeriSilicon SMIC 0.18µm 1.8V/3.3V I/O Cell Library are described as follows: VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 13 Corner Cell The Corner Cells (PSCORNER and PLCORNER) connects the power rings and the ground rings at each corner if necessary. Filler Cell The Filler Cells (PSFILLERxxx and PLFILLERxxx (here xxx is the number indicating the pad’s width, in µm unit)), fill the gaps between the pads to connect all the power rings, the ground rings and the guard rings, etc. Split Cell The Split Cells (PSSPLITxxx and PLSPLITxxx (here xxx is the number indicating the pad’s width, in µm unit)), fill the gaps between the pads to connect 1.8V power rings, 1.8 ground rings, and split 3.3V power and the ground rings. Long & Short Cell Long and short cells are used as staggered I/O cells’ pads, including PAD (short, 67.64µm high) and PAD_2 (long, 167.64(m high). 3.3 Functional Schematic for I/O Pads Input-Output Pads The functional schematic for the input-output configurable pads is shown as Fig. 3: EMBED Visio.Drawing.6 Fig. SEQ Fig. \* ARABIC 3 Input-output Configurable Pads Oscillator Pads The oscillator pad with resistor can support a crystal from 2MHz to 27MHz. The oscillator pad without resistor can support a crystal from 32KHz TO 14MHz. The Fig. 4 and Fig. 5 give the functional schematic for the Oscillator pad with/without resistor: VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 14 EO XTALOUT R CK XTALIN EI Fig. 4 Oscillator pad with resistor EO XTALOUT CK XTALIN EI Fig. 5 Oscillator pad without resistor 3.4 Truth Table of I/O Pads Description This section describes the detailed applications for configuring I/O pads using the basic I/O cells of VeriSilicon SMIC 0.18µm 1.8V/3.3V I/O Cell Library. Configuration Table The following table defines the symbols used in the configuration tables. Symbols Used in the Configuration Table and Truth Table Symbol 0 1 H L Description Logic low Logic high Weak logic 1 Weak logic 0 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 15 X Unknown state Z High impedance NOTE In the configuration tables and its corresponding truth tables, when the pin setting is “1”, the pin should be connected with a core 1.8V power supply. Input Buffers To configure the input buffers only through the P*BI* cells, for example, PSBI2N, the pins should be connected as the following configuration tables. Configuration Table 1. Input Buffers with CMOS Input Pin A PU PD PEN NEN CONOF SONOF Input P 0 1 Z Settings 0 1 0 0 0 1 0 Truth Table Output D 0 1 X Configuration Table 2. Input Buffers with CMOS Input and Pull Down Pin A PU PD PEN NEN CONOF SONOF Settings 0 1 PD 0 0 1 0 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 16 Truth Table Input PD P X 0 X 1 0 Z Output D 0 1 X Configuration Table 3. Input Buffers with CMOS Input and Pull Up Pin Settings A 0 PU PU PD 0 PEN 0 NEN 0 CONOF 1 SONOF 0 Truth Table Input Output PU P D X 0 0 X 1 1 1 Z X Configuration Table 4. Input Buffers with CMOS Schmitt-Trigger Input Pin A PU PD PEN NEN CONOF SONOF Input P 0 1 Z Settings 0 1 0 0 0 0 1 Truth Table Output D 0 1 X VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 17 Configuration Table 5. Input Buffers with CMOS Schmitt-Trigger Input and Pull Down Pin A PU PD PEN NEN CONOF SONOF Input PD P X 0 X 1 0 Z Settings 0 1 PD 0 0 0 1 Truth Table Output D 0 1 X Configuration Table 6. Input Buffers with CMOS Schmitt-Trigger Input and Pull Up Pin A PU PD PEN NEN CONOF SONOF Input PU P X 0 X 1 1 Z Settings 0 PU 0 0 0 0 1 Truth Table Output D 0 1 X Configuration Table 7. Input Buffers with LVTTL Input Pin A PU PD PEN NEN CONOF SONOF Settings 0 1 0 0 0 1 0 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 18 Truth Table Input Output P D 0 0 1 1 Z X Configuration Table 8. Input Buffers with LVTTL Input and Pull Down Pin A PU PD PEN NEN CONOF SONOF Input PD P X 0 X 1 0 Z Settings 0 1 PD 0 0 1 0 Truth Table Output D 0 1 X Configuration Table 9. Input Buffers with LVTTL Input and Pull Up Pin A PU PD PEN NEN CONOF SONOF Input PU P X 0 X 1 1 Z Settings 0 PU 0 0 0 1 0 Truth Table Output D 0 1 X VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 19 Configuration Table 10. Input Buffers with LVTTL Schmitt-Trigger Input Pin A PU PD PEN NEN CONOF SONOF Input P 0 1 Z Settings 0 1 0 0 0 0 1 Truth Table Output D 0 1 X Configuration Table 11. Input Buffers with LVTTL Schmitt-Trigger Input and Pull Down Pin A PU PD PEN NEN CONOF SONOF Input PD P X 0 X 1 0 Z Settings 0 1 PD 0 0 0 1 Truth Table Output D 0 1 X Configuration Table 12. Input Buffers with LVTTL Schmitt-Trigger Input and Pull Up Pin A PU PD PEN NEN CONOF SONOF Settings 0 PU 0 0 0 0 1 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 20 Truth Table Input Output PU P D X 0 0 X 1 1 1 Z X Output Buffers To configure the output buffers through the P*BI* cells, for example, PSBI2N, the pins should be connected as the following configuration tables. Suppose “E” is an enable pin used to control the output state. Configuration Table 13. Output Buffers with CMOS Output Pin A PU PD PEN NEN CONOF SONOF Input A 0 1 Settings A 1 0 1 1 0 0 Truth Table Output P 0 1 Configuration Table 14. 3-State Output Buffers with CMOS Output Pin A PU PD PEN NEN CONOF SONOF Input A E X 0 0 1 Settings A 1 0 E E 0 0 Truth Table Output P Z 0 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 21 1 1 1 Configuration Table 15. 3-State Output Buffers with CMOS Output and Pull Down Pin A PU PD PEN NEN CONOF SONOF Input AE X0 X0 01 11 Settings A 1 PD E E 0 0 Truth Table Output PD P 0 Z 1 L X 0 X 1 Configuration Table 16. 3-State Output Buffers with CMOS Output and Pull Up Pin A PU PD PEN NEN CONOF SONOF Input AE X0 X0 01 11 Settings A PU 0 E E 0 0 Truth Table Output PU P 0 H 1 Z X 0 X 1 Configuration Table 17. 3-State Output Buffers with CMOS Output, and N-Channel Open Drain Pin Settings A A PU 1 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 22 PD 0 PEN 0 NEN E CONOF 0 SONOF 0 Truth Table Input Output A E P X 0 Z 0 1 0 1 1 Z Configuration Table 18. 3-State Output Buffers with CMOS Output and Pull Down and N-Channel Open Drain Pin A PU PD PEN NEN CONOF SONOF Input AE X0 X0 01 11 11 Settings A 1 PD 0 E 0 0 Truth Table Output PD P 0 Z 1 L X 0 0 Z 1 L Configuration Table 19. 3-State Output Buffers with CMOS Output and Pull Up and N-Channel Open Drain Pin A PU PD PEN NEN Settings A PU 0 0 E VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 23 CONOF 0 SONOF 0 Truth Table Input Output A E PU P X0 0 H X0 1 Z 01X 0 110 H 111 Z Configuration Table 20. 3-State Output Buffers with CMOS Output and P-Channel Open Source Pin A PU PD PEN NEN CONOF SONOF Input A E X 0 0 1 1 1 Settings A 1 0 E 0 0 0 Truth Table Output P Z Z 1 Configuration Table 21. 3-State Output Buffers with CMOS Output and Pull Down and P-Channel Open Source Pin A PU PD PEN NEN CONOF SONOF Input AE Settings A 1 PD E 0 0 0 Truth Table Output PD P VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 24 X0 0 Z X0 1 L 010 Z 011 L 11X 1 Configuration Table 22. 3-State Output Buffers with CMOS Output and Pull Up and P-Channel Open Source Pin A PU PD PEN NEN CONOF SONOF Input AE X0 X0 01 01 11 Settings A PU 0 E 0 0 0 Truth Table Output PU P 0 H 1 Z 0 H 1 Z X 1 Bidirectional Buffers To configure the bidirectional buffers through the P*BI* cells, for example, PSBI2N, the pins should be connected as described in the following configuration tables. Suppose “E” is an enable pin used to control the bidirectional state. Configuration Table 23. Bidirectional Buffers with CMOS Input and CMOS Output Pin A PU PD PEN NEN CONOF SONOF Settings A 1 0 1 1 1 0 Truth Table VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 25 Input Output A P D 0 0 0 1 1 1 Configuration Table 24. 3-State Bidirectional Buffers with CMOS Input and CMOS Output Pin A PU PD PEN NEN CONOF SONOF Input A E X 0 0 1 1 1 Settings A 1 0 E E 1 0 Truth Table Output Input PDEP ZX0 0 0001 110Z Output D 0 1 X Configuration Table 25. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and Pull Down Pin Settings A A PU 1 PD PD PEN E NEN E CONOF 1 SONOF 0 Truth Table Input Output Input Output A E PD P D E PD P D X 00 ZX0 X 0 0 X 01 L00X 1 1 0 1X 0000 Z X 1 1X 11 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 26 Configuration Table 26. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and Pull Up Pin Settings A A PU PU PD 0 PEN E NEN E CONOF 1 SONOF 0 Truth Table Input Output Input Output A E PU P D E PU P D X 00 H1 0 X 0 0 X 01 ZX0 X 1 1 0 1X 0001 Z X 1 1X 11 Configuration Table 27. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and N-Channel Open Drain Pin A PU PD PEN NEN CONOF SONOF Input A E X 0 0 1 1 1 Settings A 1 0 0 E 1 0 Truth Table Output Input PD E P ZX 0 0 00 0 1 ZX 0 Z Output D 0 1 X Configuration Table 28. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and Pull Down and N-Channel Open Drain Pin Settings A A PU 1 PD PD VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 27 PEN 0 NEN E CONOF 1 SONOF 0 Truth Table Input Output Input Output A E PD P D E PD P D X 00 ZX0 X 0 0 X 01 L00X 1 1 0 1X 0000 Z X 1 10 ZX 1 11 L0 Configuration Table 29. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and Pull Up and N-Channel Open Drain Pin Settings A A PU PU PD 0 PEN 0 NEN E CONOF 1 SONOF 0 Truth Table Input Output Input Output A E PU P D E PU P D X 00 H1 0 X 0 0 X 01 ZX0 X 1 1 0 1X 0001 Z X 1 10 H1 1 11 ZX Configuration Table 30. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and P-Channel Open Source Pin A PU PD PEN NEN CONOF Settings A 1 0 E 0 1 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 28 SONOF 0 Truth Table Input Output Input Output A EPD EP D X 0 ZX 00 0 0 1 ZX 01 1 1 111 0Z X Configuration Table 31. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and Pull Down and P-Channel Open Source Pin Settings A A PU 1 PD PD PEN E NEN 0 CONOF 1 SONOF 0 Truth Table Input Output Input Output A E PD P D E PD P D X 00 ZX0 X 0 0 X 01 L00X 1 1 0 10 ZX0 0 Z X 0 11 L0 1 1X 11 Configuration Table 32. 3-State Bidirectional Buffers with CMOS Input and CMOS Output and Pull Up and P-Channel Open Source Pin Settings A A PU PU PD 0 PEN E NEN 0 CONOF 1 SONOF 0 Truth Table Input Output Input Output A E PU P D E PU P D VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 29 X 00 H1 0 X 0 0 X 01 ZX0 X 1 1 0 10 H1 0 1 Z X 0 11 ZX 1 1X 11 Configuration Table 33. Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output Pin A PU PD PEN NEN CONOF SONOF Input A 0 1 Settings A 1 0 1 1 0 1 Truth Table Output P D 0 0 1 1 Configuration Table 34. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output Pin A PU PD PEN NEN CONOF SONOF Input A E X 0 0 1 1 1 Settings A 1 0 E E 0 1 Truth Table Output Input PDEP ZX0 0 0001 110Z Output D 0 1 X Configuration Table 35. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output and Pull Down Pin Settings VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 30 A A PU 1 PD PD PEN E NEN E CONOF 0 SONOF 1 Truth Table Input Output Input Output A E PD P D E PD P D X 00 ZX0 X 0 0 X 01 L00X 1 1 0 1X 0000 Z X 1 1X 11 Configuration Table 36. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output and Pull Up Pin Settings A A PU PU PD 0 PEN E NEN E CONOF 0 SONOF 1 Truth Table Input Output Input Output A E PU P D E PU P D X 00 H1 0 X 0 0 X 01 ZX0 X 1 1 0 1X 0001 Z X 1 1X 11 Configuration Table 37. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output and N-Channel Open Drain Pin A PU PD PEN NEN Settings A 1 0 0 E VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 31 CONOF 0 SONOF 1 Truth Table Input Output Input Output A EPD E PD X 0 ZX 0 00 0 100 0 11 1 1 ZX 0 ZX Configuration Table 38. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output, Pull Down, and N-Channel Open Drain Pin Settings A A PU 1 PD PD PEN 0 NEN E CONOF 0 SONOF 1 Truth Table Input Output Input Output A E PD P D E PD P D X 00 ZX0 X 0 0 X 01 L00X 1 1 0 1X 0000 Z X 1 10 ZX 1 11 L0 Configuration Table 39. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output, Pull Up, and N-Channel Open Drain Pin Settings A A PU PU PD 0 PEN 0 NEN E CONOF 0 SONOF 1 Truth Table Input Output Input Output A E PU P D E PU P D VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 32 X 00 H1 0 X 0 0 X 01 ZX0 X 1 1 0 1X 0001 Z X 1 10 H1 1 11 ZX Configuration Table 40. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output and P-Channel Open Source Pin A PU PD PEN NEN CONOF SONOF Input A E X 0 0 1 1 1 Settings A 1 0 E 0 0 1 Truth Table Output Input PD EP ZX 00 ZX 01 11 0Z Output D 0 1 X Configuration Table 41. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output, Pull Down, and P-Channel Open Source Pin Settings A A PU 1 PD PD PEN E NEN 0 CONOF 0 SONOF 1 Truth Table Input Output Input Output A E PD P D E PD P D X 00 ZX0 X 0 0 X 01 L00X 1 1 0 10 ZX0 0 Z X 0 11 L0 1 1X 11 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 33 Configuration Table 42. 3-State Bidirectional Buffers with CMOS Schmitt-Trigger Input and CMOS Output, Pull Up and P-Channel Open Source Pin Settings A A PU PU PD 0 PEN E NEN 0 CONOF 0 SONOF 1 Truth Table Input Output Input Output A E PU P D E PU P D X 00 H1 0 X 0 0 X 01 ZX0 X 1 1 0 10 H1 0 1 Z X 0 11 ZX 1 1X 11 To configure the bidirectional buffer with LVTTL input, the pin settings are the same as those of the bidirectional buffer with CMOS inputs which are shown above. 3.5 I/O Cell List There are more than 50 cells in VeriSilicon SMIC 0.18µm 1.8V/3.3V I/O Cell Library. The following table gives the names and the function descriptions of each cell. Class: Description: Syntax: < driving strength >: < slew rate >: Example: Cell List: Class: Description: Syntax: < driving strength >: < slew rate >: Example: Cell List: Configurable stagger input-output pads Slew rate control, input-output pad, 5V tolerant PSBI < driving current > < slew rate > 2 | 4 | 8 | 16 | 24 S|N|F PSBI2S, 2mA, slow slew rate, input-output pad, 5V tolerant PSBI2S, PSBI2N, PSBI2F, PSBI4S, PSBI4N, PSBI4F, PSBI8S, PSBI8N, PSBI8F, PSBI16S, PSBI16N, PSBI16F, PSBI24S, PSBI24N, PSBI24F Configurable inline input-output pads Slew rate control, input-output pad, 5V tolerant PLBI < driving current > < slew rate > 2 | 4 | 8 | 16 | 24 S|N|F PLBI2S, 2mA, slow slew rate, input-output pad, 5V tolerant PLBI2S, PLBI2N, PLBI2F, PLBI4S, PLBI4N, PLBI4F, PLBI8S, PLBI8N, PLSBI8F, PLBI16S, PLBI16N, VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 34 PLBI16F, PLBI24S, PLBI24N, PLBI24F Class: Description: Syntax: < option >: Example: Cell List: Class: Description: Syntax: < option >: Example: Cell List: Stagger analog pad Stagger analog pad PSBIA < option > R R: With resistor PSBIAR, analog pad with 200ohm resistor PSBIAR, PSBIA Inline analog pad Inline analog pad PLBIA < option > R R: With resistor PLBIAR, analog pad with 200ohm resistor PLBIAR, PLBIA Class: Description: Syntax: < power class >: Example: Cell List: Class: Description: Syntax: < power class >: Example: Cell List: Stagger power or ground pad Stagger power or ground pad PS < VDD | VSS > < power class > C|H|O C: Core supply ( 1.8v or 0v ) H: I/O supply ( 3.3v or 0v ) O: Oscillator supply only ( 3.3v or 0v ) PSVDDH, VDDH pad, I/O power supply ( 3.3v ) PSVDDC, PSVSSC, PSVDDH, PSVSSH, PSVDDO, PSVSSO Inline power or ground pad Inline power or ground pad PL < VDD | VSS > < power class > C|H|O C: Core supply ( 1.8v or 0v ) H: I/O supply ( 3.3v or 0v ) O: Oscillator supply ( 3.3v or 0v ) PLVSSH, VSSH pad, I/O ground supply ( 0v ) PLVDDC, PLVSSC, PLVDDH, PLVSSH, PLVDDO, PLVSSO Class: Description: Syntax: < option >: Example: Stagger oscillator pad Stagger oscillator pad PSOSC < option > 14M R R: With resistor PSOSCR14M, Oscillator pad with 2Mohm resistor, supported crystal frequency up to 14MHz VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions Cell List: Class: Description: Syntax: < option >: Example: Cell List: 35 PSOSCR14M, PSOSC14M Inline oscillator pad Inline oscillator pad PLOSC < option > 14M R R: With resistor PLOSCR14M, Oscillator pad with 2Mohm resistor, supported crystal frequency up to 14MHz PLOSCR14M, PLOSC14M VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Descriptions 36 chapter 4 I/O Cell Datasheet 4.1 I/O Cell Height and Width The following table gives the height and width of each cell. Cell Name PSBI2S PSBI2N PSBI2F PSBI4S PSBI4N PSBI4F PSBI8S PSBI8N PSBI8F PSBI16S PSBI16N PSBI16F PSBI24S PSBI24N PSBI24F PLBI2S PLBI2N PLBI2F PLBI4S PLBI4N PLBI4F PLBI8S PLBI8N PLBI8F PLBI16S PLBI16N PLBI16F PLBI24S PLBI24N PLBI24F PSBIAR PSBIA Height µm) 228 228 228 228 228 228 228 228 228 228 228 228 228 228 228 196 196 196 196 196 196 196 196 196 196 196 196 196 196 196 228 228 Width µm) 40 40 40 40 40 40 40 40 40 40 40 40 40 40 40 65 65 65 65 65 65 65 65 65 65 65 65 65 65 65 40 40 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Datasheet 37 PLBIAR 196 65 PLBIA 196 65 PSVDDC 228 40 PSVSSC 228 40 PSVDDH 228 40 PSVSSH 228 40 PSVDDO 228 40 PSVSSO 228 40 PLVDDC 196 65 PLVSSC 196 65 PLVDDH 196 65 PLVSSH 196 65 PLVDDO 196 65 PLVSSO 196 65 PSOSCR14M 228 106 PSOSC14M 228 80 PLOSCR14M 196 160 PLOSC14M 196 130 VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Datasheet 38 4.2 Explanation of the Cell Datasheet Following Figure gives an example of cell datasheet: VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Datasheet 39 1. Cell Name 2. Cell Description 3. Cell Attributes z Function z Cell Area in µm2 unit z Operating Condition 4. Logic Symbol 5. Cell Data z The Input pin capacitance in pF unit z The Supply voltage used in the library z The Static power of the cell in pW unit 6. Cell Characteristics z The path delay gives the pin-to-pin delay lookup table indexed by input transition (ns) and output load (pF). z The output transition tables are indexed by input transition (ns) and output load (pF). z The dynamic power dissipation (pJ) table contains both the short-circuit power and the switching power. The toggle power table (pJ) contains the dynamic power dissipation when an input pin switch didn’t cause output switch. z For the cells with multiple input pins, the path delay/output transition/power from one input pin to an output pin will be affected by the states of other input pins. The conditions are denoted by numbers 0, 1, 2… in the datasheet. 4.3 Datasheet VeriSilicon SMIC 0.18um 1.8V/3.3V I/O Cell Library Databook I/O Cell Datasheet Cell Description 16mA, fast slew rate, input-output pad, 5V tolerant PLBI16F Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.16276 0.02459 0.01740 2.02041 0.04155 0.05799 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 469.300 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70388 14.25419 47.46646 71.27097 99.77935 142.54193 Transition 4.70388 14.25419 47.46646 71.27097 99.77935 142.54193 0.296 0.728 0.940 1.562 1.991 2.500 3.263 0.296 56.3212 107.9753 288.6966 418.1928 573.2550 805.8284 0.482 0.750 0.963 1.584 2.013 2.523 3.285 0.482 56.4328 108.0862 288.7936 418.3012 573.3557 805.9429 1.138 0.811 1.023 1.645 2.073 2.583 3.346 1.138 56.9638 108.6159 289.3324 418.8356 573.8964 806.4796 1.595 0.847 1.060 1.681 2.110 2.619 3.383 1.595 57.3984 109.0447 289.7517 419.2497 574.3214 806.9038 2.418 0.903 1.115 1.737 2.165 2.675 3.439 2.418 58.1732 109.8227 290.5305 420.0329 575.0949 807.6625 2.968 0.936 1.149 1.771 2.198 2.708 3.471 2.968 58.6890 110.3278 291.0351 420.5446 575.6081 808.1842 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.70388 14.25419 47.46646 71.27097 99.77935 142.54193 0.296 0.335 0.655 1.765 2.576 3.554 5.028 0.482 0.335 0.655 1.765 2.576 3.554 5.028 1.138 0.335 0.655 1.765 2.576 3.554 5.027 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.69954 14.24104 47.42267 71.20521 99.68730 142.41043 0.296 0.712 0.929 1.552 1.981 2.490 3.254 0.482 0.734 0.951 1.574 2.003 2.513 3.276 1.138 0.796 1.012 1.636 2.064 2.574 3.337 1.595 2.418 2.968 0.335 0.335 0.335 0.655 0.655 0.655 1.765 1.765 1.765 2.576 2.577 2.577 3.555 3.555 3.554 5.027 5.028 5.027 1.595 2.418 2.967 0.832 0.888 0.921 1.049 1.105 1.138 1.672 1.728 1.761 2.100 2.156 2.190 2.610 2.666 2.699 3.373 3.429 3.462 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69954 14.24104 47.42267 71.20521 99.68730 142.41043 Transition 4.69954 14.24104 47.42267 71.20521 99.68730 142.41043 0.296 47.8656 99.5466 280.1332 409.5860 564.6152 797.1683 0.296 0.348 0.666 1.773 2.582 3.559 5.031 0.482 47.9715 99.6524 280.2427 409.6921 564.7259 797.2721 0.482 0.348 0.665 1.773 2.583 3.559 5.031 1.138 48.4844 100.1669 280.7605 410.2137 565.2363 797.7865 1.138 0.348 0.666 1.773 2.583 3.559 5.031 1.595 48.8996 100.5820 281.1690 410.6165 565.6574 798.1982 1.595 0.348 0.666 1.773 2.583 3.559 5.030 2.418 49.6471 101.3280 281.9148 411.3697 566.4050 798.9568 2.418 0.348 0.666 1.773 2.583 3.559 5.031 2.967 50.1494 101.8307 282.4201 411.8750 566.9099 799.4513 2.967 0.348 0.666 1.773 2.582 3.559 5.031 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70427 14.25538 47.47041 71.27689 99.78765 142.55379 Transition 4.70427 14.25538 47.47041 71.27689 99.78765 142.55379 0.296 0.728 0.941 1.563 1.991 2.502 3.266 0.296 51.1604 102.8785 283.7839 413.4115 568.6316 801.4159 0.482 0.750 0.963 1.586 2.014 2.524 3.288 0.482 51.2700 102.9884 283.8893 413.5148 568.7378 801.5360 1.138 0.811 1.024 1.646 2.074 2.585 3.348 1.138 51.7989 103.5232 284.4192 414.0449 569.2703 802.0529 1.595 0.847 1.060 1.682 2.111 2.621 3.385 1.595 52.2304 103.9421 284.8422 414.4667 569.6968 802.4874 2.418 0.903 1.116 1.738 2.167 2.677 3.440 2.418 53.0020 104.7127 285.6155 415.2375 570.4669 803.2439 2.968 0.936 1.149 1.772 2.200 2.710 3.474 2.968 53.5141 105.2217 286.1244 415.7417 570.9720 803.7634 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70427 14.25538 47.47041 71.27689 99.78765 142.55379 Transition 4.70838 14.26782 47.51184 71.33910 99.87473 142.67819 0.296 0.335 0.654 1.764 2.575 3.554 5.026 0.296 0.727 0.940 1.562 1.991 2.501 3.265 0.482 0.335 0.654 1.765 2.575 3.554 5.026 0.482 0.750 0.963 1.585 2.013 2.523 3.287 1.138 0.335 0.654 1.764 2.575 3.553 5.027 1.138 0.810 1.023 1.646 2.073 2.584 3.347 1.595 0.335 0.654 1.765 2.575 3.553 5.027 1.595 0.847 1.060 1.682 2.110 2.620 3.383 2.418 0.335 0.654 1.764 2.575 3.553 5.027 2.418 0.903 1.115 1.738 2.166 2.676 3.440 2.968 0.335 0.654 1.765 2.576 3.554 5.027 2.968 0.936 1.149 1.771 2.199 2.709 3.472 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70838 14.26782 47.51184 71.33910 99.87473 142.67819 Transition 4.70838 14.26782 47.51184 71.33910 99.87473 142.67819 0.296 51.4121 103.1421 284.1059 413.7672 569.0445 801.9423 0.296 0.335 0.655 1.765 2.576 3.554 5.027 0.482 51.5539 103.2897 284.2400 413.9069 569.1842 802.0861 0.482 0.335 0.654 1.765 2.576 3.554 5.027 1.138 52.1988 103.9248 284.8814 414.5485 569.8197 802.7256 1.138 0.335 0.655 1.765 2.576 3.554 5.028 1.595 52.6997 104.4249 285.3788 415.0490 570.3184 803.2229 1.595 0.335 0.655 1.765 2.576 3.554 5.027 2.418 53.6071 105.3375 286.2872 415.9560 571.2239 804.1190 2.418 0.335 0.655 1.765 2.576 3.554 5.028 2.968 54.2099 105.9284 286.8894 416.5514 571.8212 804.7157 2.968 0.335 0.655 1.765 2.576 3.554 5.027 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.70003 14.24252 47.42759 71.21260 99.69765 142.42521 Transition 4.70003 14.24252 47.42759 71.21260 99.69765 142.42521 0.296 0.728 0.941 1.563 1.991 2.501 3.265 0.296 56.0720 107.7180 288.3797 417.8373 572.8629 805.4066 0.482 0.750 0.963 1.585 2.013 2.524 3.287 0.482 56.1454 107.7932 288.4570 417.9187 572.9372 805.4774 1.138 0.811 1.024 1.646 2.074 2.584 3.348 1.138 56.5683 108.2239 288.8869 418.3420 573.3666 805.9077 1.595 0.847 1.060 1.682 2.110 2.620 3.385 1.595 56.9246 108.5666 289.2261 418.6972 573.7119 806.2616 2.418 0.903 1.116 1.738 2.166 2.676 3.440 2.418 57.5706 109.2109 289.8689 419.3312 574.3615 806.8958 2.968 0.936 1.149 1.771 2.200 2.709 3.473 2.968 57.9980 109.6290 290.2831 419.7499 574.7736 807.3145 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70003 14.24252 47.42759 71.21260 99.69765 142.42521 Transition 4.36694 13.23315 44.06638 66.16573 92.63202 132.33146 0.296 0.335 0.655 1.765 2.576 3.554 5.028 0.336 0.786 0.950 1.494 1.880 2.343 3.036 0.482 0.335 0.655 1.765 2.576 3.554 5.027 0.523 0.841 1.006 1.549 1.935 2.398 3.092 1.138 0.335 0.655 1.765 2.576 3.554 5.027 1.164 1.004 1.169 1.712 2.098 2.561 3.255 1.595 0.335 0.655 1.765 2.576 3.554 5.028 1.629 1.109 1.274 1.817 2.203 2.666 3.359 2.418 0.335 0.655 1.765 2.576 3.555 5.028 2.467 1.285 1.450 1.993 2.379 2.842 3.535 2.968 0.335 0.655 1.765 2.576 3.554 5.027 3.022 1.397 1.562 2.104 2.491 2.954 3.647 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36694 13.23315 44.06638 66.16573 92.63202 132.33146 Transition 4.36694 13.23315 44.06638 66.16573 92.63202 132.33146 0.336 54.6690 102.1746 269.5382 389.6889 533.6095 749.5064 0.336 0.298 0.612 1.737 2.554 3.535 5.008 0.523 54.8438 102.3660 269.7342 389.8889 533.8139 749.7101 0.523 0.298 0.612 1.738 2.555 3.537 5.008 1.164 55.5092 103.0340 270.3966 390.5510 534.4639 750.3620 1.164 0.298 0.612 1.738 2.555 3.537 5.008 1.629 55.9801 103.5039 270.8590 391.0060 534.9238 750.8331 1.629 0.298 0.612 1.737 2.555 3.536 5.009 2.467 56.8121 104.3102 271.6687 391.8200 535.7386 751.6393 2.467 0.298 0.612 1.737 2.556 3.537 5.010 3.022 57.3513 104.8467 272.2093 392.3665 536.2893 752.1731 3.022 0.298 0.612 1.738 2.554 3.536 5.006 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37282 13.25097 44.12572 66.25484 92.75677 132.50967 Transition 4.37282 13.25097 44.12572 66.25484 92.75677 132.50967 0.336 0.762 0.930 1.475 1.862 2.326 3.021 0.336 46.0506 94.3524 262.4115 382.8680 527.1233 743.5088 0.523 0.818 0.985 1.530 1.918 2.381 3.076 0.523 46.2619 94.5490 262.5963 383.0577 527.3161 743.7025 1.164 0.981 1.148 1.693 2.081 2.544 3.239 1.164 46.9245 95.2086 263.2677 383.7247 527.9771 744.3632 1.629 1.086 1.253 1.798 2.186 2.650 3.344 1.629 47.3709 95.6680 263.7298 384.1852 528.4402 744.8299 2.467 1.261 1.429 1.974 2.361 2.825 3.520 2.467 48.2052 96.4920 264.5503 385.0083 529.2572 745.6388 3.022 1.373 1.540 2.085 2.473 2.936 3.631 3.022 48.7461 97.0326 265.0950 385.5500 529.8052 746.1872 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.37282 13.25097 44.12572 66.25484 92.75677 132.50967 0.336 0.303 0.613 1.740 2.558 3.540 5.010 0.523 0.304 0.613 1.739 2.556 3.539 5.011 1.164 0.304 0.613 1.739 2.556 3.539 5.011 1.629 0.304 0.614 1.740 2.557 3.538 5.012 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.37072 13.24462 44.10457 66.22308 92.71231 132.44616 0.336 0.786 0.951 1.494 1.882 2.345 3.039 0.523 0.841 1.006 1.550 1.937 2.400 3.095 1.164 1.004 1.169 1.713 2.100 2.563 3.258 1.629 1.109 1.274 1.818 2.205 2.668 3.363 2.467 3.022 0.303 0.304 0.613 0.614 1.739 1.739 2.557 2.556 3.539 3.538 5.013 5.014 2.467 3.022 1.285 1.397 1.450 1.562 1.994 2.106 2.380 2.493 2.844 2.956 3.539 3.650 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.37072 13.24462 44.10457 66.22308 92.71231 132.44616 Transition 4.37072 13.24462 44.10457 66.22308 92.71231 132.44616 0.336 49.3336 96.9289 264.5706 384.9172 529.0784 745.3618 0.336 0.297 0.612 1.738 2.556 3.537 5.011 0.523 49.5121 97.1216 264.7707 385.1169 529.2635 745.5538 0.523 0.298 0.611 1.739 2.556 3.536 5.012 1.164 50.1763 97.7887 265.4317 385.7822 529.9319 746.2178 1.164 0.298 0.611 1.739 2.556 3.536 5.012 1.629 50.6578 98.2644 265.8999 386.2478 530.3985 746.6788 1.629 0.298 0.611 1.738 2.554 3.538 5.012 2.467 51.4887 99.0726 266.7167 387.0624 531.2242 747.5052 2.467 0.298 0.611 1.738 2.555 3.537 5.011 3.022 52.0134 99.6149 267.2627 387.6110 531.7667 748.0456 3.022 0.297 0.611 1.738 2.556 3.538 5.009 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.36267 13.22020 44.02326 66.10099 92.54138 132.20198 Transition 4.36267 13.22020 44.02326 66.10099 92.54138 132.20198 0.336 0.786 0.951 1.494 1.880 2.343 3.036 0.336 54.4348 101.9094 269.1815 389.2604 533.1065 748.8844 0.523 0.841 1.006 1.549 1.936 2.398 3.092 0.523 54.5724 102.0694 269.3449 389.4224 533.2733 749.0411 1.164 1.004 1.169 1.712 2.099 2.561 3.255 1.164 55.1154 102.6101 269.8774 389.9662 533.8086 749.5808 1.629 1.109 1.274 1.817 2.203 2.666 3.360 1.629 55.5059 102.9982 270.2654 390.3461 534.1869 749.9533 2.467 1.285 1.450 1.993 2.380 2.843 3.535 2.467 56.1888 103.6575 270.9204 391.0044 534.8456 750.6218 3.022 1.397 1.562 2.105 2.491 2.954 3.648 3.022 56.6141 104.0989 271.3681 391.4555 535.2954 751.0786 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.36267 13.22020 44.02326 66.10099 92.54138 132.20198 Transition 4.37487 13.25718 44.14640 66.28589 92.80024 132.57178 0.336 0.298 0.612 1.737 2.553 3.534 5.007 0.336 0.786 0.951 1.494 1.881 2.344 3.039 0.523 0.298 0.612 1.737 2.554 3.536 5.007 0.523 0.841 1.006 1.549 1.936 2.399 3.094 1.164 0.298 0.612 1.737 2.554 3.536 5.007 1.164 1.004 1.169 1.712 2.099 2.562 3.257 1.629 0.298 0.611 1.738 2.555 3.535 5.008 1.629 1.109 1.274 1.817 2.204 2.667 3.362 2.467 0.298 0.611 1.737 2.555 3.536 5.009 2.467 1.285 1.450 1.993 2.380 2.844 3.538 3.022 0.298 0.612 1.738 2.554 3.535 5.010 3.022 1.397 1.562 2.105 2.492 2.955 3.650 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37487 13.25718 44.14640 66.28589 92.80024 132.57178 Transition 4.37487 13.25718 44.14640 66.28589 92.80024 132.57178 0.336 49.5686 97.1843 264.9136 385.3227 529.5593 745.9293 0.336 0.297 0.611 1.739 2.556 3.537 5.012 0.523 49.7818 97.4157 265.1459 385.5581 529.7950 746.1566 0.523 0.298 0.611 1.738 2.557 3.537 5.013 1.164 50.5737 98.2051 265.9351 386.3487 530.5821 746.9366 1.164 0.298 0.611 1.738 2.557 3.537 5.013 1.629 51.1326 98.7627 266.4818 386.8927 531.1227 747.4907 1.629 0.298 0.612 1.738 2.555 3.537 5.008 2.467 52.1148 99.7209 267.4439 387.8609 532.0846 748.4535 2.467 0.298 0.612 1.739 2.555 3.536 5.009 3.022 52.7524 100.3617 268.0896 388.5004 532.7343 749.0936 3.022 0.298 0.611 1.738 2.556 3.539 5.010 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75766 10.14664 14.20530 20.29328 Transition 0.66968 2.02933 6.75766 10.14664 14.20530 20.29328 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3823 5.5774 13.2059 18.6723 25.2165 35.0349 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3899 5.5893 13.2182 18.6845 25.2290 35.0469 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4460 5.6456 13.2744 18.7405 25.2852 35.1038 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4881 5.6885 13.3173 18.7835 25.3281 35.1467 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5721 5.7713 13.3997 18.8666 25.4107 35.2292 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6292 5.8284 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75766 10.14664 14.20530 20.29328 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5355 17.4966 21.0485 25.3009 31.6800 0.351 11.0783 12.5094 17.4693 21.0217 25.2748 31.6540 1.037 11.0088 12.4349 17.3950 20.9470 25.1998 31.5796 1.527 10.9511 12.3827 17.3427 20.8953 25.1485 31.5266 2.413 10.8545 12.2840 17.2439 20.7960 25.0492 31.4282 3.001 10.7874 12.2170 17.1768 20.7292 24.9824 31.3612 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70826 14.26745 47.51062 71.33727 99.87218 142.67454 Transition 4.70826 14.26745 47.51062 71.33727 99.87218 142.67454 0.151 1.113 1.329 1.953 2.382 2.892 3.656 0.151 44.3192 96.3453 277.2957 406.9941 562.3180 795.2763 0.344 1.166 1.382 2.006 2.435 2.945 3.710 0.344 44.3272 96.3590 277.3144 407.0026 562.3291 795.2957 1.029 1.311 1.527 2.150 2.579 3.090 3.854 1.029 44.3836 96.4127 277.3716 407.0590 562.3987 795.3508 1.522 1.400 1.616 2.240 2.668 3.179 3.943 1.522 44.4226 96.4533 277.4070 407.1033 562.4292 795.3922 2.408 1.547 1.763 2.387 2.815 3.326 4.091 2.408 44.4893 96.5190 277.4716 407.1666 562.4896 795.4539 3.000 1.639 1.856 2.479 2.908 3.419 4.183 3.000 44.5331 96.5616 277.5209 407.2109 562.5463 795.5006 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Transition 4.70826 14.26745 47.51062 71.33727 99.87218 142.67454 0.151 0.345 0.660 1.767 2.578 3.557 5.031 0.344 0.345 0.660 1.768 2.579 3.557 5.031 1.029 0.345 0.660 1.767 2.578 3.557 5.031 1.522 0.345 0.660 1.768 2.578 3.557 5.031 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Transition 4.69985 14.24196 47.42573 71.20981 99.69373 142.41961 0.151 1.110 1.327 1.950 2.378 2.888 3.652 0.344 1.163 1.380 2.003 2.431 2.942 3.705 1.029 1.308 1.525 2.148 2.576 3.087 3.849 1.522 1.397 1.614 2.237 2.665 3.175 3.938 2.408 3.000 0.345 0.345 0.660 0.660 1.768 1.768 2.579 2.578 3.557 3.557 5.031 5.031 2.408 3.000 1.544 1.637 1.761 1.853 2.384 2.476 2.812 2.905 3.322 3.414 4.086 4.178 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69985 14.24196 47.42573 71.20981 99.69373 142.41961 Transition 4.69985 14.24196 47.42573 71.20981 99.69373 142.41961 0.151 45.7190 97.4097 278.0120 407.4664 562.5136 795.0727 0.151 0.348 0.666 1.773 2.583 3.559 5.031 0.344 45.7284 97.4180 278.0190 407.4875 562.5235 795.1004 0.344 0.348 0.666 1.773 2.583 3.559 5.032 1.029 45.7862 97.4713 278.0697 407.5354 562.5855 795.1612 1.029 0.348 0.666 1.773 2.583 3.560 5.031 1.522 45.8231 97.5081 278.1098 407.5666 562.6176 795.1946 1.522 0.348 0.665 1.773 2.582 3.559 5.031 2.408 45.8883 97.5757 278.1745 407.6423 562.6841 795.2610 2.408 0.348 0.666 1.773 2.583 3.560 5.032 3.000 45.9329 97.6260 278.2203 407.6843 562.7293 795.2957 3.000 0.348 0.666 1.773 2.583 3.559 5.031 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70435 14.25560 47.47115 71.27800 99.78921 142.55601 Transition 4.70435 14.25560 47.47115 71.27800 99.78921 142.55601 0.151 1.110 1.327 1.951 2.379 2.889 3.653 0.151 55.6355 108.1441 289.2998 418.8830 574.0064 806.6605 0.344 1.163 1.381 2.004 2.432 2.943 3.705 0.344 55.7623 108.2770 289.4212 419.0083 574.1261 806.8081 1.029 1.309 1.526 2.150 2.578 3.088 3.851 1.029 56.3375 108.8548 289.9972 419.5763 574.7045 807.3801 1.522 1.398 1.615 2.239 2.667 3.177 3.941 1.522 56.7778 109.2972 290.4433 420.0255 575.1583 807.8052 2.408 1.545 1.763 2.386 2.814 3.324 4.088 2.408 57.6162 110.1274 291.2797 420.8617 575.9770 808.6571 3.000 1.638 1.855 2.479 2.907 3.417 4.181 3.000 58.1627 110.6788 291.8307 421.4117 576.5339 809.2092 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70435 14.25560 47.47115 71.27800 99.78921 142.55601 Transition 4.70938 14.27085 47.52193 71.35424 99.89594 142.70849 0.151 0.339 0.656 1.765 2.576 3.555 5.028 0.151 1.110 1.327 1.952 2.380 2.890 3.654 0.344 0.339 0.656 1.765 2.577 3.555 5.029 0.344 1.163 1.381 2.004 2.433 2.943 3.707 1.029 0.340 0.656 1.765 2.577 3.554 5.029 1.029 1.309 1.526 2.150 2.578 3.089 3.853 1.522 0.339 0.656 1.765 2.577 3.555 5.028 1.522 1.398 1.615 2.239 2.668 3.179 3.942 2.408 0.340 0.656 1.766 2.577 3.555 5.028 2.408 1.545 1.763 2.386 2.815 3.325 4.089 3.000 0.340 0.656 1.765 2.577 3.555 5.028 3.000 1.638 1.855 2.480 2.908 3.418 4.182 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70938 14.27085 47.52193 71.35424 99.89594 142.70849 Transition 4.70938 14.27085 47.52193 71.35424 99.89594 142.70849 0.151 50.8079 103.4027 284.8184 414.5870 569.9284 802.8993 0.151 0.339 0.656 1.765 2.577 3.555 5.029 0.344 50.9736 103.5706 284.9904 414.7487 570.0909 803.0809 0.344 0.339 0.656 1.765 2.577 3.555 5.028 1.029 51.6684 104.2652 285.6771 415.4471 570.7902 803.7692 1.029 0.339 0.656 1.765 2.576 3.555 5.028 1.522 52.1986 104.7962 286.2053 415.9645 571.3146 804.2938 1.522 0.339 0.656 1.765 2.577 3.555 5.028 2.408 53.1736 105.7717 287.1809 416.9417 572.2963 805.2776 2.408 0.339 0.656 1.765 2.577 3.555 5.029 3.000 53.8212 106.4185 287.8304 417.5892 572.9416 805.9224 3.000 0.339 0.656 1.766 2.577 3.555 5.029 Path Delay(ns): P Fall -> D Fall, condition=0 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66511 2.01549 6.71159 10.07746 14.10845 20.15492 Transition 0.66511 2.01549 6.71159 10.07746 14.10845 20.15492 0.327 0.711 0.821 1.201 1.473 1.798 2.287 0.327 9.3859 11.5665 19.1413 24.5693 31.0697 40.8214 0.652 0.807 0.917 1.297 1.569 1.895 2.383 0.652 8.5924 10.7730 18.3477 23.7755 30.2763 40.0284 1.780 1.096 1.206 1.586 1.858 2.183 2.672 1.780 8.4430 10.6230 18.1979 23.6253 30.1258 39.8783 2.587 1.285 1.395 1.775 2.047 2.373 2.861 2.587 8.7506 10.9298 18.5048 23.9320 30.4328 40.1845 4.034 1.615 1.725 2.105 2.377 2.703 3.191 4.034 9.5331 11.7134 19.2882 24.7162 31.2166 40.9684 4.998 1.833 1.943 2.322 2.594 2.920 3.409 4.998 10.1311 12.3109 19.8856 25.3132 31.8138 41.5656 Output Transtion(ns): P Fall -> D Fall, condition=0 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66511 2.01549 6.71159 10.07746 14.10845 20.15492 Transition 0.66425 2.01288 6.70289 10.06440 14.09016 20.12880 0.327 0.125 0.321 1.023 1.527 2.132 3.039 0.327 0.631 0.741 1.120 1.392 1.717 2.205 0.652 0.126 0.321 1.023 1.528 2.132 3.039 0.652 0.707 0.817 1.196 1.468 1.793 2.281 1.780 0.126 0.321 1.023 1.527 2.133 3.039 1.780 0.922 1.032 1.411 1.683 2.008 2.496 2.587 0.126 0.321 1.023 1.527 2.132 3.039 2.587 1.062 1.171 1.551 1.822 2.148 2.636 4.034 0.126 0.321 1.023 1.527 2.132 3.038 4.034 1.298 1.408 1.787 2.059 2.384 2.872 4.998 0.126 0.321 1.023 1.527 2.131 3.039 4.999 1.451 1.561 1.940 2.212 2.537 3.025 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66425 2.01288 6.70289 10.06440 14.09016 20.12880 Transition 0.66425 2.01288 6.70289 10.06440 14.09016 20.12880 0.327 8.9714 11.1478 18.7127 24.1334 30.6265 40.3650 0.327 0.126 0.321 1.021 1.526 2.129 3.034 0.652 8.0666 10.2444 17.8095 23.2297 29.7230 39.4622 0.652 0.126 0.321 1.022 1.525 2.129 3.035 1.780 7.5194 9.6957 17.2612 22.6821 29.1744 38.9145 1.780 0.126 0.321 1.021 1.526 2.130 3.035 2.587 7.5575 9.7335 17.2987 22.7187 29.2123 38.9504 2.587 0.126 0.321 1.021 1.526 2.130 3.035 4.034 7.8695 10.0471 17.6124 23.0329 29.5255 39.2647 4.034 0.126 0.321 1.021 1.525 2.129 3.035 4.999 8.1565 10.3335 17.8988 23.3195 29.8117 39.5511 4.999 0.126 0.321 1.022 1.525 2.129 3.035 Path Delay(ns): P Fall -> D Fall, condition=2 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66419 2.01268 6.70223 10.06341 14.08878 20.12683 Transition 0.66419 2.01268 6.70223 10.06341 14.08878 20.12683 0.327 0.549 0.659 1.038 1.310 1.635 2.123 0.327 9.2197 11.4011 18.9652 24.3853 30.8786 40.6156 0.653 0.633 0.743 1.123 1.394 1.720 2.208 0.653 8.5027 10.6800 18.2442 23.6639 30.1568 39.8947 1.782 0.864 0.974 1.353 1.625 1.950 2.438 1.782 8.6187 10.7954 18.3595 23.7798 30.2721 40.0096 2.588 1.012 1.122 1.501 1.772 2.098 2.586 2.588 9.1696 11.3461 18.9103 24.3303 30.8231 40.5600 4.034 1.269 1.379 1.758 2.030 2.355 2.843 4.034 10.4400 12.6174 20.1823 25.6022 32.0952 41.8321 4.999 1.438 1.548 1.928 2.199 2.524 3.012 4.999 11.3766 13.5531 21.1171 26.5366 33.0298 42.7675 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66419 2.01268 6.70223 10.06341 14.08878 20.12683 0.327 0.125 0.321 1.021 1.525 2.129 3.035 0.653 0.125 0.321 1.021 1.525 2.129 3.035 1.782 0.125 0.321 1.021 1.525 2.129 3.035 2.588 0.125 0.321 1.021 1.525 2.130 3.035 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43542 1.31945 4.39377 6.59725 9.23615 13.19450 0.322 0.998 1.092 1.418 1.652 1.931 2.351 0.639 1.003 1.097 1.423 1.656 1.936 2.355 1.769 1.036 1.130 1.456 1.690 1.969 2.389 2.577 1.073 1.167 1.493 1.727 2.006 2.426 4.034 4.999 0.125 0.126 0.321 0.321 1.021 1.021 1.525 1.525 2.128 2.129 3.035 3.035 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43542 1.31945 4.39377 6.59725 9.23615 13.19450 0.322 17.1074 18.5397 23.4970 27.0467 31.2972 37.6715 0.639 16.2693 17.6970 22.6553 26.2052 30.4560 36.8300 1.769 15.8685 17.3017 22.2591 25.8090 30.0591 36.4330 2.577 16.1474 17.5806 22.5380 26.0879 30.3389 36.7131 4.029 16.9358 18.3697 23.3273 26.8769 31.1272 37.5024 5.001 17.5295 18.9626 23.9203 27.4699 31.7207 38.0945 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43608 1.32145 4.40043 6.60725 9.25014 13.21449 0.321 0.752 0.846 1.173 1.406 1.686 2.107 0.641 0.744 0.838 1.164 1.398 1.678 2.098 1.769 0.703 0.797 1.123 1.357 1.637 2.057 2.577 0.673 0.767 1.094 1.328 1.608 2.028 4.031 0.603 0.697 1.024 1.257 1.537 1.958 5.000 0.546 0.641 0.967 1.201 1.481 1.901 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43608 1.32145 4.40043 6.60725 9.25014 13.21449 0.321 0.131 0.326 1.026 1.529 2.131 3.033 0.641 0.132 0.326 1.025 1.529 2.129 3.033 1.769 0.132 0.326 1.025 1.528 2.130 3.037 2.577 0.133 0.326 1.026 1.529 2.131 3.033 4.031 0.132 0.326 1.026 1.529 2.132 3.032 5.000 0.133 0.326 1.025 1.529 2.130 3.035 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43569 1.32028 4.39654 6.60141 9.24197 13.20281 0.323 23.1453 24.5801 29.5397 33.0919 37.3454 43.7250 0.643 22.2755 23.7099 28.6706 32.2230 36.4760 42.8552 1.769 21.8645 23.2938 28.2550 31.8076 36.0604 42.4399 2.577 22.0665 23.5018 28.4621 32.0145 36.2676 42.6475 4.032 22.6538 24.0835 29.0435 32.5965 36.8494 43.2287 5.000 23.0999 24.5290 29.4901 33.0422 37.2957 43.6753 4.029 5.001 1.150 1.204 1.244 1.298 1.570 1.624 1.804 1.858 2.083 2.137 2.503 2.557 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43542 1.31945 4.39377 6.59725 9.23615 13.19450 0.322 0.131 0.325 1.024 1.525 2.127 3.032 0.639 0.130 0.325 1.024 1.525 2.127 3.029 1.769 0.130 0.325 1.023 1.527 2.127 3.028 2.577 0.130 0.325 1.024 1.526 2.129 3.029 4.029 0.130 0.325 1.024 1.526 2.126 3.031 5.001 0.130 0.325 1.024 1.526 2.129 3.029 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43608 1.32145 4.40043 6.60725 9.25014 13.21449 0.321 9.9044 11.3379 16.3027 19.8591 24.1155 30.5004 0.641 9.0055 10.4324 15.3975 18.9529 23.2101 29.5943 1.769 8.0864 9.5139 14.4795 18.0343 22.2923 28.6767 2.577 7.9114 9.3390 14.3045 17.8600 22.1171 28.5018 4.031 7.8555 9.2822 14.2469 17.8027 22.0596 28.4444 5.000 7.8849 9.3170 14.2810 17.8367 22.0938 28.4773 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43569 1.32028 4.39654 6.60141 9.24197 13.20281 0.323 0.565 0.660 0.986 1.219 1.499 1.919 0.643 0.566 0.661 0.987 1.220 1.500 1.920 1.769 0.556 0.650 0.976 1.210 1.490 1.910 2.577 0.543 0.638 0.964 1.197 1.477 1.897 4.032 0.509 0.603 0.929 1.162 1.442 1.862 5.000 0.478 0.572 0.898 1.132 1.412 1.831 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43569 1.32028 4.39654 6.60141 9.24197 13.20281 0.323 0.130 0.325 1.024 1.527 2.129 3.034 0.643 0.130 0.325 1.024 1.527 2.130 3.030 1.769 0.130 0.325 1.025 1.526 2.129 3.033 2.577 0.130 0.325 1.025 1.527 2.130 3.032 4.032 0.130 0.325 1.024 1.527 2.130 3.031 5.000 0.130 0.325 1.025 1.526 2.128 3.033 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36736 13.23444 44.07068 66.17219 92.64107 132.34438 Transition 4.36736 13.23444 44.07068 66.17219 92.64107 132.34438 0.202 0.892 1.060 1.605 1.992 2.454 3.148 0.202 58.2381 106.6384 274.5772 394.8364 538.8268 754.7707 0.392 0.953 1.121 1.665 2.052 2.515 3.208 0.392 58.4555 106.8659 274.8045 395.0612 539.0542 755.0128 1.065 1.122 1.290 1.835 2.222 2.684 3.378 1.065 59.3942 107.8006 275.7450 396.0082 539.9968 755.9435 1.551 1.228 1.396 1.940 2.327 2.790 3.484 1.551 60.0831 108.4747 276.4114 396.6669 540.6566 756.6053 2.423 1.401 1.569 2.113 2.500 2.963 3.656 2.423 61.3814 109.7121 277.6112 397.8602 541.8612 757.7961 3.006 1.510 1.678 2.222 2.609 3.071 3.765 3.006 62.2889 110.5558 278.4356 398.6836 542.6666 758.6143 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.36736 13.23444 44.07068 66.17219 92.64107 132.34438 Transition 4.37339 13.25271 44.13151 66.26353 92.76894 132.52706 0.202 0.301 0.612 1.737 2.554 3.534 5.007 0.202 0.892 1.060 1.605 1.993 2.456 3.150 0.392 0.301 0.612 1.738 2.556 3.535 5.009 0.392 0.953 1.121 1.666 2.053 2.516 3.210 1.065 0.301 0.612 1.738 2.555 3.537 5.006 1.065 1.122 1.290 1.835 2.222 2.686 3.380 1.551 0.301 0.612 1.738 2.555 3.537 5.008 1.551 1.228 1.396 1.941 2.328 2.791 3.485 2.423 0.301 0.612 1.738 2.555 3.535 5.008 2.423 1.401 1.569 2.114 2.501 2.964 3.658 3.006 0.301 0.612 1.738 2.556 3.537 5.010 3.006 1.510 1.678 2.222 2.610 3.073 3.767 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37339 13.25271 44.13151 66.26353 92.76894 132.52706 Transition 4.37339 13.25271 44.13151 66.26353 92.76894 132.52706 0.202 53.1442 101.6338 269.8630 390.3324 534.5739 750.9212 0.202 0.300 0.611 1.737 2.556 3.537 5.007 0.392 53.4009 101.9052 270.1416 390.6080 534.8402 751.2006 0.392 0.301 0.612 1.737 2.556 3.538 5.009 1.065 54.4669 102.9682 271.2057 391.6759 535.9163 752.2708 1.065 0.300 0.612 1.738 2.555 3.536 5.011 1.551 55.2494 103.7324 271.9555 392.4210 536.6577 753.0190 1.551 0.301 0.612 1.738 2.554 3.537 5.008 2.423 56.7012 105.1174 273.3228 393.7781 538.0077 754.3668 2.423 0.300 0.612 1.737 2.555 3.534 5.010 3.006 57.7078 106.0711 274.2350 394.6919 538.9272 755.2774 3.006 0.300 0.612 1.738 2.556 3.536 5.009 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.37074 13.24465 44.10469 66.22326 92.71257 132.44652 Transition 4.37074 13.24465 44.10469 66.22326 92.71257 132.44652 0.202 0.872 1.039 1.583 1.970 2.434 3.128 0.202 47.9670 96.2230 264.1913 384.5893 528.7741 745.0743 0.392 0.934 1.101 1.645 2.033 2.496 3.190 0.392 48.0106 96.2672 264.2345 384.6293 528.8187 745.1189 1.065 1.103 1.270 1.814 2.202 2.664 3.360 1.065 48.2270 96.4849 264.4512 384.8433 529.0335 745.3292 1.551 1.207 1.374 1.918 2.305 2.769 3.464 1.551 48.3828 96.6372 264.6045 384.9952 529.1864 745.4860 2.423 1.377 1.545 2.089 2.476 2.940 3.635 2.423 48.6697 96.9261 264.8939 385.2883 529.4760 745.7742 3.006 1.484 1.651 2.195 2.583 3.046 3.740 3.006 48.8689 97.1220 265.0919 385.4798 529.6675 745.9676 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.37074 13.24465 44.10469 66.22326 92.71257 132.44652 0.202 0.301 0.612 1.737 2.555 3.536 5.008 0.392 0.301 0.612 1.738 2.556 3.538 5.009 1.065 0.301 0.612 1.739 2.556 3.537 5.011 1.551 0.301 0.612 1.738 2.557 3.535 5.010 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 3.006 0.301 0.301 0.612 0.612 1.739 1.738 2.554 2.555 3.535 3.537 5.010 5.011 2.412 2.997 1.715 1.756 1.827 1.867 2.210 2.250 2.484 2.525 2.813 2.853 3.306 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5234 35.3604 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 3.7416 5.9412 13.5843 19.0614 25.6210 35.4585 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 3.9231 6.1224 13.7656 19.2424 25.8026 35.6393 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.155 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 17.2538 18.6890 23.6573 27.2151 31.4748 37.8642 0.368 17.2073 18.6425 23.6109 27.1687 31.4281 37.8172 1.051 17.0758 18.5131 23.4811 27.0388 31.2989 37.6877 1.537 16.9889 18.4198 23.3880 26.9458 31.2056 37.5948 2.418 16.8145 18.2515 23.2190 26.7768 31.0367 37.4255 3.006 16.7040 18.1347 23.1033 26.6612 30.9204 37.3102 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.027 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.295 0.586 0.483 0.608 1.138 0.669 1.595 0.705 2.418 0.760 2.967 0.794 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.295 5.2878 0.483 5.3986 1.138 5.9201 1.595 6.3386 2.418 7.1043 2.967 7.6122 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.295 0.000 0.483 0.000 1.138 0.000 1.595 0.000 2.418 0.000 2.967 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.296 0.341 0.482 0.363 1.138 0.424 1.595 0.460 2.418 0.517 2.967 0.550 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.296 8.1734 0.482 8.2798 1.138 8.7967 1.595 9.2114 2.418 9.9588 2.967 10.4598 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope Input Transition Delay 0.296 0.000 0.336 0.628 0.482 0.000 0.523 0.684 1.138 0.000 1.164 0.847 1.595 0.000 1.629 0.951 2.418 0.000 2.467 1.127 2.967 0.000 3.022 1.239 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.336 4.0906 0.523 4.2840 1.164 4.9457 1.629 5.4086 2.467 6.2276 3.022 6.7705 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.336 0.000 0.523 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.022 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.336 0.457 0.523 0.512 1.164 0.675 1.629 0.780 2.467 0.956 3.022 1.067 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.336 11.7634 0.523 11.9583 1.164 12.6224 1.629 13.0876 2.467 13.9099 3.022 14.4557 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.336 0.000 0.523 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.022 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.145 0.413 0.336 0.444 1.027 0.520 1.522 0.564 2.410 0.632 3.002 0.673 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.145 1.6979 0.336 1.7054 1.027 1.7389 1.522 1.7743 2.410 1.8419 3.002 1.8854 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.145 0.000 0.336 0.000 1.027 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.145 0.413 0.336 0.444 1.027 0.519 1.522 0.563 2.410 0.632 3.002 0.672 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.145 1.7081 0.336 1.7156 1.027 1.7492 1.522 1.7845 2.410 1.8522 3.002 1.8956 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.145 0.000 0.336 0.000 1.027 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay 0.151 0.741 0.344 0.795 1.029 0.939 1.522 1.028 2.408 1.175 3.000 1.268 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.151 6.0284 0.344 6.0374 1.029 6.0908 1.522 6.1288 2.408 6.1996 3.000 6.2430 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.029 0.000 1.522 0.000 2.408 0.000 3.000 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Delay 0.151 0.736 0.344 0.790 1.029 0.934 1.522 1.023 2.408 1.170 3.000 1.263 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.151 6.0211 0.344 6.0302 1.029 6.0837 1.522 6.1216 2.408 6.1925 3.000 6.2358 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.029 0.000 1.522 0.000 2.408 0.000 3.000 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.189 0.749 0.378 0.777 1.061 0.852 1.546 0.896 2.418 0.968 2.999 1.011 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.189 6.4460 0.378 6.4970 1.061 6.6707 1.546 6.8366 2.418 7.1500 2.999 7.3560 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.189 0.000 0.378 0.000 1.061 0.000 1.546 0.000 2.418 0.000 2.999 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.202 0.513 0.392 0.575 1.065 0.744 1.551 0.848 2.423 1.019 3.006 1.125 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.202 14.5181 0.392 14.5777 1.065 14.7807 1.551 14.9584 2.423 15.2407 3.006 15.4481 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.202 0.000 0.392 0.000 1.065 0.000 1.551 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.295 8.5570 0.336 8.7435 0.483 8.6662 0.523 8.9303 1.138 9.1777 1.162 9.5912 1.595 9.5872 1.629 10.0595 2.418 10.3329 2.467 10.8847 2.967 10.8272 3.022 11.4277 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8098 0.342 1.8246 1.031 1.8768 1.525 1.9188 2.410 2.0005 2.999 2.0564 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7389 1.038 0.8571 1.530 0.9344 2.413 1.0669 3.006 1.1507 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4800 1.037 2.5858 1.527 2.6484 2.413 2.7614 3.001 2.8309 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.145 6.8512 0.336 6.8615 1.027 6.9024 1.522 6.9411 2.410 7.0141 3.002 7.0612 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.145 0.7834 0.336 0.7935 1.027 0.8343 1.522 0.8722 2.410 0.9435 3.002 0.9904 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.145 6.0075 0.336 6.0176 1.027 6.0584 1.522 6.0969 2.410 6.1690 3.002 6.2171 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.151 11.8660 0.344 11.8835 1.029 11.9480 1.522 11.9939 2.408 12.0758 3.000 12.1274 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.151 0.8471 0.344 0.8624 1.029 0.9265 1.522 0.9710 2.408 1.0493 3.000 1.1006 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.151 5.9959 0.344 6.0110 1.029 6.0759 1.522 6.1205 2.408 6.1989 3.000 6.2507 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.326 6.1618 0.651 5.2070 1.778 4.3944 2.585 4.1991 4.034 4.0099 4.999 3.9299 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.320 -1.1277 0.638 -1.9383 1.766 -2.7292 2.574 -2.9340 4.030 -3.1372 5.000 -3.2253 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 5.7962 0.361 5.8181 1.047 5.9321 1.536 6.0375 2.414 6.2258 3.001 6.3461 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4540 1.047 0.5750 1.536 0.6750 2.414 0.8585 3.001 0.9816 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8136 1.536 0.9895 2.414 1.3072 3.002 1.5190 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4091 0.361 5.4226 1.047 5.5386 1.536 5.6435 2.414 5.8309 3.001 5.9524 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7978 0.361 5.8189 1.047 5.9328 1.536 6.0382 2.414 6.2265 3.001 6.3470 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1007 0.374 6.0905 1.052 6.2095 1.543 6.3070 2.423 6.4805 3.010 6.5981 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0122 2.423 1.1917 3.010 1.3116 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5876 1.052 5.5886 1.543 5.6113 2.423 5.6513 3.010 5.6816 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8292 1.543 5.9271 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1028 0.374 6.0924 1.052 6.2116 1.543 6.3089 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.189 9.7719 0.378 9.8189 1.061 10.0082 1.546 10.1798 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.189 4.8451 0.378 4.8906 1.061 5.0761 1.546 5.2444 2.423 3.010 6.1020 6.2212 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.189 4.4978 0.378 4.5459 1.061 4.7287 1.546 4.8972 2.418 5.2154 2.999 5.4221 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.202 6.7613 0.392 6.8226 1.065 7.0647 1.551 7.2290 2.423 7.5344 3.006 7.7454 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0289 0.335 4.9963 1.025 4.9223 1.520 4.8738 2.409 4.7992 3.002 4.7482 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2535 1.028 0.2876 1.522 0.3145 2.411 0.3640 3.005 0.3970 2.423 3.010 6.4823 6.6002 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.189 9.7741 0.378 9.8211 1.061 10.0105 1.546 10.1820 2.418 10.5036 2.999 10.7152 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.202 10.7474 0.392 10.8043 1.065 11.0495 1.551 11.2166 2.423 11.5323 3.006 11.7426 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3472 0.335 5.3205 1.025 5.2347 1.520 5.1797 2.409 5.0898 3.002 5.0340 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3925 0.341 0.4304 1.028 0.5772 1.522 0.6800 2.411 0.8615 3.005 0.9807 2.418 2.999 10.5016 10.7130 2.418 2.999 5.5606 5.7680 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.202 10.7460 0.392 10.8028 1.065 11.0481 1.551 11.2150 2.423 11.5309 3.006 11.7410 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.202 5.5698 0.392 5.6237 1.065 5.8589 1.551 6.0196 2.423 6.3238 3.006 6.5265 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3442 0.335 5.3179 1.025 5.2317 1.520 5.1768 2.409 5.0869 3.002 5.0314 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3993 0.335 0.4066 1.025 0.4410 1.520 0.4713 2.409 0.5296 3.002 0.5695 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4042 0.335 5.4121 1.025 5.4468 1.520 5.4769 2.409 5.5346 3.002 5.5742 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4489 0.341 0.4885 1.028 0.6429 1.522 0.7514 2.411 0.9430 3.005 1.0688 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4477 0.341 0.4875 1.028 0.6419 1.522 0.7504 2.411 0.9421 3.005 1.0680 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2600 0.341 5.1406 1.028 5.0436 1.522 5.0331 2.411 5.0503 3.005 5.0726 Toggle Power(pJ): SONOF Fall, condition=0 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.160 0.5513 0.160 1.7511 0.352 0.5619 0.352 1.7692 1.040 0.6177 1.040 1.8460 1.533 0.6619 1.533 1.9066 2.412 0.7468 2.412 2.0180 2.998 0.8035 2.998 2.0941 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&PEN&PU condition1:!PD&!PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1960 1.051 1.3687 1.537 1.4803 2.418 1.6688 3.006 1.7876 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2538 0.367 2.3033 1.051 2.4708 1.537 2.5738 2.418 2.7481 3.006 2.8587 Cell Description 16 mA, normal slew rate, input-output pad, 5V tolerant PLBI16N Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.11228 0.02459 0.01899 2.00768 0.04155 0.04731 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 865.700 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70234 14.24952 47.45090 71.24760 99.74664 142.49519 Transition 4.70234 14.24952 47.45090 71.24760 99.74664 142.49519 0.245 0.762 0.989 1.621 2.051 2.562 3.326 0.245 46.8270 98.4349 279.1054 408.6383 563.7620 796.4813 0.432 0.786 1.012 1.645 2.075 2.586 3.350 0.432 46.9005 98.5097 279.1791 408.7093 563.8404 796.5564 1.103 0.848 1.075 1.707 2.137 2.649 3.413 1.103 47.2553 98.8566 279.5324 409.0701 564.1991 796.9041 1.573 0.885 1.112 1.744 2.174 2.685 3.449 1.573 47.5415 99.1452 279.8145 409.3499 564.4765 797.1975 2.421 0.941 1.167 1.800 2.230 2.741 3.505 2.421 48.0734 99.6748 280.3528 409.8842 565.0173 797.7335 2.987 0.974 1.200 1.833 2.263 2.774 3.538 2.987 48.4260 100.0291 280.7046 410.2358 565.3604 798.0790 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.70234 14.24952 47.45090 71.24760 99.74664 142.49519 0.245 0.371 0.688 1.788 2.595 3.570 5.039 0.432 0.371 0.688 1.788 2.595 3.569 5.040 1.103 0.371 0.688 1.788 2.595 3.570 5.040 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.70885 14.26925 47.51659 71.34624 99.88473 142.69247 0.245 0.784 1.002 1.632 2.061 2.572 3.335 0.432 0.807 1.025 1.655 2.084 2.595 3.358 1.103 0.870 1.088 1.718 2.147 2.658 3.421 1.573 2.421 2.987 0.371 0.371 0.371 0.688 0.688 0.688 1.788 1.788 1.788 2.595 2.595 2.595 3.570 3.570 3.570 5.039 5.039 5.039 1.574 2.422 2.988 0.906 0.962 0.995 1.124 1.181 1.214 1.754 1.810 1.843 2.184 2.240 2.273 2.694 2.750 2.783 3.457 3.514 3.547 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70885 14.26925 47.51659 71.34624 99.88473 142.69247 Transition 4.70885 14.26925 47.51659 71.34624 99.88473 142.69247 0.245 51.0204 102.0647 282.7526 412.3836 567.6538 800.5240 0.245 0.356 0.675 1.780 2.587 3.563 5.034 0.432 51.1211 102.1705 282.8560 412.4982 567.7575 800.6342 0.432 0.356 0.675 1.780 2.588 3.563 5.033 1.103 51.6189 102.6586 283.3473 412.9656 568.2275 801.1159 1.103 0.356 0.675 1.780 2.587 3.563 5.034 1.574 51.9918 103.0290 283.7184 413.3510 568.6115 801.4934 1.574 0.356 0.675 1.780 2.588 3.563 5.034 2.422 52.6890 103.7125 284.4000 414.0312 569.2984 802.1747 2.422 0.356 0.675 1.780 2.588 3.563 5.035 2.988 53.1424 104.1736 284.8535 414.4830 569.7486 802.6236 2.988 0.356 0.675 1.780 2.587 3.563 5.034 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70450 14.25606 47.47268 71.28030 99.79243 142.56061 Transition 4.70450 14.25606 47.47268 71.28030 99.79243 142.56061 0.245 0.784 1.002 1.631 2.061 2.571 3.335 0.245 55.9228 106.8919 287.3441 416.8107 571.8679 804.4701 0.432 0.807 1.025 1.655 2.084 2.595 3.358 0.432 55.9921 106.9655 287.4130 416.8801 571.9417 804.5267 1.103 0.870 1.088 1.718 2.146 2.658 3.421 1.103 56.3797 107.3452 287.7829 417.2541 572.3146 804.9060 1.574 0.906 1.124 1.754 2.183 2.693 3.457 1.574 56.6778 107.6368 288.0832 417.5511 572.6095 805.2080 2.422 0.962 1.181 1.810 2.239 2.750 3.513 2.422 57.2426 108.1945 288.6326 418.1062 573.1563 805.7677 2.988 0.995 1.214 1.843 2.272 2.783 3.546 2.988 57.6077 108.5661 288.9998 418.4664 573.5244 806.1279 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70450 14.25606 47.47268 71.28030 99.79243 142.56061 Transition 4.70473 14.25677 47.47503 71.28383 99.79736 142.56766 0.245 0.356 0.676 1.780 2.588 3.564 5.034 0.245 0.784 1.002 1.632 2.062 2.573 3.337 0.432 0.356 0.676 1.780 2.588 3.564 5.035 0.432 0.807 1.026 1.656 2.085 2.597 3.360 1.103 0.356 0.676 1.780 2.588 3.563 5.035 1.103 0.870 1.088 1.718 2.148 2.659 3.423 1.574 0.356 0.676 1.780 2.588 3.563 5.034 1.574 0.906 1.125 1.754 2.184 2.695 3.460 2.422 0.356 0.675 1.780 2.588 3.564 5.035 2.422 0.963 1.181 1.811 2.241 2.751 3.516 2.988 0.356 0.676 1.780 2.588 3.563 5.035 2.988 0.996 1.214 1.844 2.274 2.784 3.549 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70473 14.25677 47.47503 71.28383 99.79736 142.56766 Transition 4.70473 14.25677 47.47503 71.28383 99.79736 142.56766 0.245 50.7613 101.7959 282.4287 412.0255 567.2330 800.0581 0.245 0.356 0.675 1.780 2.587 3.563 5.033 0.432 50.8288 101.8652 282.4999 412.0900 567.3056 800.1328 0.432 0.356 0.675 1.779 2.587 3.563 5.033 1.103 51.2146 102.2440 282.8672 412.4605 567.6618 800.4978 1.103 0.356 0.675 1.779 2.587 3.562 5.033 1.574 51.5051 102.5430 283.1616 412.7585 567.9691 800.7971 1.574 0.356 0.675 1.779 2.587 3.563 5.033 2.422 52.0683 103.0880 283.7047 413.2987 568.5088 801.3407 2.422 0.356 0.675 1.779 2.587 3.563 5.033 2.988 52.4284 103.4527 284.0729 413.6679 568.8705 801.6997 2.988 0.355 0.675 1.780 2.587 3.563 5.034 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.70063 14.24432 47.43358 71.22160 99.71024 142.44319 Transition 4.70063 14.24432 47.43358 71.22160 99.71024 142.44319 0.245 0.784 1.002 1.632 2.062 2.572 3.336 0.245 55.6658 106.6264 287.0286 416.4539 571.4722 803.9685 0.432 0.807 1.026 1.656 2.085 2.596 3.360 0.432 55.7050 106.6608 287.0609 416.4881 571.5167 804.0200 1.103 0.870 1.088 1.718 2.148 2.659 3.422 1.103 55.9770 106.9251 287.3232 416.7592 571.7687 804.2851 1.574 0.906 1.125 1.754 2.184 2.695 3.459 1.574 56.1953 107.1459 287.5433 416.9754 571.9888 804.5038 2.422 0.963 1.181 1.811 2.240 2.751 3.514 2.422 56.6147 107.5638 287.9591 417.3827 572.4042 804.9069 2.988 0.996 1.214 1.843 2.273 2.784 3.547 2.988 56.8959 107.8399 288.2353 417.6617 572.6753 805.1788 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70063 14.24432 47.43358 71.22160 99.71024 142.44319 Transition 4.36967 13.24143 44.09397 66.20717 92.69004 132.41434 0.245 0.356 0.675 1.780 2.587 3.563 5.034 0.270 0.795 0.966 1.512 1.899 2.362 3.056 0.432 0.356 0.675 1.780 2.588 3.563 5.033 0.460 0.853 1.024 1.570 1.957 2.420 3.115 1.103 0.356 0.675 1.780 2.588 3.563 5.034 1.115 1.021 1.193 1.738 2.126 2.589 3.283 1.574 0.356 0.675 1.779 2.588 3.563 5.033 1.589 1.129 1.301 1.846 2.233 2.696 3.391 2.422 0.356 0.675 1.780 2.587 3.563 5.034 2.443 1.310 1.481 2.027 2.414 2.877 3.571 2.988 0.356 0.675 1.780 2.587 3.563 5.034 3.012 1.424 1.595 2.141 2.528 2.991 3.686 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36967 13.24143 44.09397 66.20717 92.69004 132.41434 Transition 4.36967 13.24143 44.09397 66.20717 92.69004 132.41434 0.270 44.4324 92.6893 260.6266 380.9919 525.1457 741.3439 0.270 0.319 0.626 1.744 2.561 3.540 5.012 0.460 44.5598 92.8099 260.7565 381.1157 525.2665 741.4765 0.460 0.319 0.626 1.744 2.560 3.541 5.012 1.115 45.0160 93.2672 261.2114 381.5715 525.7258 741.9356 1.115 0.319 0.626 1.745 2.559 3.540 5.011 1.589 45.3387 93.5911 261.5238 381.8922 526.0590 742.2504 1.589 0.319 0.626 1.745 2.561 3.540 5.015 2.443 45.8925 94.1579 262.1022 382.4710 526.6233 742.8258 2.443 0.319 0.626 1.745 2.560 3.539 5.014 3.012 46.2864 94.5349 262.4729 382.8401 527.0033 743.1969 3.012 0.319 0.626 1.745 2.559 3.541 5.013 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.36325 13.22197 44.02917 66.10986 92.55380 132.21972 Transition 4.36325 13.22197 44.02917 66.10986 92.55380 132.21972 0.270 0.825 0.992 1.535 1.922 2.384 3.077 0.270 53.7130 100.7813 267.7296 387.7734 531.5923 747.3823 0.460 0.883 1.050 1.593 1.980 2.442 3.136 0.460 53.8138 100.8653 267.8115 387.8546 531.6764 747.4594 1.117 1.052 1.219 1.762 2.148 2.611 3.305 1.117 54.1523 101.2021 268.1543 388.1934 532.0082 747.7926 1.589 1.160 1.327 1.870 2.256 2.718 3.413 1.589 54.3925 101.4389 268.3869 388.4128 532.2409 748.0254 2.443 1.341 1.507 2.051 2.437 2.900 3.593 2.443 54.8132 101.8511 268.8001 388.8292 532.6553 748.4416 3.012 1.455 1.622 2.165 2.552 3.014 3.708 3.012 55.0931 102.1286 269.0773 389.1080 532.9294 748.7076 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.36325 13.22197 44.02917 66.10986 92.55380 132.21972 0.270 0.310 0.624 1.745 2.560 3.540 5.012 0.460 0.310 0.623 1.745 2.559 3.538 5.014 1.117 0.311 0.624 1.744 2.561 3.541 5.013 1.589 0.310 0.623 1.745 2.560 3.540 5.012 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.36786 13.23595 44.07572 66.17976 92.65166 132.35952 0.270 0.825 0.992 1.535 1.922 2.384 3.077 0.460 0.883 1.050 1.593 1.979 2.442 3.135 1.117 1.052 1.219 1.761 2.148 2.610 3.304 1.589 1.160 1.326 1.870 2.256 2.718 3.412 2.443 3.012 0.310 0.310 0.624 0.623 1.745 1.744 2.559 2.560 3.538 3.540 5.011 5.014 2.443 3.012 1.341 1.455 1.507 1.622 2.050 2.165 2.437 2.552 2.899 3.014 3.593 3.708 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.36786 13.23595 44.07572 66.17976 92.65166 132.35952 Transition 4.36786 13.23595 44.07572 66.17976 92.65166 132.35952 0.270 53.9508 101.0532 268.1116 388.2285 532.1405 748.0623 0.270 0.310 0.624 1.746 2.561 3.541 5.013 0.460 54.0902 101.1766 268.2318 388.3427 532.2653 748.1818 0.460 0.311 0.624 1.745 2.560 3.539 5.015 1.117 54.5537 101.6312 268.6872 388.8008 532.7085 748.6450 1.117 0.311 0.623 1.745 2.561 3.541 5.014 1.589 54.8789 101.9523 269.0037 389.1199 533.0333 748.9571 1.589 0.310 0.624 1.745 2.561 3.540 5.013 2.443 55.4471 102.5196 269.5798 389.6914 533.6051 749.5220 2.443 0.310 0.623 1.746 2.559 3.539 5.012 3.012 55.8247 102.8920 269.9480 390.0558 533.9792 749.9024 3.012 0.310 0.624 1.744 2.560 3.541 5.015 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.37144 13.24679 44.11182 66.23397 92.72755 132.46794 Transition 4.37144 13.24679 44.11182 66.23397 92.72755 132.46794 0.270 0.825 0.992 1.536 1.923 2.386 3.081 0.270 48.6145 95.7967 263.1375 383.4339 527.5784 743.8628 0.460 0.883 1.050 1.594 1.981 2.445 3.139 0.460 48.7546 95.9255 263.2541 383.5585 527.7009 743.9745 1.117 1.052 1.219 1.763 2.150 2.613 3.308 1.117 49.2236 96.3874 263.7163 384.0125 528.1645 744.4408 1.589 1.160 1.327 1.871 2.258 2.721 3.416 1.589 49.5487 96.7103 264.0390 384.3400 528.4860 744.7546 2.443 1.341 1.508 2.051 2.439 2.901 3.596 2.443 50.1248 97.2799 264.6071 384.9134 529.0573 745.3401 3.012 1.455 1.622 2.166 2.553 3.017 3.711 3.012 50.5062 97.6581 264.9864 385.2817 529.4335 745.7073 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37144 13.24679 44.11182 66.23397 92.72755 132.46794 Transition 4.37257 13.25020 44.12316 66.25100 92.75139 132.50199 0.270 0.310 0.623 1.745 2.560 3.543 5.017 0.270 0.825 0.992 1.535 1.922 2.384 3.078 0.460 0.310 0.623 1.745 2.561 3.541 5.013 0.460 0.883 1.050 1.593 1.980 2.442 3.136 1.117 0.310 0.623 1.746 2.561 3.542 5.017 1.117 1.052 1.219 1.762 2.148 2.611 3.305 1.589 0.310 0.623 1.745 2.562 3.543 5.016 1.589 1.160 1.326 1.870 2.256 2.720 3.413 2.443 0.310 0.623 1.745 2.561 3.541 5.015 2.443 1.340 1.507 2.051 2.437 2.900 3.594 3.012 0.310 0.623 1.745 2.562 3.543 5.013 3.012 1.455 1.622 2.165 2.552 3.014 3.708 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37257 13.25020 44.12316 66.25100 92.75139 132.50199 Transition 4.37257 13.25020 44.12316 66.25100 92.75139 132.50199 0.270 48.8366 96.0103 263.3141 383.5994 527.7084 743.9390 0.270 0.310 0.623 1.744 2.561 3.541 5.013 0.460 49.0141 96.1709 263.4695 383.7564 527.8744 744.0868 0.460 0.310 0.623 1.744 2.560 3.539 5.011 1.117 49.6081 96.7592 264.0614 384.3355 528.4588 744.6796 1.117 0.310 0.623 1.744 2.559 3.541 5.014 1.589 50.0172 97.1684 264.4651 384.7550 528.8675 745.0854 1.589 0.310 0.623 1.744 2.560 3.540 5.013 2.443 50.7436 97.8891 265.1874 385.4677 529.5871 745.8015 2.443 0.310 0.623 1.744 2.559 3.539 5.011 3.012 51.2245 98.3593 265.6575 385.9423 530.0586 746.2786 3.012 0.310 0.623 1.744 2.560 3.541 5.010 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3823 5.5775 13.2059 18.6723 25.2165 35.0348 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3899 5.5893 13.2181 18.6845 25.2290 35.0471 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4459 5.6456 13.2743 18.7405 25.2852 35.1038 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4882 5.6885 13.3173 18.7836 25.3281 35.1467 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5721 5.7713 13.3998 18.8666 25.4107 35.2292 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6292 5.8284 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5354 17.4966 21.0485 25.3009 31.6799 0.351 11.0783 12.5094 17.4693 21.0217 25.2748 31.6540 1.037 11.0087 12.4349 17.3949 20.9470 25.1998 31.5796 1.527 10.9511 12.3827 17.3427 20.8952 25.1485 31.5267 2.413 10.8544 12.2840 17.2439 20.7960 25.0492 31.4283 3.001 10.7874 12.2170 17.1768 20.7291 24.9824 31.3613 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70226 14.24928 47.45010 71.24640 99.74496 142.49280 Transition 4.70226 14.24928 47.45010 71.24640 99.74496 142.49280 0.153 1.195 1.422 2.054 2.484 2.995 3.758 0.153 45.2804 96.8932 277.5686 407.0947 562.2215 794.8935 0.345 1.258 1.484 2.117 2.547 3.057 3.821 0.345 45.2935 96.9017 277.5784 407.1073 562.2399 794.9124 1.031 1.430 1.656 2.289 2.719 3.230 3.993 1.031 45.3641 96.9738 277.6482 407.1723 562.3040 794.9738 1.525 1.540 1.766 2.398 2.828 3.340 4.103 1.525 45.4124 97.0194 277.6962 407.2250 562.3611 795.0309 2.411 1.725 1.951 2.584 3.014 3.524 4.288 2.411 45.4953 97.1062 277.7773 407.3033 562.4304 795.0961 3.005 1.843 2.069 2.701 3.132 3.643 4.406 3.005 45.5530 97.1598 277.8313 407.3590 562.4928 795.1554 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Transition 4.70226 14.24928 47.45010 71.24640 99.74496 142.49280 0.153 0.371 0.688 1.788 2.595 3.569 5.039 0.345 0.371 0.688 1.788 2.595 3.569 5.039 1.031 0.371 0.688 1.788 2.595 3.570 5.039 1.525 0.371 0.688 1.788 2.595 3.570 5.039 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Transition 4.71175 14.27802 47.54581 71.39011 99.94615 142.78022 0.153 1.198 1.424 2.057 2.487 2.999 3.765 0.345 1.260 1.487 2.119 2.550 3.062 3.827 1.031 1.433 1.659 2.292 2.722 3.234 4.000 1.525 1.542 1.769 2.402 2.832 3.344 4.108 2.411 3.005 0.371 0.371 0.688 0.688 1.788 1.788 2.595 2.595 3.570 3.570 5.039 5.039 2.411 3.005 1.728 1.846 1.954 2.072 2.587 2.705 3.017 3.135 3.529 3.647 4.295 4.413 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.71175 14.27802 47.54581 71.39011 99.94615 142.78022 Transition 4.71175 14.27802 47.54581 71.39011 99.94615 142.78022 0.153 43.9090 95.9819 277.0671 406.8565 562.3072 795.4572 0.153 0.367 0.683 1.784 2.592 3.568 5.041 0.345 43.9227 95.9953 277.0708 406.8694 562.3146 795.4696 0.345 0.367 0.683 1.784 2.592 3.568 5.041 1.031 43.9895 96.0611 277.1482 406.9421 562.3768 795.5423 1.031 0.367 0.683 1.784 2.592 3.568 5.041 1.525 44.0403 96.1142 277.1995 406.9897 562.4258 795.5892 1.525 0.367 0.683 1.784 2.592 3.569 5.041 2.411 44.1260 96.1990 277.2841 407.0753 562.5117 795.6691 2.411 0.367 0.683 1.784 2.592 3.568 5.041 3.005 44.1780 96.2558 277.3423 407.1301 562.5682 795.7235 3.005 0.367 0.683 1.784 2.592 3.569 5.041 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70774 14.26588 47.50539 71.32941 99.86118 142.65882 Transition 4.70774 14.26588 47.50539 71.32941 99.86118 142.65882 0.153 1.193 1.421 2.053 2.483 2.994 3.758 0.153 53.7388 106.2688 287.5898 417.2803 572.5279 805.3548 0.346 1.256 1.483 2.116 2.546 3.057 3.821 0.346 53.8385 106.3696 287.6879 417.3692 572.6196 805.4512 1.031 1.430 1.657 2.289 2.720 3.231 3.995 1.031 54.2347 106.7636 288.0848 417.7762 573.0162 805.8555 1.525 1.540 1.767 2.400 2.830 3.341 4.105 1.525 54.5665 107.0959 288.4152 418.1001 573.3510 806.1830 2.413 1.726 1.953 2.586 3.016 3.527 4.291 2.413 55.1540 107.6802 289.0093 418.6973 573.9464 806.7580 3.005 1.844 2.072 2.704 3.134 3.646 4.409 3.005 55.5470 108.0821 289.3943 419.0902 574.3333 807.1600 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70774 14.26588 47.50539 71.32941 99.86118 142.65882 Transition 4.71174 14.27801 47.54576 71.39003 99.94605 142.78007 0.153 0.361 0.678 1.781 2.590 3.566 5.038 0.153 1.193 1.421 2.053 2.484 2.995 3.760 0.346 0.361 0.679 1.781 2.590 3.566 5.038 0.346 1.256 1.483 2.116 2.547 3.058 3.823 1.031 0.361 0.679 1.782 2.590 3.566 5.038 1.031 1.430 1.657 2.290 2.720 3.231 3.996 1.525 0.361 0.679 1.781 2.590 3.566 5.038 1.525 1.540 1.767 2.400 2.831 3.342 4.106 2.413 0.362 0.679 1.782 2.590 3.566 5.038 2.413 1.726 1.953 2.586 3.016 3.527 4.292 3.005 0.362 0.679 1.781 2.590 3.566 5.038 3.005 1.844 2.072 2.704 3.135 3.646 4.411 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71174 14.27801 47.54576 71.39003 99.94605 142.78007 Transition 4.71174 14.27801 47.54576 71.39003 99.94605 142.78007 0.153 48.9256 101.5333 283.0878 412.9330 568.3643 801.4499 0.153 0.361 0.678 1.781 2.589 3.565 5.037 0.346 49.0642 101.6687 283.2203 413.0578 568.4974 801.5815 0.346 0.361 0.678 1.781 2.589 3.566 5.037 1.031 49.5880 102.1889 283.7402 413.5911 569.0162 802.1174 1.031 0.361 0.678 1.781 2.589 3.566 5.037 1.525 50.0096 102.6154 284.1642 414.0082 569.4350 802.5301 1.525 0.361 0.678 1.781 2.589 3.565 5.037 2.413 50.7514 103.3541 284.9060 414.7484 570.1818 803.2711 2.413 0.361 0.678 1.781 2.589 3.565 5.037 3.005 51.2481 103.8490 285.3999 415.2490 570.6726 803.7711 3.005 0.361 0.678 1.781 2.589 3.566 5.037 Path Delay(ns): P Fall -> D Fall, condition=0 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66464 2.01407 6.70686 10.07037 14.09851 20.14073 Transition 0.66464 2.01407 6.70686 10.07037 14.09851 20.14073 0.329 0.707 0.817 1.196 1.468 1.794 2.282 0.329 9.4040 11.5826 19.1520 24.5756 31.0737 40.8168 0.652 0.802 0.912 1.291 1.563 1.889 2.377 0.652 8.4921 10.6697 18.2396 23.6633 30.1606 39.9046 1.779 1.090 1.201 1.580 1.852 2.178 2.666 1.779 8.3304 10.5113 18.0811 23.5054 30.0022 39.7462 2.587 1.280 1.390 1.769 2.041 2.367 2.855 2.587 8.6462 10.8248 18.3946 23.8174 30.3156 40.0595 4.034 1.612 1.722 2.101 2.373 2.698 3.187 4.034 9.4366 11.6147 19.1841 24.6079 31.1051 40.8490 4.998 1.829 1.939 2.319 2.591 2.916 3.405 4.998 10.0367 12.2223 19.7924 25.2160 31.7139 41.4575 Output Transtion(ns): P Fall -> D Fall, condition=0 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66464 2.01407 6.70686 10.07037 14.09851 20.14073 Transition 0.66446 2.01351 6.70500 10.06757 14.09460 20.13514 0.329 0.125 0.321 1.022 1.526 2.130 3.037 0.328 0.628 0.738 1.117 1.389 1.715 2.203 0.652 0.126 0.321 1.022 1.526 2.130 3.037 0.651 0.703 0.813 1.192 1.464 1.790 2.278 1.779 0.126 0.321 1.022 1.526 2.131 3.037 1.779 0.916 1.026 1.406 1.677 2.003 2.491 2.587 0.126 0.321 1.022 1.526 2.131 3.037 2.586 1.055 1.165 1.545 1.817 2.142 2.630 4.034 0.126 0.321 1.022 1.526 2.130 3.037 4.034 1.293 1.403 1.782 2.054 2.379 2.868 4.998 0.126 0.321 1.022 1.527 2.131 3.037 4.998 1.446 1.557 1.936 2.208 2.533 3.021 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66446 2.01351 6.70500 10.06757 14.09460 20.13514 Transition 0.66446 2.01351 6.70500 10.06757 14.09460 20.13514 0.328 8.9971 11.1749 18.7430 24.1664 30.6610 40.4010 0.328 0.126 0.321 1.022 1.526 2.130 3.035 0.651 7.9734 10.1512 17.7186 23.1424 29.6372 39.3773 0.651 0.126 0.321 1.022 1.526 2.130 3.035 1.779 7.4143 9.5923 17.1597 22.5834 29.0780 38.8183 1.779 0.126 0.321 1.021 1.526 2.130 3.036 2.586 7.4565 9.6341 17.2018 22.6324 29.1273 38.8680 2.586 0.126 0.321 1.022 1.526 2.130 3.036 4.034 7.7728 9.9555 17.5240 22.9480 29.4420 39.1832 4.034 0.126 0.321 1.022 1.526 2.130 3.036 4.998 8.0614 10.2401 17.8077 23.2312 29.7265 39.4663 4.998 0.126 0.321 1.022 1.526 2.129 3.036 Path Delay(ns): P Fall -> D Fall, condition=2 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66521 2.01579 6.71258 10.07895 14.11053 20.15790 Transition 0.66521 2.01579 6.71258 10.07895 14.11053 20.15790 0.329 0.546 0.656 1.036 1.308 1.634 2.122 0.329 9.2415 11.4222 18.9983 24.4275 30.9299 40.6817 0.652 0.629 0.739 1.119 1.391 1.717 2.206 0.652 8.3961 10.5834 18.1598 23.5887 30.0911 39.8431 1.782 0.858 0.968 1.348 1.620 1.946 2.435 1.782 8.4969 10.6821 18.2581 23.6871 30.1900 39.9420 2.588 1.006 1.116 1.496 1.768 2.094 2.583 2.588 9.0562 11.2433 18.8203 24.2497 30.7518 40.5038 4.034 1.264 1.374 1.754 2.026 2.352 2.841 4.034 10.3449 12.5251 20.1013 25.5300 32.0332 41.7845 4.999 1.433 1.543 1.923 2.195 2.520 3.009 4.999 11.2824 13.4624 21.0388 26.4684 32.9703 42.7221 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66521 2.01579 6.71258 10.07895 14.11053 20.15790 0.329 0.125 0.321 1.023 1.528 2.133 3.039 0.652 0.125 0.321 1.023 1.527 2.132 3.039 1.782 0.125 0.321 1.023 1.528 2.133 3.039 2.588 0.125 0.321 1.023 1.527 2.133 3.040 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43548 1.31962 4.39434 6.59811 9.23735 13.19621 0.321 0.996 1.090 1.416 1.650 1.929 2.349 0.639 0.999 1.094 1.420 1.653 1.933 2.353 1.769 1.032 1.127 1.453 1.686 1.966 2.386 2.577 1.069 1.164 1.490 1.723 2.003 2.423 4.034 4.999 0.125 0.125 0.321 0.321 1.023 1.023 1.527 1.527 2.133 2.132 3.040 3.039 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43548 1.31962 4.39434 6.59811 9.23735 13.19621 0.321 17.1677 18.6015 23.5591 27.1097 31.3607 37.7361 0.639 16.3375 17.7719 22.7299 26.2800 30.5313 36.9067 1.769 15.9546 17.3890 22.3465 25.8970 30.1485 36.5246 2.577 16.2393 17.6721 22.6305 26.1812 30.4322 36.8077 4.031 17.0314 18.4652 23.4229 26.9734 31.2247 37.6006 5.000 17.6274 19.0605 24.0189 27.5693 31.8207 38.1956 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43642 1.32247 4.40383 6.61236 9.25730 13.22471 0.321 0.750 0.844 1.171 1.405 1.685 2.106 0.639 0.741 0.835 1.162 1.396 1.676 2.097 1.768 0.700 0.794 1.120 1.354 1.635 2.055 2.577 0.671 0.765 1.091 1.325 1.606 2.026 4.031 0.601 0.695 1.021 1.255 1.536 1.956 5.000 0.543 0.637 0.964 1.198 1.478 1.898 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43642 1.32247 4.40383 6.61236 9.25730 13.22471 0.321 0.131 0.326 1.026 1.530 2.133 3.035 0.639 0.132 0.326 1.026 1.529 2.132 3.035 1.768 0.132 0.326 1.027 1.529 2.130 3.035 2.577 0.132 0.326 1.026 1.530 2.131 3.036 4.031 0.133 0.326 1.026 1.529 2.132 3.035 5.000 0.133 0.326 1.026 1.530 2.132 3.039 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43515 1.31864 4.39107 6.59320 9.23047 13.18639 0.322 23.2043 24.6379 29.5922 33.1399 37.3874 43.7590 0.642 22.3488 23.7812 28.7349 32.2826 36.5304 42.9007 1.768 21.9506 23.3781 28.3328 31.8810 36.1286 42.4990 2.577 22.1559 23.5886 28.5432 32.0904 36.3386 42.7100 4.032 22.7432 24.1756 29.1301 32.6780 36.9263 43.2970 5.000 23.1951 24.6225 29.5771 33.1257 37.3730 43.7434 4.031 5.000 1.147 1.200 1.242 1.295 1.568 1.621 1.801 1.854 2.081 2.134 2.500 2.554 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43548 1.31962 4.39434 6.59811 9.23735 13.19621 0.321 0.130 0.325 1.024 1.527 2.127 3.029 0.639 0.130 0.325 1.023 1.525 2.127 3.032 1.769 0.130 0.325 1.025 1.527 2.127 3.032 2.577 0.130 0.325 1.024 1.525 2.128 3.032 4.031 0.130 0.325 1.024 1.527 2.128 3.028 5.000 0.130 0.325 1.024 1.527 2.128 3.031 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43642 1.32247 4.40383 6.61236 9.25730 13.22471 0.321 9.9664 11.4008 16.3695 19.9280 24.1876 30.5786 0.639 9.0773 10.5056 15.4744 19.0330 23.2936 29.6839 1.768 8.1691 9.6009 14.5692 18.1282 22.3878 28.7789 2.577 7.9978 9.4298 14.3980 17.9571 22.2170 28.6087 4.031 7.9472 9.3742 14.3430 17.9016 22.1623 28.5531 5.000 7.9812 9.4106 14.3787 17.9374 22.1976 28.5884 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43515 1.31864 4.39107 6.59320 9.23047 13.18639 0.322 0.563 0.657 0.983 1.216 1.496 1.915 0.642 0.563 0.657 0.983 1.216 1.496 1.915 1.768 0.553 0.647 0.973 1.206 1.486 1.905 2.577 0.539 0.634 0.960 1.193 1.472 1.892 4.032 0.504 0.598 0.924 1.158 1.437 1.856 5.000 0.475 0.568 0.894 1.128 1.407 1.826 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43515 1.31864 4.39107 6.59320 9.23047 13.18639 0.322 0.130 0.325 1.023 1.525 2.127 3.027 0.642 0.130 0.325 1.023 1.524 2.127 3.029 1.768 0.130 0.325 1.023 1.525 2.126 3.027 2.577 0.130 0.325 1.023 1.524 2.126 3.026 4.032 0.130 0.325 1.023 1.524 2.125 3.026 5.000 0.130 0.325 1.023 1.525 2.127 3.027 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36927 13.24021 44.08989 66.20103 92.68145 132.40207 Transition 4.36927 13.24021 44.08989 66.20103 92.68145 132.40207 0.189 0.953 1.125 1.671 2.059 2.521 3.215 0.189 55.8800 104.3572 272.4069 392.7257 536.7773 752.8441 0.380 1.016 1.187 1.733 2.121 2.583 3.278 0.380 56.0597 104.5638 272.6086 392.9293 536.9851 753.0437 1.057 1.191 1.362 1.908 2.296 2.759 3.452 1.057 56.7388 105.2139 273.2570 393.5753 537.6430 753.6968 1.546 1.300 1.472 2.018 2.405 2.868 3.563 1.546 57.2170 105.6913 273.7428 394.0560 538.1218 754.1725 2.423 1.483 1.654 2.201 2.588 3.050 3.745 2.423 58.0530 106.5274 274.5749 394.8917 538.9596 755.0076 3.006 1.597 1.769 2.315 2.702 3.165 3.859 3.006 58.6254 107.0993 275.1422 395.4645 539.5270 755.5814 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.36927 13.24021 44.08989 66.20103 92.68145 132.40207 Transition 4.37256 13.25017 44.12307 66.25085 92.75119 132.50170 0.189 0.315 0.624 1.745 2.561 3.543 5.013 0.189 0.953 1.125 1.671 2.058 2.522 3.215 0.380 0.315 0.624 1.745 2.561 3.541 5.013 0.380 1.016 1.187 1.733 2.121 2.583 3.278 1.057 0.315 0.625 1.745 2.561 3.542 5.013 1.057 1.191 1.362 1.908 2.296 2.759 3.453 1.546 0.315 0.624 1.746 2.560 3.540 5.014 1.546 1.300 1.472 2.018 2.405 2.869 3.563 2.423 0.316 0.624 1.746 2.562 3.540 5.016 2.423 1.483 1.654 2.200 2.588 3.051 3.745 3.006 0.316 0.624 1.746 2.561 3.542 5.013 3.006 1.597 1.769 2.315 2.702 3.165 3.859 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37256 13.25017 44.12307 66.25085 92.75119 132.50170 Transition 4.37256 13.25017 44.12307 66.25085 92.75119 132.50170 0.189 50.7837 99.3206 267.5601 388.0076 532.2293 748.5154 0.189 0.315 0.624 1.745 2.559 3.539 5.013 0.380 51.0032 99.5653 267.8071 388.2582 532.4693 748.7636 0.380 0.315 0.623 1.744 2.558 3.540 5.013 1.057 51.8128 100.3527 268.5869 389.0473 533.2588 749.5452 1.057 0.315 0.623 1.745 2.558 3.539 5.013 1.546 52.3821 100.9189 269.1594 389.6036 533.8221 750.1143 1.546 0.314 0.624 1.744 2.560 3.540 5.014 2.423 53.3761 101.9141 270.1505 390.6047 534.8189 751.1226 2.423 0.315 0.624 1.744 2.559 3.540 5.011 3.006 54.0553 102.5849 270.8201 391.2769 535.4861 751.7746 3.006 0.315 0.624 1.744 2.561 3.539 5.012 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.36979 13.24180 44.09520 66.20901 92.69262 132.41803 Transition 4.36979 13.24180 44.09520 66.20901 92.69262 132.41803 0.189 0.939 1.110 1.655 2.042 2.506 3.201 0.189 46.7947 95.0535 262.9833 383.3499 527.5067 743.7607 0.380 1.001 1.172 1.717 2.105 2.568 3.262 0.380 46.8419 95.1054 263.0309 383.4036 527.5562 743.8037 1.057 1.176 1.347 1.893 2.280 2.743 3.438 1.057 47.0203 95.2786 263.2042 383.5784 527.7345 743.9788 1.546 1.286 1.457 2.002 2.389 2.853 3.548 1.546 47.1872 95.4379 263.3685 383.7505 527.9034 744.1453 2.423 1.468 1.638 2.184 2.571 3.034 3.729 2.423 47.4010 95.6677 263.6007 383.9690 528.1282 744.3718 3.006 1.582 1.753 2.298 2.686 3.148 3.843 3.006 47.5405 95.7948 263.7215 384.0959 528.2479 744.4918 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.36979 13.24180 44.09520 66.20901 92.69262 132.41803 0.189 0.316 0.624 1.744 2.559 3.541 5.013 0.380 0.315 0.624 1.744 2.559 3.540 5.013 1.057 0.316 0.624 1.744 2.559 3.541 5.013 1.546 0.316 0.624 1.745 2.561 3.539 5.015 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 3.006 0.316 0.316 0.624 0.624 1.744 1.744 2.560 2.560 3.540 3.542 5.012 5.014 2.412 2.997 1.715 1.756 1.827 1.867 2.210 2.250 2.484 2.525 2.813 2.853 3.306 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5234 35.3604 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 3.7416 5.9413 13.5843 19.0614 25.6210 35.4585 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 3.9231 6.1224 13.7656 19.2424 25.8026 35.6393 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.155 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 17.2537 18.6890 23.6574 27.2152 31.4748 37.8642 0.368 17.2073 18.6424 23.6109 27.1686 31.4281 37.8171 1.051 17.0758 18.5131 23.4811 27.0388 31.2990 37.6878 1.537 16.9889 18.4198 23.3880 26.9459 31.2057 37.5948 2.418 16.8145 18.2515 23.2189 26.7768 31.0366 37.4255 3.006 16.7041 18.1347 23.1033 26.6614 30.9203 37.3102 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.027 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.245 0.671 0.432 0.695 1.102 0.758 1.574 0.794 2.422 0.851 2.987 0.884 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.245 3.8796 0.432 3.9530 1.102 4.3180 1.574 4.6093 2.422 5.1491 2.987 5.5081 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.245 0.000 0.432 0.000 1.102 0.000 1.574 0.000 2.422 0.000 2.987 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.245 0.352 0.432 0.376 1.103 0.439 1.574 0.475 2.421 0.531 2.987 0.564 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.245 7.1636 0.432 7.2385 1.103 7.5917 1.574 7.8776 2.421 8.4117 2.987 8.7645 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope Input Transition Delay 0.245 0.000 0.270 0.670 0.432 0.000 0.460 0.728 1.103 0.000 1.115 0.897 1.574 0.000 1.589 1.005 2.421 0.000 2.443 1.186 2.987 0.000 3.012 1.300 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.270 3.0709 0.460 3.1956 1.115 3.6534 1.589 3.9763 2.443 4.5474 3.012 4.9237 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.115 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.270 0.463 0.460 0.521 1.115 0.689 1.589 0.797 2.443 0.977 3.012 1.091 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.270 10.1603 0.460 10.2872 1.115 10.7458 1.589 11.0693 2.443 11.6403 3.012 12.0196 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.115 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.147 0.547 0.340 0.574 1.028 0.647 1.522 0.691 2.410 0.760 3.002 0.802 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.147 1.3424 0.340 1.3494 1.028 1.3990 1.522 1.4401 2.410 1.5158 3.002 1.5674 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.147 0.548 0.340 0.574 1.028 0.648 1.522 0.692 2.410 0.761 3.002 0.802 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.147 1.3347 0.340 1.3418 1.028 1.3914 1.522 1.4325 2.410 1.5081 3.002 1.5597 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay 0.153 0.780 0.345 0.842 1.031 1.015 1.525 1.125 2.411 1.310 3.005 1.428 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.153 5.6304 0.345 5.6468 1.031 5.7145 1.525 5.7634 2.411 5.8484 3.005 5.9053 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Delay 0.153 0.785 0.345 0.848 1.031 1.020 1.525 1.130 2.411 1.315 3.005 1.433 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.153 5.6354 0.345 5.6518 1.031 5.7194 1.525 5.7682 2.411 5.8533 3.005 5.9103 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.177 0.826 0.367 0.853 1.052 0.927 1.541 0.971 2.416 1.039 3.002 1.080 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.177 5.3808 0.367 5.4142 1.052 5.5464 1.541 5.6739 2.416 5.9076 3.002 6.0680 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.177 0.000 0.367 0.000 1.052 0.000 1.541 0.000 2.416 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.189 0.542 0.380 0.604 1.057 0.779 1.546 0.889 2.423 1.070 3.006 1.185 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.189 13.4407 0.380 13.4799 1.057 13.6664 1.546 13.8034 2.423 14.0249 3.006 14.1967 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.189 0.000 0.380 0.000 1.057 0.000 1.546 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.245 7.6261 0.270 7.8011 0.432 7.7013 0.460 7.9099 1.103 8.0541 1.115 8.3611 1.574 8.3408 1.589 8.6873 2.422 8.8657 2.443 9.2644 2.988 9.2156 3.012 9.6447 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8098 0.342 1.8247 1.031 1.8768 1.525 1.9188 2.410 2.0005 2.999 2.0564 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7390 1.038 0.8572 1.530 0.9344 2.413 1.0669 3.006 1.1506 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4801 1.037 2.5858 1.527 2.6484 2.413 2.7614 3.001 2.8309 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.147 6.4527 0.340 6.4633 1.028 6.5187 1.522 6.5619 2.410 6.6435 3.002 6.6983 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.147 0.5024 0.340 0.5129 1.028 0.5648 1.522 0.6080 2.410 0.6859 3.002 0.7382 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.147 5.5860 0.340 5.6035 1.028 5.6475 1.522 5.6961 2.410 5.7785 3.002 5.8339 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.153 11.4183 0.345 11.4391 1.031 11.5223 1.525 11.5794 2.411 11.6806 3.005 11.7460 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.153 0.5280 0.345 0.5487 1.031 0.6254 1.525 0.6807 2.411 0.7757 3.005 0.8362 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.153 5.5479 0.345 5.5757 1.031 5.6469 1.525 5.7086 2.411 5.8050 3.005 5.8601 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.328 6.1883 0.650 5.1167 1.777 4.2978 2.584 4.1052 4.033 3.9191 4.999 3.8401 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.319 -1.0668 0.637 -1.8667 1.764 -2.6445 2.574 -2.8458 4.030 -3.0457 5.000 -3.1326 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 5.7961 0.361 5.8174 1.047 5.9312 1.536 6.0368 2.414 6.2251 3.001 6.3453 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4540 1.047 0.5750 1.536 0.6750 2.414 0.8585 3.001 0.9816 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8137 1.536 0.9895 2.414 1.3071 3.002 1.5190 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4091 0.361 5.4226 1.047 5.5386 1.536 5.6434 2.414 5.8309 3.001 5.9524 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7979 0.361 5.8181 1.047 5.9319 1.536 6.0375 2.414 6.2258 3.001 6.3462 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1009 0.374 6.0907 1.052 6.2099 1.543 6.3072 2.423 6.4809 3.010 6.5988 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0121 2.423 1.1917 3.010 1.3116 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5875 1.052 5.5886 1.543 5.6113 2.423 5.6513 3.010 5.6817 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8292 1.543 5.9271 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1028 0.374 6.0928 1.052 6.2118 1.543 6.3092 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.177 9.0675 0.367 9.0994 1.052 9.2474 1.541 9.3807 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.177 4.1524 0.367 4.1833 1.052 4.3269 1.541 4.4570 2.423 3.010 6.1021 6.2212 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.177 3.8409 0.367 3.8719 1.052 4.0166 1.541 4.1468 2.417 4.3835 3.002 4.5401 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.189 6.1792 0.380 6.2330 1.057 6.4294 1.546 6.5700 2.423 6.8233 3.006 6.9908 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0295 0.335 4.9973 1.025 4.9229 1.520 4.8747 2.409 4.8002 3.002 4.7489 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2535 1.028 0.2877 1.522 0.3145 2.411 0.3640 3.005 0.3968 2.423 3.010 6.4828 6.6010 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.177 9.0695 0.367 9.1016 1.052 9.2494 1.541 9.3827 2.416 9.6264 3.002 9.7869 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.189 10.2872 0.380 10.3355 1.057 10.5418 1.546 10.6955 2.423 10.9561 3.006 11.1341 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3479 0.335 5.3211 1.025 5.2352 1.520 5.1802 2.409 5.0906 3.002 5.0349 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3925 0.341 0.4304 1.028 0.5771 1.522 0.6800 2.411 0.8615 3.005 0.9807 2.416 3.002 9.6245 9.7850 2.416 3.002 4.6949 4.8515 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.189 10.2853 0.380 10.3342 1.057 10.5401 1.546 10.6940 2.423 10.9542 3.006 11.1324 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.189 5.1122 0.380 5.1572 1.057 5.3540 1.546 5.5014 2.423 5.7497 3.006 5.9201 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3454 0.335 5.3185 1.025 5.2322 1.520 5.1773 2.409 5.0874 3.002 5.0316 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3994 0.335 0.4067 1.025 0.4411 1.520 0.4714 2.409 0.5297 3.002 0.5696 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4049 0.335 5.4129 1.025 5.4475 1.520 5.4774 2.409 5.5354 3.002 5.5750 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4486 0.341 0.4883 1.028 0.6426 1.522 0.7511 2.411 0.9428 3.005 1.0686 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4475 0.341 0.4872 1.028 0.6417 1.522 0.7502 2.411 0.9419 3.005 1.0678 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2603 0.341 5.1410 1.028 5.0439 1.522 5.0333 2.411 5.0505 3.005 5.0712 Toggle Power(pJ): SONOF Fall, condition=0 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.160 0.5513 0.160 1.7511 0.352 0.5619 0.352 1.7692 1.040 0.6177 1.040 1.8460 1.533 0.6619 1.533 1.9066 2.412 0.7468 2.412 2.0180 2.998 0.8035 2.998 2.0941 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P A->P condition0:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition1:NEN&PD&PEN&PU condition2:NEN&PD&PEN&!PU condition3:NEN&!PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1961 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2538 0.367 2.3033 1.051 2.4708 1.537 2.5738 2.418 2.7481 3.006 2.8587 Cell Description 16 mA, slow slew rate, input-output pad, 5V tolerant PLBI16S Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.05644 0.02458 0.03629 1.83366 0.04154 0.04026 0.01523 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 462.900 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.71077 14.27507 47.53599 71.37536 99.92551 142.75073 Transition 4.71077 14.27507 47.53599 71.37536 99.92551 142.75073 0.186 0.853 1.099 1.749 2.183 2.697 3.463 0.186 45.2951 96.8468 277.7907 407.5570 562.9658 796.0600 0.374 0.878 1.124 1.774 2.208 2.722 3.488 0.374 45.3283 96.8748 277.8217 407.5848 562.9890 796.0979 1.058 0.945 1.191 1.841 2.275 2.789 3.555 1.058 45.4997 97.0516 278.0035 407.7634 563.1655 796.2790 1.544 0.984 1.230 1.880 2.314 2.828 3.594 1.544 45.6474 97.1984 278.1421 407.9091 563.3231 796.4206 2.418 1.043 1.289 1.940 2.374 2.888 3.654 2.418 45.9179 97.4702 278.4282 408.1734 563.5872 796.6981 3.000 1.079 1.325 1.975 2.409 2.922 3.689 3.000 46.1017 97.6518 278.5960 408.3630 563.7703 796.8685 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.71077 14.27507 47.53599 71.37536 99.92551 142.75073 0.186 0.406 0.725 1.815 2.617 3.588 5.056 0.374 0.406 0.725 1.815 2.617 3.588 5.056 1.058 0.406 0.725 1.815 2.617 3.589 5.056 1.544 0.406 0.725 1.816 2.617 3.589 5.055 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.71146 14.27715 47.54290 71.38574 99.94004 142.77148 0.186 0.881 1.114 1.759 2.192 2.704 3.469 0.374 0.906 1.139 1.784 2.218 2.730 3.495 1.058 0.973 1.205 1.850 2.284 2.796 3.561 1.544 1.012 1.244 1.889 2.323 2.835 3.600 2.418 3.000 0.406 0.406 0.725 0.725 1.816 1.816 2.617 2.617 3.588 3.588 5.056 5.055 2.418 3.000 1.071 1.107 1.304 1.339 1.949 1.984 2.382 2.417 2.894 2.930 3.659 3.695 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.71146 14.27715 47.54290 71.38574 99.94004 142.77148 Transition 4.71146 14.27715 47.54290 71.38574 99.94004 142.77148 0.186 49.7066 100.1401 280.6864 410.3530 565.6720 798.6791 0.186 0.386 0.709 1.805 2.607 3.578 5.045 0.374 49.7761 100.2098 280.7563 410.4215 565.7458 798.7556 0.374 0.386 0.709 1.805 2.607 3.578 5.045 1.058 50.0729 100.5043 281.0502 410.7176 566.0398 799.0395 1.058 0.386 0.708 1.805 2.607 3.578 5.045 1.544 50.3207 100.7434 281.2828 410.9545 566.2836 799.2651 1.544 0.386 0.708 1.804 2.607 3.578 5.044 2.418 50.7650 101.1761 281.7181 411.3810 566.7069 799.7039 2.418 0.386 0.708 1.805 2.607 3.578 5.045 3.000 51.0468 101.4621 282.0006 411.6608 566.9867 799.9851 3.000 0.386 0.708 1.805 2.607 3.578 5.044 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70714 14.26407 47.49934 71.32033 99.84847 142.64067 Transition 4.70714 14.26407 47.49934 71.32033 99.84847 142.64067 0.186 0.881 1.114 1.758 2.191 2.703 3.468 0.186 54.5999 104.9519 285.2499 414.7566 569.8794 802.5847 0.374 0.906 1.139 1.784 2.217 2.729 3.493 0.374 54.6304 104.9900 285.2878 414.7875 569.9194 802.6285 1.058 0.973 1.205 1.850 2.283 2.795 3.560 1.058 54.8176 105.1670 285.4649 414.9701 570.0984 802.8073 1.544 1.012 1.244 1.889 2.322 2.835 3.599 1.544 54.9867 105.3320 285.6236 415.1282 570.2467 802.9489 2.418 1.072 1.304 1.949 2.382 2.894 3.659 2.418 55.2939 105.6282 285.9120 415.4126 570.5440 803.2444 3.000 1.107 1.339 1.984 2.417 2.929 3.693 3.000 55.4849 105.8188 286.1079 415.6045 570.7387 803.4392 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70714 14.26407 47.49934 71.32033 99.84847 142.64067 Transition 4.70711 14.26397 47.49903 71.31987 99.84782 142.63974 0.186 0.386 0.709 1.805 2.607 3.578 5.046 0.186 0.881 1.114 1.759 2.193 2.706 3.471 0.374 0.386 0.709 1.805 2.607 3.579 5.046 0.374 0.907 1.139 1.785 2.218 2.731 3.496 1.058 0.386 0.709 1.805 2.608 3.578 5.045 1.058 0.973 1.206 1.851 2.285 2.797 3.563 1.544 0.386 0.709 1.805 2.607 3.578 5.044 1.544 1.012 1.245 1.890 2.324 2.836 3.601 2.418 0.386 0.709 1.805 2.607 3.579 5.045 2.418 1.072 1.304 1.950 2.383 2.895 3.661 3.000 0.386 0.709 1.805 2.607 3.579 5.046 3.000 1.107 1.339 1.985 2.418 2.931 3.696 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70711 14.26397 47.49903 71.31987 99.84782 142.63974 Transition 4.70711 14.26397 47.49903 71.31987 99.84782 142.63974 0.186 49.4348 99.8559 280.3407 409.9567 565.2227 798.1324 0.186 0.385 0.708 1.804 2.606 3.577 5.044 0.374 49.4699 99.8934 280.3727 409.9986 565.2628 798.1790 0.374 0.386 0.708 1.804 2.606 3.578 5.044 1.058 49.6456 100.0683 280.5462 410.1673 565.4379 798.3503 1.058 0.385 0.708 1.804 2.606 3.577 5.045 1.544 49.8182 100.2313 280.7054 410.3238 565.5745 798.4918 1.544 0.385 0.708 1.804 2.606 3.578 5.044 2.418 50.1159 100.5213 280.9937 410.6017 565.8797 798.7958 2.418 0.385 0.708 1.804 2.607 3.577 5.044 3.000 50.3038 100.7084 281.1718 410.7931 566.0625 798.9731 3.000 0.386 0.708 1.804 2.606 3.577 5.043 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.70229 14.24935 47.45035 71.24677 99.74548 142.49355 Transition 4.70229 14.24935 47.45035 71.24677 99.74548 142.49355 0.186 0.882 1.114 1.759 2.192 2.704 3.469 0.186 54.3199 104.6554 284.8707 414.3150 569.3512 801.9266 0.374 0.907 1.139 1.784 2.218 2.730 3.495 0.374 54.3261 104.6581 284.8717 414.3122 569.3573 801.9305 1.058 0.973 1.206 1.851 2.284 2.796 3.561 1.058 54.3898 104.7220 284.9389 414.3763 569.4172 801.9933 1.544 1.012 1.245 1.890 2.323 2.835 3.600 1.544 54.4822 104.8075 285.0172 414.4601 569.4941 802.0695 2.418 1.072 1.304 1.949 2.383 2.894 3.659 2.418 54.6407 104.9593 285.1618 414.5941 569.6505 802.2117 3.000 1.107 1.339 1.985 2.418 2.930 3.695 3.000 54.7421 105.0568 285.2585 414.7011 569.7244 802.3142 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70229 14.24935 47.45035 71.24677 99.74548 142.49355 Transition 4.38099 13.27572 44.20814 66.37859 92.93003 132.75719 0.186 0.386 0.708 1.805 2.606 3.577 5.044 0.199 0.903 1.086 1.638 2.026 2.491 3.187 0.374 0.386 0.708 1.804 2.607 3.578 5.044 0.390 0.966 1.148 1.700 2.089 2.554 3.250 1.058 0.386 0.708 1.804 2.607 3.577 5.044 1.063 1.144 1.326 1.878 2.267 2.730 3.428 1.544 0.386 0.708 1.804 2.606 3.577 5.043 1.548 1.257 1.439 1.991 2.380 2.844 3.540 2.418 0.386 0.708 1.804 2.607 3.578 5.044 2.423 1.446 1.629 2.181 2.569 3.034 3.730 3.000 0.386 0.708 1.804 2.606 3.578 5.045 3.008 1.567 1.750 2.302 2.690 3.155 3.851 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.38099 13.27572 44.20814 66.37859 92.93003 132.75719 Transition 4.38099 13.27572 44.20814 66.37859 92.93003 132.75719 0.199 41.4847 89.8937 258.2637 378.9440 523.4705 740.2764 0.199 0.349 0.653 1.760 2.573 3.551 5.026 0.390 41.5541 89.9482 258.3218 379.0047 523.5258 740.3235 0.390 0.349 0.653 1.761 2.573 3.553 5.026 1.063 41.7697 90.1746 258.5519 379.2364 523.7591 740.5698 1.063 0.349 0.653 1.761 2.574 3.553 5.024 1.548 41.9452 90.3370 258.7096 379.3905 523.9141 740.7254 1.548 0.349 0.653 1.761 2.573 3.552 5.028 2.423 42.2232 90.6314 258.9963 379.6821 524.2099 741.0079 2.423 0.349 0.654 1.761 2.574 3.553 5.029 3.008 42.4266 90.8146 259.1916 379.8585 524.3867 741.1982 3.008 0.349 0.653 1.761 2.573 3.553 5.025 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37046 13.24383 44.10194 66.21913 92.70678 132.43825 Transition 4.37046 13.24383 44.10194 66.21913 92.70678 132.43825 0.199 0.952 1.126 1.673 2.060 2.523 3.217 0.199 52.3632 98.8017 265.4446 385.5474 529.5421 745.6355 0.390 1.014 1.189 1.735 2.122 2.586 3.280 0.390 52.3770 98.8206 265.4575 385.5616 529.5623 745.6515 1.063 1.192 1.366 1.913 2.300 2.763 3.458 1.063 52.4881 98.9242 265.5548 385.6646 529.6525 745.7535 1.548 1.305 1.479 2.026 2.413 2.876 3.571 1.548 52.5453 98.9987 265.6361 385.7456 529.7298 745.8193 2.423 1.495 1.670 2.216 2.604 3.066 3.761 2.423 52.6976 99.1286 265.7575 385.8706 529.8628 745.9542 3.008 1.616 1.791 2.337 2.724 3.188 3.882 3.008 52.7802 99.2169 265.8473 385.9663 529.9492 746.0415 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.37046 13.24383 44.10194 66.21913 92.70678 132.43825 0.199 0.334 0.647 1.758 2.570 3.549 5.022 0.390 0.334 0.647 1.758 2.570 3.549 5.022 1.063 0.334 0.647 1.758 2.571 3.549 5.020 1.548 0.334 0.647 1.759 2.570 3.548 5.020 2.423 0.334 0.647 1.758 2.571 3.548 5.020 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.37457 13.25626 44.14336 66.28131 92.79384 132.56263 0.199 0.951 1.126 1.672 2.059 2.522 3.217 0.390 1.014 1.188 1.735 2.121 2.585 3.280 1.063 1.192 1.366 1.913 2.300 2.763 3.457 1.548 1.305 1.479 2.026 2.412 2.876 3.570 2.423 1.495 1.669 2.216 2.603 3.066 3.760 3.008 0.334 0.647 1.759 2.569 3.548 5.021 3.008 1.616 1.790 2.337 2.724 3.187 3.881 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.37457 13.25626 44.14336 66.28131 92.79384 132.56263 Transition 4.37457 13.25626 44.14336 66.28131 92.79384 132.56263 0.199 52.6191 99.0831 265.8070 385.9940 530.0518 746.2421 0.199 0.334 0.647 1.759 2.571 3.548 5.023 0.390 52.6769 99.1422 265.8636 386.0420 530.1062 746.2874 0.390 0.334 0.647 1.759 2.571 3.549 5.023 1.063 52.9129 99.3742 266.0902 386.2670 530.3399 746.5153 1.063 0.334 0.647 1.759 2.569 3.550 5.022 1.548 53.0580 99.5341 266.2498 386.4269 530.4931 746.6794 1.548 0.334 0.647 1.759 2.571 3.548 5.020 2.423 53.3636 99.8247 266.5401 386.7154 530.7884 746.9655 2.423 0.334 0.647 1.758 2.571 3.549 5.021 3.008 53.5526 100.0102 266.7321 386.9020 530.9645 747.1449 3.008 0.334 0.647 1.759 2.570 3.548 5.022 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.37899 13.26967 44.18800 66.34834 92.88768 132.69668 Transition 4.37899 13.26967 44.18800 66.34834 92.88768 132.69668 0.199 0.952 1.126 1.674 2.061 2.525 3.221 0.199 47.2831 93.8440 260.8779 381.2687 525.5870 742.1837 0.390 1.014 1.189 1.736 2.124 2.587 3.283 0.390 47.3428 93.9040 260.9360 381.3232 525.6571 742.2476 1.063 1.192 1.366 1.914 2.301 2.765 3.461 1.063 47.5832 94.1412 261.1684 381.5590 525.8822 742.4864 1.548 1.305 1.480 2.027 2.415 2.878 3.575 1.548 47.7335 94.3062 261.3280 381.7184 526.0523 742.6471 2.423 1.495 1.670 2.217 2.605 3.069 3.764 2.423 48.0419 94.5945 261.6202 382.0072 526.3313 742.9442 3.008 1.616 1.791 2.338 2.726 3.189 3.885 3.008 48.2362 94.7913 261.8127 382.2010 526.5246 743.1274 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37899 13.26967 44.18800 66.34834 92.88768 132.69668 Transition 4.38137 13.27686 44.21196 66.38432 92.93805 132.76864 0.199 0.333 0.647 1.760 2.573 3.550 5.026 0.199 0.951 1.126 1.673 2.060 2.524 3.219 0.390 0.333 0.647 1.760 2.572 3.551 5.026 0.390 1.014 1.188 1.735 2.123 2.586 3.281 1.063 0.333 0.647 1.760 2.571 3.552 5.025 1.063 1.192 1.366 1.913 2.300 2.764 3.459 1.548 0.333 0.647 1.759 2.572 3.550 5.024 1.548 1.305 1.479 2.026 2.414 2.877 3.572 2.423 0.333 0.647 1.759 2.573 3.551 5.024 2.423 1.495 1.669 2.216 2.604 3.068 3.762 3.008 0.333 0.647 1.759 2.571 3.550 5.025 3.008 1.616 1.790 2.337 2.725 3.188 3.884 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.38137 13.27686 44.21196 66.38432 92.93805 132.76864 Transition 4.38137 13.27686 44.21196 66.38432 92.93805 132.76864 0.199 47.5370 94.1024 261.1528 381.5495 525.8922 742.5105 0.199 0.333 0.647 1.759 2.571 3.551 5.023 0.390 47.6352 94.1994 261.2504 381.6472 525.9945 742.6051 0.390 0.333 0.647 1.758 2.571 3.549 5.023 1.063 48.0008 94.5631 261.6104 382.0057 526.3449 742.9725 1.063 0.333 0.647 1.759 2.572 3.549 5.021 1.548 48.2369 94.8167 261.8603 382.2583 526.5982 743.2215 1.548 0.333 0.647 1.759 2.571 3.551 5.025 2.423 48.6996 95.2640 262.3045 382.7044 527.0489 743.6552 2.423 0.333 0.647 1.758 2.571 3.548 5.025 3.008 48.9960 95.5521 262.5982 382.9987 527.3346 743.9504 3.008 0.333 0.647 1.759 2.572 3.551 5.021 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 0.148 1.333 1.444 1.825 2.098 2.425 2.916 0.340 1.366 1.477 1.858 2.132 2.459 2.949 1.030 1.451 1.562 1.943 2.216 2.543 3.034 1.526 1.502 1.613 1.994 2.267 2.594 3.085 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 0.148 3.1881 5.3821 12.9887 18.4390 24.9666 34.7569 0.340 3.2003 5.3937 13.0006 18.4516 24.9785 34.7689 1.030 3.2561 5.4497 13.0567 18.5072 25.0342 34.8253 1.526 3.3005 5.4940 13.1012 18.5520 25.0789 34.8693 2.410 3.000 1.584 1.633 1.695 1.744 2.076 2.125 2.349 2.398 2.676 2.725 3.167 3.216 2.410 3.000 3.3836 5.5764 13.1836 18.6341 25.1617 34.9523 3.4404 5.6333 13.2401 18.6910 25.2182 35.0085 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 0.148 0.127 0.322 1.025 1.532 2.140 3.049 0.340 0.128 0.322 1.026 1.532 2.139 3.050 1.030 0.128 0.322 1.026 1.532 2.139 3.050 1.526 0.128 0.322 1.025 1.532 2.139 3.050 2.410 0.127 0.322 1.026 1.532 2.139 3.050 3.000 0.128 0.322 1.025 1.532 2.139 3.050 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 0.836 0.931 1.258 1.492 1.772 2.193 0.350 0.906 1.001 1.328 1.562 1.842 2.263 1.036 1.101 1.196 1.522 1.757 2.037 2.457 1.527 1.222 1.317 1.643 1.877 2.158 2.578 2.410 1.420 1.515 1.842 2.076 2.356 2.777 3.002 1.544 1.639 1.965 2.199 2.480 2.900 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 10.9754 12.4112 17.3813 20.9407 25.2026 31.5952 0.350 10.9485 12.3845 17.3545 20.9138 25.1761 31.5686 1.036 10.8757 12.3100 17.2805 20.8393 25.1016 31.4942 1.527 10.8228 12.2584 17.2289 20.7881 25.0500 31.4428 2.410 10.7254 12.1612 17.1314 20.6917 24.9532 31.3448 3.002 10.6588 12.0948 17.0648 20.6245 24.8862 31.2784 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 0.129 0.324 1.025 1.527 2.129 3.034 0.350 0.129 0.324 1.024 1.529 2.131 3.036 1.036 0.129 0.324 1.025 1.527 2.132 3.034 1.527 0.129 0.324 1.024 1.528 2.131 3.037 2.410 0.129 0.324 1.025 1.529 2.130 3.035 3.002 0.129 0.324 1.024 1.529 2.130 3.035 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70956 14.27139 47.52372 71.35694 99.89972 142.71388 Transition 4.70956 14.27139 47.52372 71.35694 99.89972 142.71388 0.172 1.239 1.485 2.135 2.569 3.083 3.848 0.172 44.5671 96.1193 277.0364 406.7598 562.1203 795.1497 0.364 1.298 1.544 2.194 2.628 3.142 3.908 0.364 44.5998 96.1518 277.0566 406.7870 562.1505 795.1790 1.044 1.468 1.714 2.363 2.798 3.311 4.077 1.044 44.7389 96.2866 277.1954 406.9253 562.2831 795.3164 1.535 1.575 1.821 2.471 2.906 3.419 4.185 1.535 44.8373 96.3816 277.2904 407.0099 562.3976 795.4102 2.415 1.758 2.004 2.653 3.088 3.601 4.368 2.415 45.0162 96.5622 277.4708 407.2036 562.5665 795.5970 3.002 1.874 2.120 2.770 3.204 3.718 4.483 3.002 45.1300 96.6801 277.5833 407.3136 562.6847 795.7145 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70956 14.27139 47.52372 71.35694 99.89972 142.71388 Transition 4.71294 14.28163 47.55783 71.40815 99.97141 142.81630 0.172 0.406 0.725 1.815 2.617 3.587 5.054 0.172 1.243 1.489 2.139 2.573 3.086 3.852 0.364 0.406 0.725 1.815 2.616 3.587 5.055 0.364 1.300 1.546 2.196 2.630 3.143 3.910 1.044 0.406 0.725 1.815 2.617 3.587 5.055 1.045 1.469 1.715 2.365 2.799 3.312 4.078 1.535 0.406 0.725 1.815 2.617 3.588 5.054 1.536 1.577 1.823 2.473 2.907 3.421 4.187 2.415 0.406 0.725 1.815 2.616 3.587 5.055 2.416 1.760 2.006 2.657 3.090 3.604 4.370 3.002 0.406 0.725 1.815 2.617 3.588 5.054 3.007 1.877 2.123 2.773 3.208 3.720 4.487 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.71294 14.28163 47.55783 71.40815 99.97141 142.81630 Transition 4.71294 14.28163 47.55783 71.40815 99.97141 142.81630 0.172 51.2726 103.8266 285.3802 415.2329 570.6540 803.7673 0.172 0.394 0.714 1.808 2.610 3.582 5.051 0.364 51.3315 103.8836 285.4454 415.2924 570.7114 803.8296 0.364 0.393 0.714 1.808 2.611 3.583 5.052 1.045 51.6265 104.1818 285.7377 415.5738 571.0177 804.1108 1.045 0.393 0.714 1.808 2.611 3.583 5.052 1.536 51.8626 104.4171 285.9791 415.8287 571.2449 804.3562 1.536 0.394 0.714 1.808 2.611 3.583 5.052 2.416 52.2881 104.8384 286.4014 416.2437 571.6674 804.7803 2.416 0.394 0.714 1.807 2.611 3.583 5.052 3.007 52.5711 105.1241 286.6824 416.5377 571.9557 805.0560 3.007 0.394 0.714 1.808 2.611 3.582 5.052 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.71719 14.29450 47.60069 71.47250 100.06150 142.94501 Transition 4.71719 14.29450 47.60069 71.47250 100.06150 142.94501 0.172 1.243 1.489 2.139 2.574 3.087 3.853 0.172 46.4683 99.1029 280.9049 410.9212 566.5268 799.9488 0.364 1.300 1.546 2.196 2.630 3.144 3.910 0.364 46.5664 99.2069 281.0052 411.0127 566.6290 800.0408 1.045 1.468 1.715 2.365 2.799 3.313 4.078 1.045 46.9883 99.6247 281.4257 411.4351 567.0540 800.4464 1.536 1.577 1.823 2.474 2.908 3.422 4.187 1.536 47.3115 99.9456 281.7525 411.7648 567.3691 800.7792 2.416 1.760 2.006 2.657 3.091 3.604 4.370 2.416 47.8916 100.5243 282.3241 412.3396 567.9503 801.3706 3.007 1.877 2.123 2.773 3.208 3.721 4.487 3.007 48.2739 100.9109 282.7087 412.7257 568.3385 801.7395 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71719 14.29450 47.60069 71.47250 100.06150 142.94501 Transition 4.71645 14.29228 47.59330 71.46141 100.04597 142.92282 0.172 0.393 0.714 1.807 2.610 3.582 5.051 0.172 1.242 1.488 2.137 2.571 3.085 3.852 0.364 0.393 0.714 1.807 2.610 3.582 5.052 0.364 1.301 1.546 2.196 2.631 3.145 3.911 1.045 0.393 0.714 1.807 2.610 3.582 5.052 1.044 1.470 1.716 2.366 2.800 3.314 4.080 1.536 0.393 0.714 1.807 2.610 3.582 5.050 1.535 1.578 1.824 2.473 2.908 3.422 4.189 2.416 0.393 0.714 1.807 2.610 3.583 5.051 2.415 1.760 2.006 2.656 3.090 3.604 4.371 3.007 0.393 0.714 1.807 2.610 3.582 5.052 3.002 1.877 2.122 2.772 3.207 3.721 4.488 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71645 14.29228 47.59330 71.46141 100.04597 142.92282 Transition 4.71645 14.29228 47.59330 71.46141 100.04597 142.92282 0.172 43.0305 95.1536 276.4135 406.3479 561.9575 795.3198 0.172 0.399 0.719 1.810 2.613 3.585 5.053 0.364 43.0666 95.1818 276.4503 406.3750 561.9923 795.3511 0.364 0.399 0.719 1.810 2.613 3.586 5.054 1.044 43.2068 95.3274 276.5900 406.5001 562.1278 795.4859 1.044 0.400 0.719 1.810 2.613 3.585 5.054 1.535 43.3044 95.4253 276.6847 406.6137 562.2302 795.5833 1.535 0.400 0.719 1.810 2.613 3.585 5.054 2.415 43.4817 95.6053 276.8620 406.7829 562.4061 795.7728 2.415 0.399 0.719 1.810 2.613 3.585 5.054 3.002 43.5974 95.7204 276.9815 406.9070 562.5161 795.8930 3.002 0.399 0.719 1.810 2.613 3.585 5.054 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66522 2.01580 6.71263 10.07902 14.11063 20.15804 0.317 0.675 0.785 1.164 1.436 1.762 2.251 0.639 0.769 0.879 1.259 1.531 1.857 2.346 1.769 1.056 1.166 1.545 1.817 2.143 2.632 2.579 1.244 1.354 1.734 2.006 2.332 2.821 4.031 1.575 1.686 2.065 2.337 2.663 3.152 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66522 2.01580 6.71263 10.07902 14.11063 20.15804 0.317 9.6357 11.8157 19.3912 24.8204 31.3227 41.0745 0.639 8.4930 10.6731 18.2494 23.6783 30.1813 39.9333 1.769 8.3137 10.4936 18.0694 23.4983 30.0012 39.7518 2.579 8.6410 10.8213 18.3975 23.8266 30.3295 40.0814 4.031 9.4531 11.6335 19.2100 24.6387 31.1413 40.8934 4.999 1.791 1.901 2.281 2.553 2.878 3.367 4.999 10.0621 12.2424 19.8184 25.2467 31.7499 41.5018 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66522 2.01580 6.71263 10.07902 14.11063 20.15804 0.317 0.124 0.320 1.022 1.526 2.131 3.038 0.639 0.124 0.320 1.022 1.526 2.131 3.038 1.769 0.124 0.320 1.021 1.526 2.131 3.039 2.579 0.124 0.320 1.022 1.526 2.131 3.038 4.031 0.124 0.320 1.021 1.527 2.132 3.038 4.999 0.124 0.319 1.022 1.526 2.131 3.038 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66490 2.01485 6.70946 10.07426 14.10396 20.14851 0.317 0.599 0.709 1.089 1.361 1.687 2.175 0.638 0.673 0.783 1.163 1.435 1.760 2.249 1.769 0.884 0.994 1.373 1.645 1.971 2.459 2.579 1.022 1.132 1.512 1.784 2.109 2.598 4.031 1.259 1.369 1.749 2.020 2.346 2.835 4.999 1.412 1.523 1.902 2.174 2.500 2.988 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66490 2.01485 6.70946 10.07426 14.10396 20.14851 0.317 9.2423 11.4211 18.9935 24.4198 30.9191 40.6674 0.638 7.9924 10.1724 17.7453 23.1708 29.6695 39.4183 1.769 7.4065 9.5856 17.1585 22.5846 29.0835 38.8330 2.579 7.4727 9.6512 17.2234 22.6502 29.1491 38.8981 4.031 7.8135 9.9930 17.5661 22.9918 29.4910 39.2404 4.999 8.1123 10.2911 17.8635 23.2891 29.7893 39.5379 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66490 2.01485 6.70946 10.07426 14.10396 20.14851 0.317 0.124 0.319 1.021 1.526 2.131 3.037 0.638 0.124 0.320 1.021 1.526 2.130 3.037 1.769 0.124 0.320 1.021 1.526 2.130 3.037 2.579 0.124 0.320 1.021 1.525 2.130 3.037 4.031 0.124 0.320 1.021 1.526 2.130 3.036 4.999 0.125 0.320 1.021 1.526 2.130 3.037 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66357 2.01080 6.69598 10.05402 14.07562 20.10803 0.318 0.521 0.631 1.010 1.281 1.606 2.093 0.640 0.602 0.712 1.091 1.362 1.688 2.175 1.772 0.829 0.939 1.318 1.589 1.914 2.402 2.580 0.977 1.087 1.466 1.737 2.062 2.550 4.032 1.236 1.346 1.725 1.996 2.321 2.808 5.000 1.405 1.515 1.894 2.165 2.490 2.978 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66357 2.01080 6.69598 10.05402 14.07562 20.10803 0.318 9.4762 11.6513 19.2079 24.6232 31.1095 40.8373 0.640 8.3903 10.5701 18.1277 23.5431 30.0298 39.7574 1.772 8.4845 10.6593 18.2164 23.6321 30.1184 39.8466 2.580 9.0626 11.2429 18.8005 24.2162 30.7025 40.4299 4.032 10.3770 12.5565 20.1144 25.5301 32.0159 41.7438 5.000 11.3345 13.5081 21.0647 26.4801 32.9663 42.6942 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66357 2.01080 6.69598 10.05402 14.07562 20.10803 0.318 0.124 0.319 1.019 1.522 2.126 3.030 0.640 0.124 0.319 1.019 1.522 2.125 3.030 1.772 0.124 0.319 1.019 1.523 2.126 3.031 2.580 0.124 0.319 1.019 1.523 2.126 3.030 4.032 0.123 0.319 1.019 1.522 2.125 3.031 5.000 0.124 0.319 1.019 1.522 2.126 3.031 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43519 1.31875 4.39143 6.59374 9.23123 13.18747 0.308 0.952 1.046 1.372 1.606 1.885 2.304 0.627 0.955 1.049 1.375 1.608 1.888 2.307 1.759 0.987 1.081 1.407 1.640 1.920 2.339 2.570 1.025 1.118 1.444 1.678 1.957 2.376 4.029 1.102 1.196 1.522 1.755 2.034 2.454 4.998 1.156 1.251 1.576 1.810 2.089 2.508 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43519 1.31875 4.39143 6.59374 9.23123 13.18747 0.308 16.6663 18.0941 23.0492 26.5976 30.8462 37.2171 0.627 15.8356 17.2684 22.2235 25.7714 30.0199 36.3914 1.759 15.4913 16.9217 21.8764 25.4247 29.6727 36.0442 2.570 15.7967 17.2242 22.1796 25.7280 29.9764 36.3473 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43519 1.31875 4.39143 6.59374 9.23123 13.18747 0.308 0.129 0.323 1.021 1.523 2.123 3.027 0.627 0.128 0.323 1.022 1.524 2.124 3.025 1.759 0.128 0.323 1.022 1.523 2.125 3.025 2.570 0.128 0.323 1.022 1.524 2.124 3.024 4.029 4.998 16.6071 18.0371 22.9922 26.5399 30.7892 37.1593 17.2100 18.6409 23.5959 27.1440 31.3924 37.7627 4.029 4.998 0.128 0.128 0.323 0.323 1.021 1.022 1.522 1.524 2.124 2.124 3.024 3.025 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43574 1.32043 4.39704 6.60217 9.24304 13.20434 0.308 0.716 0.810 1.136 1.370 1.649 2.069 0.628 0.705 0.799 1.126 1.359 1.639 2.059 1.759 0.662 0.756 1.083 1.316 1.596 2.016 2.570 0.631 0.726 1.052 1.286 1.565 1.985 4.029 0.558 0.652 0.978 1.211 1.491 1.911 4.998 0.498 0.592 0.918 1.152 1.432 1.852 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43574 1.32043 4.39704 6.60217 9.24304 13.20434 0.308 9.5399 10.9719 15.9325 19.4865 23.7400 30.1204 0.628 8.6466 10.0764 15.0370 18.5904 22.8441 29.2248 1.759 7.7710 9.2037 14.1642 17.7175 21.9719 28.3508 2.570 7.6175 9.0504 14.0113 17.5636 21.8183 28.1977 4.029 7.5854 9.0160 13.9763 17.5294 21.7829 28.1632 4.998 7.6347 9.0609 14.0220 17.5752 21.8290 28.2080 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43574 1.32043 4.39704 6.60217 9.24304 13.20434 0.308 0.129 0.324 1.023 1.524 2.127 3.028 0.628 0.130 0.323 1.022 1.526 2.127 3.030 1.759 0.130 0.323 1.023 1.525 2.125 3.030 2.570 0.130 0.323 1.023 1.525 2.127 3.032 4.029 0.130 0.324 1.023 1.526 2.128 3.028 4.998 0.131 0.323 1.023 1.526 2.127 3.027 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43590 1.32090 4.39861 6.60451 9.24632 13.20903 0.310 0.539 0.633 0.960 1.194 1.474 1.893 0.631 0.538 0.633 0.959 1.193 1.473 1.893 1.759 0.526 0.621 0.947 1.181 1.461 1.881 2.570 0.513 0.607 0.933 1.167 1.447 1.867 4.029 0.475 0.569 0.896 1.129 1.409 1.829 5.003 0.444 0.538 0.864 1.098 1.378 1.798 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43590 1.32090 4.39861 6.60451 9.24632 13.20903 0.310 22.7727 24.2083 29.1712 32.7251 36.9806 43.3630 0.631 21.9249 23.3610 28.3235 31.8776 36.1324 42.5146 1.759 21.5685 23.0040 27.9670 31.5211 35.7760 42.1586 2.570 21.8013 23.2314 28.1946 31.7488 36.0033 42.3857 4.029 22.4038 23.8397 28.8026 32.3561 36.6112 42.9934 5.003 22.8604 24.2935 29.2567 32.8106 37.0653 43.4477 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43590 1.32090 4.39861 6.60451 9.24632 13.20903 0.310 0.128 0.323 1.023 1.526 2.129 3.029 0.631 0.128 0.323 1.023 1.526 2.126 3.031 1.759 0.128 0.323 1.023 1.526 2.130 3.030 2.570 0.128 0.323 1.022 1.525 2.127 3.029 4.029 0.128 0.323 1.023 1.525 2.127 3.034 5.003 0.128 0.323 1.023 1.526 2.127 3.030 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.37857 13.26839 44.18375 66.34196 92.87875 132.68393 Transition 4.37857 13.26839 44.18375 66.34196 92.87875 132.68393 0.178 1.077 1.260 1.812 2.200 2.664 3.359 0.178 52.1087 100.6884 269.1337 389.7103 534.0946 750.6167 0.369 1.146 1.329 1.881 2.269 2.733 3.429 0.369 52.1988 100.7964 269.2375 389.8205 534.1877 750.7103 1.049 1.345 1.527 2.079 2.467 2.931 3.626 1.049 52.5908 101.1909 269.6335 390.2110 534.5816 751.0986 1.538 1.471 1.654 2.206 2.594 3.058 3.753 1.538 52.8686 101.4851 269.9099 390.5002 534.8647 751.3777 2.420 1.683 1.866 2.418 2.805 3.270 3.965 2.420 53.4153 102.0135 270.4268 391.0032 535.3892 751.8947 3.007 1.817 2.000 2.552 2.939 3.404 4.099 3.007 53.7757 102.3447 270.7462 391.3291 535.7109 752.2114 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37857 13.26839 44.18375 66.34196 92.87875 132.68393 Transition 4.38343 13.28311 44.23276 66.41555 92.98177 132.83110 0.178 0.345 0.650 1.759 2.571 3.552 5.025 0.178 1.077 1.260 1.812 2.200 2.664 3.360 0.369 0.345 0.651 1.760 2.571 3.553 5.028 0.369 1.146 1.329 1.881 2.269 2.734 3.430 1.049 0.345 0.650 1.759 2.572 3.550 5.024 1.049 1.344 1.527 2.080 2.468 2.932 3.628 1.538 0.344 0.650 1.760 2.571 3.551 5.027 1.538 1.471 1.654 2.206 2.594 3.058 3.754 2.420 0.344 0.650 1.759 2.572 3.550 5.024 2.420 1.683 1.866 2.418 2.806 3.271 3.966 3.007 0.344 0.650 1.759 2.571 3.552 5.025 3.007 1.817 2.000 2.552 2.940 3.404 4.100 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.38343 13.28311 44.23276 66.41555 92.98177 132.83110 Transition 4.38343 13.28311 44.23276 66.41555 92.98177 132.83110 0.178 47.0410 95.7051 264.3981 385.1582 529.7423 746.5826 0.178 0.344 0.650 1.759 2.571 3.552 5.025 0.369 47.1818 95.8566 264.5495 385.3096 529.9031 746.7375 0.369 0.344 0.650 1.758 2.571 3.552 5.027 1.049 47.7081 96.3908 265.0827 385.8425 530.4363 747.2736 1.049 0.344 0.650 1.759 2.572 3.550 5.023 1.538 48.0835 96.7812 265.4560 386.2231 530.8026 747.6480 1.538 0.343 0.650 1.760 2.571 3.551 5.027 2.420 48.7960 97.4742 266.1436 386.9138 531.4786 748.3221 2.420 0.343 0.649 1.759 2.572 3.550 5.023 3.007 49.2667 97.9153 266.5677 387.3308 531.9025 748.7451 3.007 0.343 0.650 1.759 2.571 3.551 5.025 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.38172 13.27794 44.21555 66.38971 92.94560 132.77942 Transition 4.38172 13.27794 44.21555 66.38971 92.94560 132.77942 0.178 1.059 1.241 1.793 2.181 2.645 3.342 0.178 44.2354 92.6329 261.0373 381.7325 526.2806 743.1186 0.369 1.129 1.311 1.863 2.251 2.716 3.412 0.369 44.2507 92.6642 261.0698 381.7586 526.3163 743.1430 1.050 1.330 1.512 2.063 2.452 2.917 3.613 1.050 44.4300 92.8256 261.2306 381.9229 526.4722 743.3013 1.538 1.457 1.639 2.191 2.580 3.044 3.740 1.538 44.5438 92.9414 261.3406 382.0417 526.5785 743.4124 2.420 1.671 1.852 2.404 2.793 3.257 3.954 2.420 44.7546 93.1463 261.5422 382.2472 526.8027 743.6115 3.007 1.805 1.987 2.539 2.927 3.392 4.088 3.007 44.8908 93.2865 261.6877 382.3817 526.9313 743.7670 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.38172 13.27794 44.21555 66.38971 92.94560 132.77942 Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.178 0.345 0.651 1.760 2.573 3.554 5.029 0.159 1.382 1.493 1.875 2.148 2.476 2.967 0.369 0.344 0.651 1.760 2.572 3.552 5.025 0.350 1.412 1.524 1.905 2.179 2.506 2.998 1.050 0.345 0.650 1.760 2.573 3.553 5.029 1.039 1.489 1.600 1.982 2.256 2.583 3.074 1.538 0.345 0.651 1.760 2.574 3.552 5.027 1.531 1.534 1.645 2.027 2.300 2.628 3.119 2.420 0.345 0.650 1.759 2.573 3.553 5.026 2.410 1.603 1.714 2.096 2.369 2.697 3.188 3.007 0.345 0.650 1.760 2.573 3.554 5.027 2.997 1.643 1.755 2.136 2.410 2.737 3.229 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.159 3.4417 5.6378 13.2560 18.7138 25.2502 35.0542 0.350 3.4577 5.6544 13.2721 18.7298 25.2665 35.0706 1.039 3.5387 5.7353 13.3530 18.8110 25.3470 35.1517 1.531 3.6018 5.7992 13.4168 18.8742 25.4113 35.2155 2.410 3.7207 5.9175 13.5347 18.9934 25.5295 35.3330 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.159 0.128 0.322 1.027 1.534 2.142 3.054 0.350 0.128 0.323 1.027 1.534 2.142 3.054 1.039 0.128 0.322 1.027 1.534 2.142 3.054 1.531 0.128 0.323 1.027 1.534 2.142 3.054 2.410 0.128 0.323 1.027 1.534 2.142 3.054 2.997 3.8008 5.9975 13.6153 19.0733 25.6100 35.4135 2.997 0.128 0.322 1.027 1.534 2.142 3.054 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.172 0.910 1.004 1.330 1.564 1.843 2.263 0.366 0.976 1.071 1.397 1.631 1.910 2.330 1.049 1.160 1.254 1.580 1.814 2.094 2.513 1.536 1.273 1.368 1.694 1.927 2.207 2.626 2.415 1.458 1.552 1.878 2.112 2.392 2.811 3.003 1.573 1.667 1.993 2.227 2.507 2.926 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.172 17.0842 18.5167 23.4749 27.0254 31.2770 37.6528 0.366 17.0392 18.4732 23.4309 26.9815 31.2328 37.6083 1.049 16.9140 18.3443 23.3024 26.8531 31.1039 37.4797 1.536 16.8193 18.2535 23.2113 26.7617 31.0136 37.3883 2.415 16.6480 18.0827 23.0412 26.5914 30.8428 37.2184 3.003 16.5390 17.9698 22.9276 26.4783 30.7300 37.1051 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.172 0.128 0.323 1.022 1.524 2.126 3.026 0.366 0.128 0.323 1.022 1.525 2.126 3.026 1.049 0.129 0.323 1.022 1.524 2.127 3.027 1.536 0.128 0.323 1.023 1.525 2.125 3.030 2.415 0.128 0.323 1.022 1.524 2.128 3.028 3.003 0.128 0.323 1.022 1.525 2.124 3.028 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.186 0.794 0.374 0.820 1.058 0.887 1.544 0.926 2.418 0.986 3.000 1.021 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.186 2.3350 0.374 2.3700 1.058 2.5448 1.544 2.6999 2.418 2.9794 3.000 3.1644 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.186 0.000 0.374 0.000 1.058 0.000 1.544 0.000 2.418 0.000 3.000 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.186 0.375 0.374 0.401 1.058 0.467 1.544 0.506 2.418 0.566 3.000 0.601 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.186 6.1102 0.374 6.1443 1.058 6.3189 1.544 6.4653 2.418 6.7380 3.000 6.9197 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.186 0.000 0.374 0.000 1.058 0.000 1.544 0.000 2.418 0.000 3.000 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Delay 0.199 0.791 0.390 0.854 1.064 1.032 1.548 1.145 2.423 1.335 3.008 1.456 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.199 1.9766 0.390 2.0338 1.064 2.2638 1.548 2.4272 2.423 2.7152 3.008 2.9053 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.199 0.000 0.390 0.000 1.064 0.000 1.548 0.000 2.423 0.000 3.008 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.199 0.514 0.390 0.576 1.063 0.754 1.548 0.866 2.423 1.056 3.008 1.177 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.199 8.4536 0.390 8.5111 1.063 8.7421 1.548 8.9059 2.423 9.1958 3.008 9.3880 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.199 0.000 0.390 0.000 1.063 0.000 1.548 0.000 2.423 0.000 3.008 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.165 0.525 0.358 0.546 1.042 0.600 1.533 0.630 2.414 0.676 3.003 0.703 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.165 1.1077 0.358 1.1371 1.042 1.2671 1.533 1.3649 2.414 1.5433 3.003 1.6631 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.165 0.000 0.358 0.000 1.042 0.000 1.533 0.000 2.414 0.000 3.003 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=3 Input Transition Delay 0.165 0.525 0.358 0.546 1.042 0.601 1.533 0.631 2.414 0.676 3.003 0.704 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=3 Input Transition Power(pJ) 0.165 1.1001 0.358 1.1294 1.042 1.2594 1.533 1.3573 2.414 1.5358 3.003 1.6554 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=3 condition=0 Input Transition Output Slope Input Transition Delay 0.165 0.000 0.172 0.761 0.358 0.000 0.364 0.819 1.042 0.000 1.044 0.989 1.533 0.000 1.535 1.097 2.414 0.000 2.415 1.279 3.003 0.000 3.002 1.395 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.172 5.3956 0.364 5.4279 1.044 5.5662 1.535 5.6661 2.415 5.8431 3.002 5.9610 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=3 Input Transition Output Slope Input Transition Delay 0.172 0.000 0.172 0.767 0.364 0.000 0.364 0.825 1.044 0.000 1.044 0.995 1.535 0.000 1.535 1.102 2.415 0.000 2.415 1.285 3.002 0.000 3.002 1.401 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=3 Input Transition Power(pJ) 0.172 5.4005 0.364 5.4328 1.044 5.5710 1.535 5.6709 2.415 5.8480 3.002 5.9659 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=3 Input Transition Output Slope 0.172 0.000 0.364 0.000 1.044 0.000 1.535 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.168 0.579 0.359 0.646 1.045 0.668 1.535 0.711 2.414 0.806 3.001 0.802 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.168 4.2401 0.359 4.2585 1.045 4.3923 1.535 4.5038 2.414 4.6902 3.001 4.8308 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.168 0.000 0.359 0.000 1.045 0.000 1.535 0.000 2.414 0.000 3.001 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.178 0.561 0.369 0.631 1.050 0.832 1.538 0.959 2.420 1.173 3.007 1.307 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.178 12.0472 0.369 12.0762 1.050 12.2347 1.538 12.3605 2.420 12.5666 3.007 12.7162 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.178 0.000 0.369 0.000 1.050 0.000 1.538 0.000 2.420 0.000 3.007 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.186 6.6654 0.199 6.7647 0.374 6.7027 0.390 6.7875 1.058 6.8746 1.063 6.9901 1.544 7.0217 1.548 7.1570 2.418 7.2923 2.423 7.4522 3.000 7.4734 3.008 7.6464 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.148 0.3546 0.340 0.3625 1.030 0.4031 1.526 0.4356 2.410 0.4970 3.000 0.5396 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.148 1.7935 0.340 1.8077 1.030 1.8597 1.526 1.9038 2.410 1.9833 3.000 2.0394 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.157 0.6913 0.350 0.7257 1.036 0.8439 1.527 0.9210 2.410 1.0535 3.002 1.1371 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.157 2.4380 0.351 2.4649 1.037 2.5615 1.529 2.6284 2.413 2.7487 3.002 2.8170 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.165 6.1788 0.358 6.2118 1.042 6.3440 1.533 6.4445 2.414 6.6334 3.003 6.7582 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.165 0.4655 0.358 0.4959 1.042 0.6240 1.533 0.7210 2.414 0.8979 3.003 1.0152 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.165 5.5595 0.358 5.5943 1.042 5.7256 1.533 5.8333 2.414 6.0233 3.003 6.1447 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.172 11.1493 0.364 11.1839 1.044 11.3363 1.535 11.4430 2.415 11.6333 3.002 11.7609 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.172 0.4936 0.364 0.5233 1.044 0.6599 1.535 0.7606 2.415 0.9389 3.002 1.0572 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.172 5.5699 0.364 5.5660 1.044 5.6717 1.535 5.7734 2.415 5.9533 3.002 6.0742 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.316 6.5407 0.637 5.2494 1.768 4.3969 2.577 4.2062 4.031 4.0220 5.000 3.9425 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.307 -1.3756 0.625 -2.1689 1.756 -2.9193 2.567 -3.1122 4.029 -3.3047 4.998 -3.3891 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.169 5.7699 0.360 5.7960 1.046 5.9130 1.535 6.0186 2.414 6.2064 3.000 6.3323 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.169 0.4105 0.360 0.4328 1.046 0.5537 1.535 0.6556 2.414 0.8395 3.000 0.9642 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.168 0.5027 0.360 0.5591 1.046 0.7893 1.535 0.9670 2.414 1.2846 3.001 1.4960 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.169 5.3819 0.360 5.4004 1.046 5.5166 1.535 5.6233 2.414 5.8112 3.000 5.9376 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.169 5.7712 0.360 5.7967 1.046 5.9135 1.535 6.0193 2.414 6.2070 3.000 6.3331 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.181 6.0642 0.373 6.0713 1.052 6.1910 1.541 6.2888 2.423 6.4619 3.007 6.5804 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.181 0.7232 0.373 0.7553 1.052 0.8909 1.541 0.9917 2.423 1.1714 3.007 1.2916 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.181 5.6077 0.373 5.5733 1.052 5.5756 1.541 5.5991 2.423 5.6392 3.007 5.6703 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.181 5.6801 0.373 5.6888 1.052 5.8095 1.541 5.9078 2.423 6.0826 3.007 6.2022 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.181 6.0662 0.373 6.0733 1.052 6.1929 1.541 6.2906 2.423 6.4640 3.007 6.5824 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.168 8.2850 0.359 8.3133 1.045 8.4416 1.535 8.5577 2.414 8.7611 3.001 8.8982 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.168 3.4028 0.359 3.4290 1.045 3.5557 1.535 3.6685 2.414 3.8662 3.001 3.9990 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.168 3.1227 0.359 3.1498 1.045 3.2766 1.535 3.3886 2.414 3.5879 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.168 8.2871 0.359 8.3156 1.045 8.4433 1.535 8.5599 2.414 8.7630 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.178 9.5828 0.369 9.6278 1.050 9.8130 1.538 9.9458 2.420 10.1842 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.178 4.4197 0.369 4.4645 1.050 4.6365 1.538 4.7621 2.420 4.9879 3.001 3.7200 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.178 5.3802 0.369 5.4316 1.050 5.6084 1.538 5.7314 2.420 5.9451 3.007 6.1060 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.141 5.0037 0.333 4.9797 1.024 4.9041 1.520 4.8558 2.409 4.7816 3.003 4.7327 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.147 0.2357 0.340 0.2403 1.027 0.2750 1.522 0.3025 2.410 0.3519 3.002 0.3850 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.159 0.5318 0.350 0.5417 1.039 0.5973 1.531 0.6419 2.410 0.7255 2.997 0.7828 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 3.001 8.9001 3.007 10.3406 3.007 5.1362 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.178 9.5844 0.369 9.6306 1.050 9.8145 1.538 9.9474 2.420 10.1859 3.007 10.3423 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.141 5.3312 0.333 5.3021 1.024 5.2167 1.520 5.1694 2.409 5.0804 3.003 5.0221 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.141 0.3729 0.333 0.3796 1.024 0.4149 1.520 0.4457 2.409 0.5044 3.003 0.5444 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.141 5.3345 0.333 5.3054 1.024 5.2199 1.520 5.1723 2.409 5.0835 3.003 5.0257 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.141 5.3812 0.333 5.3853 1.024 5.4211 1.520 5.4516 2.409 5.5114 3.003 5.5512 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.147 0.4204 0.340 0.4629 1.027 0.6176 1.522 0.7263 2.410 0.9178 3.002 1.0437 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.147 0.3709 0.340 0.4113 1.027 0.5582 1.522 0.6612 2.410 0.8424 3.002 0.9617 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.147 0.4194 0.340 0.4620 1.027 0.6167 1.522 0.7255 2.410 0.9170 3.002 1.0430 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.147 5.2155 0.340 5.1234 1.027 5.0277 1.522 5.0208 2.410 5.0375 3.002 5.0588 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.159 1.7324 0.350 1.7498 1.039 1.8259 1.531 1.8870 2.410 1.9982 2.997 2.0736 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.172 1.1236 0.366 1.1750 1.049 1.3475 1.536 1.4592 2.415 1.6477 3.003 1.7662 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.172 2.2261 0.365 2.2746 1.048 2.4393 1.536 2.5433 2.415 2.7248 3.003 2.8347 A->P condition0:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition1:NEN&PD&PEN&PU condition2:NEN&PD&PEN&!PU condition3:NEN&!PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:PEN&!PU condition2:PD&PEN&PU condition3:!PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 24mA, fast slew rate, input-output pad, 5V tolerant PLBI24F Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.16276 0.02459 0.01739 2.02936 0.04155 0.05800 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 442.100 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.89876 17.87502 59.52382 89.37511 125.12516 178.75022 Transition 5.89876 17.87502 59.52382 89.37511 125.12516 178.75022 0.296 0.730 0.950 1.576 2.006 2.517 3.285 0.296 56.0951 121.1324 347.8305 510.3349 704.9667 996.8581 0.481 0.752 0.971 1.598 2.028 2.539 3.305 0.481 56.2014 121.2352 347.9422 510.4458 705.0753 996.9474 1.138 0.813 1.033 1.659 2.089 2.601 3.367 1.138 56.7019 121.7466 348.4538 510.9455 705.5950 997.4697 1.595 0.850 1.069 1.696 2.125 2.638 3.405 1.595 57.1287 122.1665 348.8698 511.3644 705.9980 997.8910 2.418 0.907 1.126 1.752 2.183 2.694 3.460 2.418 57.8658 122.9171 349.6194 512.1180 706.7443 998.6331 2.967 0.940 1.160 1.786 2.216 2.728 3.494 2.967 58.3779 123.4173 350.1211 512.6174 707.2563 999.1396 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 5.89876 17.87502 59.52382 89.37511 125.12516 178.75022 0.296 0.335 0.656 1.767 2.579 3.560 5.037 0.481 0.335 0.656 1.767 2.579 3.560 5.037 1.138 0.335 0.656 1.767 2.579 3.560 5.037 1.595 0.335 0.656 1.767 2.580 3.559 5.037 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 5.90865 17.90501 59.62370 89.52507 125.33510 179.05014 0.296 0.742 0.959 1.585 2.015 2.526 3.293 0.481 0.764 0.981 1.607 2.037 2.548 3.315 1.138 0.826 1.043 1.668 2.098 2.611 3.377 1.595 0.862 1.079 1.705 2.135 2.647 3.413 2.418 2.967 0.334 0.335 0.656 0.656 1.767 1.767 2.579 2.580 3.560 3.559 5.037 5.036 2.418 2.967 0.919 0.952 1.135 1.169 1.761 1.795 2.191 2.225 2.703 2.737 3.470 3.503 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.90865 17.90501 59.62370 89.52507 125.33510 179.05014 Transition 5.90865 17.90501 59.62370 89.52507 125.33510 179.05014 0.296 60.0008 125.1448 352.2925 515.0353 709.9336 1002.1876 0.296 0.324 0.646 1.760 2.574 3.555 5.034 0.481 60.1438 125.2851 352.4297 515.1702 710.0607 1002.3239 0.481 0.324 0.646 1.760 2.574 3.555 5.034 1.138 60.7896 125.9216 353.0728 515.8114 710.7013 1002.9641 1.138 0.324 0.646 1.760 2.574 3.555 5.034 1.595 61.2946 126.4243 353.5716 516.3064 711.2070 1003.4604 1.595 0.324 0.646 1.760 2.573 3.556 5.034 2.418 62.1965 127.3300 354.4738 517.2159 712.1095 1004.3711 2.418 0.324 0.646 1.760 2.574 3.556 5.034 2.967 62.8178 127.9432 355.0874 517.8207 712.7343 1004.9919 2.967 0.324 0.646 1.760 2.574 3.555 5.034 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90292 17.88762 59.56578 89.43811 125.21336 178.87623 Transition 5.90292 17.88762 59.56578 89.43811 125.21336 178.87623 0.296 0.742 0.959 1.584 2.014 2.525 3.291 0.296 64.9055 129.9540 356.8001 519.3391 713.9365 1005.9087 0.481 0.764 0.981 1.606 2.036 2.547 3.313 0.481 65.0163 130.0570 356.9114 519.4386 714.0519 1006.0088 1.138 0.826 1.043 1.668 2.098 2.609 3.375 1.138 65.5521 130.5968 357.4509 519.9790 714.5986 1006.5457 1.595 0.862 1.079 1.704 2.134 2.646 3.411 1.595 65.9783 131.0230 357.8728 520.4063 715.0153 1006.9735 2.418 0.919 1.135 1.760 2.190 2.702 3.469 2.418 66.7564 131.7979 358.6479 521.1796 715.7888 1007.7486 2.967 0.952 1.169 1.794 2.224 2.736 3.503 2.967 67.2879 132.3241 359.1748 521.7072 716.3166 1008.2911 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90292 17.88762 59.56578 89.43811 125.21336 178.87623 Transition 5.90471 17.89307 59.58392 89.46535 125.25149 178.93069 0.296 0.324 0.646 1.760 2.573 3.554 5.033 0.296 0.742 0.959 1.585 2.016 2.527 3.295 0.481 0.324 0.646 1.760 2.574 3.555 5.033 0.481 0.764 0.981 1.607 2.037 2.549 3.317 1.138 0.324 0.646 1.760 2.574 3.555 5.033 1.138 0.826 1.043 1.669 2.099 2.611 3.378 1.595 0.324 0.646 1.760 2.573 3.555 5.033 1.595 0.862 1.079 1.705 2.136 2.647 3.415 2.418 0.324 0.646 1.760 2.573 3.555 5.034 2.418 0.919 1.136 1.761 2.192 2.704 3.471 2.967 0.324 0.646 1.760 2.574 3.555 5.034 2.967 0.953 1.170 1.795 2.226 2.738 3.504 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90471 17.89307 59.58392 89.46535 125.25149 178.93069 Transition 5.90471 17.89307 59.58392 89.46535 125.25149 178.93069 0.296 59.7567 124.8850 352.0096 514.7098 709.5352 1001.7774 0.296 0.324 0.646 1.760 2.573 3.555 5.033 0.481 59.8624 124.9885 352.0980 514.8162 709.6566 1001.8850 0.481 0.324 0.646 1.760 2.574 3.554 5.034 1.138 60.3860 125.5202 352.6338 515.3408 710.1729 1002.4085 1.138 0.324 0.646 1.760 2.574 3.555 5.034 1.595 60.8263 125.9520 353.0658 515.7763 710.5996 1002.8438 1.595 0.324 0.646 1.760 2.573 3.555 5.033 2.418 61.5854 126.7168 353.8338 516.5373 711.3759 1003.6131 2.418 0.324 0.646 1.760 2.574 3.555 5.033 2.967 62.1234 127.2427 354.3559 517.0590 711.8854 1004.1394 2.967 0.324 0.646 1.760 2.573 3.554 5.034 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 5.90081 17.88123 59.54451 89.40617 125.16863 178.81233 Transition 5.90081 17.88123 59.54451 89.40617 125.16863 178.81233 0.296 0.742 0.959 1.585 2.015 2.527 3.294 0.296 64.6630 129.7200 356.6083 519.1633 713.8256 1005.7643 0.481 0.764 0.981 1.607 2.037 2.549 3.315 0.481 64.7398 129.7925 356.6818 519.2434 713.8934 1005.8383 1.138 0.826 1.043 1.669 2.098 2.611 3.378 1.138 65.1570 130.2191 357.1090 519.6585 714.3257 1006.2573 1.595 0.862 1.080 1.705 2.135 2.647 3.413 1.595 65.5194 130.5688 357.4568 520.0074 714.6754 1006.6019 2.418 0.919 1.136 1.761 2.191 2.703 3.470 2.418 66.1509 131.2131 358.1031 520.6526 715.3125 1007.2503 2.967 0.953 1.170 1.795 2.225 2.737 3.504 2.967 66.6036 131.6500 358.5345 521.0892 715.7411 1007.6969 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.90081 17.88123 59.54451 89.40617 125.16863 178.81233 Transition 4.77329 14.46453 48.16687 72.32263 101.25169 144.64526 0.296 0.324 0.646 1.760 2.574 3.555 5.034 0.336 0.774 0.941 1.487 1.874 2.338 3.034 0.481 0.324 0.646 1.760 2.574 3.556 5.034 0.523 0.829 0.996 1.542 1.929 2.393 3.089 1.138 0.324 0.646 1.760 2.574 3.555 5.034 1.162 0.992 1.159 1.704 2.092 2.556 3.251 1.595 0.324 0.646 1.760 2.574 3.555 5.034 1.626 1.097 1.264 1.809 2.197 2.661 3.356 2.418 0.324 0.646 1.760 2.574 3.555 5.035 2.462 1.273 1.440 1.985 2.373 2.837 3.532 2.967 0.324 0.646 1.760 2.574 3.556 5.035 3.018 1.385 1.552 2.097 2.485 2.948 3.644 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77329 14.46453 48.16687 72.32263 101.25169 144.64526 Transition 4.77329 14.46453 48.16687 72.32263 101.25169 144.64526 0.336 49.6802 102.3399 285.7920 417.2834 574.7473 810.9837 0.336 0.297 0.607 1.733 2.553 3.535 5.011 0.523 49.8712 102.5318 285.9818 417.4715 574.9355 811.1763 0.523 0.297 0.607 1.734 2.552 3.535 5.012 1.162 50.5336 103.2033 286.6493 418.1483 575.6090 811.8472 1.162 0.297 0.607 1.733 2.552 3.535 5.011 1.626 51.0055 103.6688 287.1175 418.6042 576.0670 812.3059 1.626 0.297 0.607 1.735 2.554 3.535 5.009 2.462 51.8263 104.4886 287.9385 419.4273 576.8939 813.1331 2.462 0.297 0.607 1.734 2.552 3.536 5.010 3.018 52.3750 105.0312 288.4788 419.9777 577.4269 813.6719 3.018 0.297 0.607 1.734 2.551 3.536 5.012 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.76801 14.44850 48.11352 72.24252 101.13953 144.48505 Transition 4.76801 14.44850 48.11352 72.24252 101.13953 144.48505 0.336 0.804 0.968 1.510 1.898 2.362 3.056 0.336 59.6888 111.0785 293.5818 424.7723 581.9549 817.8078 0.524 0.859 1.023 1.566 1.953 2.416 3.112 0.524 59.8478 111.2351 293.7364 424.9286 582.1119 817.9621 1.164 1.022 1.186 1.729 2.116 2.579 3.273 1.164 60.3994 111.7896 294.2891 425.4871 582.6604 818.5106 1.627 1.127 1.291 1.834 2.221 2.684 3.379 1.627 60.7855 112.1617 294.6617 425.8561 583.0403 818.8787 2.467 1.304 1.467 2.010 2.398 2.861 3.556 2.467 61.4628 112.8350 295.3434 426.5333 583.7117 819.5536 3.022 1.416 1.579 2.122 2.510 2.973 3.667 3.022 61.9005 113.2880 295.7796 426.9769 584.1543 820.0022 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.76801 14.44850 48.11352 72.24252 101.13953 144.48505 0.336 0.291 0.605 1.734 2.552 3.535 5.012 0.524 0.291 0.605 1.735 2.553 3.534 5.008 1.164 0.291 0.605 1.735 2.553 3.534 5.008 1.627 0.291 0.605 1.734 2.553 3.537 5.009 2.467 0.291 0.605 1.734 2.553 3.537 5.009 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.77014 14.45497 48.13504 72.27484 101.18477 144.54968 0.336 0.804 0.967 1.510 1.897 2.360 3.054 0.524 0.859 1.023 1.565 1.952 2.415 3.110 1.164 1.022 1.186 1.728 2.115 2.578 3.272 1.627 1.127 1.291 1.833 2.220 2.683 3.378 2.467 1.304 1.467 2.010 2.397 2.860 3.554 3.022 0.291 0.605 1.735 2.552 3.536 5.010 3.022 1.416 1.579 2.122 2.509 2.972 3.666 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77014 14.45497 48.13504 72.27484 101.18477 144.54968 Transition 4.77014 14.45497 48.13504 72.27484 101.18477 144.54968 0.336 59.9296 111.3103 293.8393 425.0488 582.2216 818.0972 0.336 0.291 0.605 1.733 2.552 3.532 5.008 0.524 60.1197 111.5115 294.0365 425.2400 582.4166 818.2922 0.524 0.290 0.605 1.733 2.553 3.535 5.009 1.164 60.7942 112.1874 294.7070 425.9069 583.0891 818.9607 1.164 0.291 0.605 1.734 2.551 3.535 5.009 1.627 61.2645 112.6408 295.1691 426.3713 583.5480 819.4152 1.627 0.291 0.605 1.733 2.551 3.534 5.010 2.467 62.0851 113.4648 295.9841 427.1959 584.3703 820.2441 2.467 0.291 0.605 1.733 2.551 3.534 5.010 3.022 62.6197 114.0063 296.5273 427.7326 584.9051 820.7873 3.022 0.291 0.605 1.734 2.552 3.533 5.009 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.77113 14.45796 48.14500 72.28979 101.20571 144.57958 Transition 4.77113 14.45796 48.14500 72.28979 101.20571 144.57958 0.336 0.804 0.967 1.510 1.898 2.362 3.056 0.336 54.5694 106.0042 288.7028 420.0191 577.3789 813.4153 0.524 0.859 1.023 1.566 1.953 2.416 3.112 0.524 54.7657 106.2060 288.8925 420.2129 577.5776 813.6054 1.164 1.022 1.186 1.729 2.116 2.579 3.275 1.164 55.4459 106.8874 289.5682 420.8936 578.2538 814.2829 1.627 1.127 1.291 1.834 2.221 2.684 3.379 1.627 55.9154 107.3469 290.0346 421.3490 578.7144 814.7399 2.467 1.304 1.467 2.010 2.398 2.861 3.556 2.467 56.7435 108.1718 290.8607 422.1719 579.5422 815.5664 3.022 1.416 1.579 2.122 2.510 2.973 3.667 3.022 57.2808 108.7189 291.3966 422.7239 580.0809 816.1186 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77113 14.45796 48.14500 72.28979 101.20571 144.57958 Transition 4.77671 14.47489 48.20139 72.37446 101.32424 144.74891 0.336 0.290 0.605 1.733 2.552 3.535 5.007 0.336 0.804 0.967 1.510 1.898 2.362 3.056 0.524 0.290 0.604 1.733 2.552 3.534 5.008 0.524 0.859 1.023 1.566 1.953 2.416 3.112 1.164 0.290 0.604 1.733 2.550 3.534 5.008 1.164 1.022 1.186 1.729 2.116 2.579 3.275 1.627 0.290 0.605 1.733 2.551 3.533 5.009 1.627 1.127 1.291 1.834 2.221 2.684 3.379 2.467 0.290 0.605 1.733 2.551 3.533 5.009 2.467 1.304 1.467 2.010 2.398 2.861 3.556 3.022 0.290 0.605 1.733 2.552 3.532 5.010 3.022 1.416 1.579 2.122 2.510 2.973 3.669 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77671 14.47489 48.20139 72.37446 101.32424 144.74891 Transition 4.77671 14.47489 48.20139 72.37446 101.32424 144.74891 0.336 54.8257 106.3030 289.1480 420.5699 578.0269 814.2936 0.336 0.290 0.605 1.734 2.552 3.535 5.008 0.524 55.0603 106.5399 289.3760 420.8070 578.2468 814.5348 0.524 0.290 0.605 1.733 2.553 3.534 5.009 1.164 55.8558 107.3404 290.1752 421.6036 579.0425 815.3266 1.164 0.290 0.605 1.733 2.553 3.535 5.009 1.627 56.4117 107.8799 290.7195 422.1467 579.5975 815.8703 1.627 0.290 0.605 1.734 2.551 3.534 5.010 2.467 57.3854 108.8571 291.6918 423.1210 580.5657 816.8480 2.467 0.290 0.605 1.734 2.551 3.534 5.010 3.022 58.0159 109.5018 292.3301 423.7573 581.2074 817.4755 3.022 0.290 0.605 1.733 2.552 3.535 5.011 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.342 1.471 1.583 1.965 2.239 2.567 3.059 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.525 1.608 1.720 2.102 2.376 2.704 3.196 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 3.3823 5.5775 13.2059 18.6723 25.2165 35.0348 0.342 3.3899 5.5894 13.2182 18.6845 25.2290 35.0471 1.031 3.4459 5.6456 13.2743 18.7405 25.2852 35.1038 1.525 3.4882 5.6885 13.3173 18.7835 25.3282 35.1467 2.410 2.999 1.690 1.740 1.802 1.852 2.184 2.234 2.458 2.508 2.786 2.836 3.278 3.328 2.410 2.999 3.5721 5.7713 13.3998 18.8666 25.4107 35.2292 3.6292 5.8284 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5355 17.4966 21.0484 25.3011 31.6799 0.351 11.0783 12.5094 17.4694 21.0217 25.2748 31.6540 1.037 11.0087 12.4349 17.3950 20.9470 25.1999 31.5795 1.527 10.9512 12.3827 17.3427 20.8952 25.1485 31.5266 2.413 10.8545 12.2841 17.2439 20.7961 25.0492 31.4282 3.001 10.7874 12.2169 17.1767 20.7291 24.9824 31.3612 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.91020 17.90969 59.63926 89.54844 125.36781 179.09687 Transition 5.91020 17.90969 59.63926 89.54844 125.36781 179.09687 0.151 1.139 1.359 1.986 2.416 2.929 3.697 0.151 52.4986 117.8208 344.9823 507.7841 702.7892 995.2841 0.344 1.193 1.412 2.039 2.470 2.982 3.750 0.344 52.5085 117.8306 344.9835 507.7989 702.7971 995.2970 1.029 1.337 1.557 2.184 2.614 3.127 3.894 1.029 52.5548 117.8807 345.0354 507.8461 702.8577 995.3393 1.522 1.426 1.646 2.272 2.703 3.216 3.983 1.522 52.5939 117.9186 345.0761 507.8979 702.8938 995.3784 2.408 1.573 1.793 2.419 2.850 3.363 4.131 2.408 52.6649 117.9877 345.1501 507.9635 702.9561 995.4550 3.000 1.666 1.885 2.512 2.943 3.455 4.223 3.000 52.7158 118.0328 345.1927 508.0034 703.0173 995.5014 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.91020 17.90969 59.63926 89.54844 125.36781 179.09687 Transition 5.89945 17.87712 59.53081 89.38560 125.13984 178.77120 0.151 0.333 0.651 1.763 2.577 3.559 5.039 0.151 1.138 1.357 1.984 2.413 2.925 3.692 0.344 0.333 0.652 1.763 2.576 3.558 5.039 0.344 1.191 1.411 2.037 2.467 2.978 3.745 1.029 0.333 0.651 1.763 2.577 3.558 5.039 1.029 1.335 1.555 2.182 2.612 3.123 3.890 1.522 0.333 0.651 1.763 2.577 3.558 5.039 1.522 1.424 1.644 2.270 2.701 3.212 3.979 2.408 0.333 0.652 1.763 2.576 3.558 5.039 2.408 1.571 1.791 2.417 2.848 3.359 4.126 3.000 0.333 0.651 1.763 2.577 3.559 5.038 3.000 1.664 1.883 2.510 2.940 3.452 4.218 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.89945 17.87712 59.53081 89.38560 125.13984 178.77120 Transition 5.89945 17.87712 59.53081 89.38560 125.13984 178.77120 0.151 53.8781 118.9262 345.6530 508.1835 702.8055 994.7395 0.151 0.335 0.656 1.767 2.580 3.560 5.038 0.344 53.8819 118.9377 345.6708 508.1860 702.8193 994.7694 0.344 0.335 0.656 1.767 2.579 3.560 5.037 1.029 53.9305 118.9933 345.7240 508.2410 702.8771 994.8141 1.029 0.334 0.656 1.767 2.580 3.560 5.037 1.522 53.9677 119.0257 345.7666 508.2754 702.9127 994.8530 1.522 0.334 0.656 1.767 2.580 3.560 5.037 2.408 54.0386 119.0964 345.8291 508.3471 702.9737 994.9197 2.408 0.335 0.656 1.767 2.580 3.560 5.037 3.000 54.0894 119.1442 345.8697 508.3886 703.0297 994.9576 3.000 0.335 0.656 1.767 2.579 3.560 5.037 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90419 17.89148 59.57864 89.45742 125.24039 178.91484 Transition 5.90419 17.89148 59.57864 89.45742 125.24039 178.91484 0.151 1.136 1.357 1.983 2.413 2.925 3.691 0.151 64.4544 130.2942 357.5765 520.1957 714.8948 1006.8843 0.344 1.189 1.410 2.036 2.466 2.978 3.744 0.344 64.5900 130.4318 357.7089 520.3328 715.0404 1007.0180 1.029 1.335 1.556 2.182 2.612 3.124 3.890 1.029 65.1613 130.9967 358.2785 520.8979 715.5985 1007.5866 1.522 1.424 1.645 2.271 2.701 3.213 3.980 1.522 65.6170 131.4598 358.7358 521.3596 716.0527 1008.0525 2.408 1.572 1.792 2.418 2.848 3.360 4.126 2.408 66.4357 132.2835 359.5637 522.1887 716.8953 1008.8774 3.000 1.664 1.885 2.511 2.941 3.453 4.219 3.000 66.9954 132.8358 360.1177 522.7437 717.4376 1009.4342 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90419 17.89148 59.57864 89.45742 125.24039 178.91484 Transition 5.90928 17.90690 59.62999 89.53452 125.34832 179.06903 0.151 0.327 0.647 1.761 2.574 3.556 5.035 0.151 1.136 1.357 1.983 2.413 2.925 3.693 0.344 0.327 0.647 1.760 2.574 3.555 5.034 0.344 1.189 1.410 2.037 2.466 2.978 3.745 1.029 0.327 0.647 1.760 2.574 3.555 5.034 1.029 1.335 1.556 2.182 2.613 3.124 3.891 1.522 0.327 0.647 1.760 2.574 3.555 5.035 1.522 1.424 1.645 2.271 2.701 3.214 3.980 2.408 0.327 0.647 1.760 2.574 3.556 5.034 2.408 1.572 1.792 2.419 2.849 3.361 4.128 3.000 0.327 0.647 1.760 2.574 3.555 5.035 3.000 1.664 1.885 2.511 2.942 3.454 4.221 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90928 17.90690 59.62999 89.53452 125.34832 179.06903 Transition 5.90928 17.90690 59.62999 89.53452 125.34832 179.06903 0.151 59.6336 125.5613 353.1011 515.9185 710.8483 1003.1846 0.151 0.327 0.647 1.760 2.574 3.555 5.034 0.344 59.8068 125.7423 353.2736 516.0933 711.0214 1003.3594 0.344 0.327 0.647 1.760 2.574 3.556 5.034 1.029 60.4981 126.4279 353.9615 516.7778 711.7061 1004.0603 1.029 0.327 0.647 1.760 2.574 3.556 5.035 1.522 61.0378 126.9668 354.5046 517.3191 712.2472 1004.5921 1.522 0.327 0.647 1.760 2.574 3.556 5.035 2.408 62.0140 127.9426 355.4773 518.3058 713.2282 1005.5567 2.408 0.327 0.647 1.761 2.574 3.555 5.034 3.000 62.6597 128.5900 356.1235 518.9437 713.8671 1006.2104 3.000 0.327 0.647 1.760 2.574 3.556 5.034 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66532 2.01613 6.71372 10.08067 14.11293 20.16133 0.325 0.713 0.824 1.203 1.475 1.801 2.290 0.652 0.811 0.921 1.301 1.573 1.899 2.388 1.780 1.100 1.210 1.590 1.862 2.188 2.677 2.587 1.289 1.399 1.779 2.051 2.377 2.866 4.034 1.619 1.729 2.109 2.381 2.707 3.196 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66532 2.01613 6.71372 10.08067 14.11293 20.16133 0.325 9.4592 11.6422 19.2197 24.6505 31.1528 40.9065 0.652 8.7265 10.9097 18.4872 23.9178 30.4200 40.1742 1.780 8.5492 10.7302 18.3080 23.7387 30.2405 39.9940 2.587 8.8457 11.0259 18.6030 24.0337 30.5366 40.2893 4.034 9.6172 11.7967 19.3743 24.8061 31.3076 41.0616 4.998 1.835 1.945 2.325 2.597 2.923 3.411 4.998 10.2087 12.3894 19.9667 25.3975 31.8993 41.6532 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66532 2.01613 6.71372 10.08067 14.11293 20.16133 0.325 0.126 0.321 1.023 1.528 2.133 3.040 0.652 0.126 0.321 1.023 1.528 2.132 3.040 1.780 0.126 0.321 1.023 1.528 2.132 3.040 2.587 0.126 0.321 1.023 1.528 2.132 3.040 4.034 0.126 0.321 1.023 1.528 2.133 3.040 4.998 0.126 0.321 1.023 1.528 2.133 3.040 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66504 2.01527 6.71086 10.07636 14.10691 20.15273 0.324 0.632 0.742 1.122 1.394 1.719 2.208 0.651 0.710 0.820 1.200 1.471 1.797 2.286 1.780 0.926 1.036 1.416 1.688 2.014 2.502 2.587 1.065 1.176 1.555 1.827 2.153 2.642 4.034 1.302 1.413 1.792 2.064 2.390 2.879 4.998 1.454 1.565 1.944 2.216 2.542 3.031 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66504 2.01527 6.71086 10.07636 14.10691 20.15273 0.324 9.0450 11.2240 18.7980 24.2252 30.7250 40.4763 0.651 8.2013 10.3800 17.9538 23.3810 29.8824 39.6323 1.780 7.6235 9.8033 17.3774 22.8046 29.3054 39.0557 2.587 7.6522 9.8389 17.4132 22.8405 29.3413 39.0916 4.034 7.9538 10.1336 17.7070 23.1351 29.6355 39.3853 4.998 8.2359 10.4222 17.9975 23.4245 29.9253 39.6755 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66504 2.01527 6.71086 10.07636 14.10691 20.15273 0.324 0.126 0.321 1.022 1.527 2.132 3.039 0.651 0.126 0.321 1.023 1.527 2.131 3.038 1.780 0.126 0.321 1.023 1.527 2.132 3.039 2.587 0.126 0.321 1.023 1.527 2.131 3.039 4.034 0.126 0.321 1.023 1.527 2.131 3.039 4.998 0.126 0.321 1.023 1.527 2.132 3.039 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66491 2.01489 6.70958 10.07444 14.10422 20.14889 0.325 0.550 0.660 1.040 1.312 1.637 2.126 0.652 0.636 0.746 1.126 1.398 1.723 2.212 1.783 0.869 0.979 1.358 1.630 1.956 2.444 2.588 1.016 1.126 1.506 1.778 2.103 2.592 4.034 1.272 1.382 1.761 2.033 2.359 2.847 4.999 1.441 1.551 1.931 2.203 2.529 3.017 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66491 2.01489 6.70958 10.07444 14.10422 20.14889 0.325 9.2965 11.4805 19.0534 24.4794 30.9784 40.7270 0.652 8.6471 10.8262 18.3988 23.8247 30.3235 40.0724 1.783 8.7306 10.9101 18.4830 23.9091 30.4083 40.1565 2.588 9.2628 11.4491 19.0221 24.4485 30.9477 40.6961 4.034 10.5286 12.7072 20.2799 25.7057 32.2050 41.9539 4.999 11.4570 13.6358 21.2079 26.6347 33.1339 42.8823 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66491 2.01489 6.70958 10.07444 14.10422 20.14889 0.325 0.125 0.321 1.022 1.527 2.132 3.038 0.652 0.125 0.321 1.022 1.527 2.131 3.038 1.783 0.125 0.321 1.022 1.527 2.131 3.038 2.588 0.125 0.321 1.022 1.527 2.131 3.038 4.034 0.125 0.321 1.022 1.527 2.131 3.039 4.999 0.126 0.321 1.022 1.527 2.132 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43543 1.31947 4.39383 6.59735 9.23629 13.19470 0.324 1.000 1.094 1.420 1.654 1.933 2.353 0.641 1.004 1.099 1.425 1.658 1.938 2.357 1.771 1.038 1.132 1.458 1.692 1.972 2.391 2.579 1.076 1.169 1.495 1.729 2.009 2.428 4.033 1.152 1.246 1.572 1.806 2.085 2.505 5.001 1.206 1.300 1.626 1.860 2.139 2.559 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43543 1.31947 4.39383 6.59735 9.23629 13.19470 0.324 17.1711 18.6045 23.5617 27.1117 31.3624 37.7386 0.641 16.2700 17.7026 22.6604 26.2106 30.4619 36.8373 1.771 15.8365 17.2696 22.2273 25.7771 30.0279 36.4038 2.579 16.1111 17.5387 22.4970 26.0468 30.2979 36.6735 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43543 1.31947 4.39383 6.59735 9.23629 13.19470 0.324 0.130 0.325 1.024 1.526 2.127 3.030 0.641 0.130 0.325 1.024 1.526 2.127 3.032 1.771 0.130 0.325 1.024 1.527 2.128 3.031 2.579 0.130 0.325 1.024 1.526 2.126 3.031 4.033 5.001 16.8865 18.3196 23.2765 26.8264 31.0770 37.4530 17.4771 18.9111 23.8684 27.4186 31.6693 38.0445 4.033 5.001 0.130 0.130 0.325 0.325 1.024 1.024 1.526 1.526 2.128 2.126 3.028 3.031 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43493 1.31798 4.38888 6.58991 9.22588 13.17983 0.324 0.753 0.847 1.173 1.406 1.686 2.105 0.642 0.746 0.840 1.165 1.398 1.678 2.097 1.769 0.705 0.799 1.124 1.357 1.637 2.056 2.577 0.676 0.770 1.095 1.328 1.608 2.027 4.031 0.606 0.700 1.026 1.259 1.538 1.957 5.001 0.549 0.642 0.968 1.201 1.481 1.900 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43493 1.31798 4.38888 6.58991 9.22588 13.17983 0.324 9.9544 11.3846 16.3361 19.8827 24.1282 30.4972 0.642 9.0022 10.4305 15.3823 18.9281 23.1742 29.5432 1.769 8.0544 9.4776 14.4293 17.9760 22.2213 28.5903 2.577 7.8699 9.2930 14.2445 17.7904 22.0367 28.4056 4.031 7.7991 9.2272 14.1788 17.7253 21.9711 28.3393 5.001 7.8315 9.2591 14.2100 17.7565 22.0029 28.3706 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43493 1.31798 4.38888 6.58991 9.22588 13.17983 0.324 0.131 0.325 1.023 1.524 2.124 3.027 0.642 0.131 0.325 1.023 1.525 2.125 3.027 1.769 0.132 0.325 1.023 1.525 2.125 3.025 2.577 0.132 0.325 1.022 1.524 2.126 3.026 4.031 0.132 0.325 1.023 1.523 2.125 3.025 5.001 0.133 0.325 1.023 1.524 2.124 3.024 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43577 1.32051 4.39731 6.60257 9.24360 13.20515 0.325 0.568 0.662 0.988 1.222 1.501 1.921 0.644 0.568 0.662 0.989 1.222 1.502 1.922 1.769 0.558 0.652 0.979 1.212 1.492 1.912 2.577 0.546 0.640 0.967 1.200 1.480 1.900 4.031 0.510 0.605 0.931 1.165 1.445 1.864 5.001 0.479 0.574 0.900 1.134 1.414 1.834 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43577 1.32051 4.39731 6.60257 9.24360 13.20515 0.325 23.2154 24.6449 29.6064 33.1596 37.4139 43.7933 0.644 22.2827 23.7170 28.6781 32.2313 36.4857 42.8658 1.769 21.8283 23.2627 28.2244 31.7767 36.0307 42.4109 2.577 22.0251 23.4602 28.4211 31.9738 36.2277 42.6083 4.031 22.5995 24.0346 28.9951 32.5480 36.8014 43.1825 5.001 23.0396 24.4740 29.4358 32.9886 37.2424 43.6225 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43577 1.32051 4.39731 6.60257 9.24360 13.20515 0.325 0.130 0.325 1.025 1.526 2.130 3.033 0.644 0.130 0.325 1.025 1.527 2.129 3.034 1.769 0.130 0.325 1.025 1.527 2.131 3.031 2.577 0.130 0.325 1.024 1.528 2.129 3.034 4.031 0.130 0.325 1.024 1.528 2.129 3.034 5.001 0.130 0.325 1.025 1.527 2.128 3.031 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77254 14.46224 48.15925 72.31119 101.23566 144.62237 Transition 4.77254 14.46224 48.15925 72.31119 101.23566 144.62237 0.202 0.908 1.075 1.621 2.009 2.472 3.168 0.202 62.3888 115.1861 298.7478 430.1947 587.6003 823.6053 0.392 0.968 1.136 1.682 2.069 2.533 3.228 0.392 62.6103 115.4521 299.0399 430.4892 587.9038 823.9135 1.065 1.138 1.306 1.851 2.239 2.702 3.397 1.065 63.5532 116.3846 299.9709 431.4153 588.8365 824.8381 1.551 1.243 1.411 1.957 2.344 2.808 3.502 1.551 64.2767 117.0838 300.6554 432.1004 589.5112 825.5297 2.423 1.417 1.585 2.130 2.518 2.982 3.676 2.423 65.6753 118.3827 301.8981 433.3317 590.7366 826.7408 3.006 1.527 1.694 2.239 2.627 3.090 3.785 3.006 66.6660 119.2826 302.7337 434.1647 591.5598 827.5612 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77254 14.46224 48.15925 72.31119 101.23566 144.62237 Transition 4.77678 14.47509 48.20204 72.37543 101.32561 144.75087 0.202 0.294 0.606 1.733 2.553 3.536 5.013 0.202 0.908 1.075 1.621 2.009 2.472 3.168 0.392 0.294 0.606 1.734 2.552 3.536 5.010 0.392 0.968 1.136 1.682 2.069 2.533 3.228 1.065 0.294 0.606 1.734 2.554 3.536 5.012 1.065 1.138 1.306 1.851 2.239 2.703 3.398 1.551 0.294 0.606 1.734 2.553 3.535 5.009 1.551 1.243 1.411 1.957 2.344 2.809 3.504 2.423 0.294 0.606 1.735 2.553 3.535 5.011 2.423 1.417 1.585 2.130 2.518 2.982 3.677 3.006 0.293 0.606 1.735 2.554 3.537 5.010 3.006 1.527 1.694 2.239 2.627 3.090 3.786 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77678 14.47509 48.20204 72.37543 101.32561 144.75087 Transition 4.77678 14.47509 48.20204 72.37543 101.32561 144.75087 0.202 57.2877 110.1519 293.9436 425.5505 583.1465 819.4455 0.202 0.294 0.605 1.733 2.553 3.536 5.008 0.392 57.5529 110.4636 294.2770 425.8815 583.4864 819.7879 0.392 0.294 0.605 1.734 2.552 3.536 5.010 1.065 58.6226 111.5299 295.3422 426.9474 584.5494 820.8476 1.065 0.294 0.605 1.734 2.551 3.534 5.012 1.551 59.4382 112.3178 296.1050 427.7236 585.3153 821.6205 1.551 0.293 0.605 1.734 2.553 3.534 5.009 2.423 60.9893 113.7648 297.5082 429.1011 586.6927 822.9886 2.423 0.293 0.605 1.733 2.553 3.535 5.011 3.006 62.0800 114.7700 298.4474 430.0356 587.6173 823.9068 3.006 0.293 0.605 1.733 2.551 3.533 5.009 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77166 14.45958 48.15041 72.29791 101.21708 144.59583 Transition 4.77166 14.45958 48.15041 72.29791 101.21708 144.59583 0.202 0.884 1.051 1.596 1.984 2.448 3.143 0.202 51.3807 104.0078 287.3852 418.8324 576.2689 812.3988 0.392 0.946 1.113 1.658 2.045 2.509 3.204 0.392 51.4425 104.0723 287.4534 418.9018 576.3332 812.4663 1.065 1.115 1.282 1.827 2.214 2.678 3.373 1.065 51.6596 104.2909 287.6675 419.1136 576.5419 812.6773 1.551 1.220 1.386 1.931 2.319 2.782 3.478 1.551 51.8146 104.4360 287.8051 419.2508 576.6966 812.8160 2.423 1.390 1.557 2.102 2.489 2.953 3.648 2.423 52.1052 104.7328 288.1097 419.5589 576.9863 813.1313 3.006 1.496 1.663 2.208 2.596 3.059 3.755 3.006 52.3062 104.9346 288.3131 419.7531 577.1876 813.3239 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.77166 14.45958 48.15041 72.29791 101.21708 144.59583 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.202 0.294 0.605 1.733 2.552 3.534 5.008 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.392 0.294 0.605 1.732 2.550 3.533 5.008 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.065 0.294 0.605 1.733 2.551 3.535 5.006 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.551 0.294 0.605 1.732 2.551 3.533 5.009 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 0.294 0.605 1.733 2.551 3.533 5.009 2.412 1.715 1.827 2.210 2.484 2.813 3.306 3.006 0.294 0.605 1.732 2.552 3.534 5.010 2.997 1.756 1.867 2.250 2.525 2.853 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5234 35.3604 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 1.040 3.7416 5.9412 13.5843 19.0614 25.6210 35.4585 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 2.412 3.9231 6.1224 13.7656 19.2424 25.8026 35.6393 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43632 1.32220 4.40291 6.61098 9.25537 13.22196 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.154 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43632 1.32220 4.40291 6.61098 9.25537 13.22196 0.174 17.2537 18.6888 23.6566 27.2144 31.4740 37.8629 0.368 17.2072 18.6423 23.6105 27.1678 31.4273 37.8156 1.051 17.0757 18.5127 23.4805 27.0379 31.2977 37.6862 1.537 16.9889 18.4197 23.3876 26.9454 31.2047 37.5932 2.418 16.8144 18.2513 23.2186 26.7762 31.0358 37.4240 3.006 16.7040 18.1346 23.1028 26.6606 30.9195 37.3083 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43632 1.32220 4.40291 6.61098 9.25537 13.22196 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.296 0.593 0.481 0.616 1.138 0.677 1.595 0.714 2.418 0.771 2.968 0.804 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.296 5.7903 0.481 5.9068 1.138 6.4262 1.595 6.8489 2.418 7.6121 2.968 8.1234 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.296 0.000 0.481 0.000 1.138 0.000 1.595 0.000 2.418 0.000 2.968 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.296 0.346 0.481 0.368 1.138 0.430 1.595 0.466 2.418 0.523 2.968 0.556 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.296 9.6380 0.481 9.7435 1.138 10.2561 1.595 10.6712 2.418 11.4214 2.968 11.9251 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.296 0.000 0.481 0.000 1.138 0.000 1.595 0.000 2.418 0.000 2.968 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Delay 0.336 0.665 0.524 0.720 1.164 0.883 1.627 0.988 2.467 1.164 3.022 1.277 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.336 4.5223 0.524 4.7202 1.164 5.3828 1.627 5.8495 2.467 6.6728 3.022 7.2165 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.336 0.000 0.524 0.000 1.164 0.000 1.627 0.000 2.467 0.000 3.022 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.336 0.473 0.523 0.527 1.162 0.690 1.626 0.795 2.462 0.970 3.018 1.083 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.336 13.0203 0.523 13.2117 1.162 13.8797 1.626 14.3476 2.462 15.1734 3.018 15.7206 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.336 0.000 0.523 0.000 1.162 0.000 1.626 0.000 2.462 0.000 3.018 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.145 0.438 0.336 0.469 1.027 0.544 1.522 0.588 2.410 0.657 3.002 0.697 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.145 1.9640 0.336 1.9711 1.027 2.0031 1.522 2.0379 2.410 2.1049 3.002 2.1502 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.145 0.000 0.336 0.000 1.027 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.145 0.437 0.336 0.469 1.027 0.544 1.522 0.588 2.410 0.656 3.002 0.697 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.145 1.9780 0.336 1.9851 1.027 2.0171 1.522 2.0518 2.410 2.1190 3.002 2.1642 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=1 condition=0 Input Transition Output Slope Input Transition Delay 0.145 0.000 0.151 0.757 0.336 0.000 0.344 0.810 1.027 0.000 1.029 0.954 1.522 0.000 1.522 1.043 2.410 0.000 2.408 1.190 3.002 0.000 3.000 1.283 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.151 7.4133 0.344 7.4263 1.029 7.4816 1.522 7.5191 2.408 7.5856 3.000 7.6319 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope Input Transition Delay 0.151 0.000 0.151 0.752 0.344 0.000 0.344 0.805 1.029 0.000 1.029 0.949 1.522 0.000 1.522 1.038 2.408 0.000 2.408 1.185 3.000 0.000 3.000 1.278 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.151 7.4036 0.344 7.4167 1.029 7.4704 1.522 7.5093 2.408 7.5759 3.000 7.6220 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=1 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.029 0.000 1.522 0.000 2.408 0.000 3.000 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.189 0.766 0.378 0.794 1.061 0.868 1.545 0.914 2.418 0.985 2.998 1.027 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.189 6.9021 0.378 6.9412 1.061 7.1261 1.545 7.2941 2.418 7.5990 2.998 7.8043 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.189 0.000 0.378 0.000 1.061 0.000 1.545 0.000 2.418 0.000 2.998 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.202 0.525 0.392 0.586 1.065 0.755 1.551 0.859 2.423 1.029 3.006 1.135 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.202 15.6418 0.392 15.7017 1.065 15.9159 1.551 16.0786 2.423 16.3716 3.006 16.5595 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.202 0.000 0.392 0.000 1.065 0.000 1.551 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.296 8.7193 0.336 8.9840 0.482 8.8308 0.523 9.1722 1.138 9.3367 1.164 9.8385 1.595 9.7435 1.629 10.3077 2.418 10.4884 2.467 11.1354 2.968 10.9832 3.022 11.6804 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8098 0.342 1.8247 1.031 1.8768 1.525 1.9188 2.410 2.0006 2.999 2.0564 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7389 1.038 0.8571 1.530 0.9343 2.413 1.0668 3.006 1.1507 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4801 1.037 2.5858 1.527 2.6484 2.413 2.7614 3.001 2.8310 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.145 7.0754 0.336 7.0854 1.027 7.1236 1.522 7.1628 2.410 7.2358 3.002 7.2839 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.145 0.8601 0.336 0.8699 1.027 0.9106 1.522 0.9478 2.410 1.0186 3.002 1.0658 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.145 6.0831 0.336 6.0932 1.027 6.1340 1.522 6.1710 2.410 6.2435 3.002 6.2910 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.151 13.3203 0.344 13.3357 1.029 13.4026 1.522 13.4484 2.408 13.5292 3.000 13.5814 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.151 0.9121 0.344 0.9271 1.029 0.9912 1.522 1.0357 2.408 1.1148 3.000 1.1654 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.151 6.0651 0.344 6.0802 1.029 6.1446 1.522 6.1893 2.408 6.2716 3.000 6.3194 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.324 6.2318 0.651 5.3373 1.778 4.4909 2.585 4.2844 4.034 4.0845 4.999 4.0004 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.323 -1.0784 0.640 -1.9358 1.766 -2.7607 2.577 -2.9750 4.031 -3.1870 5.000 -3.2786 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.170 5.7960 0.361 5.8184 1.047 5.9324 1.536 6.0377 2.414 6.2260 3.001 6.3466 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4335 0.361 0.4539 1.047 0.5749 1.536 0.6748 2.414 0.8583 3.001 0.9814 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8136 1.536 0.9895 2.414 1.3071 3.002 1.5190 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4087 0.361 5.4215 1.047 5.5381 1.536 5.6425 2.414 5.8300 3.001 5.9516 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7976 0.361 5.8186 1.047 5.9325 1.536 6.0379 2.414 6.2263 3.001 6.3466 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1007 0.374 6.0903 1.052 6.2093 1.543 6.3068 2.423 6.4801 3.010 6.5978 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0122 2.423 1.1917 3.010 1.3117 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5876 1.052 5.5887 1.543 5.6114 2.423 5.6514 3.010 5.6817 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8293 1.543 5.9273 2.423 6.1022 3.010 6.2215 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1026 0.374 6.0923 1.052 6.2114 1.543 6.3087 2.423 6.4821 3.010 6.6003 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.189 9.9817 0.378 10.0277 1.060 10.2187 1.545 10.3930 2.418 10.7110 2.998 10.9192 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.189 5.0632 0.378 5.1078 1.060 5.2947 1.545 5.4658 2.418 5.7781 2.998 5.9824 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.189 4.6907 0.378 4.7365 1.060 4.9222 1.545 5.0931 2.418 5.4066 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.189 9.9841 0.378 10.0298 1.060 10.2208 1.545 10.3951 2.418 10.7133 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.202 10.9381 0.392 11.0048 1.065 11.2398 1.551 11.4181 2.423 11.7329 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.202 5.7617 0.392 5.8251 1.065 6.0508 1.551 6.2220 2.423 6.5255 2.998 5.6114 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.202 7.0391 0.392 7.1133 1.065 7.3406 1.551 7.5128 2.423 7.8194 3.006 8.0211 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0297 0.335 4.9972 1.025 4.9228 1.520 4.8739 2.409 4.7994 3.002 4.7488 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2535 1.028 0.2876 1.522 0.3145 2.411 0.3640 3.005 0.3972 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.160 0.5513 0.352 0.5619 1.040 0.6177 1.533 0.6619 2.412 0.7468 2.998 0.8035 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 2.998 10.9213 3.006 11.9428 3.006 6.7278 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.202 10.9396 0.392 11.0066 1.065 11.2414 1.551 11.4192 2.423 11.7341 3.006 11.9443 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3447 0.335 5.3181 1.025 5.2319 1.520 5.1771 2.409 5.0871 3.002 5.0312 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3993 0.335 0.4066 1.025 0.4410 1.520 0.4713 2.409 0.5295 3.002 0.5694 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3480 0.335 5.3215 1.025 5.2352 1.520 5.1803 2.409 5.0908 3.002 5.0350 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4037 0.335 5.4118 1.025 5.4466 1.520 5.4764 2.409 5.5343 3.002 5.5739 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4490 0.341 0.4887 1.028 0.6431 1.522 0.7515 2.411 0.9432 3.005 1.0690 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3920 0.341 0.4299 1.028 0.5766 1.522 0.6795 2.411 0.8610 3.005 0.9802 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4472 0.341 0.4870 1.028 0.6414 1.522 0.7499 2.411 0.9417 3.005 1.0675 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2601 0.341 5.1406 1.028 5.0435 1.522 5.0329 2.411 5.0502 3.005 5.0733 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.160 1.7512 0.352 1.7693 1.040 1.8461 1.533 1.9066 2.412 2.0181 2.998 2.0941 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1961 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7876 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2538 0.367 2.3033 1.051 2.4708 1.537 2.5737 2.418 2.7481 3.006 2.8586 A->P condition0:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition1:NEN&PD&PEN&PU condition2:NEN&PD&PEN&!PU condition3:NEN&!PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&PEN&PU condition1:!PD&!PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 24mA, normal slew rate, input-output pad, 5V tolerant PLBI24N Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.11228 0.02459 0.01899 2.01662 0.04155 0.04731 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 443.400 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.90446 17.89230 59.58135 89.46149 125.24608 178.92298 Transition 5.90446 17.89230 59.58135 89.46149 125.24608 178.92298 0.245 0.774 0.996 1.627 2.058 2.570 3.337 0.245 64.2230 128.7348 355.4371 517.9839 712.6630 1004.6087 0.431 0.798 1.020 1.652 2.083 2.595 3.362 0.431 64.3073 128.8162 355.5176 518.0592 712.7470 1004.6852 1.102 0.862 1.084 1.716 2.147 2.659 3.425 1.102 64.6933 129.1959 355.8942 518.4300 713.1123 1005.0668 1.573 0.899 1.121 1.753 2.184 2.696 3.462 1.573 64.9905 129.4895 356.1924 518.7237 713.4038 1005.3708 2.421 0.956 1.178 1.810 2.241 2.753 3.520 2.421 65.5561 130.0526 356.7389 519.2805 713.9651 1005.9111 2.986 0.990 1.212 1.843 2.275 2.787 3.553 2.986 65.9330 130.4269 357.1147 519.6654 714.3414 1006.2974 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 5.90446 17.89230 59.58135 89.46149 125.24608 178.92298 0.245 0.340 0.663 1.772 2.583 3.563 5.040 0.431 0.340 0.663 1.772 2.584 3.563 5.040 1.102 0.340 0.663 1.772 2.583 3.563 5.039 1.573 0.340 0.663 1.772 2.584 3.563 5.039 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 5.90297 17.88778 59.56630 89.43889 125.21445 178.87779 0.245 0.757 0.985 1.619 2.050 2.563 3.331 0.431 0.781 1.009 1.643 2.075 2.588 3.355 1.103 0.845 1.073 1.707 2.138 2.651 3.418 1.574 0.883 1.111 1.744 2.176 2.689 3.456 2.421 2.986 0.340 0.340 0.663 0.663 1.772 1.772 2.583 2.583 3.563 3.563 5.040 5.039 2.421 2.987 0.940 0.974 1.168 1.202 1.802 1.836 2.234 2.267 2.746 2.780 3.513 3.548 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.90297 17.88778 59.56630 89.43889 125.21445 178.87779 Transition 5.90297 17.88778 59.56630 89.43889 125.21445 178.87779 0.245 55.1480 120.1132 346.9533 509.5741 704.2970 996.4491 0.245 0.353 0.674 1.780 2.590 3.569 5.044 0.431 55.2209 120.1813 347.0322 509.6501 704.3691 996.5328 0.431 0.353 0.674 1.780 2.590 3.569 5.045 1.103 55.5743 120.5372 347.3855 509.9966 704.7191 996.8716 1.103 0.353 0.674 1.780 2.590 3.569 5.045 1.574 55.8647 120.8299 347.6730 510.2920 705.0098 997.1721 1.574 0.353 0.674 1.780 2.590 3.569 5.044 2.421 56.4015 121.3628 348.2102 510.8264 705.5456 997.7068 2.421 0.353 0.674 1.780 2.590 3.569 5.044 2.987 56.7556 121.7147 348.5640 511.1821 705.9080 998.0638 2.987 0.353 0.674 1.780 2.590 3.569 5.044 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90522 17.89461 59.58905 89.47304 125.26226 178.94609 Transition 5.90522 17.89461 59.58905 89.47304 125.26226 178.94609 0.245 0.774 0.996 1.628 2.060 2.572 3.340 0.245 59.0585 123.6649 350.5807 513.2780 708.1026 1000.3742 0.431 0.798 1.020 1.652 2.084 2.597 3.364 0.431 59.1514 123.7433 350.6591 513.3489 708.1733 1000.4442 1.102 0.862 1.084 1.717 2.147 2.660 3.428 1.102 59.5333 124.1123 351.0251 513.7174 708.5380 1000.8181 1.573 0.899 1.121 1.753 2.185 2.698 3.465 1.573 59.8258 124.4080 351.3221 514.0100 708.8422 1001.1227 2.421 0.956 1.178 1.811 2.242 2.755 3.521 2.421 60.3850 124.9632 351.8797 514.5627 709.3821 1001.6687 2.986 0.990 1.212 1.844 2.275 2.788 3.556 2.986 60.7515 125.3339 352.2419 514.9299 709.7548 1002.0537 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90522 17.89461 59.58905 89.47304 125.26226 178.94609 Transition 5.90884 17.90556 59.62552 89.52781 125.33893 179.05562 0.245 0.339 0.663 1.771 2.583 3.562 5.040 0.245 0.773 0.996 1.627 2.059 2.571 3.338 0.431 0.340 0.663 1.771 2.583 3.562 5.040 0.431 0.798 1.020 1.652 2.083 2.596 3.362 1.102 0.340 0.663 1.772 2.583 3.562 5.039 1.102 0.862 1.084 1.716 2.147 2.659 3.427 1.573 0.340 0.663 1.772 2.583 3.562 5.039 1.573 0.899 1.121 1.753 2.184 2.697 3.463 2.421 0.340 0.663 1.771 2.583 3.562 5.039 2.421 0.956 1.178 1.810 2.241 2.754 3.520 2.986 0.340 0.663 1.772 2.583 3.563 5.039 2.986 0.990 1.212 1.843 2.275 2.787 3.555 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90884 17.90556 59.62552 89.52781 125.33893 179.05562 Transition 5.90884 17.90556 59.62552 89.52781 125.33893 179.05562 0.245 59.3161 123.9124 350.8626 513.5580 708.4337 1000.7277 0.245 0.340 0.663 1.772 2.583 3.562 5.040 0.431 59.4329 124.0303 350.9681 513.6762 708.5385 1000.8426 0.431 0.340 0.663 1.772 2.584 3.562 5.040 1.102 59.9266 124.5141 351.4500 514.1557 709.0174 1001.3178 1.102 0.340 0.663 1.772 2.583 3.562 5.039 1.573 60.3002 124.8869 351.8213 514.5295 709.3824 1001.6935 1.573 0.340 0.663 1.772 2.583 3.562 5.039 2.421 60.9992 125.5756 352.5063 515.2187 710.0871 1002.3816 2.421 0.340 0.663 1.772 2.583 3.563 5.039 2.986 61.4633 126.0412 352.9721 515.6783 710.5420 1002.8530 2.986 0.340 0.663 1.772 2.583 3.563 5.039 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 5.90059 17.88059 59.54236 89.40294 125.16412 178.80588 Transition 5.90059 17.88059 59.54236 89.40294 125.16412 178.80588 0.245 0.774 0.996 1.628 2.059 2.571 3.338 0.245 63.9650 128.4857 355.1394 517.6656 712.2655 1004.2413 0.431 0.798 1.020 1.652 2.084 2.596 3.364 0.431 64.0234 128.5299 355.1921 517.7070 712.3069 1004.2978 1.102 0.862 1.084 1.716 2.147 2.660 3.427 1.102 64.2929 128.7970 355.4471 517.9724 712.5659 1004.5508 1.573 0.899 1.121 1.753 2.185 2.697 3.464 1.573 64.5156 129.0121 355.6697 518.1773 712.7907 1004.7654 2.421 0.956 1.178 1.810 2.241 2.754 3.521 2.421 64.9399 129.4362 356.0870 518.6037 713.1908 1005.1883 2.986 0.990 1.212 1.844 2.275 2.788 3.555 2.986 65.2188 129.7161 356.3638 518.8792 713.4901 1005.4521 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.90059 17.88059 59.54236 89.40294 125.16412 178.80588 Transition 4.77166 14.45958 48.15041 72.29791 101.21707 144.59581 0.245 0.340 0.663 1.772 2.583 3.563 5.040 0.270 0.844 1.010 1.554 1.941 2.404 3.099 0.431 0.340 0.663 1.772 2.583 3.563 5.040 0.460 0.903 1.069 1.613 2.000 2.463 3.157 1.102 0.340 0.663 1.772 2.583 3.562 5.039 1.117 1.073 1.239 1.783 2.169 2.633 3.327 1.573 0.340 0.663 1.772 2.583 3.563 5.039 1.589 1.182 1.348 1.891 2.279 2.742 3.436 2.421 0.340 0.663 1.772 2.583 3.562 5.040 2.443 1.364 1.530 2.073 2.460 2.924 3.618 2.986 0.340 0.663 1.772 2.583 3.562 5.039 3.012 1.479 1.646 2.189 2.576 3.039 3.734 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77166 14.45958 48.15041 72.29791 101.21707 144.59581 Transition 4.77166 14.45958 48.15041 72.29791 101.21707 144.59581 0.270 58.7787 109.9483 292.3009 423.5114 580.7509 816.6618 0.270 0.304 0.617 1.741 2.557 3.540 5.012 0.460 58.9158 110.0675 292.4327 423.6421 580.8875 816.7946 0.460 0.304 0.618 1.742 2.558 3.540 5.013 1.117 59.3761 110.5414 292.8887 424.1003 581.3336 817.2583 1.117 0.304 0.618 1.741 2.558 3.540 5.016 1.589 59.6882 110.8524 293.2171 424.4168 581.6520 817.5712 1.589 0.304 0.618 1.741 2.559 3.540 5.014 2.443 60.2711 111.4288 293.7780 424.9919 582.2218 818.1419 2.443 0.304 0.618 1.742 2.559 3.540 5.016 3.012 60.6402 111.8023 294.1517 425.3527 582.5942 818.5068 3.012 0.304 0.618 1.741 2.559 3.538 5.014 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77455 14.46833 48.17954 72.34166 101.27832 144.68331 Transition 4.77455 14.46833 48.17954 72.34166 101.27832 144.68331 0.270 0.808 0.980 1.526 1.914 2.378 3.073 0.270 48.0053 100.6893 284.1953 415.7216 573.2437 809.4818 0.460 0.867 1.038 1.585 1.973 2.437 3.132 0.460 48.1145 100.8196 284.3289 415.8495 573.3725 809.6120 1.117 1.037 1.209 1.755 2.143 2.607 3.302 1.117 48.5929 101.2753 284.7838 416.3030 573.8297 810.0757 1.589 1.146 1.317 1.864 2.252 2.715 3.411 1.589 48.9123 101.6054 285.1088 416.6258 574.1500 810.3929 2.443 1.327 1.499 2.045 2.433 2.897 3.593 2.443 49.4869 102.1712 285.6710 417.1961 574.7155 810.9558 3.012 1.443 1.614 2.161 2.549 3.012 3.708 3.012 49.8665 102.5535 286.0592 417.5793 575.1040 811.3386 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.77455 14.46833 48.17954 72.34166 101.27832 144.68331 0.270 0.313 0.620 1.741 2.558 3.540 5.013 0.460 0.313 0.621 1.742 2.558 3.540 5.014 1.117 0.313 0.621 1.741 2.558 3.541 5.017 1.589 0.313 0.621 1.741 2.559 3.540 5.015 2.443 0.313 0.621 1.742 2.559 3.541 5.013 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.77254 14.46225 48.15928 72.31124 101.23573 144.62247 0.270 0.844 1.010 1.554 1.941 2.405 3.100 0.460 0.903 1.069 1.613 2.000 2.464 3.159 1.117 1.073 1.239 1.783 2.170 2.634 3.329 1.589 1.182 1.348 1.892 2.279 2.743 3.437 2.443 1.364 1.530 2.074 2.461 2.925 3.620 3.012 0.314 0.621 1.742 2.559 3.539 5.016 3.012 1.479 1.646 2.190 2.577 3.040 3.736 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77254 14.46225 48.15928 72.31124 101.23573 144.62247 Transition 4.77254 14.46225 48.15928 72.31124 101.23573 144.62247 0.270 53.4215 104.6364 287.1621 418.4720 575.8585 811.9231 0.270 0.303 0.617 1.741 2.557 3.539 5.011 0.460 53.5628 104.7629 287.2886 418.6034 575.9886 812.0587 0.460 0.303 0.617 1.741 2.557 3.539 5.012 1.117 54.0269 105.2365 287.7495 419.0694 576.4555 812.5123 1.117 0.303 0.617 1.741 2.558 3.539 5.014 1.589 54.3432 105.5575 288.0846 419.3893 576.7727 812.8387 1.589 0.303 0.617 1.741 2.558 3.539 5.013 2.443 54.9261 106.1366 288.6476 419.9665 577.3522 813.4267 2.443 0.303 0.617 1.741 2.558 3.540 5.015 3.012 55.3095 106.5112 289.0256 420.3455 577.7281 813.7841 3.012 0.303 0.617 1.741 2.558 3.537 5.013 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.76828 14.44934 48.11629 72.24668 101.14535 144.49336 Transition 4.76828 14.44934 48.11629 72.24668 101.14535 144.49336 0.270 0.844 1.010 1.554 1.941 2.404 3.099 0.270 58.5319 109.6783 291.9749 423.1315 580.3250 816.0947 0.460 0.903 1.069 1.613 2.000 2.464 3.158 0.460 58.6329 109.7651 292.0612 423.2239 580.4069 816.1836 1.117 1.073 1.239 1.783 2.170 2.634 3.328 1.117 58.9695 110.1118 292.3924 423.5517 580.7477 816.5227 1.589 1.182 1.348 1.892 2.279 2.742 3.437 1.589 59.1982 110.3427 292.6274 423.7945 580.9790 816.7559 2.443 1.364 1.530 2.074 2.461 2.925 3.620 2.443 59.6292 110.7683 293.0589 424.2142 581.4023 817.1756 3.012 1.480 1.646 2.189 2.577 3.040 3.735 3.012 59.9065 111.0469 293.3229 424.4890 581.6771 817.4479 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.76828 14.44934 48.11629 72.24668 101.14535 144.49336 Transition 4.77553 14.47131 48.18945 72.35653 101.29914 144.71306 0.270 0.304 0.618 1.741 2.559 3.539 5.016 0.270 0.844 1.010 1.554 1.941 2.404 3.099 0.460 0.304 0.617 1.741 2.557 3.540 5.012 0.460 0.903 1.069 1.613 2.000 2.463 3.157 1.117 0.304 0.617 1.741 2.558 3.541 5.015 1.117 1.073 1.239 1.783 2.170 2.633 3.328 1.589 0.304 0.617 1.741 2.559 3.539 5.013 1.589 1.182 1.348 1.891 2.279 2.742 3.437 2.443 0.304 0.618 1.741 2.558 3.540 5.015 2.443 1.364 1.530 2.073 2.461 2.924 3.618 3.012 0.304 0.618 1.741 2.559 3.541 5.013 3.012 1.479 1.645 2.189 2.576 3.039 3.734 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77553 14.47131 48.18945 72.35653 101.29914 144.71306 Transition 4.77553 14.47131 48.18945 72.35653 101.29914 144.71306 0.270 53.6628 104.8951 287.4576 418.8200 576.2188 812.3764 0.270 0.303 0.617 1.741 2.557 3.539 5.012 0.460 53.8420 105.0584 287.6344 418.9999 576.4011 812.5404 0.460 0.303 0.617 1.740 2.558 3.537 5.012 1.117 54.4267 105.6540 288.2134 419.5738 576.9798 813.1378 1.117 0.303 0.617 1.740 2.558 3.538 5.010 1.589 54.8330 106.0584 288.6317 419.9839 577.3867 813.5380 1.589 0.303 0.617 1.741 2.556 3.540 5.014 2.443 55.5569 106.7863 289.3530 420.7094 578.1100 814.2566 2.443 0.303 0.617 1.740 2.556 3.537 5.011 3.012 56.0431 107.2649 289.8292 421.1875 578.5861 814.7286 3.012 0.303 0.617 1.741 2.556 3.538 5.014 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.342 1.471 1.583 1.965 2.239 2.567 3.059 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.525 1.608 1.720 2.102 2.376 2.704 3.196 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 3.3823 5.5774 13.2059 18.6723 25.2165 35.0348 0.342 3.3899 5.5893 13.2182 18.6845 25.2290 35.0471 1.031 3.4459 5.6456 13.2743 18.7405 25.2852 35.1038 1.525 3.4882 5.6885 13.3173 18.7835 25.3281 35.1467 2.410 2.999 1.690 1.740 1.802 1.852 2.184 2.234 2.458 2.508 2.786 2.836 3.278 3.328 2.410 2.999 3.5721 5.7713 13.3998 18.8666 25.4107 35.2292 3.6292 5.8285 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5355 17.4966 21.0485 25.3009 31.6799 0.351 11.0783 12.5094 17.4693 21.0217 25.2748 31.6540 1.037 11.0087 12.4349 17.3950 20.9469 25.1999 31.5796 1.527 10.9511 12.3827 17.3427 20.8952 25.1485 31.5266 2.413 10.8545 12.2840 17.2440 20.7960 25.0493 31.4283 3.001 10.7874 12.2169 17.1768 20.7291 24.9824 31.3612 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.91287 17.91779 59.66623 89.58893 125.42450 179.17786 Transition 5.91287 17.91779 59.66623 89.58893 125.42450 179.17786 0.153 1.235 1.463 2.097 2.529 3.042 3.810 0.153 52.1142 117.4666 344.7187 507.6173 702.6751 995.3209 0.345 1.298 1.525 2.159 2.591 3.105 3.873 0.345 52.1250 117.4822 344.7428 507.6335 702.6860 995.3322 1.031 1.470 1.698 2.332 2.764 3.277 4.045 1.031 52.1955 117.5499 344.8063 507.6999 702.7541 995.4064 1.525 1.580 1.807 2.441 2.873 3.387 4.155 1.525 52.2482 117.6000 344.8564 507.7518 702.7984 995.4459 2.411 1.765 1.993 2.627 3.059 3.572 4.340 2.411 52.3324 117.6810 344.9459 507.8369 702.8873 995.5500 3.005 1.883 2.110 2.745 3.176 3.690 4.458 3.005 52.3785 117.7376 344.9981 507.8923 702.9359 995.6078 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.91287 17.91779 59.66623 89.58893 125.42450 179.17786 Transition 5.90219 17.88543 59.55848 89.42715 125.19801 178.85431 0.153 0.350 0.670 1.776 2.587 3.567 5.046 0.153 1.233 1.461 2.095 2.526 3.039 3.807 0.345 0.350 0.670 1.776 2.587 3.567 5.045 0.345 1.295 1.523 2.157 2.588 3.102 3.869 1.031 0.350 0.670 1.776 2.587 3.567 5.046 1.031 1.468 1.696 2.330 2.761 3.274 4.041 1.525 0.350 0.670 1.776 2.587 3.567 5.046 1.525 1.577 1.805 2.439 2.871 3.383 4.150 2.411 0.350 0.670 1.776 2.587 3.567 5.045 2.411 1.763 1.991 2.624 3.056 3.569 4.335 3.005 0.350 0.670 1.776 2.587 3.567 5.045 3.005 1.881 2.108 2.742 3.174 3.686 4.453 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.90219 17.88543 59.55848 89.42715 125.19801 178.85431 Transition 5.90219 17.88543 59.55848 89.42715 125.19801 178.85431 0.153 53.4837 118.4450 345.2633 507.8574 702.5888 994.6459 0.153 0.353 0.674 1.779 2.590 3.568 5.044 0.345 53.4880 118.4625 345.2794 507.8783 702.6092 994.6563 0.345 0.353 0.674 1.780 2.590 3.568 5.044 1.031 53.5655 118.5266 345.3510 507.9420 702.6768 994.7335 1.031 0.353 0.674 1.780 2.590 3.568 5.044 1.525 53.6126 118.5736 345.3921 507.9899 702.7201 994.7683 1.525 0.353 0.674 1.780 2.590 3.568 5.043 2.411 53.6979 118.6548 345.4778 508.0695 702.8083 994.8547 2.411 0.353 0.674 1.780 2.589 3.569 5.044 3.005 53.7459 118.7127 345.5354 508.1285 702.8661 994.9073 3.005 0.353 0.674 1.780 2.590 3.569 5.043 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90682 17.89947 59.60522 89.49733 125.29627 178.99467 Transition 5.90682 17.89947 59.60522 89.49733 125.29627 178.99467 0.153 1.229 1.457 2.091 2.522 3.035 3.802 0.153 62.5722 128.4315 355.8514 518.5611 713.3851 1005.4811 0.346 1.292 1.520 2.154 2.585 3.098 3.864 0.346 62.6687 128.5307 355.9413 518.6524 713.4732 1005.5796 1.031 1.466 1.694 2.328 2.759 3.272 4.039 1.031 63.0705 128.9317 356.3452 519.0583 713.8686 1005.9738 1.525 1.576 1.805 2.438 2.870 3.383 4.150 1.525 63.4018 129.2563 356.6787 519.3793 714.2083 1006.3163 2.413 1.763 1.991 2.625 3.056 3.569 4.336 2.413 64.0005 129.8593 357.2715 519.9947 714.8124 1006.9038 3.005 1.881 2.109 2.743 3.174 3.687 4.454 3.005 64.4002 130.2615 357.6757 520.3864 715.2053 1007.3133 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90682 17.89947 59.60522 89.49733 125.29627 178.99467 Transition 5.91346 17.91959 59.67223 89.59795 125.43713 179.19589 0.153 0.344 0.665 1.773 2.584 3.564 5.042 0.153 1.229 1.457 2.092 2.523 3.037 3.804 0.346 0.344 0.665 1.773 2.584 3.564 5.042 0.346 1.292 1.520 2.154 2.586 3.099 3.866 1.031 0.345 0.665 1.773 2.585 3.564 5.041 1.031 1.466 1.694 2.328 2.760 3.273 4.041 1.525 0.345 0.665 1.773 2.585 3.565 5.041 1.525 1.576 1.805 2.439 2.871 3.384 4.152 2.413 0.345 0.665 1.773 2.585 3.564 5.041 2.413 1.762 1.991 2.625 3.057 3.570 4.338 3.005 0.345 0.665 1.773 2.585 3.564 5.042 3.005 1.881 2.109 2.744 3.175 3.688 4.456 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.91346 17.91959 59.67223 89.59795 125.43713 179.19589 Transition 5.91346 17.91959 59.67223 89.59795 125.43713 179.19589 0.153 57.7819 123.7552 351.4963 514.4406 709.5162 1002.0916 0.153 0.344 0.665 1.773 2.585 3.566 5.043 0.346 57.9188 123.8855 351.6293 514.5618 709.6536 1002.2243 0.346 0.344 0.665 1.773 2.585 3.566 5.043 1.031 58.4472 124.4178 352.1503 515.0962 710.1844 1002.7521 1.031 0.344 0.665 1.774 2.585 3.565 5.043 1.525 58.8658 124.8350 352.5733 515.5138 710.5961 1003.1654 1.525 0.344 0.665 1.773 2.585 3.565 5.043 2.413 59.6249 125.5893 353.3267 516.2704 711.3589 1003.9145 2.413 0.345 0.665 1.774 2.585 3.565 5.043 3.005 60.1274 126.0889 353.8303 516.7698 711.8593 1004.4245 3.005 0.345 0.665 1.773 2.585 3.566 5.044 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66541 2.01640 6.71461 10.08200 14.11480 20.16400 0.326 0.709 0.819 1.199 1.471 1.797 2.286 0.651 0.805 0.915 1.295 1.567 1.893 2.382 1.779 1.094 1.205 1.584 1.857 2.182 2.671 2.587 1.283 1.394 1.774 2.046 2.372 2.860 4.034 1.615 1.725 2.105 2.377 2.703 3.192 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66541 2.01640 6.71461 10.08200 14.11480 20.16400 0.326 9.4656 11.6464 19.2252 24.6558 31.1602 40.9151 0.651 8.6251 10.8064 18.3842 23.8151 30.3190 40.0748 1.779 8.4410 10.6215 18.2003 23.6305 30.1345 39.8903 2.587 8.7396 10.9210 18.4993 23.9304 30.4339 40.1890 4.034 9.5184 11.6996 19.2776 24.7083 31.2124 40.9684 4.998 1.831 1.941 2.321 2.593 2.919 3.408 4.998 10.1144 12.2955 19.8738 25.3046 31.8084 41.5638 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66541 2.01640 6.71461 10.08200 14.11480 20.16400 0.326 0.126 0.321 1.023 1.528 2.132 3.040 0.651 0.126 0.321 1.023 1.528 2.133 3.040 1.779 0.126 0.321 1.023 1.528 2.133 3.040 2.587 0.126 0.321 1.023 1.528 2.133 3.040 4.034 0.126 0.321 1.023 1.528 2.133 3.040 4.998 0.126 0.321 1.023 1.528 2.132 3.041 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66542 2.01641 6.71466 10.08207 14.11490 20.16414 0.326 0.629 0.739 1.119 1.391 1.717 2.206 0.651 0.706 0.816 1.196 1.468 1.794 2.283 1.780 0.921 1.031 1.411 1.683 2.009 2.498 2.587 1.060 1.170 1.550 1.822 2.148 2.637 4.034 1.297 1.408 1.787 2.060 2.386 2.874 4.998 1.449 1.560 1.939 2.212 2.537 3.026 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66542 2.01641 6.71466 10.08207 14.11490 20.16414 0.326 9.0546 11.2362 18.8146 24.2446 30.7490 40.5041 0.651 8.1015 10.2827 17.8614 23.2923 29.7960 39.5503 1.780 7.5194 9.7070 17.2863 22.7169 29.2209 38.9755 2.587 7.5500 9.7301 17.3086 22.7395 29.2435 38.9981 4.034 7.8559 10.0442 17.6238 23.0545 29.5587 39.3135 4.998 8.1405 10.3218 17.9003 23.3310 29.8354 39.5908 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66542 2.01641 6.71466 10.08207 14.11490 20.16414 0.326 0.126 0.321 1.023 1.528 2.133 3.040 0.651 0.126 0.321 1.023 1.528 2.133 3.040 1.780 0.126 0.321 1.023 1.528 2.133 3.041 2.587 0.126 0.321 1.023 1.528 2.133 3.041 4.034 0.126 0.321 1.023 1.528 2.133 3.040 4.998 0.126 0.321 1.023 1.528 2.133 3.040 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66503 2.01523 6.71071 10.07614 14.10659 20.15228 0.326 0.547 0.657 1.037 1.309 1.634 2.123 0.652 0.631 0.742 1.121 1.393 1.719 2.208 1.782 0.862 0.973 1.352 1.624 1.950 2.439 2.588 1.010 1.120 1.499 1.771 2.097 2.586 4.034 1.267 1.377 1.757 2.029 2.355 2.843 4.999 1.437 1.547 1.927 2.199 2.524 3.013 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66503 2.01523 6.71071 10.07614 14.10659 20.15228 0.326 9.3017 11.4815 19.0557 24.4834 30.9837 40.7323 0.652 8.5331 10.7194 18.2933 23.7210 30.2222 39.9707 1.782 8.6078 10.7945 18.3693 23.7960 30.2976 40.0460 2.588 9.1595 11.3386 18.9126 24.3400 30.8403 40.5895 4.034 10.4267 12.6066 20.1807 25.6080 32.1095 41.8582 4.999 11.3587 13.5386 21.1126 26.5400 33.0408 42.7899 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66503 2.01523 6.71071 10.07614 14.10659 20.15228 0.326 0.125 0.321 1.022 1.527 2.132 3.038 0.652 0.125 0.321 1.023 1.528 2.132 3.038 1.782 0.125 0.321 1.022 1.527 2.132 3.039 2.588 0.125 0.321 1.022 1.528 2.132 3.039 4.034 0.126 0.321 1.023 1.527 2.132 3.038 4.999 0.126 0.321 1.023 1.527 2.132 3.039 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43594 1.32102 4.39900 6.60511 9.24715 13.21022 0.323 0.998 1.092 1.419 1.652 1.932 2.352 0.640 1.002 1.096 1.422 1.656 1.936 2.356 1.769 1.035 1.130 1.456 1.690 1.970 2.390 2.579 1.072 1.166 1.493 1.726 2.006 2.426 4.031 1.150 1.244 1.570 1.804 2.084 2.504 5.001 1.203 1.298 1.624 1.858 2.138 2.558 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43594 1.32102 4.39900 6.60511 9.24715 13.21022 0.323 17.2357 18.6654 23.6290 27.1839 31.4392 37.8220 0.640 16.3456 17.7750 22.7392 26.2934 30.5488 36.9314 1.769 15.9229 17.3577 22.3209 25.8748 30.1311 36.5124 2.579 16.1967 17.6315 22.5950 26.1493 30.4046 36.7876 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43594 1.32102 4.39900 6.60511 9.24715 13.21022 0.323 0.130 0.325 1.025 1.529 2.129 3.033 0.640 0.130 0.325 1.025 1.529 2.130 3.035 1.769 0.130 0.325 1.024 1.528 2.129 3.034 2.579 0.130 0.326 1.025 1.528 2.129 3.034 4.031 5.001 16.9797 18.4156 23.3787 26.9329 31.1883 37.5715 17.5717 19.0068 23.9698 27.5244 31.7804 38.1623 4.031 5.001 0.130 0.130 0.325 0.325 1.024 1.025 1.527 1.527 2.129 2.129 3.031 3.034 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43631 1.32215 4.40276 6.61075 9.25505 13.22150 0.323 0.752 0.846 1.172 1.406 1.687 2.107 0.641 0.744 0.837 1.164 1.398 1.678 2.098 1.769 0.702 0.796 1.122 1.356 1.637 2.057 2.579 0.673 0.767 1.093 1.327 1.608 2.028 4.032 0.603 0.697 1.023 1.257 1.537 1.958 5.005 0.545 0.640 0.966 1.200 1.480 1.901 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43631 1.32215 4.40276 6.61075 9.25505 13.22150 0.323 10.0181 11.4484 16.4158 19.9731 24.2334 30.6226 0.641 9.0785 10.5060 15.4737 19.0315 23.2912 29.6803 1.769 8.1387 9.5671 14.5353 18.0925 22.3526 28.7411 2.579 7.9575 9.3869 14.3545 17.9120 22.1718 28.5608 4.032 7.8969 9.3245 14.2905 17.8478 22.1070 28.4966 5.005 7.9242 9.3571 14.3238 17.8818 22.1413 28.5298 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43631 1.32215 4.40276 6.61075 9.25505 13.22150 0.323 0.132 0.326 1.026 1.529 2.132 3.034 0.641 0.132 0.326 1.026 1.530 2.131 3.034 1.769 0.132 0.326 1.026 1.529 2.131 3.038 2.579 0.132 0.326 1.027 1.529 2.132 3.038 4.032 0.132 0.326 1.026 1.529 2.132 3.037 5.005 0.133 0.327 1.026 1.529 2.132 3.035 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43566 1.32018 4.39619 6.60089 9.24124 13.20178 0.324 0.565 0.659 0.985 1.219 1.499 1.919 0.644 0.565 0.660 0.986 1.219 1.499 1.919 1.768 0.555 0.649 0.975 1.209 1.489 1.908 2.577 0.542 0.637 0.963 1.196 1.476 1.896 4.031 0.506 0.601 0.927 1.160 1.440 1.860 5.001 0.477 0.571 0.897 1.131 1.410 1.830 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43566 1.32018 4.39619 6.60089 9.24124 13.20178 0.324 23.2740 24.7029 29.6634 33.2155 37.4682 43.8475 0.644 22.3540 23.7872 28.7473 32.2987 36.5516 42.9305 1.768 21.9182 23.3471 28.3080 31.8597 36.1128 42.4917 2.577 22.1157 23.5471 28.5067 32.0589 36.3115 42.6906 4.031 22.6941 24.1250 29.0853 32.6371 36.8899 43.2690 5.001 23.1392 24.5680 29.5288 33.0813 37.3335 43.7127 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43566 1.32018 4.39619 6.60089 9.24124 13.20178 0.324 0.130 0.325 1.024 1.526 2.129 3.031 0.644 0.130 0.325 1.024 1.528 2.128 3.032 1.768 0.130 0.325 1.024 1.528 2.129 3.029 2.577 0.131 0.325 1.024 1.527 2.128 3.033 4.031 0.131 0.325 1.024 1.527 2.128 3.033 5.001 0.130 0.325 1.025 1.526 2.128 3.030 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77384 14.46618 48.17238 72.33090 101.26325 144.66179 Transition 4.77384 14.46618 48.17238 72.33090 101.26325 144.66179 0.189 0.974 1.146 1.693 2.081 2.545 3.240 0.189 59.8066 112.8207 296.5188 428.0212 585.4425 821.5719 0.380 1.036 1.208 1.755 2.143 2.607 3.302 0.380 60.0119 113.0079 296.7140 428.2153 585.6261 821.7633 1.057 1.211 1.384 1.931 2.318 2.782 3.478 1.057 60.6801 113.6756 297.3774 428.8831 586.2893 822.4213 1.546 1.322 1.494 2.041 2.429 2.892 3.588 1.546 61.1546 114.1503 297.8442 429.3539 586.7660 822.8828 2.423 1.504 1.676 2.223 2.611 3.074 3.770 2.423 62.0071 115.0093 298.7089 430.2098 587.6293 823.7535 3.006 1.619 1.790 2.338 2.725 3.189 3.884 3.006 62.5896 115.5702 299.2736 430.7672 588.1869 824.3165 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77384 14.46618 48.17238 72.33090 101.26325 144.66179 Transition 4.77767 14.47778 48.21100 72.38889 101.34444 144.77777 0.189 0.310 0.619 1.742 2.559 3.541 5.018 0.189 0.974 1.146 1.693 2.081 2.545 3.241 0.380 0.310 0.619 1.741 2.559 3.542 5.018 0.380 1.036 1.208 1.755 2.143 2.608 3.303 1.057 0.310 0.618 1.741 2.559 3.541 5.018 1.057 1.211 1.383 1.931 2.318 2.782 3.478 1.546 0.310 0.619 1.742 2.560 3.542 5.014 1.546 1.322 1.494 2.041 2.429 2.892 3.588 2.423 0.310 0.619 1.742 2.559 3.542 5.016 2.423 1.504 1.676 2.223 2.611 3.074 3.770 3.006 0.310 0.619 1.742 2.558 3.540 5.017 3.006 1.618 1.790 2.338 2.726 3.189 3.884 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77767 14.47778 48.21100 72.38889 101.34444 144.77777 Transition 4.77767 14.47778 48.21100 72.38889 101.34444 144.77777 0.189 54.7204 107.8015 291.7157 423.3537 580.9496 817.3665 0.189 0.309 0.618 1.740 2.557 3.538 5.013 0.380 54.9645 108.0345 291.9367 423.5841 581.1716 817.5952 0.380 0.309 0.618 1.741 2.559 3.539 5.013 1.057 55.7549 108.8303 292.7464 424.3845 581.9694 818.3854 1.057 0.309 0.618 1.741 2.559 3.541 5.013 1.546 56.3296 109.3907 293.2961 424.9476 582.5340 818.9479 1.546 0.309 0.618 1.741 2.557 3.538 5.014 2.423 57.3447 110.4080 294.3227 425.9670 583.5533 819.9669 2.423 0.309 0.618 1.741 2.559 3.538 5.015 3.006 58.0309 111.0763 294.9914 426.6323 584.2113 820.6293 3.006 0.309 0.618 1.741 2.558 3.540 5.017 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77584 14.47225 48.19258 72.36123 101.30572 144.72246 Transition 4.77584 14.47225 48.19258 72.36123 101.30572 144.72246 0.189 0.958 1.129 1.675 2.063 2.527 3.223 0.189 50.2012 102.8972 286.4484 417.9968 575.5833 811.8825 0.380 1.020 1.191 1.738 2.126 2.590 3.286 0.380 50.2351 102.9458 286.4904 418.0493 575.6335 811.9370 1.057 1.196 1.367 1.913 2.301 2.766 3.462 1.057 50.4378 103.1304 286.6813 418.2302 575.8164 812.1156 1.546 1.305 1.476 2.023 2.411 2.874 3.571 1.546 50.5468 103.2338 286.7734 418.3310 575.9075 812.2055 2.423 1.487 1.658 2.204 2.593 3.057 3.752 2.423 50.7987 103.4956 287.0406 418.5954 576.1729 812.4776 3.006 1.601 1.772 2.318 2.706 3.171 3.866 3.006 50.9520 103.6442 287.1948 418.7510 576.3292 812.6195 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.77584 14.47225 48.19258 72.36123 101.30572 144.72246 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.189 0.310 0.619 1.741 2.560 3.542 5.016 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.380 0.310 0.618 1.741 2.559 3.540 5.015 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.057 0.310 0.619 1.741 2.559 3.542 5.015 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.546 0.310 0.618 1.740 2.558 3.540 5.017 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 0.310 0.619 1.741 2.557 3.540 5.014 2.412 1.715 1.827 2.210 2.484 2.813 3.306 3.006 0.310 0.619 1.741 2.560 3.542 5.016 2.997 1.756 1.867 2.250 2.525 2.853 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5233 35.3605 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 1.040 3.7416 5.9412 13.5843 19.0614 25.6210 35.4585 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 2.412 3.9231 6.1224 13.7657 19.2424 25.8026 35.6393 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.155 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 17.2538 18.6890 23.6574 27.2151 31.4748 37.8642 0.368 17.2073 18.6424 23.6108 27.1684 31.4281 37.8171 1.051 17.0758 18.5131 23.4810 27.0388 31.2990 37.6877 1.537 16.9889 18.4197 23.3880 26.9460 31.2057 37.5948 2.418 16.8144 18.2516 23.2189 26.7768 31.0367 37.4255 3.006 16.7041 18.1347 23.1033 26.6612 30.9204 37.3102 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.027 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.245 0.650 0.431 0.674 1.103 0.738 1.574 0.776 2.422 0.833 2.988 0.866 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.245 4.3716 0.431 4.4519 1.103 4.8094 1.574 5.1028 2.422 5.6485 2.988 6.0106 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.245 0.000 0.431 0.000 1.103 0.000 1.574 0.000 2.422 0.000 2.988 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.245 0.342 0.431 0.366 1.103 0.430 1.574 0.468 2.421 0.525 2.987 0.558 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.245 8.6957 0.431 8.7721 1.103 9.1215 1.574 9.4138 2.421 9.9495 2.987 10.3092 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.245 0.000 0.431 0.000 1.103 0.000 1.574 0.000 2.421 0.000 2.987 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Delay 0.270 0.699 0.460 0.757 1.117 0.928 1.589 1.036 2.443 1.219 3.012 1.334 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.270 3.5429 0.460 3.6722 1.117 4.1314 1.589 4.4524 2.443 5.0241 3.012 5.4014 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.117 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.270 0.478 0.460 0.537 1.117 0.707 1.589 0.815 2.443 0.997 3.012 1.112 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.270 11.3640 0.460 11.4926 1.117 11.9537 1.589 12.2753 2.443 12.8507 3.012 13.2292 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.117 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.147 0.602 0.340 0.629 1.028 0.702 1.522 0.745 2.410 0.814 3.002 0.856 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.147 1.6457 0.340 1.6540 1.028 1.7036 1.522 1.7439 2.410 1.8185 3.002 1.8687 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.147 0.601 0.340 0.628 1.028 0.702 1.522 0.745 2.410 0.813 3.002 0.856 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.147 1.6564 0.340 1.6647 1.028 1.7144 1.522 1.7547 2.410 1.8294 3.002 1.8795 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=1 condition=0 Input Transition Output Slope Input Transition Delay 0.147 0.000 0.153 0.816 0.340 0.000 0.345 0.878 1.028 0.000 1.031 1.051 1.522 0.000 1.525 1.160 2.410 0.000 2.411 1.345 3.002 0.000 3.005 1.463 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.153 7.0612 0.345 7.0763 1.031 7.1459 1.525 7.1942 2.411 7.2806 3.005 7.3366 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope Input Transition Delay 0.153 0.000 0.153 0.810 0.345 0.000 0.345 0.873 1.031 0.000 1.031 1.045 1.525 0.000 1.525 1.155 2.411 0.000 2.411 1.340 3.005 0.000 3.005 1.458 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.153 7.0541 0.345 7.0692 1.031 7.1388 1.525 7.1870 2.411 7.2735 3.005 7.3295 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=1 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.177 0.839 0.367 0.867 1.052 0.940 1.541 0.984 2.417 1.053 3.002 1.093 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.177 5.7887 0.367 5.8146 1.052 5.9575 1.541 6.0809 2.417 6.3137 3.002 6.4688 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.177 0.000 0.367 0.000 1.052 0.000 1.541 0.000 2.417 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.189 0.555 0.380 0.617 1.057 0.792 1.546 0.901 2.423 1.084 3.006 1.197 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.189 14.4911 0.380 14.5441 1.057 14.7290 1.546 14.8479 2.423 15.0915 3.006 15.2442 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.189 0.000 0.380 0.000 1.057 0.000 1.546 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.245 7.8765 0.270 8.0874 0.431 7.9482 0.460 8.1950 1.102 8.3007 1.117 8.6544 1.573 8.5862 1.589 8.9805 2.421 9.1187 2.443 9.5587 2.986 9.4719 3.012 9.9398 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3754 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8098 0.342 1.8246 1.031 1.8767 1.525 1.9188 2.410 2.0005 2.999 2.0563 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7389 1.038 0.8571 1.530 0.9344 2.413 1.0669 3.006 1.1506 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4800 1.037 2.5857 1.527 2.6483 2.413 2.7614 3.001 2.8309 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.147 6.7434 0.340 6.7527 1.028 6.8084 1.522 6.8518 2.410 6.9324 3.002 6.9874 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.147 0.5780 0.340 0.5885 1.028 0.6404 1.522 0.6835 2.410 0.7613 3.002 0.8137 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.147 5.6633 0.340 5.6804 1.028 5.7240 1.522 5.7727 2.410 5.8552 3.002 5.9107 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.153 12.9115 0.345 12.9324 1.031 13.0165 1.525 13.0752 2.411 13.1764 3.005 13.2424 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.153 0.5996 0.345 0.6188 1.031 0.6961 1.525 0.7506 2.411 0.8458 3.005 0.9071 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.153 5.6420 0.345 5.6580 1.031 5.7323 1.525 5.7884 2.411 5.8846 3.005 5.9433 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.325 6.2429 0.650 5.2416 1.778 4.3929 2.585 4.1893 4.033 3.9928 4.999 3.9100 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.321 -1.0194 0.638 -1.8662 1.764 -2.6772 2.574 -2.8879 4.029 -3.0964 5.000 -3.1866 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.170 5.7961 0.361 5.8177 1.047 5.9317 1.536 6.0371 2.414 6.2254 3.001 6.3460 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4538 1.047 0.5749 1.536 0.6748 2.414 0.8583 3.001 0.9814 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8136 1.536 0.9894 2.414 1.3071 3.002 1.5190 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4087 0.361 5.4214 1.047 5.5381 1.536 5.6425 2.414 5.8300 3.001 5.9513 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7976 0.361 5.8179 1.047 5.9317 1.536 6.0373 2.414 6.2256 3.001 6.3462 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1007 0.374 6.0905 1.052 6.2096 1.543 6.3070 2.423 6.4805 3.010 6.5985 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0122 2.423 1.1917 3.010 1.3117 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5876 1.052 5.5887 1.543 5.6114 2.423 5.6513 3.010 5.6817 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8292 1.543 5.9273 2.423 6.1022 3.010 6.2215 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1027 0.374 6.0926 1.052 6.2116 1.543 6.3091 2.423 6.4827 3.010 6.6008 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.177 9.2713 0.367 9.2970 1.053 9.4525 1.541 9.5830 2.416 9.8218 3.002 9.9833 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.177 4.3641 0.367 4.3885 1.053 4.5397 1.541 4.6671 2.416 4.9001 3.002 5.0572 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.177 4.0281 0.367 4.0518 1.053 4.2030 1.541 4.3304 2.416 4.5632 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.177 9.2733 0.367 9.2994 1.053 9.4548 1.541 9.5853 2.416 9.8241 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.189 10.4549 0.380 10.5096 1.057 10.7157 1.546 10.8610 2.423 11.1228 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.189 5.2809 0.380 5.3330 1.057 5.5294 1.546 5.6697 2.423 5.9178 3.002 4.7205 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.189 6.4502 0.380 6.4820 1.057 6.6941 1.546 6.8347 2.423 7.0914 3.006 7.2558 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0301 0.335 4.9978 1.025 4.9235 1.520 4.8749 2.409 4.8004 3.002 4.7494 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2535 1.028 0.2876 1.522 0.3145 2.411 0.3640 3.005 0.3968 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.160 0.5513 0.352 0.5619 1.040 0.6177 1.533 0.6619 2.412 0.7468 2.998 0.8035 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 3.002 9.9855 3.006 11.3007 3.006 6.0884 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.189 10.4563 0.380 10.5112 1.057 10.7170 1.546 10.8625 2.423 11.1239 3.006 11.3023 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3455 0.335 5.3187 1.025 5.2324 1.520 5.1776 2.409 5.0876 3.002 5.0320 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3994 0.335 0.4066 1.025 0.4411 1.520 0.4714 2.409 0.5297 3.002 0.5695 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3491 0.335 5.3220 1.025 5.2357 1.520 5.1808 2.409 5.0912 3.002 5.0356 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4044 0.335 5.4123 1.025 5.4470 1.520 5.4772 2.409 5.5351 3.002 5.5745 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4488 0.341 0.4885 1.028 0.6428 1.522 0.7513 2.411 0.9429 3.005 1.0688 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3919 0.341 0.4299 1.028 0.5766 1.522 0.6795 2.411 0.8610 3.005 0.9802 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4470 0.341 0.4867 1.028 0.6412 1.522 0.7497 2.411 0.9415 3.005 1.0673 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2603 0.341 5.1406 1.028 5.0437 1.522 5.0332 2.411 5.0504 3.005 5.0718 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.160 1.7511 0.352 1.7692 1.040 1.8460 1.533 1.9066 2.412 2.0180 2.998 2.0940 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1961 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2537 0.367 2.3032 1.051 2.4707 1.537 2.5737 2.418 2.7480 3.006 2.8586 A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&PEN&PU condition1:!PD&!PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 24mA, slow slew rate, input-output pad, 5V tolerant PLBI24S Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.05645 0.02459 0.03631 2.00261 0.04155 0.04027 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 444.700 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.89994 17.87860 59.53573 89.39298 125.15018 178.78597 Transition 5.89994 17.87860 59.53573 89.39298 125.15018 178.78597 0.188 0.915 1.152 1.802 2.236 2.750 3.517 0.188 64.3097 127.5432 353.6172 515.9527 710.4293 1002.1879 0.376 0.942 1.179 1.828 2.263 2.777 3.543 0.376 64.3486 127.5831 353.6477 515.9983 710.4631 1002.2084 1.060 1.009 1.246 1.896 2.331 2.844 3.611 1.060 64.5359 127.7614 353.8295 516.1668 710.6428 1002.3911 1.545 1.049 1.286 1.935 2.370 2.884 3.651 1.545 64.6996 127.9256 353.9800 516.3281 710.7930 1002.5497 2.419 1.110 1.347 1.997 2.432 2.945 3.712 2.419 65.0044 128.2215 354.2733 516.6186 711.0831 1002.8423 3.001 1.147 1.383 2.033 2.468 2.982 3.748 3.001 65.2070 128.4101 354.4744 516.8194 711.2770 1003.0358 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 5.89994 17.87860 59.53573 89.39298 125.15018 178.78597 0.188 0.382 0.707 1.806 2.610 3.582 5.051 0.376 0.382 0.707 1.806 2.609 3.583 5.052 1.060 0.382 0.708 1.806 2.609 3.582 5.052 1.545 0.382 0.708 1.806 2.609 3.582 5.051 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 5.90755 17.90165 59.61251 89.50827 125.31157 179.01653 0.188 0.889 1.139 1.794 2.230 2.745 3.514 0.376 0.916 1.165 1.820 2.256 2.771 3.541 1.060 0.983 1.233 1.888 2.324 2.840 3.608 1.545 1.022 1.272 1.927 2.363 2.878 3.647 2.419 3.001 0.382 0.382 0.708 0.708 1.806 1.806 2.609 2.609 3.582 3.582 5.052 5.052 2.419 3.001 1.084 1.120 1.334 1.370 1.989 2.025 2.425 2.461 2.940 2.976 3.708 3.746 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.90755 17.90165 59.61251 89.50827 125.31157 179.01653 Transition 5.90755 17.90165 59.61251 89.50827 125.31157 179.01653 0.188 54.0949 118.8624 345.8139 508.5511 703.4276 995.8168 0.188 0.399 0.723 1.816 2.620 3.594 5.065 0.376 54.1212 118.8969 345.8526 508.5893 703.4764 995.8583 0.376 0.398 0.723 1.817 2.620 3.593 5.064 1.060 54.2932 119.0681 346.0156 508.7554 703.6464 996.0299 1.060 0.399 0.722 1.817 2.620 3.594 5.064 1.545 54.4432 119.2177 346.1589 508.8943 703.7788 996.1690 1.545 0.399 0.722 1.817 2.620 3.593 5.065 2.419 54.7057 119.4876 346.4326 509.1712 704.0655 996.4326 2.419 0.398 0.722 1.817 2.620 3.593 5.064 3.001 54.8922 119.6661 346.6189 509.3513 704.2348 996.6169 3.001 0.399 0.723 1.817 2.619 3.593 5.065 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90215 17.88532 59.55811 89.42659 125.19722 178.85318 Transition 5.90215 17.88532 59.55811 89.42659 125.19722 178.85318 0.188 0.915 1.153 1.803 2.238 2.753 3.520 0.188 59.1630 122.4891 348.8464 511.3797 706.0898 998.1190 0.376 0.942 1.179 1.829 2.264 2.779 3.546 0.376 59.2019 122.5317 348.8826 511.4205 706.1260 998.1598 1.060 1.010 1.247 1.897 2.332 2.846 3.614 1.060 59.3831 122.7089 349.0536 511.6002 706.2982 998.3251 1.545 1.049 1.286 1.936 2.372 2.886 3.654 1.545 59.5449 122.8627 349.2113 511.7418 706.4491 998.4778 2.419 1.111 1.348 1.998 2.433 2.948 3.715 2.419 59.8435 123.1510 349.4856 512.0270 706.7312 998.7701 3.001 1.147 1.384 2.034 2.469 2.984 3.751 3.001 60.0454 123.3490 349.6860 512.2257 706.9283 998.9645 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90215 17.88532 59.55811 89.42659 125.19722 178.85318 Transition 5.90601 17.89701 59.59705 89.48506 125.27909 178.97013 0.188 0.382 0.707 1.806 2.609 3.583 5.052 0.188 0.915 1.152 1.802 2.237 2.751 3.519 0.376 0.382 0.707 1.806 2.609 3.582 5.053 0.376 0.942 1.179 1.828 2.264 2.778 3.544 1.060 0.382 0.707 1.806 2.609 3.582 5.053 1.060 1.009 1.246 1.896 2.331 2.845 3.612 1.545 0.382 0.707 1.806 2.609 3.583 5.052 1.545 1.049 1.286 1.935 2.371 2.885 3.652 2.419 0.382 0.707 1.806 2.609 3.582 5.053 2.419 1.110 1.347 1.997 2.432 2.947 3.713 3.001 0.382 0.707 1.806 2.610 3.583 5.053 3.001 1.146 1.383 2.033 2.468 2.983 3.749 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90601 17.89701 59.59705 89.48506 125.27909 178.97013 Transition 5.90601 17.89701 59.59705 89.48506 125.27909 178.97013 0.188 59.4349 122.7697 349.1493 511.7080 706.4420 998.5522 0.188 0.382 0.707 1.806 2.610 3.583 5.053 0.376 59.5131 122.8454 349.2237 511.7847 706.5144 998.6222 0.376 0.382 0.707 1.806 2.609 3.582 5.053 1.060 59.8082 123.1367 349.5107 512.0797 706.8161 998.9089 1.060 0.382 0.708 1.806 2.610 3.583 5.053 1.545 60.0469 123.3722 349.7460 512.3082 707.0320 999.1410 1.545 0.382 0.707 1.806 2.610 3.583 5.052 2.419 60.4912 123.8023 350.1812 512.7373 707.4655 999.5690 2.419 0.382 0.708 1.806 2.610 3.582 5.053 3.001 60.7873 124.0967 350.4660 513.0251 707.7531 999.8662 3.001 0.382 0.707 1.806 2.610 3.583 5.053 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 5.89835 17.87380 59.51975 89.36900 125.11660 178.73800 Transition 5.89835 17.87380 59.51975 89.36900 125.11660 178.73800 0.188 0.916 1.153 1.803 2.238 2.752 3.520 0.188 64.0493 127.3030 353.4179 515.8073 710.3212 1002.1157 0.376 0.942 1.179 1.829 2.264 2.779 3.546 0.376 64.0536 127.3045 353.4323 515.8082 710.3407 1002.1186 1.060 1.010 1.247 1.897 2.332 2.846 3.614 1.060 64.1223 127.3701 353.4923 515.8674 710.4006 1002.1719 1.545 1.049 1.286 1.936 2.371 2.886 3.652 1.545 64.2034 127.4500 353.5601 515.9403 710.4715 1002.2563 2.419 1.111 1.348 1.998 2.433 2.947 3.715 2.419 64.3638 127.5992 353.7068 516.0936 710.6116 1002.3971 3.001 1.147 1.384 2.034 2.469 2.984 3.751 3.001 64.4783 127.7072 353.8152 516.1964 710.7174 1002.5056 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.89835 17.87380 59.51975 89.36900 125.11660 178.73800 Transition 4.77315 14.46408 48.16538 72.32038 101.24854 144.64077 0.188 0.382 0.707 1.806 2.610 3.584 5.053 0.200 1.002 1.171 1.713 2.099 2.563 3.257 0.376 0.382 0.707 1.806 2.610 3.583 5.054 0.391 1.066 1.234 1.777 2.163 2.626 3.320 1.060 0.382 0.707 1.806 2.610 3.583 5.053 1.066 1.245 1.413 1.956 2.342 2.806 3.500 1.545 0.382 0.707 1.806 2.610 3.584 5.053 1.551 1.359 1.527 2.070 2.457 2.920 3.614 2.419 0.382 0.707 1.806 2.610 3.584 5.054 2.424 1.551 1.719 2.262 2.648 3.111 3.805 3.001 0.382 0.707 1.806 2.610 3.583 5.054 3.006 1.673 1.841 2.383 2.769 3.233 3.927 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77315 14.46408 48.16538 72.32038 101.24854 144.64077 Transition 4.77315 14.46408 48.16538 72.32038 101.24854 144.64077 0.200 61.1138 110.7387 291.6548 422.5664 579.6610 815.4658 0.200 0.329 0.641 1.758 2.569 3.551 5.021 0.391 61.1763 110.7921 291.7143 422.6322 579.7138 815.5152 0.391 0.330 0.641 1.757 2.571 3.549 5.025 1.066 61.4009 111.0329 291.9468 422.8620 579.9448 815.7520 1.066 0.330 0.641 1.757 2.570 3.550 5.022 1.551 61.5919 111.2007 292.1087 423.0212 580.0981 815.9097 1.551 0.330 0.641 1.758 2.570 3.550 5.024 2.424 61.8758 111.4890 292.4002 423.3156 580.3933 816.1902 2.424 0.330 0.641 1.757 2.569 3.551 5.023 3.006 62.0584 111.6767 292.5901 423.5041 580.5863 816.3718 3.006 0.330 0.641 1.757 2.569 3.549 5.024 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77879 14.48118 48.22234 72.40592 101.36829 144.81184 Transition 4.77879 14.48118 48.22234 72.40592 101.36829 144.81184 0.200 0.939 1.119 1.670 2.058 2.523 3.219 0.200 46.2308 98.9871 282.6510 414.2977 571.9608 808.4176 0.391 1.002 1.183 1.733 2.121 2.586 3.282 0.391 46.2702 99.0441 282.7041 414.3498 572.0155 808.4800 1.066 1.181 1.362 1.913 2.301 2.766 3.462 1.066 46.5097 99.2734 282.9470 414.5799 572.2440 808.7177 1.551 1.295 1.476 2.026 2.415 2.880 3.575 1.551 46.6902 99.4452 283.1002 414.7437 572.3977 808.8752 2.424 1.487 1.667 2.218 2.606 3.070 3.767 2.424 46.9595 99.7307 283.3955 415.0378 572.7005 809.1717 3.006 1.608 1.789 2.339 2.728 3.192 3.888 3.006 47.1514 99.9168 283.5799 415.2300 572.8962 809.3414 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.77879 14.48118 48.22234 72.40592 101.36829 144.81184 0.200 0.344 0.649 1.759 2.572 3.553 5.026 0.391 0.345 0.649 1.758 2.574 3.554 5.025 1.066 0.345 0.649 1.759 2.573 3.552 5.027 1.551 0.345 0.649 1.760 2.573 3.553 5.025 2.424 0.345 0.649 1.759 2.572 3.552 5.029 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.77448 14.46811 48.17880 72.34054 101.27675 144.68107 0.200 1.002 1.171 1.714 2.101 2.564 3.258 0.391 1.066 1.234 1.777 2.164 2.627 3.322 1.066 1.245 1.413 1.957 2.343 2.807 3.502 1.551 1.359 1.527 2.070 2.457 2.921 3.615 2.424 1.551 1.719 2.263 2.649 3.113 3.807 3.006 0.345 0.649 1.759 2.573 3.551 5.028 3.006 1.673 1.841 2.384 2.771 3.234 3.929 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77448 14.46811 48.17880 72.34054 101.27675 144.68107 Transition 4.77448 14.46811 48.17880 72.34054 101.27675 144.68107 0.200 55.7598 105.4351 286.5397 417.5822 574.8205 810.8413 0.200 0.328 0.640 1.757 2.570 3.551 5.025 0.391 55.8278 105.4993 286.6005 417.6362 574.8738 810.8810 0.391 0.329 0.640 1.756 2.570 3.550 5.024 1.066 56.0564 105.7377 286.8391 417.8804 575.1149 811.1291 1.066 0.329 0.640 1.756 2.569 3.550 5.020 1.551 56.2482 105.9108 287.0025 418.0426 575.2668 811.2835 1.551 0.329 0.640 1.757 2.570 3.551 5.023 2.424 56.5393 106.2053 287.3022 418.3383 575.5701 811.5676 2.424 0.329 0.640 1.756 2.571 3.550 5.022 3.006 56.7215 106.4005 287.4943 418.5293 575.7642 811.7576 3.006 0.329 0.640 1.756 2.569 3.548 5.022 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.76778 14.44781 48.11120 72.23904 101.13466 144.47808 Transition 4.76778 14.44781 48.11120 72.23904 101.13466 144.47808 0.200 1.002 1.171 1.713 2.100 2.563 3.257 0.200 60.8287 110.4129 291.1779 421.9970 578.9160 814.5833 0.391 1.066 1.234 1.777 2.163 2.626 3.320 0.391 60.8519 110.4290 291.2000 422.0142 578.9381 814.6040 1.066 1.245 1.413 1.956 2.342 2.806 3.500 1.066 60.9530 110.5403 291.3045 422.1206 579.0440 814.6960 1.551 1.359 1.527 2.070 2.457 2.919 3.614 1.551 61.0512 110.6186 291.3809 422.1866 579.1146 814.7863 2.424 1.551 1.719 2.262 2.648 3.111 3.805 2.424 61.1806 110.7571 291.5192 422.3292 579.2472 814.9053 3.006 1.673 1.841 2.383 2.770 3.233 3.927 3.006 61.2597 110.8415 291.6060 422.4182 579.3351 814.9896 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.76778 14.44781 48.11120 72.23904 101.13466 144.47808 Transition 4.77517 14.47021 48.18579 72.35104 101.29146 144.70208 0.200 0.329 0.641 1.756 2.569 3.548 5.020 0.200 1.002 1.170 1.713 2.099 2.562 3.257 0.391 0.330 0.640 1.756 2.570 3.548 5.019 0.391 1.065 1.233 1.776 2.163 2.626 3.319 1.066 0.330 0.640 1.756 2.570 3.550 5.021 1.066 1.245 1.413 1.956 2.342 2.805 3.499 1.551 0.330 0.640 1.756 2.570 3.548 5.024 1.551 1.359 1.527 2.070 2.456 2.919 3.613 2.424 0.330 0.640 1.756 2.569 3.548 5.023 2.424 1.551 1.719 2.261 2.648 3.110 3.804 3.006 0.330 0.641 1.757 2.569 3.549 5.023 3.006 1.672 1.840 2.383 2.769 3.232 3.927 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77517 14.47021 48.18579 72.35104 101.29146 144.70208 Transition 4.77517 14.47021 48.18579 72.35104 101.29146 144.70208 0.200 56.0202 105.6918 286.7503 417.7599 574.9447 810.9239 0.200 0.328 0.640 1.756 2.569 3.548 5.021 0.391 56.1287 105.7835 286.8555 417.8644 575.0401 811.0402 0.391 0.329 0.640 1.755 2.568 3.545 5.020 1.066 56.4841 106.1547 287.2166 418.2309 575.4051 811.3793 1.066 0.329 0.640 1.755 2.567 3.547 5.022 1.551 56.7643 106.4158 287.4682 418.4756 575.6572 811.6463 1.551 0.329 0.640 1.756 2.568 3.548 5.019 2.424 57.2094 106.8675 287.9173 418.9379 576.1107 812.0893 2.424 0.329 0.640 1.755 2.569 3.547 5.018 3.006 57.4991 107.1571 288.2152 419.2288 576.4016 812.4041 3.006 0.329 0.640 1.755 2.569 3.546 5.019 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75768 10.14667 14.20533 20.29333 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.342 1.471 1.583 1.965 2.239 2.567 3.059 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.525 1.608 1.720 2.102 2.376 2.704 3.196 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75768 10.14667 14.20533 20.29333 0.150 3.3823 5.5775 13.2059 18.6723 25.2165 35.0348 0.342 3.3899 5.5893 13.2181 18.6845 25.2290 35.0471 1.031 3.4459 5.6456 13.2743 18.7405 25.2852 35.1038 1.525 3.4882 5.6885 13.3173 18.7836 25.3281 35.1467 2.410 2.999 1.690 1.740 1.802 1.852 2.184 2.234 2.458 2.508 2.786 2.836 3.278 3.328 2.410 2.999 3.5721 5.7713 13.3998 18.8666 25.4107 35.2292 3.6292 5.8284 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75768 10.14667 14.20533 20.29333 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39630 6.60105 9.24148 13.20211 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39630 6.60105 9.24148 13.20211 0.159 11.1091 12.5355 17.4966 21.0487 25.3011 31.6800 0.351 11.0782 12.5094 17.4692 21.0218 25.2749 31.6540 1.037 11.0087 12.4348 17.3949 20.9471 25.2001 31.5796 1.527 10.9511 12.3827 17.3427 20.8954 25.1487 31.5267 2.413 10.8545 12.2840 17.2439 20.7963 25.0494 31.4283 3.001 10.7874 12.2169 17.1767 20.7293 24.9826 31.3612 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39630 6.60105 9.24148 13.20211 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.90601 17.89699 59.59696 89.48493 125.27890 178.96985 Transition 5.90601 17.89699 59.59696 89.48493 125.27890 178.96985 0.174 1.300 1.549 2.204 2.640 3.155 3.924 0.174 53.3267 118.0980 344.9907 507.6831 702.5459 994.8029 0.366 1.360 1.610 2.264 2.701 3.216 3.984 0.366 53.3577 118.1273 345.0201 507.7246 702.5726 994.8468 1.046 1.531 1.780 2.435 2.871 3.386 4.154 1.046 53.4924 118.2682 345.1623 507.8611 702.7046 994.9694 1.536 1.639 1.889 2.544 2.980 3.495 4.263 1.536 53.5908 118.3671 345.2519 507.9494 702.8071 995.0581 2.418 1.823 2.073 2.727 3.163 3.679 4.447 2.418 53.7700 118.5380 345.4270 508.1261 702.9873 995.2488 3.005 1.940 2.190 2.844 3.281 3.796 4.565 3.005 53.8891 118.6571 345.5486 508.2495 703.0893 995.3524 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.90601 17.89699 59.59696 89.48493 125.27890 178.96985 Transition 5.91592 17.92704 59.69703 89.63518 125.48925 179.27036 0.174 0.399 0.722 1.816 2.620 3.592 5.064 0.174 1.302 1.552 2.206 2.643 3.159 3.928 0.366 0.398 0.722 1.816 2.620 3.593 5.063 0.366 1.363 1.612 2.267 2.703 3.219 3.989 1.046 0.398 0.722 1.816 2.619 3.592 5.063 1.046 1.533 1.783 2.437 2.874 3.389 4.159 1.536 0.398 0.722 1.816 2.619 3.592 5.063 1.536 1.642 1.891 2.546 2.983 3.498 4.268 2.418 0.399 0.722 1.816 2.619 3.592 5.063 2.418 1.825 2.075 2.729 3.166 3.682 4.452 3.005 0.398 0.722 1.816 2.619 3.592 5.064 3.005 1.942 2.192 2.846 3.283 3.799 4.568 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.91592 17.92704 59.69703 89.63518 125.48925 179.27036 Transition 5.91592 17.92704 59.69703 89.63518 125.48925 179.27036 0.174 51.8048 117.1845 344.5667 507.5405 702.7238 995.4862 0.174 0.394 0.718 1.812 2.617 3.592 5.065 0.366 51.8378 117.2228 344.5951 507.5771 702.7572 995.5109 0.366 0.394 0.718 1.813 2.617 3.592 5.064 1.046 51.9803 117.3588 344.7352 507.7016 702.8861 995.6529 1.046 0.394 0.717 1.812 2.617 3.591 5.064 1.536 52.0787 117.4586 344.8424 507.8040 702.9869 995.7468 1.536 0.394 0.718 1.812 2.617 3.591 5.065 2.418 52.2520 117.6349 345.0176 507.9821 703.1671 995.9298 2.418 0.394 0.718 1.813 2.617 3.591 5.064 3.005 52.3718 117.7523 345.1263 508.1080 703.2781 996.0513 3.005 0.394 0.718 1.813 2.617 3.591 5.065 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90923 17.90675 59.62948 89.53376 125.34726 179.06751 Transition 5.90923 17.90675 59.62948 89.53376 125.34726 179.06751 0.174 1.299 1.549 2.203 2.639 3.154 3.923 0.174 60.5433 126.3952 353.9599 516.7556 711.6686 1003.9594 0.366 1.359 1.609 2.263 2.699 3.214 3.982 0.366 60.6072 126.4620 354.0233 516.8292 711.7357 1004.0175 1.046 1.530 1.780 2.434 2.870 3.385 4.153 1.046 60.9018 126.7519 354.3073 517.1270 712.0364 1004.3053 1.537 1.640 1.889 2.544 2.980 3.494 4.263 1.537 61.1314 126.9802 354.5449 517.3551 712.2650 1004.5329 2.418 1.823 2.074 2.728 3.164 3.678 4.447 2.418 61.5569 127.4087 354.9701 517.7673 712.6893 1004.9754 3.005 1.941 2.191 2.845 3.281 3.796 4.564 3.005 61.8431 127.6941 355.2610 518.0602 712.9704 1005.2570 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90923 17.90675 59.62948 89.53376 125.34726 179.06751 Transition 5.91388 17.92084 59.67640 89.60420 125.44588 179.20840 0.174 0.388 0.713 1.809 2.613 3.587 5.059 0.174 1.299 1.549 2.203 2.639 3.154 3.923 0.366 0.388 0.712 1.809 2.613 3.588 5.059 0.366 1.358 1.609 2.263 2.699 3.214 3.982 1.046 0.388 0.713 1.809 2.613 3.588 5.060 1.046 1.530 1.780 2.434 2.871 3.385 4.155 1.537 0.388 0.713 1.809 2.614 3.587 5.059 1.537 1.639 1.889 2.544 2.980 3.495 4.264 2.418 0.388 0.713 1.809 2.613 3.587 5.059 2.418 1.823 2.073 2.728 3.164 3.679 4.447 3.005 0.388 0.713 1.809 2.613 3.587 5.060 3.005 1.940 2.190 2.845 3.281 3.797 4.566 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.91388 17.92084 59.67640 89.60420 125.44588 179.20840 Transition 5.91388 17.92084 59.67640 89.60420 125.44588 179.20840 0.174 55.7561 121.6885 349.5188 512.4976 707.6262 1000.2008 0.174 0.388 0.712 1.809 2.613 3.587 5.059 0.366 55.8610 121.8017 349.6224 512.6020 707.7171 1000.3074 0.366 0.388 0.712 1.809 2.613 3.588 5.059 1.046 56.2820 122.2180 350.0445 513.0193 708.1475 1000.7289 1.046 0.388 0.712 1.809 2.613 3.588 5.060 1.537 56.5999 122.5315 350.3559 513.3397 708.4534 1001.0293 1.537 0.388 0.712 1.809 2.613 3.587 5.059 2.418 57.1785 123.1193 350.9360 513.9108 709.0389 1001.6312 2.418 0.388 0.713 1.809 2.613 3.588 5.059 3.005 57.5629 123.4992 351.3250 514.3077 709.4293 1001.9927 3.005 0.388 0.712 1.809 2.613 3.587 5.060 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66512 2.01552 6.71167 10.07759 14.10862 20.15518 0.330 0.705 0.815 1.195 1.467 1.793 2.281 0.652 0.800 0.910 1.290 1.562 1.888 2.376 1.779 1.088 1.199 1.578 1.850 2.176 2.665 2.586 1.278 1.389 1.768 2.040 2.366 2.855 4.033 1.610 1.720 2.100 2.372 2.698 3.186 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66512 2.01552 6.71167 10.07759 14.10862 20.15518 0.330 9.6909 11.8701 19.4452 24.8745 31.3750 41.1249 0.652 8.5794 10.7587 18.3337 23.7624 30.2634 40.0130 1.779 8.3279 10.5080 18.0834 23.5124 30.0134 39.7639 2.586 8.6323 10.8120 18.3869 23.8152 30.3161 40.0675 4.033 9.4177 11.5972 19.1728 24.6012 31.1022 40.8523 4.998 1.827 1.937 2.317 2.589 2.914 3.403 4.998 10.0122 12.1928 19.7680 25.1970 31.6975 41.4480 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66512 2.01552 6.71167 10.07759 14.10862 20.15518 0.330 0.126 0.321 1.023 1.527 2.132 3.039 0.652 0.126 0.321 1.023 1.528 2.132 3.039 1.779 0.126 0.321 1.023 1.527 2.132 3.039 2.586 0.126 0.321 1.023 1.527 2.132 3.039 4.033 0.126 0.321 1.023 1.528 2.131 3.039 4.998 0.126 0.321 1.023 1.527 2.132 3.039 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66517 2.01566 6.71215 10.07831 14.10963 20.15662 0.330 0.627 0.737 1.117 1.389 1.714 2.203 0.651 0.702 0.812 1.192 1.464 1.790 2.279 1.780 0.915 1.025 1.405 1.677 2.002 2.491 2.587 1.053 1.164 1.544 1.816 2.141 2.630 4.034 1.291 1.401 1.781 2.053 2.379 2.868 4.999 1.444 1.554 1.934 2.206 2.532 3.020 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66517 2.01566 6.71215 10.07831 14.10963 20.15662 0.330 9.2856 11.4659 19.0411 24.4695 30.9718 40.7237 0.651 8.0606 10.2406 17.8163 23.2443 29.7467 39.4987 1.780 7.4111 9.5902 17.1655 22.5939 29.0966 38.8486 2.587 7.4436 9.6289 17.2069 22.6350 29.1375 38.8890 4.034 7.7546 9.9343 17.5104 22.9391 29.4411 39.1929 4.999 8.0395 10.2253 17.8042 23.2322 29.7356 39.4875 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66517 2.01566 6.71215 10.07831 14.10963 20.15662 0.330 0.126 0.321 1.023 1.528 2.132 3.039 0.651 0.126 0.321 1.022 1.527 2.133 3.039 1.780 0.126 0.321 1.023 1.527 2.132 3.040 2.587 0.126 0.321 1.022 1.527 2.132 3.039 4.034 0.126 0.321 1.023 1.527 2.132 3.039 4.999 0.126 0.321 1.023 1.528 2.132 3.039 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66482 2.01462 6.70868 10.07310 14.10234 20.14620 0.330 0.545 0.655 1.035 1.307 1.632 2.121 0.652 0.627 0.737 1.117 1.389 1.715 2.203 1.782 0.856 0.966 1.345 1.617 1.943 2.431 2.588 1.004 1.114 1.494 1.766 2.091 2.580 4.034 1.263 1.373 1.752 2.024 2.350 2.838 4.999 1.431 1.541 1.921 2.193 2.518 3.007 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66482 2.01462 6.70868 10.07310 14.10234 20.14620 0.330 9.5250 11.7101 19.2821 24.7080 31.2060 40.9535 0.652 8.4782 10.6618 18.2337 23.6597 30.1567 39.9044 1.782 8.4958 10.6744 18.2457 23.6722 30.1701 39.9169 2.588 9.0453 11.2246 18.7964 24.2224 30.7195 40.4666 4.034 10.3248 12.5033 20.0750 25.5006 31.9987 41.7455 4.999 11.2601 13.4385 21.0098 26.4358 32.9327 42.6803 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66482 2.01462 6.70868 10.07310 14.10234 20.14620 0.330 0.125 0.321 1.022 1.526 2.132 3.037 0.652 0.125 0.321 1.022 1.527 2.131 3.038 1.782 0.125 0.321 1.022 1.526 2.131 3.037 2.588 0.125 0.321 1.022 1.527 2.130 3.038 4.034 0.126 0.321 1.022 1.527 2.130 3.037 4.999 0.126 0.321 1.022 1.527 2.131 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43457 1.31687 4.38518 6.58435 9.21809 13.16870 0.322 0.995 1.089 1.415 1.648 1.927 2.345 0.639 0.998 1.092 1.418 1.651 1.930 2.349 1.768 1.031 1.125 1.451 1.684 1.963 2.381 2.577 1.068 1.163 1.488 1.721 2.000 2.419 4.030 1.145 1.240 1.565 1.798 2.077 2.496 4.996 1.200 1.294 1.619 1.852 2.131 2.550 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43457 1.31687 4.38518 6.58435 9.21809 13.16870 0.322 17.3150 18.7401 23.6883 27.2314 31.4731 37.8369 0.639 16.4293 17.8598 22.8074 26.3505 30.5926 36.9563 1.768 16.0203 17.4510 22.3985 25.9415 30.1843 36.5475 2.577 16.2988 17.7292 22.6770 26.2201 30.4617 36.8246 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43457 1.31687 4.38518 6.58435 9.21809 13.16870 0.322 0.130 0.324 1.022 1.523 2.123 3.026 0.639 0.130 0.324 1.021 1.523 2.123 3.025 1.768 0.130 0.324 1.021 1.523 2.123 3.025 2.577 0.130 0.324 1.022 1.523 2.124 3.024 4.030 4.996 17.0829 18.5128 23.4608 27.0033 31.2461 37.6101 17.6811 19.1058 24.0543 27.5969 31.8398 38.2034 4.030 4.996 0.129 0.130 0.324 0.324 1.022 1.023 1.523 1.523 2.122 2.125 3.022 3.025 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43637 1.32234 4.40339 6.61169 9.25637 13.22339 0.321 0.749 0.843 1.170 1.404 1.684 2.105 0.640 0.740 0.835 1.161 1.395 1.676 2.096 1.768 0.698 0.792 1.119 1.353 1.633 2.054 2.577 0.669 0.763 1.090 1.324 1.604 2.024 4.031 0.599 0.693 1.020 1.254 1.534 1.954 5.001 0.541 0.635 0.962 1.196 1.476 1.896 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43637 1.32234 4.40339 6.61169 9.25637 13.22339 0.321 10.1016 11.5295 16.4978 20.0560 24.3155 30.7046 0.640 9.1625 10.5974 15.5654 19.1233 23.3832 29.7725 1.768 8.2350 9.6680 14.6360 18.1936 22.4539 28.8419 2.577 8.0567 9.4897 14.4580 18.0160 22.2757 28.6641 4.031 8.0001 9.4279 14.3964 17.9542 22.2146 28.6031 5.001 8.0283 9.4609 14.4286 17.9868 22.2467 28.6355 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43637 1.32234 4.40339 6.61169 9.25637 13.22339 0.321 0.132 0.326 1.026 1.529 2.132 3.037 0.640 0.132 0.326 1.025 1.531 2.132 3.037 1.768 0.132 0.326 1.026 1.529 2.132 3.037 2.577 0.132 0.326 1.026 1.530 2.133 3.038 4.031 0.133 0.326 1.025 1.531 2.132 3.037 5.001 0.132 0.327 1.027 1.529 2.131 3.035 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43485 1.31774 4.38808 6.58871 9.22419 13.17742 0.323 0.563 0.657 0.982 1.215 1.495 1.914 0.643 0.562 0.656 0.982 1.215 1.494 1.913 1.768 0.551 0.645 0.971 1.204 1.483 1.902 2.577 0.539 0.632 0.958 1.191 1.470 1.889 4.031 0.502 0.597 0.922 1.155 1.435 1.854 5.000 0.473 0.567 0.892 1.125 1.405 1.824 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43485 1.31774 4.38808 6.58871 9.22419 13.17742 0.323 23.3508 24.7792 29.7301 33.2756 37.5204 43.8869 0.643 22.4413 23.8737 28.8242 32.3695 36.6143 42.9805 1.768 22.0172 23.4451 28.3965 31.9419 36.1872 42.5531 2.577 22.2215 23.6483 28.5997 32.1447 36.3905 42.7566 4.031 22.7981 24.2294 29.1814 32.7263 36.9717 43.3377 5.000 23.2459 24.6740 29.6257 33.1711 37.4158 43.7825 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43485 1.31774 4.38808 6.58871 9.22419 13.17742 0.323 0.130 0.324 1.023 1.524 2.125 3.024 0.643 0.130 0.325 1.023 1.524 2.125 3.026 1.768 0.130 0.324 1.022 1.524 2.125 3.024 2.577 0.130 0.325 1.023 1.524 2.123 3.023 4.031 0.129 0.325 1.022 1.523 2.126 3.027 5.000 0.130 0.324 1.022 1.524 2.125 3.024 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77505 14.46986 48.18463 72.34929 101.28901 144.69859 Transition 4.77505 14.46986 48.18463 72.34929 101.28901 144.69859 0.180 1.122 1.302 1.853 2.241 2.705 3.401 0.180 57.4460 110.3659 294.1081 425.6539 583.1391 819.3400 0.370 1.191 1.371 1.922 2.310 2.774 3.470 0.370 57.4929 110.4406 294.2003 425.7417 583.2357 819.4223 1.050 1.390 1.571 2.121 2.510 2.974 3.669 1.050 57.7924 110.8057 294.5889 426.1306 583.6274 819.8087 1.539 1.517 1.698 2.249 2.637 3.101 3.797 1.539 58.0726 111.0883 294.8691 426.4027 583.8975 820.0932 2.418 1.730 1.910 2.461 2.849 3.313 4.008 2.418 58.5953 111.6061 295.3708 426.9137 584.3985 820.5884 3.006 1.864 2.044 2.595 2.983 3.447 4.143 3.006 58.9399 111.9526 295.7200 427.2540 584.7435 820.9373 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77505 14.46986 48.18463 72.34929 101.28901 144.69859 Transition 4.78148 14.48933 48.24945 72.44663 101.42528 144.89325 0.180 0.339 0.646 1.757 2.571 3.550 5.026 0.180 1.122 1.302 1.853 2.242 2.706 3.402 0.370 0.339 0.646 1.758 2.571 3.551 5.023 0.370 1.191 1.371 1.923 2.311 2.775 3.471 1.050 0.339 0.646 1.757 2.571 3.551 5.023 1.050 1.390 1.571 2.122 2.511 2.975 3.671 1.539 0.339 0.645 1.757 2.570 3.552 5.027 1.539 1.517 1.698 2.249 2.637 3.102 3.798 2.418 0.339 0.645 1.757 2.571 3.551 5.023 2.418 1.730 1.910 2.461 2.850 3.314 4.010 3.006 0.339 0.645 1.758 2.572 3.552 5.024 3.006 1.864 2.044 2.595 2.984 3.448 4.144 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.78148 14.48933 48.24945 72.44663 101.42528 144.89325 Transition 4.78148 14.48933 48.24945 72.44663 101.42528 144.89325 0.180 52.4045 105.4195 289.4826 421.2437 579.0144 815.5683 0.180 0.339 0.645 1.757 2.570 3.552 5.025 0.370 52.4929 105.5366 289.6103 421.3784 579.1471 815.6970 0.370 0.339 0.645 1.758 2.571 3.551 5.028 1.050 52.9349 106.0458 290.1379 421.9101 579.6792 816.2127 1.050 0.339 0.645 1.757 2.571 3.551 5.028 1.539 53.3112 106.4200 290.5072 422.2788 580.0523 816.5916 1.539 0.339 0.645 1.757 2.572 3.551 5.027 2.418 53.9972 107.1020 291.1840 422.9525 580.7230 817.2486 2.418 0.338 0.645 1.758 2.570 3.551 5.028 3.006 54.4536 107.5635 291.6348 423.3955 581.1720 817.7050 3.006 0.338 0.644 1.758 2.572 3.552 5.024 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77639 14.47390 48.19809 72.36951 101.31731 144.73902 Transition 4.77639 14.47390 48.19809 72.36951 101.31731 144.73902 0.180 1.100 1.279 1.830 2.218 2.682 3.378 0.180 48.9610 101.6921 285.2565 416.8343 574.4252 810.7881 0.370 1.170 1.350 1.900 2.288 2.752 3.448 0.370 48.9898 101.7228 285.2926 416.8626 574.4562 810.8193 1.050 1.372 1.552 2.102 2.490 2.954 3.650 1.050 49.1471 101.8738 285.4480 417.0074 574.6052 810.9576 1.539 1.500 1.680 2.230 2.618 3.082 3.778 1.539 49.2580 102.0032 285.5699 417.1519 574.7311 811.0804 2.418 1.714 1.894 2.444 2.832 3.296 3.992 2.418 49.4550 102.1973 285.7651 417.3379 574.9346 811.2781 3.006 1.850 2.029 2.579 2.967 3.431 4.127 3.006 49.5959 102.3368 285.9038 417.4816 575.0741 811.4375 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.77639 14.47390 48.19809 72.36951 101.31731 144.73902 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.180 0.339 0.645 1.756 2.569 3.551 5.024 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.370 0.339 0.645 1.757 2.571 3.550 5.025 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.050 0.339 0.645 1.757 2.571 3.551 5.023 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.539 0.339 0.645 1.758 2.571 3.550 5.026 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.418 0.339 0.645 1.757 2.570 3.551 5.025 2.412 1.715 1.827 2.210 2.484 2.813 3.306 3.006 0.338 0.645 1.757 2.571 3.552 5.025 2.997 1.756 1.867 2.250 2.525 2.853 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5234 35.3604 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 1.040 3.7416 5.9412 13.5843 19.0614 25.6210 35.4585 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 2.412 3.9231 6.1224 13.7656 19.2424 25.8026 35.6393 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.154 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 17.2538 18.6889 23.6570 27.2144 31.4740 37.8628 0.368 17.2073 18.6423 23.6106 27.1680 31.4275 37.8155 1.051 17.0757 18.5128 23.4807 27.0383 31.2982 37.6863 1.537 16.9888 18.4196 23.3878 26.9454 31.2047 37.5932 2.418 16.8144 18.2513 23.2187 26.7763 31.0359 37.4239 3.006 16.7040 18.1345 23.1030 26.6608 30.9196 37.3083 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.188 0.064 0.376 0.086 1.060 0.126 1.545 0.151 2.419 0.185 3.001 0.208 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.188 2.8274 0.376 2.8627 1.060 3.0414 1.545 3.1909 2.419 3.4729 3.001 3.6625 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.188 0.000 0.376 0.000 1.060 0.000 1.545 0.000 2.419 0.000 3.001 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.188 0.394 0.376 0.420 1.060 0.488 1.545 0.527 2.419 0.589 3.001 0.625 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.188 7.5033 0.376 7.5368 1.060 7.7081 1.545 7.8525 2.419 8.1246 3.001 8.3092 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.188 0.000 0.376 0.000 1.060 0.000 1.545 0.000 2.419 0.000 3.001 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Delay 0.200 0.869 0.391 0.931 1.067 1.111 1.551 1.225 2.424 1.417 3.006 1.539 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.200 2.3197 0.391 2.3784 1.067 2.6118 1.551 2.7761 2.424 3.0665 3.006 3.2579 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.200 0.000 0.391 0.000 1.067 0.000 1.551 0.000 2.424 0.000 3.006 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.200 0.548 0.391 0.611 1.066 0.791 1.551 0.904 2.424 1.096 3.006 1.217 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.200 9.6062 0.391 9.6652 1.066 9.9001 1.551 10.0657 2.424 10.3570 3.006 10.5497 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.200 0.000 0.391 0.000 1.066 0.000 1.551 0.000 2.424 0.000 3.006 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.167 0.580 0.359 0.601 1.043 0.657 1.534 0.688 2.415 0.735 3.002 0.762 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.167 1.3332 0.359 1.3617 1.043 1.4896 1.534 1.5870 2.415 1.7655 3.002 1.8844 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.167 0.000 0.359 0.000 1.043 0.000 1.534 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.167 0.581 0.359 0.602 1.043 0.658 1.534 0.689 2.415 0.735 3.002 0.763 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.167 1.3256 0.359 1.3540 1.043 1.4820 1.534 1.5794 2.415 1.7580 3.002 1.8768 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=1 condition=0 Input Transition Output Slope Input Transition Delay 0.167 0.000 0.174 0.803 0.359 0.000 0.366 0.863 1.043 0.000 1.046 1.034 1.534 0.000 1.536 1.143 2.415 0.000 2.418 1.326 3.002 0.000 3.005 1.443 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.174 6.7506 0.366 6.7837 1.046 6.9207 1.536 7.0195 2.418 7.1969 3.005 7.3141 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope Input Transition Delay 0.174 0.000 0.174 0.809 0.366 0.000 0.366 0.869 1.046 0.000 1.046 1.040 1.536 0.000 1.536 1.149 2.418 0.000 2.418 1.332 3.005 0.000 3.005 1.449 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.174 6.7548 0.366 6.7880 1.046 6.9249 1.536 7.0236 2.418 7.2009 3.005 7.3181 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=1 Input Transition Output Slope 0.174 0.000 0.366 0.000 1.046 0.000 1.536 0.000 2.418 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.170 0.732 0.361 0.763 1.046 0.831 1.536 0.864 2.415 0.925 3.002 0.955 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.170 4.7549 0.361 4.7802 1.046 4.9012 1.536 5.0098 2.415 5.2014 3.002 5.3356 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.170 0.000 0.361 0.000 1.046 0.000 1.536 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.180 0.600 0.370 0.671 1.050 0.872 1.539 1.000 2.418 1.215 3.006 1.349 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.180 13.2987 0.370 13.3325 1.050 13.5051 1.539 13.6202 2.418 13.8224 3.006 13.9624 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.180 0.000 0.370 0.000 1.050 0.000 1.539 0.000 2.418 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.188 6.7854 0.200 6.9508 0.376 6.8220 0.391 6.9678 1.060 6.9910 1.066 7.1725 1.545 7.1325 1.551 7.3417 2.419 7.4041 2.424 7.6375 3.001 7.5838 3.006 7.8332 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5521 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8097 0.342 1.8246 1.031 1.8767 1.525 1.9187 2.410 2.0005 2.999 2.0563 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7390 1.038 0.8571 1.530 0.9344 2.413 1.0669 3.006 1.1505 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4800 1.037 2.5858 1.527 2.6484 2.413 2.7614 3.001 2.8309 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.167 6.3921 0.359 6.4214 1.043 6.5526 1.534 6.6504 2.415 6.8389 3.002 6.9612 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.167 0.5197 0.359 0.5493 1.043 0.6755 1.534 0.7725 2.415 0.9490 3.002 1.0660 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.167 5.6122 0.359 5.6476 1.043 5.7748 1.534 5.8825 2.415 6.0737 3.002 6.1945 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.174 12.5551 0.366 12.5927 1.046 12.7447 1.536 12.8511 2.418 13.0419 3.005 13.1688 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 0.5551 0.366 0.5819 1.046 0.7187 1.536 0.8192 2.418 1.0005 3.005 1.1194 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 5.6525 0.366 5.6227 1.046 5.7402 1.536 5.8420 2.418 6.0321 3.005 6.1524 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.329 6.4739 0.650 5.2056 1.777 4.2944 2.584 4.0917 4.033 3.8963 4.999 3.8144 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.320 -0.9401 0.637 -1.7767 1.764 -2.5780 2.574 -2.7864 4.031 -2.9928 5.000 -3.0820 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.170 5.7960 0.361 5.8167 1.047 5.9307 1.536 6.0362 2.414 6.2246 3.001 6.3451 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4335 0.361 0.4539 1.047 0.5749 1.536 0.6748 2.414 0.8583 3.001 0.9814 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8136 1.536 0.9894 2.414 1.3070 3.002 1.5189 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4088 0.361 5.4215 1.047 5.5380 1.536 5.6424 2.414 5.8299 3.001 5.9512 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7977 0.361 5.8169 1.047 5.9306 1.536 6.0364 2.414 6.2248 3.001 6.3450 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1009 0.374 6.0909 1.052 6.2100 1.543 6.3075 2.423 6.4810 3.010 6.5991 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0122 2.423 1.1917 3.010 1.3117 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5874 1.052 5.5887 1.543 5.6114 2.423 5.6513 3.010 5.6817 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8292 1.543 5.9273 2.423 6.1022 3.010 6.2215 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1029 0.374 6.0929 1.052 6.2119 1.543 6.3094 2.423 6.4833 3.010 6.6014 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.170 8.5927 0.361 8.6245 1.046 8.7524 1.536 8.8586 2.414 9.0623 3.002 9.1963 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 3.7068 0.361 3.7373 1.046 3.8608 1.536 3.9657 2.414 4.1640 3.002 4.2944 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 3.4083 0.361 3.4377 1.046 3.5597 1.536 3.6670 2.414 3.8643 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 8.5952 0.361 8.6272 1.046 8.7551 1.536 8.8611 2.414 9.0649 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.180 9.9534 0.370 10.0040 1.050 10.1895 1.539 10.3193 2.418 10.5567 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.180 4.7856 0.370 4.8330 1.050 5.0080 1.539 5.1313 2.418 5.3559 3.002 3.9951 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.180 5.8124 0.370 5.8699 1.050 6.0435 1.539 6.1716 2.418 6.3912 3.006 6.5406 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0307 0.335 4.9985 1.025 4.9241 1.520 4.8762 2.409 4.8017 3.002 4.7501 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2535 1.028 0.2877 1.522 0.3146 2.411 0.3641 3.005 0.3969 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.160 0.5513 0.352 0.5619 1.040 0.6177 1.533 0.6618 2.412 0.7468 2.998 0.8035 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 3.002 9.1989 3.006 10.7124 3.006 5.5036 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.180 9.9547 0.370 10.0057 1.050 10.1910 1.539 10.3211 2.418 10.5581 3.006 10.7140 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3457 0.335 5.3190 1.025 5.2327 1.520 5.1778 2.409 5.0882 3.002 5.0325 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3995 0.335 0.4067 1.025 0.4412 1.520 0.4715 2.409 0.5298 3.002 0.5696 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3489 0.335 5.3223 1.025 5.2363 1.520 5.1814 2.409 5.0917 3.002 5.0364 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4052 0.335 5.4129 1.025 5.4478 1.520 5.4780 2.409 5.5356 3.002 5.5753 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4485 0.341 0.4882 1.028 0.6426 1.522 0.7511 2.411 0.9427 3.005 1.0685 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3920 0.341 0.4299 1.028 0.5766 1.522 0.6795 2.411 0.8610 3.005 0.9802 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4468 0.341 0.4866 1.028 0.6410 1.522 0.7495 2.411 0.9413 3.005 1.0672 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2608 0.341 5.1410 1.028 5.0440 1.522 5.0335 2.411 5.0506 3.005 5.0710 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.160 1.7512 0.352 1.7693 1.040 1.8461 1.533 1.9066 2.412 2.0181 2.998 2.0941 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1960 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2537 0.367 2.3033 1.051 2.4708 1.537 2.5737 2.418 2.7481 3.006 2.8586 A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 2mA, fast slew rate, input-output pad, 5V tolerant PLBI2F Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Logic Symbol Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.16276 0.02458 0.01487 1.90986 0.04154 0.05799 0.01523 0.03664 Supply Voltage vdd 1.8V vddh 3.3V vddo 3.3V Static Power 714.700 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.71971 5.21124 17.35343 26.05621 36.47869 52.11241 Transition 1.71971 5.21124 17.35343 26.05621 36.47869 52.11241 0.295 0.782 1.295 3.030 4.268 5.748 7.968 0.295 40.1284 58.9947 124.5888 171.5982 227.9000 312.3417 0.493 0.804 1.317 3.052 4.289 5.770 7.987 0.493 40.2534 59.1216 124.7131 171.7250 228.0263 312.4692 1.138 0.862 1.374 3.109 4.345 5.825 8.045 1.138 40.8023 59.6648 125.2587 172.2679 228.5696 313.0146 1.597 0.895 1.407 3.142 4.379 5.861 8.079 1.597 41.2119 60.0784 125.6714 172.6840 228.9844 313.4267 2.424 0.945 1.458 3.193 4.430 5.910 8.128 2.424 41.9559 60.8230 126.4163 173.4267 229.7304 314.1722 2.975 0.975 1.488 3.224 4.460 5.942 8.162 2.975 42.4516 61.3182 126.9119 173.9243 230.2255 314.6668 Output Transtion(ns): A Fall -> P Fall, condition=0 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.71971 5.21124 17.35343 26.05621 36.47869 52.11241 Transition 1.71449 5.19542 17.30074 25.97709 36.36792 51.95417 0.295 1.032 1.991 5.355 7.769 10.661 14.998 0.295 0.762 1.279 3.024 4.268 5.758 7.988 0.493 1.032 1.991 5.355 7.770 10.661 14.996 0.493 0.783 1.301 3.047 4.290 5.780 8.007 1.138 1.032 1.991 5.355 7.769 10.660 14.999 1.138 0.841 1.359 3.104 4.348 5.835 8.065 1.597 1.032 1.991 5.354 7.769 10.661 15.000 1.597 0.873 1.391 3.136 4.381 5.867 8.099 2.424 1.032 1.991 5.355 7.769 10.661 14.996 2.424 0.924 1.442 3.187 4.433 5.920 8.148 2.975 1.032 1.991 5.355 7.769 10.661 14.998 2.975 0.955 1.472 3.217 4.462 5.952 8.177 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.71449 5.19542 17.30074 25.97709 36.36792 51.95417 Transition 1.71449 5.19542 17.30074 25.97709 36.36792 51.95417 0.295 24.9908 43.8932 109.6477 156.7737 213.2142 297.8738 0.295 1.101 2.054 5.403 7.806 10.685 15.002 0.493 25.1229 44.0223 109.7758 156.9011 213.3441 298.0021 0.493 1.101 2.054 5.403 7.806 10.685 15.003 1.138 25.6437 44.5477 110.3004 157.4270 213.8686 298.5280 1.138 1.101 2.054 5.402 7.806 10.684 15.001 1.597 26.0534 44.9531 110.7069 157.8313 214.2732 298.9318 1.597 1.101 2.054 5.403 7.806 10.685 15.002 2.424 26.7799 45.6823 111.4367 158.5622 215.0032 299.6638 2.424 1.101 2.054 5.403 7.806 10.683 15.002 2.975 27.2669 46.1709 111.9244 159.0489 215.4903 300.1481 2.975 1.101 2.054 5.402 7.805 10.684 15.004 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 1.72284 5.22073 17.38504 26.10367 36.54513 52.20733 Transition 1.72284 5.22073 17.38504 26.10367 36.54513 52.20733 0.295 0.785 1.301 3.050 4.296 5.788 8.023 0.295 24.7538 43.7670 109.8554 157.2190 213.9360 299.0135 0.493 0.806 1.323 3.071 4.317 5.810 8.047 0.493 24.8780 43.8908 109.9799 157.3433 214.0612 299.1368 1.138 0.864 1.380 3.129 4.375 5.865 8.100 1.138 25.4218 44.4311 110.5196 157.8835 214.6004 299.6773 1.597 0.897 1.413 3.162 4.409 5.901 8.134 1.597 25.8297 44.8430 110.9315 158.2947 215.0119 300.0893 2.424 0.948 1.464 3.213 4.458 5.950 8.188 2.424 26.5695 45.5831 111.6715 159.0359 215.7527 300.8304 2.975 0.978 1.494 3.242 4.490 5.979 8.217 2.975 27.0613 46.0741 112.1636 159.5274 216.2451 301.3214 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.72284 5.22073 17.38504 26.10367 36.54513 52.20733 Transition 1.73459 5.25633 17.50358 26.28165 36.79431 52.56330 0.295 1.027 1.986 5.351 7.767 10.660 14.996 0.295 0.782 1.297 3.040 4.283 5.768 7.998 0.493 1.027 1.986 5.351 7.768 10.659 15.000 0.493 0.804 1.319 3.062 4.304 5.790 8.022 1.138 1.027 1.986 5.352 7.766 10.658 14.999 1.138 0.861 1.376 3.119 4.360 5.849 8.075 1.597 1.027 1.987 5.351 7.766 10.659 14.998 1.597 0.894 1.409 3.152 4.394 5.881 8.109 2.424 1.027 1.986 5.351 7.768 10.658 14.998 2.424 0.945 1.460 3.203 4.445 5.933 8.163 2.975 1.027 1.986 5.352 7.766 10.659 14.996 2.975 0.975 1.490 3.234 4.475 5.962 8.192 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.73459 5.25633 17.50358 26.28165 36.79431 52.56330 Transition 1.73459 5.25633 17.50358 26.28165 36.79431 52.56330 0.295 24.9787 44.0638 110.4071 157.9520 214.8858 300.2895 0.295 1.026 1.986 5.352 7.769 10.661 15.001 0.493 25.1367 44.2205 110.5659 158.1074 215.0431 300.4488 0.493 1.026 1.986 5.352 7.767 10.661 14.999 1.138 25.7895 44.8704 111.2144 158.7581 215.6912 301.0973 1.138 1.027 1.986 5.352 7.768 10.660 15.002 1.597 26.2731 45.3567 111.7014 159.2440 216.1776 301.5847 1.597 1.026 1.986 5.352 7.767 10.661 15.003 2.424 27.1460 46.2312 112.5758 160.1195 217.0526 302.4591 2.424 1.026 1.986 5.352 7.767 10.660 14.999 2.975 27.7265 46.8100 113.1555 160.6983 217.6332 303.0389 2.975 1.027 1.986 5.352 7.768 10.661 15.001 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 1.70858 5.17751 17.24110 25.88754 36.24255 51.77508 Transition 1.70858 5.17751 17.24110 25.88754 36.24255 51.77508 0.295 0.785 1.299 3.040 4.281 5.765 7.993 0.295 39.9039 58.7036 124.0574 170.8963 226.9852 311.1193 0.493 0.807 1.321 3.062 4.303 5.787 8.017 0.493 39.9972 58.7954 124.1490 170.9892 227.0792 311.2123 1.138 0.864 1.378 3.119 4.360 5.845 8.070 1.138 40.4371 59.2309 124.5835 171.4240 227.5147 311.6464 1.597 0.897 1.411 3.152 4.394 5.877 8.104 1.597 40.7702 59.5696 124.9231 171.7627 227.8542 311.9856 2.424 0.948 1.462 3.203 4.445 5.930 8.158 2.424 41.3813 60.1800 125.5354 172.3728 228.4642 312.5961 2.975 0.978 1.492 3.234 4.475 5.959 8.187 2.975 41.7885 60.5876 125.9416 172.7816 228.8728 313.0037 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.70858 5.17751 17.24110 25.88754 36.24255 51.77508 Transition 2.36218 7.15811 23.83650 35.79054 50.10675 71.58107 0.295 1.033 1.992 5.356 7.771 10.663 14.999 0.336 0.942 1.412 3.015 4.160 5.532 7.587 0.493 1.033 1.992 5.357 7.772 10.663 15.003 0.520 0.995 1.465 3.069 4.214 5.582 7.637 1.138 1.033 1.992 5.356 7.771 10.663 15.001 1.162 1.154 1.623 3.227 4.372 5.742 7.795 1.597 1.033 1.992 5.357 7.771 10.662 15.001 1.629 1.256 1.725 3.329 4.473 5.845 7.900 2.424 1.033 1.992 5.356 7.771 10.664 15.002 2.465 1.428 1.897 3.501 4.646 6.015 8.071 2.975 1.033 1.992 5.357 7.770 10.662 15.002 3.024 1.537 2.006 3.609 4.754 6.126 8.179 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 2.36218 7.15811 23.83650 35.79054 50.10675 71.58107 Transition 2.36218 7.15811 23.83650 35.79054 50.10675 71.58107 0.336 42.1507 68.0933 158.2883 222.9378 300.3551 416.4791 0.336 0.838 1.822 5.233 7.676 10.606 14.997 0.520 42.3412 68.2845 158.4790 223.1290 300.5461 416.6702 0.520 0.837 1.821 5.235 7.678 10.604 14.995 1.162 42.9874 68.9287 159.1224 223.7723 301.1883 417.3120 1.162 0.838 1.822 5.235 7.678 10.608 14.989 1.629 43.4520 69.3948 159.5890 224.2389 301.6558 417.7797 1.629 0.837 1.822 5.233 7.676 10.606 14.997 2.465 44.2623 70.2053 160.3997 225.0502 302.4667 418.5912 2.465 0.838 1.821 5.237 7.680 10.611 14.991 3.024 44.7968 70.7405 160.9354 225.5850 303.0007 419.1254 3.024 0.838 1.822 5.236 7.679 10.609 14.990 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 2.36828 7.17660 23.89809 35.88302 50.23623 71.76605 Transition 2.36828 7.17660 23.89809 35.88302 50.23623 71.76605 0.336 0.934 1.406 3.022 4.174 5.555 7.627 0.336 25.9268 52.0630 142.9597 208.1125 286.1332 403.1720 0.520 0.987 1.459 3.074 4.227 5.609 7.677 0.520 26.1145 52.2505 143.1484 208.2982 286.3216 403.3590 1.162 1.145 1.617 3.233 4.387 5.765 7.835 1.162 26.7723 52.9083 143.8052 208.9574 286.9795 404.0193 1.629 1.248 1.720 3.335 4.488 5.869 7.940 1.629 27.2346 53.3700 144.2675 209.4185 287.4428 404.4800 2.465 1.419 1.891 3.506 4.659 6.041 8.111 2.465 28.0497 54.1857 145.0838 210.2353 288.2575 405.2943 3.024 1.528 2.000 3.616 4.769 6.149 8.219 3.024 28.5868 54.7230 145.6216 210.7720 288.7939 405.8329 Output Transtion(ns): A Rise -> P Rise, condition=1 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.36828 7.17660 23.89809 35.88302 50.23623 71.76605 Transition 2.36742 7.17400 23.88943 35.87001 50.21802 71.74003 0.336 0.835 1.820 5.237 7.680 10.615 14.997 0.336 0.944 1.416 3.032 4.184 5.565 7.632 0.520 0.835 1.821 5.235 7.678 10.612 15.004 0.520 0.998 1.470 3.084 4.237 5.619 7.687 1.162 0.835 1.820 5.234 7.682 10.607 14.999 1.162 1.155 1.628 3.243 4.395 5.775 7.845 1.629 0.835 1.820 5.237 7.681 10.615 14.997 1.629 1.258 1.730 3.345 4.498 5.879 7.945 2.465 0.835 1.819 5.237 7.685 10.609 15.001 2.465 1.430 1.902 3.516 4.669 6.051 8.118 3.024 0.835 1.820 5.236 7.684 10.608 15.000 3.024 1.539 2.011 3.626 4.779 6.159 8.229 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.36742 7.17400 23.88943 35.87001 50.21802 71.74003 Transition 2.36742 7.17400 23.88943 35.87001 50.21802 71.74003 0.336 26.2671 52.4079 143.2792 208.4099 286.4070 403.4017 0.336 0.835 1.820 5.232 7.680 10.605 14.996 0.520 26.4592 52.5999 143.4706 208.6024 286.5999 403.5953 0.520 0.835 1.820 5.234 7.677 10.602 14.994 1.162 27.1094 53.2481 144.1188 209.2500 287.2463 404.2397 1.162 0.835 1.820 5.234 7.682 10.606 14.998 1.629 27.5767 53.7176 144.5888 209.7210 287.7161 404.7115 1.629 0.835 1.820 5.232 7.680 10.605 14.997 2.465 28.3927 54.5334 145.4046 210.5354 288.5327 405.5276 2.465 0.835 1.820 5.236 7.679 10.609 14.990 3.024 28.9308 55.0712 145.9435 211.0733 289.0703 406.0663 3.024 0.835 1.819 5.235 7.678 10.607 14.999 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 2.35250 7.12880 23.73890 35.64400 49.90160 71.28800 Transition 2.35250 7.12880 23.73890 35.64400 49.90160 71.28800 0.336 0.945 1.416 3.025 4.174 5.548 7.612 0.336 41.9792 67.9016 158.0274 222.6194 299.9780 416.0114 0.520 0.998 1.469 3.079 4.227 5.602 7.666 0.520 42.1323 68.0556 158.1807 222.7754 300.1317 416.1627 1.162 1.157 1.627 3.237 4.385 5.762 7.825 1.162 42.6588 68.5800 158.7039 223.2971 300.6548 416.6871 1.629 1.259 1.730 3.339 4.488 5.862 7.925 1.629 43.0409 68.9641 159.0891 223.6821 301.0394 417.0719 2.465 1.431 1.902 3.511 4.661 6.035 8.096 2.465 43.7058 69.6290 159.7550 224.3466 301.7051 417.7370 3.024 1.540 2.011 3.621 4.769 6.146 8.206 3.024 44.1446 70.0682 160.1939 224.7861 302.1457 418.1768 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 2.35250 7.12880 23.73890 35.64400 49.90160 71.28800 Transition 2.37977 7.21142 24.01403 36.05710 50.47994 72.11420 0.336 0.839 1.824 5.239 7.683 10.609 15.003 0.336 0.942 1.413 3.023 4.174 5.548 7.612 0.520 0.839 1.824 5.241 7.686 10.617 15.001 0.520 0.995 1.466 3.076 4.227 5.602 7.667 1.162 0.839 1.824 5.241 7.685 10.611 15.005 1.162 1.153 1.624 3.235 4.385 5.762 7.825 1.629 0.839 1.824 5.239 7.683 10.609 15.004 1.629 1.255 1.726 3.337 4.488 5.862 7.925 2.465 0.839 1.824 5.238 7.688 10.614 15.007 2.465 1.427 1.898 3.508 4.659 6.035 8.098 3.024 0.839 1.825 5.242 7.686 10.612 15.006 3.024 1.536 2.007 3.617 4.769 6.146 8.209 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 2.37977 7.21142 24.01403 36.05710 50.47994 72.11420 Transition 2.37977 7.21142 24.01403 36.05710 50.47994 72.11420 0.336 26.4516 52.6371 143.6719 208.9147 287.0502 404.2513 0.336 0.834 1.820 5.235 7.682 10.611 15.000 0.520 26.6797 52.8663 143.8997 209.1429 287.2782 404.4784 0.520 0.834 1.819 5.238 7.680 10.608 15.007 1.162 27.4490 53.6338 144.6661 209.9108 288.0465 405.2462 1.162 0.834 1.820 5.237 7.684 10.613 15.001 1.629 27.9998 54.1854 145.2195 210.4627 288.5998 405.7979 1.629 0.834 1.820 5.235 7.682 10.611 15.000 2.465 28.9607 55.1476 146.1805 211.4248 289.5609 406.7597 2.465 0.834 1.819 5.234 7.681 10.615 15.003 3.024 29.5946 55.7803 146.8156 212.0571 290.1939 407.3927 3.024 0.834 1.819 5.233 7.685 10.614 15.002 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 0.148 1.333 1.444 1.825 2.098 2.425 2.916 0.148 3.1950 5.3890 12.9954 18.4456 24.9730 34.7632 0.340 1.366 1.477 1.858 2.132 2.459 2.949 0.340 3.2072 5.4006 13.0073 18.4582 24.9851 34.7752 1.030 1.451 1.562 1.943 2.216 2.543 3.034 1.030 3.2631 5.4566 13.0635 18.5139 25.0407 34.8316 1.526 1.502 1.613 1.994 2.267 2.594 3.085 1.526 3.3076 5.5010 13.1081 18.5587 25.0855 34.8757 2.410 1.584 1.695 2.076 2.349 2.676 3.167 2.410 3.3908 5.5836 13.1906 18.6410 25.1684 34.9588 3.000 1.633 1.744 2.125 2.398 2.725 3.216 3.000 3.4478 5.6406 13.2472 18.6980 25.2251 35.0152 Output Transtion(ns): CONOF Fall -> D Fall Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.148 0.127 0.322 1.025 1.532 2.140 3.049 0.157 0.836 0.931 1.258 1.492 1.772 2.193 0.340 0.128 0.322 1.026 1.532 2.139 3.050 0.350 0.906 1.001 1.328 1.562 1.842 2.263 1.030 0.128 0.322 1.026 1.532 2.139 3.050 1.036 1.101 1.196 1.522 1.757 2.037 2.457 1.526 0.128 0.322 1.025 1.532 2.139 3.050 1.527 1.222 1.317 1.643 1.877 2.158 2.578 2.410 0.127 0.322 1.026 1.532 2.139 3.050 2.410 1.420 1.515 1.842 2.076 2.356 2.777 3.000 0.128 0.322 1.025 1.532 2.139 3.050 3.002 1.544 1.639 1.965 2.199 2.480 2.900 Dynamic Power(pJ): CONOF Rise -> D Rise Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 24.2286 25.6644 30.6345 34.1942 38.4556 44.8478 0.157 0.129 0.324 1.025 1.527 2.129 3.034 0.350 24.2086 25.6447 30.6147 34.1736 38.4359 44.8282 0.350 0.129 0.324 1.024 1.529 2.131 3.036 1.036 24.1589 25.5934 30.5633 34.1224 38.3842 44.7766 1.036 0.129 0.324 1.025 1.527 2.132 3.034 1.527 24.1216 25.5573 30.5278 34.0868 38.3485 44.7407 1.527 0.129 0.324 1.024 1.528 2.131 3.037 2.410 24.0524 25.4884 30.4583 34.0179 38.2797 44.6714 2.410 0.129 0.324 1.025 1.529 2.130 3.035 3.002 24.0045 25.4402 30.4103 33.9700 38.2318 44.6237 3.002 0.129 0.324 1.024 1.529 2.130 3.035 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.71437 5.19506 17.29956 25.97531 36.36544 51.95063 Transition 1.71437 5.19506 17.29956 25.97531 36.36544 51.95063 0.147 1.193 1.711 3.456 4.701 6.187 8.419 0.147 23.3483 42.2498 107.9995 155.1193 211.5541 296.2131 0.338 1.264 1.782 3.527 4.770 6.260 8.490 0.338 23.3598 42.2584 108.0094 155.1300 211.5648 296.2225 1.025 1.468 1.986 3.731 4.977 6.463 8.692 1.025 23.4077 42.3094 108.0593 155.1785 211.6147 296.2718 1.519 1.600 2.118 3.863 5.108 6.595 8.825 1.519 23.4461 42.3448 108.0954 155.2149 211.6508 296.3107 2.410 1.823 2.340 4.086 5.329 6.819 9.049 2.410 23.5102 42.4096 108.1588 155.2801 211.7149 296.3730 3.002 1.966 2.483 4.228 5.472 6.962 9.192 3.002 23.5530 42.4521 108.2007 155.3212 211.7574 296.4163 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.71437 5.19506 17.29956 25.97531 36.36544 51.95063 Transition 1.70871 5.17791 17.24245 25.88957 36.24540 51.77914 0.147 1.101 2.054 5.402 7.806 10.684 15.001 0.146 1.209 1.725 3.466 4.709 6.194 8.419 0.338 1.101 2.054 5.402 7.806 10.685 15.002 0.338 1.280 1.796 3.537 4.780 6.264 8.490 1.025 1.101 2.054 5.402 7.805 10.683 15.002 1.027 1.485 2.001 3.743 4.984 6.470 8.697 1.519 1.101 2.054 5.403 7.805 10.683 15.000 1.522 1.617 2.133 3.875 5.115 6.602 8.830 2.410 1.101 2.054 5.402 7.805 10.685 15.002 2.410 1.840 2.356 4.099 5.339 6.825 9.054 3.002 1.101 2.054 5.402 7.805 10.684 15.002 3.002 1.983 2.499 4.241 5.481 6.968 9.196 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.70871 5.17791 17.24245 25.88957 36.24540 51.77914 Transition 1.70871 5.17791 17.24245 25.88957 36.24540 51.77914 0.146 40.1532 59.0199 124.4107 171.2623 227.3546 311.5010 0.146 1.035 1.993 5.357 7.772 10.664 15.001 0.338 40.2479 59.1160 124.5046 171.3554 227.4484 311.5955 0.338 1.035 1.993 5.357 7.772 10.662 15.001 1.027 40.6981 59.5674 124.9569 171.8071 227.9021 312.0474 1.027 1.035 1.993 5.357 7.772 10.665 15.002 1.522 41.0491 59.9183 125.3084 172.1590 228.2523 312.3981 1.522 1.035 1.993 5.357 7.772 10.665 15.004 2.410 41.6872 60.5533 125.9436 172.7957 228.8895 313.0348 2.410 1.035 1.993 5.357 7.771 10.664 15.002 3.002 42.1148 60.9849 126.3753 173.2283 229.3217 313.4657 3.002 1.035 1.993 5.357 7.771 10.664 15.004 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 1.72291 5.22095 17.38576 26.10474 36.54663 52.20948 Transition 1.72291 5.22095 17.38576 26.10474 36.54663 52.20948 0.147 1.204 1.721 3.469 4.717 6.207 8.444 0.147 21.6051 40.6073 106.6874 154.0490 210.7682 295.8437 0.338 1.275 1.792 3.540 4.787 6.277 8.515 0.338 21.6143 40.6165 106.6965 154.0577 210.7779 295.8534 1.025 1.480 1.996 3.745 4.992 6.483 8.717 1.025 21.6650 40.6672 106.7462 154.1089 210.8277 295.9046 1.519 1.611 2.128 3.875 5.123 6.615 8.850 1.519 21.7014 40.7031 106.7825 154.1444 210.8651 295.9383 2.410 1.834 2.350 4.099 5.344 6.836 9.074 2.410 21.7658 40.7683 106.8478 154.2090 210.9287 296.0039 3.002 1.977 2.493 4.242 5.487 6.978 9.217 3.002 21.8085 40.8102 106.8906 154.2500 210.9718 296.0459 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.72291 5.22095 17.38576 26.10474 36.54663 52.20948 Transition 1.71999 5.21208 17.35621 26.06038 36.48454 52.12077 0.147 1.031 1.989 5.352 7.768 10.661 15.000 0.146 1.203 1.718 3.454 4.691 6.171 8.394 0.338 1.031 1.989 5.353 7.769 10.659 14.999 0.338 1.274 1.789 3.525 4.763 6.244 8.464 1.025 1.031 1.988 5.353 7.768 10.660 14.998 1.027 1.479 1.993 3.730 4.967 6.447 8.667 1.519 1.031 1.988 5.353 7.767 10.660 14.996 1.522 1.610 2.124 3.861 5.097 6.578 8.800 2.410 1.031 1.989 5.352 7.769 10.659 14.999 2.410 1.832 2.347 4.084 5.321 6.802 9.019 3.002 1.031 1.988 5.352 7.768 10.658 14.999 3.002 1.974 2.489 4.225 5.464 6.945 9.161 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.71999 5.21208 17.35621 26.06038 36.48454 52.12077 Transition 1.71999 5.21208 17.35621 26.06038 36.48454 52.12077 0.146 40.3833 59.3191 124.9551 171.9765 228.2943 312.7541 0.146 1.034 1.992 5.356 7.770 10.662 14.999 0.338 40.5105 59.4470 125.0832 172.1044 228.4201 312.8813 0.338 1.034 1.992 5.356 7.771 10.662 14.999 1.027 41.0715 60.0086 125.6455 172.6658 228.9821 313.4409 1.027 1.034 1.992 5.356 7.771 10.662 15.000 1.522 41.4982 60.4346 126.0712 173.0937 229.4096 313.8697 1.522 1.035 1.993 5.356 7.770 10.663 15.000 2.410 42.2775 61.2047 126.8428 173.8639 230.1801 314.6423 2.410 1.035 1.993 5.356 7.771 10.662 14.999 3.002 42.7880 61.7242 127.3625 174.3838 230.7004 315.1615 3.002 1.035 1.993 5.356 7.770 10.661 15.002 Path Delay(ns): NEN Rise -> P Fall, condition=4 Dynamic Power(pJ): NEN Rise -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 1.73454 5.25618 17.50308 26.28090 36.79325 52.56179 Transition 1.73454 5.25618 17.50308 26.28090 36.79325 52.56179 0.146 1.203 1.720 3.464 4.706 6.194 8.424 0.146 25.3186 44.4676 110.8386 158.3874 215.3239 300.7312 0.338 1.274 1.791 3.534 4.778 6.264 8.495 0.338 25.4888 44.6382 111.0076 158.5577 215.4949 300.9006 1.027 1.478 1.995 3.739 4.982 6.470 8.697 1.027 26.1845 45.3338 111.7056 159.2526 216.1921 301.5995 1.522 1.610 2.126 3.870 5.112 6.598 8.830 1.522 26.7053 45.8541 112.2242 159.7737 216.7115 302.1190 2.410 1.832 2.349 4.092 5.336 6.822 9.052 2.410 27.6479 46.7881 113.1597 160.7085 217.6457 303.0527 3.002 1.974 2.491 4.235 5.476 6.965 9.191 3.002 28.2658 47.4152 113.7885 161.3356 218.2717 303.6811 Output Transtion(ns): NEN Rise -> P Fall, condition=4 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.73454 5.25618 17.50308 26.28090 36.79325 52.56179 Transition 0.66494 2.01497 6.70985 10.07485 14.10480 20.14971 0.146 1.028 1.987 5.352 7.768 10.659 14.999 0.646 0.796 0.906 1.285 1.557 1.883 2.372 0.338 1.028 1.987 5.352 7.768 10.661 14.999 1.646 1.055 1.165 1.544 1.817 2.142 2.631 1.027 1.029 1.987 5.352 7.767 10.660 15.002 5.106 1.837 1.947 2.327 2.599 2.924 3.413 1.522 1.029 1.988 5.352 7.768 10.662 15.000 7.582 2.376 2.486 2.866 3.138 3.463 3.952 2.410 1.029 1.988 5.352 7.768 10.660 14.999 12.032 3.315 3.425 3.804 4.076 4.402 4.891 3.002 1.030 1.988 5.353 7.767 10.660 15.001 14.999 3.926 4.037 4.416 4.688 5.014 5.502 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66494 2.01497 6.70985 10.07485 14.10480 20.14971 Transition 0.66494 2.01497 6.70985 10.07485 14.10480 20.14971 0.646 9.1421 11.3218 18.8946 24.3217 30.8208 40.5695 0.646 0.124 0.320 1.021 1.525 2.130 3.038 1.646 8.9385 11.1206 18.6937 24.1209 30.6199 40.3687 1.646 0.124 0.320 1.021 1.526 2.130 3.037 5.106 10.6981 12.8779 20.4511 25.8778 32.3769 42.1253 5.106 0.124 0.320 1.021 1.526 2.129 3.037 7.582 12.3376 14.5171 22.0904 27.5177 34.0166 43.7651 7.582 0.124 0.320 1.021 1.526 2.130 3.037 12.032 15.4064 17.5859 25.1592 30.5852 37.0844 46.8327 12.032 0.124 0.320 1.021 1.526 2.130 3.036 14.999 17.4808 19.6655 27.2392 32.6665 39.1661 48.9143 14.999 0.124 0.320 1.021 1.526 2.131 3.036 Path Delay(ns): P Fall -> D Fall, condition=1 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66414 2.01255 6.70178 10.06273 14.08783 20.12547 Transition 0.66414 2.01255 6.70178 10.06273 14.08783 20.12547 0.646 0.693 0.803 1.182 1.453 1.779 2.267 0.646 8.6046 10.7806 18.3448 23.7653 30.2574 39.9918 1.646 0.889 0.999 1.378 1.650 1.975 2.463 1.646 8.0603 10.2366 17.8006 23.2214 29.7117 39.4476 5.105 1.454 1.564 1.943 2.215 2.540 3.028 5.105 8.7133 10.8899 18.4541 23.8743 30.3663 40.1005 7.581 1.828 1.939 2.318 2.589 2.915 3.403 7.581 9.5714 11.7562 19.3212 24.7418 31.2329 40.9692 12.031 2.475 2.586 2.965 3.236 3.562 4.049 12.031 11.2669 13.4479 21.0127 26.4340 32.9255 42.6613 14.998 2.896 3.007 3.386 3.658 3.983 4.471 14.998 12.4347 14.6191 22.1843 27.6058 34.0968 43.8333 Output Transtion(ns): P Fall -> D Fall, condition=1 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66414 2.01255 6.70178 10.06273 14.08783 20.12547 Transition 0.66485 2.01470 6.70894 10.07348 14.10287 20.14696 0.646 0.124 0.319 1.020 1.524 2.128 3.032 0.647 0.623 0.734 1.113 1.385 1.711 2.199 1.646 0.124 0.319 1.020 1.524 2.128 3.033 1.648 0.835 0.946 1.325 1.597 1.923 2.411 5.105 0.125 0.319 1.020 1.524 2.128 3.033 5.104 1.447 1.557 1.936 2.208 2.534 3.022 7.581 0.125 0.320 1.020 1.524 2.128 3.034 7.581 1.868 1.978 2.358 2.630 2.955 3.444 12.031 0.125 0.320 1.020 1.524 2.128 3.033 12.034 2.606 2.716 3.096 3.368 3.693 4.182 14.998 0.126 0.320 1.020 1.524 2.127 3.033 14.997 3.091 3.201 3.581 3.852 4.178 4.667 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66485 2.01470 6.70894 10.07348 14.10287 20.14696 Transition 0.66485 2.01470 6.70894 10.07348 14.10287 20.14696 0.647 9.0626 11.2452 18.8166 24.2424 30.7420 40.4886 0.647 0.124 0.320 1.021 1.526 2.130 3.037 1.648 9.1122 11.2986 18.8713 24.2966 30.7957 40.5432 1.648 0.124 0.319 1.021 1.526 2.130 3.036 5.104 12.0160 14.1948 21.7666 27.1922 33.6916 43.4378 5.104 0.124 0.319 1.021 1.526 2.130 3.036 7.581 14.5263 16.7040 24.2774 29.7032 36.2022 45.9486 7.581 0.124 0.320 1.021 1.525 2.130 3.037 12.034 19.1994 21.3782 28.9501 34.3756 40.8748 50.6212 12.034 0.124 0.320 1.021 1.525 2.130 3.037 14.997 22.3659 24.5452 32.1169 37.5427 44.0421 53.7885 14.997 0.124 0.319 1.021 1.525 2.130 3.037 Path Delay(ns): P Rise -> D Rise, condition=0 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.43607 1.32143 4.40037 6.60716 9.25003 13.21432 Transition 0.43607 1.32143 4.40037 6.60716 9.25003 13.21432 0.636 0.969 1.063 1.389 1.623 1.903 2.323 0.636 37.4124 38.8429 43.8083 47.3636 51.6205 58.0050 1.632 0.999 1.093 1.419 1.653 1.933 2.354 1.632 36.9852 38.4211 43.3864 46.9409 51.1981 57.5829 5.090 1.178 1.272 1.598 1.832 2.112 2.532 5.090 38.9339 40.3645 45.3296 48.8857 53.1421 59.5258 7.569 1.312 1.407 1.733 1.967 2.247 2.667 7.569 40.6859 42.1162 47.0819 50.6374 54.8937 61.2781 12.026 1.533 1.627 1.953 2.187 2.467 2.887 12.026 43.8034 45.2349 50.2000 53.7553 58.0117 64.3965 15.000 1.664 1.758 2.085 2.318 2.598 3.019 15.000 45.8369 47.2676 52.2328 55.7883 60.0449 66.4291 Output Transtion(ns): P Rise -> D Rise, condition=0 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.43607 1.32143 4.40037 6.60716 9.25003 13.21432 Transition 0.43626 1.32201 4.40231 6.61007 9.25410 13.22015 0.636 0.128 0.324 1.023 1.527 2.128 3.033 0.637 0.718 0.813 1.139 1.373 1.654 2.074 1.632 0.128 0.323 1.023 1.526 2.130 3.030 1.632 0.683 0.778 1.104 1.338 1.619 2.039 5.090 0.128 0.323 1.023 1.526 2.128 3.035 5.090 0.511 0.605 0.931 1.165 1.445 1.866 7.569 0.128 0.323 1.023 1.526 2.129 3.030 7.574 0.340 0.433 0.760 0.994 1.274 1.694 12.026 0.129 0.323 1.024 1.526 2.127 3.032 12.035 0.000 0.089 0.415 0.649 0.930 1.350 15.000 0.129 0.323 1.023 1.526 2.130 3.031 15.000 0.000 0.000 0.170 0.404 0.684 1.104 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.43626 1.32201 4.40231 6.61007 9.25410 13.22015 Transition 0.43626 1.32201 4.40231 6.61007 9.25410 13.22015 0.637 21.6832 23.1169 28.0839 31.6414 35.8996 42.2873 0.637 0.130 0.324 1.024 1.527 2.130 3.033 1.632 20.7924 22.2266 27.1934 30.7508 35.0094 41.3968 1.632 0.130 0.324 1.023 1.526 2.130 3.035 5.090 20.6698 22.1004 27.0669 30.6239 34.8828 41.2699 5.090 0.131 0.324 1.025 1.527 2.130 3.035 7.574 21.0042 22.4285 27.3949 30.9516 35.2111 41.5987 7.574 0.131 0.324 1.024 1.527 2.129 3.036 12.035 21.7767 23.2080 28.1747 31.7318 35.9912 42.3782 12.035 0.131 0.324 1.024 1.527 2.131 3.035 15.000 22.3088 23.7513 28.7325 32.2890 36.5480 42.9354 15.000 0.130 0.324 1.024 1.527 2.130 3.036 Path Delay(ns): P Rise -> D Rise, condition=2 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.43587 1.32080 4.39828 6.60402 9.24563 13.20804 Transition 0.43587 1.32080 4.39828 6.60402 9.24563 13.20804 0.640 0.553 0.647 0.973 1.207 1.487 1.907 0.640 56.7957 58.2290 63.1908 66.7440 70.9995 77.3804 1.630 0.546 0.640 0.966 1.200 1.480 1.900 1.630 56.4032 57.8331 62.7969 66.3499 70.6046 76.9860 5.090 0.459 0.553 0.879 1.113 1.393 1.813 5.090 58.0415 59.4758 64.4378 67.9913 72.2460 78.6270 7.574 0.365 0.460 0.786 1.020 1.300 1.719 7.574 59.5449 60.9780 65.9402 69.4933 73.7489 80.1299 12.035 0.169 0.263 0.589 0.823 1.103 1.523 12.035 62.2859 63.7159 68.6790 72.2325 76.4875 82.8688 15.000 0.026 0.121 0.447 0.681 0.961 1.381 15.000 64.0897 65.5221 70.4845 74.0380 78.2925 84.6744 Output Transtion(ns): P Rise -> D Rise, condition=2 Path Delay(ns): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.43587 1.32080 4.39828 6.60402 9.24563 13.20804 Transition 2.36245 7.15893 23.83924 35.79465 50.11251 71.58930 0.640 0.128 0.323 1.023 1.526 2.129 3.029 0.199 1.034 1.501 3.105 4.249 5.620 7.673 1.630 0.128 0.323 1.023 1.526 2.128 3.033 0.390 1.094 1.561 3.164 4.311 5.681 7.736 5.090 0.128 0.323 1.023 1.525 2.128 3.031 1.065 1.262 1.729 3.332 4.477 5.849 7.902 7.574 0.128 0.323 1.023 1.526 2.126 3.030 1.551 1.366 1.833 3.437 4.581 5.950 8.004 12.035 0.129 0.323 1.023 1.526 2.126 3.031 2.425 1.537 2.004 3.608 4.752 6.124 8.178 15.000 0.128 0.323 1.023 1.526 2.129 3.029 3.008 1.645 2.112 3.715 4.861 6.231 8.286 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 2.36245 7.15893 23.83924 35.79465 50.11251 71.58930 Transition 2.36245 7.15893 23.83924 35.79465 50.11251 71.58930 0.199 46.6577 72.5938 162.7709 227.4056 304.8124 420.9127 0.199 0.828 1.814 5.232 7.677 10.609 14.990 0.390 46.9177 72.8544 163.0319 227.6681 305.0733 421.1729 0.390 0.828 1.814 5.235 7.680 10.606 14.998 1.065 47.8232 73.7578 163.9360 228.5717 305.9753 422.0763 1.065 0.828 1.814 5.234 7.679 10.610 14.992 1.551 48.4815 74.4176 164.5953 229.2322 306.6368 422.7363 1.551 0.827 1.814 5.231 7.676 10.608 14.999 2.425 49.6643 75.6015 165.7803 230.4152 307.8192 423.9211 2.425 0.828 1.814 5.235 7.680 10.606 14.998 3.008 50.4524 76.3902 166.5695 231.2063 308.6110 424.7103 3.008 0.828 1.814 5.235 7.679 10.606 14.998 Path Delay(ns): PEN Rise -> P Rise, condition=1 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 2.37877 7.20841 24.00400 36.04204 50.45886 72.08409 Transition 2.37877 7.20841 24.00400 36.04204 50.45886 72.08409 0.199 1.033 1.502 3.112 4.261 5.637 7.698 0.199 30.9641 57.1285 148.0943 213.2897 291.3692 408.4852 0.390 1.093 1.562 3.171 4.321 5.697 7.761 0.390 31.2649 57.4287 148.3954 213.5920 291.6700 408.7853 1.065 1.261 1.729 3.339 4.488 5.862 7.927 1.065 32.2996 58.4632 149.4300 214.6246 292.7041 409.8178 1.551 1.365 1.834 3.444 4.592 5.967 8.029 1.551 33.0462 59.2106 150.1778 215.3734 293.4514 410.5674 2.425 1.537 2.005 3.614 4.764 6.141 8.201 2.425 34.3839 60.5495 151.5159 216.7120 294.7924 411.9063 3.008 1.644 2.113 3.721 4.871 6.248 8.311 3.008 35.2738 61.4402 152.4069 217.6039 295.6815 412.7970 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Path Delay(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.37877 7.20841 24.00400 36.04204 50.45886 72.08409 Transition 2.36810 7.17607 23.89631 35.88034 50.23248 71.76068 0.199 0.823 1.811 5.230 7.674 10.604 14.993 0.199 1.022 1.492 3.107 4.261 5.640 7.708 0.390 0.824 1.810 5.233 7.676 10.601 14.991 0.390 1.083 1.553 3.167 4.321 5.701 7.771 1.065 0.824 1.810 5.231 7.675 10.605 14.995 1.065 1.251 1.721 3.335 4.489 5.869 7.939 1.551 0.824 1.810 5.229 7.678 10.603 14.992 1.551 1.354 1.824 3.439 4.594 5.974 8.044 2.425 0.823 1.810 5.233 7.677 10.602 14.991 2.425 1.525 1.994 3.609 4.762 6.144 8.214 3.008 0.824 1.810 5.232 7.681 10.601 15.001 3.008 1.630 2.100 3.715 4.869 6.248 8.316 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.36810 7.17607 23.89631 35.88034 50.23248 71.76068 Transition 2.36810 7.17607 23.89631 35.88034 50.23248 71.76068 0.199 28.0050 54.1374 145.0252 210.1709 288.1879 405.2206 0.199 0.824 1.812 5.231 7.680 10.610 15.003 0.390 28.0569 54.1874 145.0761 210.2208 288.2391 405.2715 0.390 0.825 1.811 5.232 7.682 10.607 14.999 1.065 28.2760 54.4087 145.2974 210.4427 288.4592 405.4931 1.065 0.824 1.811 5.230 7.680 10.610 15.002 1.551 28.4400 54.5720 145.4606 210.6047 288.6227 405.6538 1.551 0.825 1.811 5.233 7.683 10.608 15.000 2.425 28.7319 54.8631 145.7513 210.8962 288.9147 405.9456 2.425 0.824 1.812 5.234 7.678 10.609 15.001 3.008 28.9239 55.0558 145.9432 211.0893 289.1067 406.1377 3.008 0.824 1.812 5.231 7.680 10.610 15.002 Path Delay(ns): SONOF Fall -> D Fall Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.159 1.382 1.493 1.875 2.148 2.476 2.967 0.159 3.4482 5.6442 13.2623 18.7200 25.2562 35.0600 0.350 1.412 1.524 1.905 2.179 2.506 2.998 0.350 3.4642 5.6609 13.2785 18.7360 25.2725 35.0765 1.039 1.489 1.600 1.982 2.256 2.583 3.074 1.039 3.5453 5.7419 13.3594 18.8173 25.3531 35.1577 1.531 1.534 1.645 2.027 2.300 2.628 3.119 1.531 3.6085 5.8058 13.4232 18.8805 25.4175 35.2215 2.410 1.603 1.714 2.096 2.369 2.697 3.188 2.410 3.7276 5.9243 13.5413 18.9999 25.5359 35.3391 2.997 1.643 1.755 2.136 2.410 2.737 3.229 2.997 3.8078 6.0044 13.6220 19.0799 25.6165 35.4198 Output Transtion(ns): SONOF Fall -> D Fall Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 Transition 0.43545 1.31955 4.39412 6.59777 9.23688 13.19554 0.159 0.128 0.322 1.027 1.534 2.142 3.054 0.172 0.910 1.004 1.330 1.564 1.843 2.263 0.350 0.128 0.323 1.027 1.534 2.142 3.054 0.366 0.976 1.071 1.397 1.631 1.910 2.330 1.039 0.128 0.322 1.027 1.534 2.142 3.054 1.049 1.160 1.254 1.580 1.814 2.093 2.513 1.531 0.128 0.323 1.027 1.534 2.142 3.054 1.536 1.273 1.368 1.694 1.927 2.207 2.626 2.410 0.128 0.323 1.027 1.534 2.142 3.054 2.415 1.458 1.552 1.878 2.112 2.392 2.811 2.997 0.128 0.322 1.027 1.534 2.142 3.054 3.003 1.573 1.667 1.993 2.227 2.507 2.926 Dynamic Power(pJ): SONOF Rise -> D Rise Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.43545 1.31955 4.39412 6.59777 9.23688 13.19554 Transition 0.43545 1.31955 4.39412 6.59777 9.23688 13.19554 0.172 38.8508 40.2833 45.2412 48.7914 53.0425 59.4188 0.172 0.128 0.323 1.022 1.524 2.126 3.026 0.366 38.8170 40.2514 45.2087 48.7589 53.0097 59.3858 0.366 0.128 0.323 1.021 1.525 2.126 3.026 1.049 38.7285 40.1586 45.1169 48.6672 52.9179 59.2941 1.049 0.129 0.323 1.022 1.524 2.127 3.027 1.536 38.6592 40.0935 45.0507 48.6006 52.8520 59.2273 1.536 0.128 0.323 1.023 1.525 2.125 3.030 2.415 38.5323 39.9669 44.9251 48.4750 52.7257 59.1025 2.415 0.128 0.323 1.022 1.524 2.124 3.028 3.003 38.4530 39.8838 44.8413 48.3920 52.6429 59.0186 3.003 0.128 0.323 1.022 1.525 2.124 3.028 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.295 0.247 0.493 0.268 1.138 0.327 1.597 0.362 2.424 0.414 2.976 0.444 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.295 3.1958 0.493 3.3202 1.138 3.8561 1.597 4.2662 2.424 5.0024 2.976 5.4931 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.295 0.000 0.493 0.000 1.138 0.000 1.597 0.000 2.424 0.000 2.976 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.295 0.259 0.493 0.280 1.138 0.338 1.597 0.370 2.423 0.421 2.975 0.452 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.295 2.8103 0.493 2.9384 1.138 3.4639 1.597 3.8701 2.423 4.5994 2.975 5.0873 Output Transtion(ns): A Fall > P from High impedance to Low, condition=1 Input Transition Output Slope 0.295 0.000 0.493 0.000 1.138 0.000 1.597 0.000 2.423 0.000 2.975 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Delay 0.336 0.435 0.520 0.487 1.162 0.646 1.629 0.748 2.465 0.920 3.024 1.029 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.336 2.5540 0.520 2.7428 1.162 3.4005 1.629 3.8614 2.465 4.6764 3.024 5.2138 Output Transtion(ns): A Rise > P from Low to High impedance, condition=1 Input Transition Output Slope 0.336 0.000 0.520 0.000 1.162 0.000 1.629 0.000 2.465 0.000 3.024 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.336 0.404 0.520 0.457 1.162 0.615 1.629 0.717 2.465 0.889 3.024 0.998 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.336 4.8750 0.520 5.0639 1.162 5.7218 1.629 6.1833 2.465 6.9982 3.024 7.5381 Output Transtion(ns): A Rise > P from High impedance to High, condition=1 Input Transition Output Slope 0.336 0.000 0.520 0.000 1.162 0.000 1.629 0.000 2.465 0.000 3.024 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.141 0.261 0.334 0.292 1.025 0.360 1.520 0.400 2.409 0.462 3.003 0.499 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.141 0.6532 0.334 0.6618 1.025 0.7002 1.520 0.7349 2.409 0.7966 3.003 0.8386 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=0 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Output Slope Input Transition Delay 0.141 0.000 0.141 0.262 0.334 0.000 0.334 0.292 1.025 0.000 1.025 0.360 1.520 0.000 1.520 0.400 2.409 0.000 2.409 0.462 3.003 0.000 3.003 0.499 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Power(pJ) 0.141 0.6485 0.334 0.6569 1.025 0.6953 1.520 0.7301 2.409 0.7918 3.003 0.8338 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Output Slope 0.141 0.000 0.334 0.000 1.025 0.000 1.520 0.000 2.409 0.000 3.003 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay Input Transition Power(pJ) 0.147 0.687 0.147 1.1673 0.338 0.757 0.338 1.1774 1.025 0.962 1.025 1.2271 1.519 1.093 1.519 1.2643 2.410 1.316 2.410 1.3292 3.002 1.459 3.002 1.3706 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.147 0.000 0.338 0.000 1.025 0.000 1.519 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Delay 0.147 0.695 0.338 0.766 1.025 0.970 1.519 1.102 2.410 1.324 3.002 1.467 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Power(pJ) 0.147 1.1708 0.338 1.1809 1.025 1.2306 1.519 1.2678 2.410 1.3326 3.002 1.3741 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Output Slope 0.147 0.000 0.338 0.000 1.025 0.000 1.519 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.187 0.412 0.376 0.439 1.059 0.514 1.545 0.556 2.417 0.628 2.999 0.671 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.187 4.7008 0.376 4.7505 1.059 4.9406 1.545 5.1087 2.417 5.4168 2.999 5.6212 Output Transtion(ns): PEN Fall -> P from High to High impedance, condition=2 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope Input Transition Delay 0.187 0.000 0.199 0.481 0.376 0.000 0.390 0.543 1.059 0.000 1.065 0.710 1.545 0.000 1.551 0.814 2.417 0.000 2.425 0.983 2.999 0.000 3.008 1.090 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.199 8.7614 0.390 8.8235 1.065 9.0388 1.551 9.2039 2.425 9.4899 3.008 9.6907 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.199 0.000 0.390 0.000 1.065 0.000 1.551 0.000 2.425 0.000 3.008 0.000 Toggle Power(pJ): A Fall Input Toggle Transition Power(pJ) 0.295 18.7518 0.493 18.8701 1.138 19.3992 1.597 19.8069 2.424 20.5335 2.976 21.0183 Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) 0.336 18.8865 0.520 19.0518 1.162 19.6797 1.629 20.1412 2.465 20.9605 3.024 21.4963 Toggle Power(pJ): CONOF Fall, Toggle Power(pJ): CONOF Fall, Toggle Power(pJ): CONOF Rise, Toggle Power(pJ): CONOF Rise, condition=0 condition=1 condition=0 condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.148 0.3549 0.148 4.6129 0.157 0.6915 0.157 5.9285 0.340 0.3628 0.340 4.6292 0.350 0.7259 0.351 5.9469 1.030 0.4034 1.030 4.6743 1.036 0.8439 1.037 6.0200 1.526 0.4359 1.526 4.7187 1.527 0.9209 1.529 6.0797 2.410 0.4973 2.410 4.7959 2.410 1.0535 2.413 6.2055 3.000 0.5398 3.000 4.8540 3.002 1.1371 3.002 6.2615 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.141 16.9335 0.334 16.9539 1.025 16.9957 1.520 17.0367 2.409 17.1154 3.003 17.1637 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.141 0.3811 0.334 0.3897 1.024 0.4342 1.519 0.4696 2.409 0.5362 3.003 0.5798 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.141 15.8105 0.334 15.8304 1.024 15.8794 1.519 15.9144 2.409 15.9871 3.003 16.0287 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.147 17.6386 0.338 17.6510 1.025 17.7144 1.519 17.7658 2.410 17.8484 3.002 17.9025 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.147 0.4361 0.338 0.4514 1.025 0.5157 1.519 0.5604 2.410 0.6390 3.002 0.6907 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.147 15.4691 0.338 15.4860 1.025 15.5523 1.519 15.5981 2.410 15.6783 3.002 15.7298 Toggle Power(pJ): P Fall Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.644 5.8418 0.634 -2.3791 1.642 5.0445 1.626 -3.1734 5.101 4.4748 5.090 -3.7581 7.579 4.3200 7.569 -3.9183 12.030 4.1325 12.025 -4.1112 14.997 4.0318 15.000 -4.2146 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.169 16.6276 0.360 16.6595 1.046 16.7673 1.535 16.8783 2.414 17.0747 3.000 17.2030 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.169 0.4107 0.360 0.4337 1.046 0.5551 1.535 0.6571 2.414 0.8414 3.000 0.9662 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.168 0.5051 0.360 0.5615 1.046 0.7918 1.535 0.9696 2.414 1.2872 3.001 1.4990 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.169 16.6527 0.360 16.6850 1.046 16.7922 1.535 16.9029 2.414 17.0979 3.000 17.2253 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.181 16.8751 0.373 16.8289 1.052 16.9118 1.541 17.0018 2.423 17.1578 3.007 17.2703 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.181 0.7232 0.373 0.7553 1.052 0.8907 1.541 0.9915 2.423 1.1709 3.007 1.2907 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.181 15.5607 0.373 15.5195 1.052 15.6056 1.541 15.6968 2.423 15.8562 3.007 15.9691 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.181 16.8809 0.373 16.8339 1.052 16.9168 1.541 17.0065 2.423 17.1603 3.007 17.2693 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.187 19.0438 0.376 19.0948 1.060 19.2981 1.545 19.4703 2.418 19.7896 2.999 20.0031 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.187 3.6417 0.376 3.6901 1.059 3.8909 1.545 4.0605 2.417 4.3748 2.999 4.5823 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.187 19.0464 0.376 19.0967 1.060 19.3007 1.545 19.4722 2.418 19.7917 2.999 20.0030 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.199 19.9344 0.390 20.0012 1.065 20.2433 1.551 20.4294 2.425 20.7450 3.008 20.9494 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.169 15.2992 0.360 15.3317 1.046 15.4405 1.535 15.5530 2.414 15.7494 3.000 15.8792 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.181 15.7912 0.373 15.6924 1.052 15.6524 1.541 15.6735 2.423 15.7035 3.007 15.7330 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.187 4.0670 0.376 4.1147 1.060 4.3165 1.545 4.4853 2.418 4.7997 2.999 5.0091 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.199 4.5321 0.390 4.5939 1.065 4.8265 1.551 5.0039 2.425 5.3067 3.008 5.5028 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.199 6.3206 0.390 6.3806 1.065 6.6164 1.551 6.7826 2.425 7.0888 3.008 7.2968 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.199 19.9436 0.390 20.0107 1.065 20.2530 1.551 20.4391 2.425 20.7548 3.008 20.9551 Toggle Power(pJ): PU Fall Input Toggle Transition Power(pJ) 0.141 15.7368 0.333 15.7115 1.024 15.6134 1.520 15.5712 2.409 15.4671 3.003 15.4048 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.141 0.3717 0.333 0.3787 1.024 0.4137 1.520 0.4443 2.409 0.5031 3.003 0.5429 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.141 14.4406 0.333 14.4271 1.024 14.3462 1.520 14.2901 2.409 14.2215 3.003 14.1730 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.141 15.7485 0.333 15.7282 1.024 15.6298 1.520 15.5848 2.409 15.4786 3.003 15.4134 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.141 15.3274 0.333 15.3385 1.024 15.3694 1.520 15.3912 2.409 15.4553 3.003 15.4941 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.147 0.4261 0.340 0.4689 1.027 0.6246 1.522 0.7341 2.410 0.9268 3.002 1.0537 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.147 0.2353 0.340 0.2399 1.027 0.2744 1.522 0.3019 2.410 0.3524 3.002 0.3869 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.147 0.3886 0.340 0.4286 1.027 0.5747 1.522 0.6775 2.410 0.8583 3.002 0.9774 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.147 0.4484 0.340 0.4907 1.027 0.6459 1.522 0.7553 2.410 0.9478 3.002 1.0746 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.147 15.1235 0.340 14.8312 1.027 14.4554 1.522 14.3695 2.410 14.3196 3.002 14.3230 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.159 0.5320 0.350 0.5418 1.039 0.5974 1.531 0.6420 2.410 0.7256 2.997 0.7829 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.159 4.0182 0.350 4.0372 1.039 4.1088 1.531 4.1693 2.410 4.2777 2.997 4.3519 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.172 1.1239 0.366 1.1752 1.049 1.3476 1.536 1.4592 2.415 1.6477 3.003 1.7662 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.172 4.4674 0.365 4.5165 1.048 4.6755 1.536 4.7721 2.415 4.9582 3.003 5.0623 condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&!PU condition2:!PD&PEN&PU condition3:PD&PEN&!PU condition4:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 2mA, normal slew rate, input-output pad, 5V tolerant PLBI2N Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Logic Symbol Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.09330 0.02458 0.01899 1.90455 0.04154 0.04730 0.01523 0.03664 Supply Voltage vdd 1.8V vddh 3.3V vddo 3.3V Static Power 722.900 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.72004 5.21223 17.35672 26.06114 36.48559 52.12227 Transition 1.72004 5.21223 17.35672 26.06114 36.48559 52.12227 0.219 0.823 1.336 3.072 4.310 5.789 8.007 0.219 39.1339 57.9862 123.5862 170.6017 226.9157 311.3743 0.412 0.851 1.364 3.100 4.337 5.817 8.037 0.412 39.1972 58.0484 123.6496 170.6653 226.9765 311.4358 1.086 0.926 1.439 3.173 4.411 5.893 8.113 1.086 39.4898 58.3416 123.9417 170.9579 227.2689 311.7266 1.561 0.971 1.484 3.219 4.456 5.937 8.158 1.561 39.7277 58.5794 124.1794 171.1950 227.5082 311.9638 2.417 1.042 1.555 3.291 4.529 6.010 8.226 2.417 40.1655 59.0138 124.6136 171.6303 227.9417 312.4003 2.989 1.086 1.598 3.335 4.573 6.052 8.270 2.989 40.4525 59.3041 124.9039 171.9186 228.2312 312.6893 Output Transtion(ns): A Fall -> P Fall, condition=0 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.72004 5.21223 17.35672 26.06114 36.48559 52.12227 Transition 1.71427 5.19475 17.29852 25.97376 36.36326 51.94752 0.219 1.040 1.995 5.357 7.771 10.664 15.001 0.219 0.802 1.320 3.065 4.310 5.799 8.027 0.412 1.040 1.995 5.357 7.771 10.664 15.002 0.412 0.829 1.348 3.093 4.337 5.827 8.053 1.086 1.040 1.996 5.358 7.771 10.662 15.000 1.086 0.904 1.423 3.167 4.411 5.900 8.128 1.561 1.040 1.996 5.357 7.770 10.664 15.000 1.562 0.949 1.468 3.213 4.458 5.947 8.173 2.417 1.040 1.996 5.356 7.771 10.662 14.999 2.418 1.021 1.539 3.284 4.529 6.016 8.246 2.989 1.040 1.996 5.357 7.771 10.664 15.000 2.989 1.064 1.583 3.327 4.572 6.060 8.290 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.71427 5.19475 17.29852 25.97376 36.36326 51.94752 Transition 1.71427 5.19475 17.29852 25.97376 36.36326 51.94752 0.219 24.1613 43.0617 108.8084 155.9275 212.3583 297.0114 0.219 1.108 2.057 5.401 7.804 10.684 14.999 0.412 24.2161 43.1183 108.8636 155.9846 212.4147 297.0665 0.412 1.108 2.057 5.402 7.804 10.683 15.000 1.086 24.5075 43.4074 109.1541 156.2735 212.7037 297.3576 1.086 1.108 2.057 5.401 7.804 10.681 15.000 1.562 24.7397 43.6376 109.3831 156.5014 212.9329 297.5868 1.562 1.108 2.057 5.402 7.805 10.683 15.000 2.418 25.1607 44.0612 109.8064 156.9267 213.3576 298.0101 2.418 1.108 2.057 5.402 7.805 10.682 14.999 2.989 25.4428 44.3441 110.0899 157.2103 213.6395 298.2942 2.989 1.108 2.057 5.401 7.805 10.683 14.998 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 1.72317 5.22173 17.38836 26.10865 36.55211 52.21731 Transition 1.72317 5.22173 17.38836 26.10865 36.55211 52.21731 0.219 0.825 1.342 3.090 4.337 5.829 8.067 0.219 23.7610 42.7614 108.8521 156.2257 212.9535 298.0446 0.412 0.853 1.370 3.119 4.367 5.857 8.092 0.412 23.8236 42.8220 108.9132 156.2883 213.0135 298.1064 1.086 0.928 1.445 3.193 4.441 5.933 8.168 1.086 24.1122 43.1110 109.2021 156.5753 213.3016 298.3948 1.561 0.973 1.490 3.238 4.486 5.977 8.213 1.561 24.3469 43.3454 109.4365 156.8099 213.5368 298.6303 2.417 1.045 1.562 3.310 4.556 6.050 8.286 2.417 24.7774 43.7760 109.8670 157.2419 213.9697 299.0601 2.989 1.088 1.605 3.353 4.600 6.092 8.330 2.989 25.0637 44.0623 110.1536 157.5256 214.2555 299.3467 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.72317 5.22173 17.38836 26.10865 36.55211 52.21731 Transition 1.73462 5.25641 17.50385 26.28206 36.79488 52.56411 0.219 1.035 1.991 5.353 7.769 10.663 15.002 0.219 0.823 1.338 3.080 4.325 5.809 8.039 0.412 1.035 1.991 5.353 7.770 10.663 15.000 0.412 0.850 1.366 3.109 4.352 5.837 8.067 1.086 1.035 1.991 5.354 7.770 10.661 15.002 1.086 0.925 1.441 3.183 4.426 5.913 8.143 1.561 1.035 1.991 5.353 7.769 10.663 15.000 1.561 0.970 1.486 3.228 4.471 5.957 8.188 2.417 1.035 1.991 5.353 7.769 10.661 15.003 2.417 1.042 1.557 3.300 4.543 6.030 8.260 2.989 1.035 1.991 5.353 7.769 10.663 15.002 2.989 1.085 1.600 3.343 4.585 6.072 8.300 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.73462 5.25641 17.50385 26.28206 36.79488 52.56411 Transition 1.73462 5.25641 17.50385 26.28206 36.79488 52.56411 0.219 23.9830 43.0510 109.3871 156.9292 213.8681 299.2738 0.219 1.035 1.991 5.353 7.768 10.662 15.001 0.412 24.0802 43.1473 109.4834 157.0248 213.9640 299.3695 0.412 1.035 1.991 5.354 7.769 10.663 15.002 1.086 24.4848 43.5524 109.8883 157.4300 214.3698 299.7728 1.086 1.035 1.991 5.353 7.769 10.661 15.000 1.561 24.8018 43.8683 110.2051 157.7471 214.6860 300.0907 1.561 1.035 1.990 5.354 7.768 10.663 15.000 2.417 25.3781 44.4417 110.7780 158.3205 215.2589 300.6627 2.417 1.035 1.991 5.353 7.768 10.661 15.002 2.989 25.7566 44.8232 111.1593 158.7008 215.6402 301.0459 2.989 1.035 1.991 5.354 7.768 10.662 15.000 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 1.70840 5.17697 17.23931 25.88485 36.23879 51.76969 Transition 1.70840 5.17697 17.23931 25.88485 36.23879 51.76969 0.219 0.826 1.340 3.080 4.322 5.807 8.032 0.219 38.9090 57.6888 123.0266 169.8578 225.9443 310.0715 0.412 0.854 1.368 3.109 4.349 5.833 8.062 0.412 38.9364 57.7153 123.0526 169.8856 225.9697 310.0954 1.086 0.928 1.443 3.183 4.423 5.910 8.137 1.086 39.1124 57.8919 123.2285 170.0620 226.1468 310.2737 1.561 0.973 1.488 3.228 4.471 5.953 8.183 1.561 39.2701 58.0482 123.3848 170.2180 226.3035 310.4284 2.417 1.045 1.559 3.300 4.541 6.026 8.251 2.417 39.5605 58.3392 123.6766 170.5097 226.5917 310.7197 2.989 1.088 1.602 3.343 4.585 6.068 8.295 2.989 39.7570 58.5349 123.8721 170.7051 226.7899 310.9163 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.70840 5.17697 17.23931 25.88485 36.23879 51.76969 Transition 2.36351 7.16215 23.84994 35.81073 50.13502 71.62146 0.219 1.041 1.996 5.356 7.771 10.663 15.001 0.247 0.926 1.396 3.001 4.145 5.517 7.572 0.412 1.041 1.996 5.357 7.771 10.663 14.999 0.437 0.981 1.451 3.056 4.201 5.572 7.626 1.086 1.041 1.996 5.357 7.771 10.663 15.002 1.098 1.138 1.607 3.212 4.358 5.727 7.786 1.561 1.041 1.996 5.357 7.772 10.663 15.001 1.577 1.237 1.706 3.311 4.456 5.829 7.886 2.417 1.041 1.996 5.357 7.771 10.662 15.000 2.435 1.403 1.872 3.477 4.622 5.992 8.048 2.989 1.041 1.996 5.357 7.771 10.662 15.000 3.009 1.508 1.977 3.581 4.728 6.099 8.153 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 2.36351 7.16215 23.84994 35.81073 50.13502 71.62146 Transition 2.36351 7.16215 23.84994 35.81073 50.13502 71.62146 0.247 40.8766 66.8306 157.0773 221.7602 299.2204 415.4091 0.247 0.841 1.825 5.240 7.688 10.609 14.999 0.437 40.9846 66.9390 157.1865 221.8679 299.3280 415.5193 0.437 0.842 1.825 5.239 7.681 10.612 15.002 1.098 41.3512 67.3055 157.5525 222.2355 299.6943 415.8853 1.098 0.842 1.825 5.237 7.685 10.611 15.001 1.577 41.6097 67.5630 157.8105 222.4919 299.9517 416.1409 1.577 0.842 1.825 5.238 7.686 10.616 15.007 2.435 42.0717 68.0265 158.2736 222.9559 300.4153 416.6046 2.435 0.842 1.825 5.238 7.686 10.616 15.007 3.009 42.3812 68.3361 158.5822 223.2649 300.7253 416.9133 3.009 0.842 1.824 5.239 7.682 10.612 15.003 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 2.36703 7.17282 23.88548 35.86408 50.20971 71.72816 Transition 2.36703 7.17282 23.88548 35.86408 50.20971 71.72816 0.247 0.917 1.389 3.004 4.157 5.537 7.604 0.247 24.6842 50.8066 141.6540 206.7727 284.7586 401.7312 0.437 0.972 1.444 3.059 4.211 5.592 7.661 0.437 24.7941 50.9160 141.7636 206.8815 284.8667 401.8392 1.098 1.128 1.600 3.214 4.368 5.747 7.816 1.098 25.1637 51.2864 142.1346 207.2521 285.2381 402.2099 1.577 1.228 1.700 3.314 4.468 5.846 7.916 1.577 25.4276 51.5503 142.3993 207.5166 285.5019 402.4738 2.435 1.393 1.865 3.480 4.632 6.012 8.082 2.435 25.8944 52.0165 142.8650 207.9816 285.9689 402.9383 3.009 1.498 1.970 3.584 4.738 6.116 8.186 3.009 26.2028 52.3253 143.1730 208.2927 286.2762 403.2480 Output Transtion(ns): A Rise -> P Rise, condition=1 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.36703 7.17282 23.88548 35.86408 50.20971 71.72816 Transition 2.36840 7.17698 23.89933 35.88489 50.23884 71.76977 0.247 0.839 1.821 5.236 7.679 10.609 14.991 0.247 0.928 1.400 3.016 4.170 5.551 7.621 0.437 0.839 1.822 5.234 7.677 10.602 14.994 0.437 0.983 1.456 3.071 4.226 5.606 7.676 1.098 0.838 1.821 5.233 7.676 10.611 14.992 1.098 1.139 1.612 3.227 4.381 5.761 7.831 1.577 0.838 1.822 5.234 7.682 10.606 14.998 1.577 1.239 1.711 3.327 4.481 5.859 7.931 2.435 0.838 1.822 5.234 7.682 10.607 14.999 2.435 1.404 1.877 3.492 4.647 6.025 8.097 3.009 0.839 1.822 5.235 7.679 10.603 14.995 3.009 1.509 1.982 3.597 4.750 6.133 8.202 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.36840 7.17698 23.89933 35.88489 50.23884 71.76977 Transition 2.36840 7.17698 23.89933 35.88489 50.23884 71.76977 0.247 24.9888 51.1381 142.0460 207.2033 285.2337 402.2764 0.247 0.839 1.823 5.240 7.683 10.617 14.999 0.437 25.0989 51.2472 142.1553 207.3139 285.3422 402.3859 0.437 0.839 1.823 5.238 7.686 10.610 15.002 1.098 25.4695 51.6177 142.5267 207.6854 285.7128 402.7589 1.098 0.839 1.822 5.237 7.685 10.609 15.001 1.577 25.7317 51.8792 142.7867 207.9445 285.9742 403.0163 1.577 0.839 1.822 5.237 7.680 10.615 15.006 2.435 26.1987 52.3471 143.2555 208.4124 286.4438 403.4865 2.435 0.839 1.823 5.238 7.681 10.615 15.007 3.009 26.5112 52.6607 143.5700 208.7270 286.7560 403.8000 3.009 0.839 1.822 5.238 7.686 10.611 15.003 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 2.35132 7.12520 23.72692 35.62600 49.87640 71.25201 Transition 2.35132 7.12520 23.72692 35.62600 49.87640 71.25201 0.247 0.929 1.400 3.007 4.157 5.531 7.592 0.247 40.7033 66.6096 156.6883 221.2485 298.5642 414.5397 0.437 0.984 1.454 3.064 4.212 5.586 7.646 0.437 40.7737 66.6804 156.7593 221.3182 298.6341 414.6108 1.098 1.140 1.611 3.219 4.368 5.741 7.804 1.098 41.0189 66.9256 157.0047 221.5648 298.8793 414.8565 1.577 1.240 1.710 3.319 4.468 5.842 7.901 1.577 41.1947 67.1010 157.1789 221.7381 299.0534 415.0298 2.435 1.405 1.876 3.485 4.634 6.008 8.067 2.435 41.5101 67.4164 157.4947 222.0551 299.3697 415.3477 3.009 1.510 1.981 3.589 4.738 6.112 8.173 3.009 41.7233 67.6298 157.7074 222.2684 299.5836 415.5607 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 2.35132 7.12520 23.72692 35.62600 49.87640 71.25201 Transition 2.37965 7.21107 24.01287 36.05536 50.47751 72.11073 0.247 0.843 1.825 5.237 7.687 10.613 14.997 0.247 0.925 1.396 3.007 4.157 5.534 7.597 0.437 0.843 1.825 5.240 7.680 10.606 15.000 0.437 0.980 1.451 3.062 4.212 5.589 7.651 1.098 0.843 1.826 5.239 7.684 10.615 14.999 1.098 1.137 1.608 3.217 4.368 5.744 7.807 1.577 0.843 1.826 5.240 7.684 10.610 14.995 1.577 1.236 1.707 3.317 4.468 5.842 7.906 2.435 0.843 1.825 5.240 7.685 10.611 14.995 2.435 1.402 1.873 3.483 4.634 6.008 8.072 3.009 0.843 1.826 5.241 7.680 10.606 15.001 3.009 1.507 1.978 3.587 4.738 6.116 8.177 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 2.37965 7.21107 24.01287 36.05536 50.47751 72.11073 Transition 2.37965 7.21107 24.01287 36.05536 50.47751 72.11073 0.247 25.1547 51.3365 142.3659 207.6036 285.7386 402.9330 0.247 0.838 1.821 5.238 7.685 10.614 15.002 0.437 25.3018 51.4839 142.5128 207.7510 285.8876 403.0806 0.437 0.838 1.821 5.236 7.683 10.607 15.005 1.098 25.7938 51.9768 143.0044 208.2425 286.3792 403.5725 1.098 0.838 1.822 5.235 7.682 10.616 15.004 1.577 26.1396 52.3196 143.3482 208.5865 286.7225 403.9164 1.577 0.837 1.821 5.236 7.683 10.611 15.000 2.435 26.7531 52.9346 143.9632 209.2009 287.3372 404.5327 2.435 0.838 1.821 5.236 7.683 10.612 15.000 3.009 27.1617 53.3435 144.3725 209.6105 287.7457 404.9393 3.009 0.838 1.822 5.237 7.684 10.608 15.006 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66777 2.02355 6.73841 10.11773 14.16483 20.23547 Transition 0.66777 2.02355 6.73841 10.11773 14.16483 20.23547 0.148 1.333 1.444 1.825 2.098 2.425 2.916 0.148 3.1950 5.3887 12.9954 18.4455 24.9730 34.7614 0.340 1.366 1.477 1.858 2.132 2.459 2.949 0.340 3.2071 5.4003 13.0073 18.4582 24.9850 34.7738 1.030 1.451 1.562 1.943 2.216 2.543 3.033 1.030 3.2631 5.4565 13.0634 18.5139 25.0407 34.8300 1.526 1.502 1.613 1.994 2.267 2.594 3.085 1.526 3.3076 5.5007 13.1081 18.5587 25.0854 34.8743 2.410 1.584 1.695 2.076 2.349 2.676 3.167 2.410 3.3908 5.5834 13.1906 18.6410 25.1684 34.9572 3.000 1.633 1.744 2.125 2.398 2.725 3.216 3.000 3.4477 5.6403 13.2472 18.6980 25.2250 35.0136 Output Transtion(ns): CONOF Fall -> D Fall Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.66777 2.02355 6.73841 10.11773 14.16483 20.23547 Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.148 0.127 0.322 1.025 1.532 2.140 3.049 0.157 0.836 0.931 1.258 1.492 1.772 2.193 0.340 0.128 0.322 1.026 1.532 2.139 3.050 0.350 0.906 1.001 1.328 1.562 1.842 2.263 1.030 0.128 0.322 1.026 1.532 2.139 3.049 1.036 1.101 1.196 1.522 1.757 2.037 2.457 1.526 0.128 0.322 1.025 1.532 2.139 3.049 1.527 1.222 1.317 1.643 1.877 2.158 2.578 2.410 0.127 0.322 1.026 1.532 2.139 3.050 2.410 1.420 1.515 1.842 2.076 2.356 2.777 3.000 0.128 0.322 1.025 1.532 2.139 3.050 3.002 1.544 1.639 1.965 2.199 2.480 2.900 Dynamic Power(pJ): CONOF Rise -> D Rise Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 24.2286 25.6643 30.6344 34.1941 38.4555 44.8478 0.157 0.129 0.324 1.025 1.527 2.129 3.034 0.350 24.2086 25.6447 30.6147 34.1734 38.4359 44.8282 0.350 0.129 0.324 1.024 1.529 2.131 3.036 1.036 24.1589 25.5933 30.5633 34.1223 38.3842 44.7766 1.036 0.129 0.324 1.025 1.527 2.132 3.034 1.527 24.1215 25.5573 30.5279 34.0867 38.3485 44.7407 1.527 0.129 0.324 1.024 1.528 2.131 3.037 2.410 24.0524 25.4884 30.4582 34.0178 38.2796 44.6714 2.410 0.129 0.324 1.025 1.529 2.130 3.035 3.002 24.0044 25.4402 30.4103 33.9699 38.2318 44.6237 3.002 0.129 0.324 1.024 1.529 2.130 3.035 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.71434 5.19498 17.29929 25.97491 36.36488 51.94983 Transition 1.71434 5.19498 17.29929 25.97491 36.36488 51.94983 0.151 1.143 1.662 3.407 4.652 6.139 8.367 0.151 23.1253 42.0292 107.7734 154.8997 211.3364 295.9885 0.344 1.201 1.720 3.465 4.711 6.198 8.428 0.344 23.1419 42.0455 107.7896 154.9148 211.3521 296.0040 1.030 1.372 1.891 3.637 4.880 6.368 8.598 1.030 23.2104 42.1139 107.8574 154.9838 211.4199 296.0728 1.524 1.481 2.000 3.745 4.990 6.477 8.708 1.524 23.2586 42.1615 107.9075 155.0327 211.4673 296.1218 2.413 1.666 2.184 3.929 5.174 6.661 8.893 2.413 23.3434 42.2466 107.9926 155.1183 211.5530 296.2061 3.007 1.783 2.302 4.046 5.290 6.780 9.010 3.007 23.4015 42.3033 108.0483 155.1744 211.6100 296.2612 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.71434 5.19498 17.29929 25.97491 36.36488 51.94983 Transition 1.70865 5.17774 17.24187 25.88869 36.24416 51.77737 0.151 1.108 2.057 5.402 7.805 10.682 15.001 0.151 1.158 1.674 3.417 4.657 6.142 8.372 0.344 1.108 2.057 5.401 7.805 10.681 14.999 0.344 1.216 1.733 3.476 4.718 6.202 8.428 1.030 1.108 2.057 5.402 7.804 10.682 14.999 1.030 1.387 1.904 3.647 4.888 6.372 8.600 1.524 1.108 2.057 5.401 7.804 10.683 15.000 1.524 1.496 2.014 3.756 4.996 6.484 8.709 2.413 1.108 2.057 5.401 7.804 10.683 15.000 2.410 1.681 2.198 3.940 5.181 6.668 8.893 3.007 1.108 2.057 5.401 7.804 10.684 15.001 3.002 1.798 2.315 4.058 5.299 6.785 9.011 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.70865 5.17774 17.24187 25.88869 36.24416 51.77737 Transition 1.70865 5.17774 17.24187 25.88869 36.24416 51.77737 0.151 39.0415 57.9064 123.3009 170.1464 226.2407 310.3819 0.151 1.042 1.997 5.357 7.772 10.664 15.003 0.344 39.0785 57.9475 123.3417 170.1872 226.2829 310.4211 0.344 1.043 1.997 5.358 7.772 10.662 15.001 1.030 39.2999 58.1664 123.5619 170.4059 226.5019 310.6412 1.030 1.043 1.997 5.358 7.771 10.663 15.000 1.524 39.4867 58.3559 123.7512 170.5977 226.6913 310.8329 1.524 1.043 1.997 5.358 7.772 10.664 15.001 2.410 39.8295 58.6991 124.0965 170.9414 227.0354 311.1772 2.410 1.043 1.997 5.358 7.772 10.664 15.001 3.002 40.0633 58.9334 124.3297 171.1744 227.2692 311.4100 3.002 1.043 1.998 5.358 7.772 10.666 15.001 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 1.72308 5.22146 17.38745 26.10728 36.55019 52.21455 Transition 1.72308 5.22146 17.38745 26.10728 36.55019 52.21455 0.151 1.155 1.672 3.420 4.667 6.159 8.397 0.151 21.4455 40.4494 106.5318 153.8981 210.6245 295.7155 0.344 1.213 1.730 3.478 4.726 6.218 8.453 0.344 21.4617 40.4656 106.5473 153.9148 210.6401 295.7317 1.030 1.384 1.901 3.650 4.897 6.388 8.625 1.030 21.5337 40.5343 106.6174 153.9817 210.7085 295.8009 1.524 1.493 2.010 3.758 5.006 6.497 8.733 1.524 21.5827 40.5836 106.6636 154.0302 210.7573 295.8483 2.413 1.677 2.194 3.943 5.190 6.681 8.918 2.413 21.6679 40.6684 106.7500 154.1153 210.8431 295.9342 3.007 1.794 2.312 4.060 5.308 6.797 9.035 3.007 21.7211 40.7254 106.8069 154.1724 210.8990 295.9904 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.72308 5.22146 17.38745 26.10728 36.55019 52.21455 Transition 1.71981 5.21155 17.35445 26.05773 36.48082 52.11546 0.151 1.039 1.993 5.354 7.768 10.662 15.001 0.151 1.153 1.668 3.404 4.642 6.122 8.342 0.344 1.040 1.993 5.354 7.768 10.661 14.999 0.344 1.212 1.727 3.463 4.701 6.182 8.402 1.030 1.040 1.993 5.354 7.769 10.662 15.003 1.030 1.382 1.897 3.634 4.870 6.352 8.570 1.524 1.040 1.993 5.354 7.769 10.662 15.000 1.524 1.491 2.006 3.742 4.981 6.460 8.679 2.413 1.040 1.993 5.354 7.769 10.662 15.000 2.410 1.675 2.190 3.927 5.163 6.645 8.863 3.007 1.040 1.993 5.354 7.769 10.660 15.001 3.002 1.792 2.307 4.045 5.281 6.761 8.981 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.71981 5.21155 17.35445 26.05773 36.48082 52.11546 Transition 1.71981 5.21155 17.35445 26.05773 36.48082 52.11546 0.151 39.2650 58.2007 123.8312 170.8544 227.1605 311.6113 0.151 1.042 1.996 5.356 7.770 10.663 15.001 0.344 39.3399 58.2746 123.9078 170.9301 227.2354 311.6861 0.344 1.042 1.996 5.356 7.771 10.662 14.999 1.030 39.6712 58.6062 124.2394 171.2626 227.5677 312.0165 1.030 1.042 1.997 5.356 7.770 10.662 14.998 1.524 39.9386 58.8750 124.5088 171.5309 227.8347 312.2866 1.524 1.043 1.997 5.357 7.770 10.663 14.998 2.410 40.4224 59.3579 124.9906 172.0133 228.3170 312.7694 2.410 1.043 1.997 5.356 7.770 10.662 14.998 3.002 40.7491 59.6824 125.3147 172.3381 228.6420 313.0935 3.002 1.043 1.997 5.356 7.770 10.663 15.001 Path Delay(ns): NEN Rise -> P Fall, condition=4 Dynamic Power(pJ): NEN Rise -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 1.73460 5.25635 17.50366 26.28177 36.79447 52.56353 Transition 1.73460 5.25635 17.50366 26.28177 36.79447 52.56353 0.151 1.153 1.670 3.414 4.657 6.142 8.372 0.151 24.1872 43.3404 109.7189 157.2694 214.2075 299.6202 0.344 1.211 1.729 3.473 4.716 6.202 8.433 0.344 24.3013 43.4554 109.8335 157.3834 214.3200 299.7356 1.030 1.381 1.899 3.644 4.885 6.372 8.600 1.030 24.7592 43.9136 110.2925 157.8414 214.7797 300.1946 1.524 1.490 2.008 3.752 4.996 6.480 8.714 1.524 25.1153 44.2679 110.6470 158.1973 215.1359 300.5476 2.410 1.674 2.192 3.937 5.178 6.665 8.893 2.410 25.7515 44.9050 111.2848 158.8356 215.7712 301.1861 3.002 1.792 2.309 4.053 5.296 6.785 9.011 3.002 26.1802 45.3303 111.7107 159.2589 216.1968 301.6114 Output Transtion(ns): NEN Rise -> P Fall, condition=4 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.73460 5.25635 17.50366 26.28177 36.79447 52.56353 Transition 0.66400 2.01211 6.70032 10.06054 14.08476 20.12108 0.151 1.036 1.991 5.354 7.769 10.663 15.002 0.646 0.794 0.904 1.283 1.554 1.879 2.367 0.344 1.036 1.992 5.354 7.768 10.662 15.000 1.645 1.052 1.162 1.541 1.813 2.138 2.626 1.030 1.037 1.992 5.354 7.768 10.662 15.000 5.105 1.836 1.946 2.325 2.596 2.922 3.409 1.524 1.037 1.992 5.354 7.769 10.662 15.001 7.581 2.374 2.484 2.863 3.135 3.460 3.948 2.410 1.037 1.992 5.354 7.768 10.662 15.000 12.031 3.313 3.423 3.802 4.074 4.399 4.887 3.002 1.037 1.992 5.354 7.770 10.663 15.002 14.998 3.929 4.039 4.418 4.689 5.015 5.502 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66400 2.01211 6.70032 10.06054 14.08476 20.12108 Transition 0.66400 2.01211 6.70032 10.06054 14.08476 20.12108 0.646 9.0871 11.2635 18.8248 24.2451 30.7344 40.4682 0.646 0.124 0.319 1.020 1.524 2.127 3.033 1.645 8.8902 11.0668 18.6290 24.0487 30.5378 40.2718 1.645 0.124 0.319 1.019 1.524 2.127 3.033 5.105 10.6564 12.8325 20.3947 25.8146 32.3045 42.0377 5.105 0.124 0.319 1.020 1.524 2.127 3.032 7.581 12.2973 14.4736 22.0357 27.4553 33.9453 43.6797 7.581 0.124 0.319 1.020 1.524 2.128 3.033 12.031 15.3673 17.5435 25.1060 30.5259 37.0157 46.7502 12.031 0.124 0.319 1.020 1.524 2.127 3.033 14.998 17.4410 19.6170 27.1793 32.5989 39.0881 48.8223 14.998 0.124 0.319 1.020 1.524 2.127 3.032 Path Delay(ns): P Fall -> D Fall, condition=1 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66465 2.01410 6.70695 10.07050 14.09870 20.14099 Transition 0.66465 2.01410 6.70695 10.07050 14.09870 20.14099 0.646 0.691 0.801 1.181 1.453 1.778 2.266 0.646 8.5551 10.7331 18.3024 23.7256 30.2234 39.9668 1.645 0.887 0.997 1.376 1.648 1.974 2.462 1.645 8.0070 10.1854 17.7550 23.1787 29.6767 39.4197 5.105 1.452 1.562 1.942 2.213 2.539 3.027 5.105 8.6734 10.8521 18.4221 23.8460 30.3429 40.0871 7.581 1.827 1.937 2.317 2.589 2.914 3.403 7.581 9.5335 11.7201 19.2916 24.7148 31.2123 40.9564 12.031 2.474 2.584 2.963 3.235 3.561 4.049 12.031 11.2305 13.4130 20.9836 26.4077 32.9052 42.6492 14.997 2.895 3.005 3.385 3.657 3.982 4.470 14.997 12.3982 14.5841 22.1553 27.5794 34.0775 43.8211 Output Transtion(ns): P Fall -> D Fall, condition=1 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66465 2.01410 6.70695 10.07050 14.09870 20.14099 Transition 0.66361 2.01095 6.69646 10.05474 14.07664 20.10948 0.646 0.124 0.319 1.021 1.525 2.129 3.035 0.647 0.622 0.732 1.111 1.382 1.707 2.195 1.645 0.124 0.319 1.021 1.525 2.129 3.036 1.647 0.832 0.943 1.321 1.593 1.918 2.405 5.105 0.125 0.320 1.021 1.525 2.129 3.036 5.104 1.445 1.555 1.933 2.205 2.530 3.017 7.581 0.125 0.320 1.021 1.525 2.129 3.036 7.580 1.867 1.977 2.356 2.627 2.952 3.439 12.031 0.126 0.320 1.021 1.525 2.129 3.036 12.033 2.604 2.714 3.093 3.364 3.690 4.177 14.997 0.125 0.320 1.021 1.525 2.130 3.035 14.996 3.089 3.199 3.578 3.849 4.174 4.662 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66361 2.01095 6.69646 10.05474 14.07664 20.10948 Transition 0.66361 2.01095 6.69646 10.05474 14.07664 20.10948 0.647 9.0089 11.1900 18.7486 24.1653 30.6518 40.3790 0.647 0.124 0.319 1.019 1.522 2.127 3.031 1.647 9.0561 11.2362 18.7948 24.2107 30.6972 40.4251 1.647 0.123 0.319 1.019 1.523 2.126 3.031 5.104 11.9731 14.1474 21.7056 27.1216 33.6080 43.3347 5.104 0.124 0.319 1.019 1.523 2.126 3.031 7.580 14.4851 16.6603 24.2185 29.6349 36.1213 45.8485 7.580 0.124 0.319 1.019 1.523 2.126 3.031 12.033 19.1597 21.3348 28.8925 34.3088 40.7950 50.5223 12.033 0.124 0.319 1.019 1.522 2.126 3.031 14.996 22.3266 24.5012 32.0588 37.4752 43.9617 53.6888 14.996 0.124 0.319 1.019 1.523 2.126 3.030 Path Delay(ns): P Rise -> D Rise, condition=0 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.43596 1.32110 4.39928 6.60552 9.24773 13.21105 Transition 0.43596 1.32110 4.39928 6.60552 9.24773 13.21105 0.636 0.968 1.062 1.388 1.622 1.902 2.322 0.636 37.4356 38.8656 43.8298 47.3841 51.6401 58.0229 1.632 0.997 1.092 1.418 1.652 1.932 2.352 1.632 37.0151 38.4501 43.4139 46.9676 51.2242 57.6070 5.090 1.176 1.270 1.596 1.830 2.110 2.530 5.090 38.9693 40.3997 45.3634 48.9180 53.1740 59.5567 7.570 1.311 1.405 1.731 1.965 2.245 2.665 7.570 40.7222 42.1529 47.1171 50.6715 54.9271 61.3101 12.026 1.531 1.625 1.951 2.185 2.465 2.885 12.026 43.8394 45.2722 50.2358 53.7902 58.0457 64.4292 15.000 1.662 1.757 2.083 2.317 2.597 3.017 15.000 45.8740 47.3052 52.2698 55.8237 60.0796 66.4622 Output Transtion(ns): P Rise -> D Rise, condition=0 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.43596 1.32110 4.39928 6.60552 9.24773 13.21105 Transition 0.43635 1.32226 4.40314 6.61132 9.25584 13.22264 0.636 0.128 0.323 1.022 1.525 2.128 3.029 0.637 0.717 0.812 1.138 1.372 1.653 2.073 1.632 0.127 0.323 1.023 1.525 2.128 3.031 1.632 0.682 0.777 1.103 1.337 1.618 2.038 5.090 0.129 0.323 1.023 1.527 2.126 3.031 5.090 0.510 0.604 0.931 1.165 1.445 1.865 7.570 0.129 0.323 1.023 1.525 2.127 3.032 7.569 0.338 0.432 0.758 0.993 1.273 1.693 12.026 0.128 0.323 1.023 1.526 2.129 3.029 12.036 0.000 0.087 0.414 0.648 0.928 1.348 15.000 0.129 0.323 1.024 1.526 2.128 3.033 15.000 0.000 0.000 0.168 0.402 0.683 1.103 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.43635 1.32226 4.40314 6.61132 9.25584 13.22264 Transition 0.43635 1.32226 4.40314 6.61132 9.25584 13.22264 0.637 21.7057 23.1404 28.1077 31.6661 35.9257 42.3151 0.637 0.130 0.324 1.024 1.528 2.130 3.034 1.632 20.8214 22.2566 27.2240 30.7816 35.0415 41.4311 1.632 0.130 0.324 1.025 1.528 2.130 3.036 5.090 20.7032 22.1356 27.1028 30.6602 34.9201 41.3097 5.090 0.131 0.324 1.024 1.528 2.129 3.032 7.569 21.0397 22.4655 27.4323 30.9906 35.2507 41.6404 7.569 0.131 0.325 1.024 1.528 2.131 3.032 12.036 21.8124 23.2452 28.2131 31.7702 36.0306 42.4196 12.036 0.131 0.324 1.024 1.528 2.129 3.032 15.000 22.3458 23.7883 28.7702 32.3277 36.5877 42.9775 15.000 0.130 0.324 1.024 1.528 2.131 3.033 Path Delay(ns): P Rise -> D Rise, condition=2 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.43556 1.31988 4.39521 6.59941 9.23917 13.19882 Transition 0.43556 1.31988 4.39521 6.59941 9.23917 13.19882 0.639 0.552 0.646 0.972 1.205 1.485 1.905 0.639 56.8180 58.2510 63.2090 66.7598 71.0119 77.3892 1.630 0.545 0.639 0.965 1.198 1.478 1.897 1.630 56.4326 57.8615 62.8210 66.3725 70.6244 77.0015 5.090 0.458 0.551 0.878 1.111 1.391 1.810 5.090 58.0788 59.5079 64.4677 68.0189 72.2706 78.6480 7.570 0.364 0.459 0.785 1.018 1.298 1.718 7.570 59.5779 61.0118 65.9703 69.5214 73.7725 80.1507 12.026 0.168 0.262 0.588 0.822 1.102 1.521 12.026 62.3176 63.7499 68.7081 72.2595 76.5110 82.8885 15.000 0.027 0.121 0.447 0.680 0.960 1.380 15.000 64.1249 65.5538 70.5135 74.0654 78.3167 84.6938 Output Transtion(ns): P Rise -> D Rise, condition=2 Path Delay(ns): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.43556 1.31988 4.39521 6.59941 9.23917 13.19882 Transition 2.36314 7.16104 23.84625 35.80519 50.12726 71.61037 0.639 0.128 0.323 1.023 1.524 2.126 3.031 0.187 1.075 1.542 3.145 4.291 5.662 7.715 1.630 0.128 0.323 1.023 1.525 2.125 3.030 0.378 1.136 1.603 3.207 4.353 5.722 7.776 5.090 0.128 0.323 1.023 1.525 2.125 3.030 1.055 1.309 1.776 3.381 4.526 5.896 7.951 7.570 0.128 0.323 1.023 1.524 2.126 3.028 1.543 1.418 1.885 3.489 4.634 6.004 8.060 12.026 0.128 0.323 1.023 1.524 2.126 3.031 2.420 1.598 2.065 3.669 4.813 6.186 8.241 15.000 0.128 0.323 1.022 1.525 2.127 3.029 3.003 1.711 2.179 3.782 4.927 6.299 8.352 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 2.36314 7.16104 23.84625 35.80519 50.12726 71.61037 Transition 2.36314 7.16104 23.84625 35.80519 50.12726 71.61037 0.187 44.9374 70.8815 161.0866 225.7378 303.1652 419.3042 0.187 0.832 1.817 5.238 7.683 10.614 14.996 0.378 45.0995 71.0450 161.2504 225.9031 303.3283 419.4672 0.378 0.832 1.817 5.234 7.683 10.610 15.001 1.055 45.6707 71.6158 161.8219 226.4729 303.8985 420.0367 1.055 0.832 1.818 5.236 7.685 10.607 14.998 1.543 46.0784 72.0235 162.2288 226.8797 304.3073 420.4435 1.543 0.832 1.817 5.238 7.683 10.609 15.001 2.420 46.8177 72.7637 162.9694 227.6208 305.0470 421.1860 2.420 0.832 1.818 5.237 7.682 10.608 15.000 3.003 47.3034 73.2502 163.4542 228.1070 305.5340 421.6724 3.003 0.832 1.817 5.235 7.679 10.611 15.002 Path Delay(ns): PEN Rise -> P Rise, condition=1 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 2.37945 7.21044 24.01078 36.05222 50.47311 72.10444 Transition 2.37945 7.21044 24.01078 36.05222 50.47311 72.10444 0.187 1.074 1.542 3.152 4.301 5.679 7.739 0.187 29.2519 55.4237 146.4192 211.6301 289.7302 406.8803 0.378 1.135 1.604 3.214 4.363 5.739 7.801 0.378 29.4549 55.6286 146.6237 211.8355 289.9366 407.0832 1.055 1.308 1.777 3.388 4.536 5.913 7.976 1.055 30.1566 56.3299 147.3250 212.5368 290.6374 407.7851 1.543 1.417 1.886 3.495 4.645 6.020 8.084 1.543 30.6549 56.8280 147.8211 213.0339 291.1348 408.2823 2.420 1.597 2.066 3.676 4.826 6.203 8.266 2.420 31.5516 57.7253 148.7203 213.9317 292.0319 409.1803 3.003 1.711 2.180 3.789 4.940 6.315 8.377 3.003 32.1405 58.3145 149.3093 214.5214 292.6216 409.7693 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Path Delay(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.37945 7.21044 24.01078 36.05222 50.47311 72.10444 Transition 2.36840 7.17698 23.89935 35.88490 50.23887 71.76981 0.187 0.828 1.814 5.236 7.680 10.609 14.999 0.186 1.069 1.539 3.155 4.309 5.689 7.759 0.378 0.828 1.813 5.232 7.680 10.615 15.004 0.378 1.132 1.602 3.217 4.371 5.752 7.821 1.055 0.828 1.814 5.234 7.682 10.612 15.001 1.054 1.305 1.776 3.391 4.544 5.926 7.996 1.543 0.828 1.814 5.236 7.684 10.614 15.004 1.542 1.414 1.885 3.499 4.653 6.034 8.102 2.420 0.828 1.814 5.235 7.684 10.614 15.003 2.420 1.595 2.065 3.680 4.834 6.213 8.283 3.003 0.828 1.814 5.233 7.681 10.606 15.005 3.003 1.708 2.179 3.793 4.948 6.326 8.398 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.36840 7.17698 23.89935 35.88490 50.23887 71.76981 Transition 2.36840 7.17698 23.89935 35.88490 50.23887 71.76981 0.186 27.2310 53.3659 144.2641 209.4214 287.4509 404.4929 0.186 0.829 1.815 5.234 7.684 10.609 15.001 0.378 27.2862 53.4221 144.3234 209.4796 287.5073 404.5506 0.378 0.829 1.815 5.234 7.684 10.614 15.006 1.054 27.4594 53.5958 144.4958 209.6516 287.6797 404.7235 1.054 0.829 1.815 5.236 7.685 10.610 15.002 1.542 27.5982 53.7340 144.6335 209.7908 287.8204 404.8639 1.542 0.829 1.816 5.233 7.683 10.613 15.005 2.420 27.8278 53.9625 144.8616 210.0180 288.0452 405.0879 2.420 0.830 1.814 5.237 7.681 10.611 15.003 3.003 27.9903 54.1259 145.0254 210.1814 288.2113 405.2518 3.003 0.830 1.815 5.235 7.679 10.614 15.006 Path Delay(ns): SONOF Fall -> D Fall Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.159 1.382 1.493 1.875 2.148 2.476 2.967 0.159 3.4482 5.6442 13.2622 18.7200 25.2562 35.0600 0.350 1.412 1.524 1.905 2.179 2.506 2.998 0.350 3.4642 5.6608 13.2784 18.7359 25.2725 35.0765 1.039 1.489 1.600 1.982 2.256 2.583 3.074 1.039 3.5453 5.7419 13.3594 18.8173 25.3531 35.1576 1.531 1.534 1.645 2.027 2.300 2.628 3.119 1.531 3.6084 5.8058 13.4232 18.8805 25.4175 35.2215 2.410 1.603 1.714 2.096 2.369 2.697 3.188 2.410 3.7275 5.9243 13.5413 18.9998 25.5358 35.3391 2.997 1.643 1.755 2.136 2.410 2.737 3.229 2.997 3.8077 6.0044 13.6220 19.0799 25.6165 35.4198 Output Transtion(ns): SONOF Fall -> D Fall Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.159 0.128 0.322 1.027 1.534 2.142 3.054 0.172 0.910 1.004 1.330 1.564 1.843 2.263 0.350 0.128 0.323 1.027 1.534 2.142 3.054 0.366 0.976 1.071 1.397 1.631 1.910 2.330 1.039 0.128 0.322 1.027 1.534 2.142 3.054 1.049 1.160 1.254 1.580 1.814 2.094 2.513 1.531 0.128 0.323 1.027 1.534 2.142 3.054 1.536 1.273 1.368 1.694 1.927 2.207 2.626 2.410 0.128 0.323 1.027 1.534 2.142 3.054 2.415 1.458 1.552 1.878 2.112 2.392 2.811 2.997 0.128 0.322 1.027 1.534 2.142 3.054 3.003 1.573 1.667 1.993 2.227 2.507 2.926 Dynamic Power(pJ): SONOF Rise -> D Rise Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.172 38.8508 40.2833 45.2413 48.7917 53.0432 59.4187 0.172 0.128 0.323 1.022 1.524 2.126 3.026 0.366 38.8170 40.2513 45.2090 48.7594 53.0105 59.3857 0.366 0.128 0.323 1.022 1.525 2.126 3.026 1.049 38.7285 40.1585 45.1171 48.6675 52.9186 59.2940 1.049 0.129 0.323 1.022 1.524 2.127 3.027 1.536 38.6592 40.0934 45.0510 48.6011 52.8528 59.2273 1.536 0.128 0.323 1.023 1.525 2.125 3.030 2.415 38.5323 39.9669 44.9253 48.4754 52.7262 59.1025 2.415 0.128 0.323 1.022 1.524 2.128 3.028 3.003 38.4530 39.8838 44.8415 48.3924 52.6435 59.0186 3.003 0.128 0.323 1.022 1.525 2.124 3.028 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.219 0.270 0.412 0.294 1.086 0.371 1.561 0.418 2.417 0.491 2.989 0.538 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.219 2.2406 0.412 2.2964 1.086 2.5866 1.561 2.8190 2.417 3.2503 2.989 3.5321 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.219 0.000 0.412 0.000 1.086 0.000 1.561 0.000 2.417 0.000 2.989 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.219 0.274 0.412 0.302 1.086 0.376 1.561 0.422 2.418 0.493 2.989 0.536 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.219 2.0460 0.412 2.1018 1.086 2.3913 1.561 2.6213 2.418 3.0458 2.989 3.3293 Output Transtion(ns): A Fall > P from High impedance to Low, condition=1 Input Transition Output Slope 0.219 0.000 0.412 0.000 1.086 0.000 1.561 0.000 2.418 0.000 2.989 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Delay 0.247 0.420 0.437 0.475 1.098 0.632 1.577 0.731 2.435 0.897 3.009 1.002 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.247 1.6584 0.437 1.7680 1.098 2.1379 1.577 2.4020 2.435 2.8700 3.009 3.1781 Output Transtion(ns): A Rise > P from Low to High impedance, condition=1 Input Transition Output Slope 0.247 0.000 0.437 0.000 1.098 0.000 1.577 0.000 2.435 0.000 3.009 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.247 0.371 0.437 0.427 1.098 0.583 1.577 0.683 2.435 0.848 3.009 0.952 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.247 3.6443 0.437 3.7527 1.098 4.1235 1.577 4.3884 2.435 4.8559 3.009 5.1650 Output Transtion(ns): A Rise > P from High impedance to High, condition=1 Input Transition Output Slope 0.247 0.000 0.437 0.000 1.098 0.000 1.577 0.000 2.435 0.000 3.009 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.145 0.294 0.338 0.320 1.028 0.393 1.522 0.436 2.410 0.505 3.002 0.546 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.145 0.5164 0.338 0.5257 1.028 0.5754 1.522 0.6175 2.410 0.6955 3.002 0.7458 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=0 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Output Slope Input Transition Delay 0.145 0.000 0.145 0.295 0.338 0.000 0.338 0.321 1.028 0.000 1.028 0.393 1.522 0.000 1.522 0.436 2.410 0.000 2.410 0.505 3.002 0.000 3.002 0.546 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Power(pJ) 0.145 0.5120 0.338 0.5213 1.028 0.5709 1.522 0.6131 2.410 0.6911 3.002 0.7413 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Output Slope 0.145 0.000 0.338 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay Input Transition Power(pJ) 0.151 0.612 0.151 1.0111 0.344 0.670 0.344 1.0272 1.030 0.841 1.030 1.0962 1.524 0.951 1.524 1.1445 2.413 1.134 2.413 1.2305 3.007 1.252 3.007 1.2873 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.030 0.000 1.524 0.000 2.413 0.000 3.007 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Delay 0.151 0.621 0.344 0.680 1.030 0.851 1.524 0.960 2.413 1.144 3.007 1.261 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Power(pJ) 0.151 1.0141 0.344 1.0302 1.030 1.0992 1.524 1.1475 2.413 1.2335 3.007 1.2903 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.030 0.000 1.524 0.000 2.413 0.000 3.007 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.175 0.465 0.365 0.492 1.051 0.566 1.538 0.615 2.416 0.677 3.000 0.718 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.175 3.9368 0.365 3.9584 1.051 4.1098 1.538 4.2405 2.416 4.4737 3.000 4.6329 Output Transtion(ns): PEN Fall -> P from High to High impedance, condition=2 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope Input Transition Delay 0.175 0.000 0.186 0.505 0.365 0.000 0.378 0.567 1.051 0.000 1.054 0.740 1.538 0.000 1.542 0.849 2.416 0.000 2.420 1.030 3.000 0.000 3.003 1.143 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.186 8.0161 0.378 8.0745 1.054 8.2302 1.542 8.3712 2.420 8.6266 3.003 8.7843 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.186 0.000 0.378 0.000 1.054 0.000 1.542 0.000 2.420 0.000 3.003 0.000 Toggle Power(pJ): A Fall Input Toggle Transition Power(pJ) 0.219 17.9940 0.412 18.0519 1.086 18.3376 1.561 18.5633 2.417 18.9860 2.989 19.2660 Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) 0.247 17.9777 0.437 18.0248 1.098 18.3612 1.577 18.6235 2.435 19.0981 3.009 19.4059 Toggle Power(pJ): CONOF Fall, Toggle Power(pJ): CONOF Fall, Toggle Power(pJ): CONOF Rise, Toggle Power(pJ): CONOF Rise, condition=0 condition=1 condition=0 condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.148 0.3549 0.148 4.6129 0.157 0.6915 0.157 5.9283 0.340 0.3628 0.340 4.6292 0.350 0.7259 0.351 5.9466 1.030 0.4034 1.030 4.6743 1.036 0.8440 1.037 6.0197 1.526 0.4359 1.526 4.7187 1.527 0.9210 1.529 6.0794 2.410 0.4973 2.410 4.7959 2.410 1.0534 2.413 6.2052 3.000 0.5397 3.000 4.8540 3.002 1.1370 3.002 6.2612 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.145 16.5853 0.338 16.5926 1.028 16.6548 1.522 16.7057 2.410 16.7994 3.002 16.8565 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.145 0.2967 0.338 0.3076 1.027 0.3615 1.522 0.4040 2.410 0.4842 3.002 0.5363 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.145 15.5124 0.338 15.5189 1.027 15.5773 1.522 15.6250 2.410 15.7316 3.002 15.7924 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.151 17.3588 0.344 17.3706 1.030 17.4568 1.524 17.5217 2.413 17.6119 3.007 17.6731 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.151 0.3491 0.344 0.3655 1.030 0.4424 1.524 0.4960 2.413 0.5900 3.007 0.6514 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.151 15.3356 0.344 15.2606 1.030 15.3403 1.524 15.3942 2.413 15.4937 3.007 15.5535 Toggle Power(pJ): P Fall Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.644 5.7912 0.634 -2.3563 1.642 5.0002 1.626 -3.1440 5.101 4.4371 5.090 -3.7236 7.578 4.2839 7.569 -3.8825 12.029 4.0982 12.035 -4.0741 14.998 3.9983 14.999 -4.1769 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.169 16.6269 0.360 16.6583 1.046 16.7664 1.535 16.8778 2.414 17.0741 3.000 17.2024 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.169 0.4106 0.360 0.4336 1.046 0.5551 1.535 0.6570 2.414 0.8414 3.000 0.9661 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.168 0.5051 0.360 0.5615 1.046 0.7918 1.535 0.9696 2.414 1.2872 3.001 1.4989 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.169 16.6545 0.360 16.6845 1.046 16.7941 1.535 16.9026 2.414 17.0998 3.000 17.2274 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.181 16.8761 0.373 16.8297 1.052 16.9127 1.541 17.0032 2.423 17.1592 3.007 17.2721 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.181 0.7232 0.373 0.7552 1.052 0.8907 1.541 0.9914 2.423 1.1709 3.007 1.2906 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.181 15.5606 0.373 15.5194 1.052 15.6055 1.541 15.6971 2.423 15.8561 3.007 15.9690 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.181 16.8817 0.373 16.8347 1.052 16.9176 1.541 17.0075 2.423 17.1615 3.007 17.2712 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.175 18.4200 0.365 18.4517 1.051 18.6123 1.538 18.7461 2.416 18.9874 3.000 19.1531 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.175 3.0697 0.365 3.0981 1.051 3.2561 1.538 3.3878 2.415 3.6251 3.000 3.7851 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.175 18.4221 0.365 18.4544 1.051 18.6144 1.538 18.7484 2.416 18.9900 3.000 19.1557 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.186 19.5143 0.378 19.5787 1.054 19.7782 1.542 19.9313 2.420 20.1969 3.003 20.3783 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.169 15.2989 0.360 15.3315 1.046 15.4401 1.535 15.5530 2.414 15.7490 3.000 15.8789 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.181 15.7911 0.373 15.6923 1.052 15.6522 1.541 15.6750 2.423 15.7034 3.007 15.7330 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.175 3.4815 0.365 3.5109 1.051 3.6678 1.538 3.7995 2.416 4.0380 3.000 4.1979 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.186 4.1220 0.378 4.1803 1.054 4.3673 1.542 4.5123 2.420 4.7662 3.003 4.9371 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.186 5.8544 0.378 5.9051 1.054 6.1044 1.542 6.2347 2.420 6.4936 3.003 6.6655 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.186 19.5233 0.378 19.5888 1.054 19.7869 1.542 19.9405 2.420 20.2071 3.003 20.3869 Toggle Power(pJ): PU Fall Input Toggle Transition Power(pJ) 0.141 15.7405 0.333 15.7134 1.024 15.6154 1.520 15.5722 2.409 15.4676 3.003 15.4070 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.141 0.3717 0.333 0.3787 1.024 0.4137 1.520 0.4443 2.409 0.5031 3.003 0.5430 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.141 14.4425 0.333 14.4280 1.024 14.3472 1.520 14.2911 2.409 14.2224 3.003 14.1744 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.141 15.7487 0.333 15.7300 1.024 15.6303 1.520 15.5859 2.409 15.4804 3.003 15.4145 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.141 15.3280 0.333 15.3391 1.024 15.3710 1.520 15.3924 2.409 15.4557 3.003 15.4940 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.147 0.4260 0.340 0.4687 1.027 0.6244 1.522 0.7339 2.410 0.9267 3.002 1.0535 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.147 0.2353 0.340 0.2399 1.027 0.2744 1.522 0.3019 2.410 0.3522 3.002 0.3867 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.147 0.3886 0.340 0.4286 1.027 0.5747 1.522 0.6775 2.410 0.8583 3.002 0.9774 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.147 0.4481 0.340 0.4905 1.027 0.6456 1.522 0.7550 2.410 0.9476 3.002 1.0744 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.147 15.1234 0.340 14.8325 1.027 14.4559 1.522 14.3694 2.410 14.3167 3.002 14.3199 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.159 0.5320 0.350 0.5418 1.039 0.5974 1.531 0.6420 2.410 0.7256 2.997 0.7829 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.159 4.0183 0.350 4.0373 1.039 4.1089 1.531 4.1694 2.410 4.2778 2.997 4.3520 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.172 1.1238 0.366 1.1751 1.049 1.3476 1.536 1.4592 2.415 1.6476 3.003 1.7661 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.172 4.4675 0.365 4.5166 1.048 4.6756 1.536 4.7722 2.415 4.9582 3.003 5.0624 condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&!PU condition2:!PD&PEN&PU condition3:PD&PEN&!PU condition4:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 2mA, slow slew rate, input-output pad, 5V tolerant PLBI2S Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Logic Symbol Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.04585 0.02459 0.03631 2.06874 0.04155 0.04027 0.01524 0.03664 Supply Voltage vdd 1.8V vddh 3.3V vddo 3.3V Static Power 715.600 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.71385 5.19349 17.29433 25.96747 36.35445 51.93493 Transition 1.71385 5.19349 17.29433 25.96747 36.35445 51.93493 0.175 0.935 1.449 3.180 4.414 5.887 8.099 0.175 39.0102 57.8087 123.1801 170.0298 226.1385 310.3000 0.365 0.963 1.478 3.209 4.443 5.919 8.130 0.365 39.0317 57.8299 123.2018 170.0518 226.1590 310.3213 1.051 1.041 1.556 3.287 4.519 5.994 8.209 1.051 39.1736 57.9724 123.3434 170.1936 226.3011 310.4626 1.539 1.088 1.602 3.334 4.568 6.041 8.253 1.539 39.2886 58.0863 123.4588 170.3099 226.4161 310.5781 2.416 1.162 1.677 3.408 4.642 6.116 8.330 2.416 39.5062 58.3050 123.6776 170.5269 226.6343 310.7971 3.002 1.207 1.722 3.453 4.686 6.161 8.374 3.002 39.6530 58.4516 123.8243 170.6742 226.7820 310.9433 Output Transtion(ns): A Fall -> P Fall, condition=0 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.71385 5.19349 17.29433 25.96747 36.35445 51.93493 Transition 1.70847 5.17719 17.24004 25.88595 36.24033 51.77190 0.175 1.106 2.051 5.393 7.797 10.679 15.001 0.175 0.913 1.432 3.172 4.414 5.897 8.119 0.365 1.106 2.051 5.393 7.797 10.677 15.000 0.365 0.941 1.461 3.201 4.442 5.925 8.145 1.051 1.106 2.052 5.393 7.797 10.680 15.003 1.051 1.019 1.539 3.279 4.519 6.004 8.224 1.539 1.106 2.051 5.393 7.798 10.680 15.001 1.539 1.066 1.585 3.325 4.565 6.051 8.272 2.416 1.106 2.051 5.393 7.796 10.679 15.002 2.416 1.140 1.660 3.399 4.639 6.123 8.344 3.002 1.106 2.051 5.394 7.798 10.679 15.003 3.002 1.186 1.706 3.446 4.686 6.171 8.391 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.70847 5.17719 17.24004 25.88595 36.24033 51.77190 Transition 1.70847 5.17719 17.24004 25.88595 36.24033 51.77190 0.175 24.0860 42.9238 108.4440 155.4058 211.6451 296.0090 0.175 1.176 2.115 5.440 7.834 10.700 15.005 0.365 24.1094 42.9467 108.4670 155.4279 211.6684 296.0326 0.365 1.176 2.115 5.440 7.834 10.701 15.004 1.051 24.2424 43.0799 108.6000 155.5610 211.8024 296.1664 1.051 1.176 2.115 5.440 7.834 10.700 15.004 1.539 24.3539 43.1925 108.7125 155.6750 211.9144 296.2766 1.539 1.176 2.114 5.441 7.834 10.702 15.006 2.416 24.5636 43.4007 108.9215 155.8837 212.1218 296.4856 2.416 1.176 2.115 5.440 7.834 10.703 15.003 3.002 24.7030 43.5414 109.0608 156.0229 212.2626 296.6263 3.002 1.176 2.115 5.440 7.833 10.702 15.004 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 1.71704 5.20314 17.32645 26.01570 36.42197 52.03139 Transition 1.71704 5.20314 17.32645 26.01570 36.42197 52.03139 0.175 0.937 1.456 3.200 4.444 5.930 8.159 0.175 23.6465 42.5951 108.4636 155.6717 212.1991 296.9875 0.365 0.966 1.484 3.229 4.470 5.959 8.185 0.365 23.6678 42.6161 108.4839 155.6917 212.2188 297.0086 1.051 1.044 1.562 3.307 4.549 6.037 8.264 1.051 23.8049 42.7533 108.6233 155.8304 212.3565 297.1461 1.539 1.091 1.609 3.353 4.595 6.081 8.313 1.539 23.9169 42.8652 108.7331 155.9421 212.4687 297.2565 2.416 1.165 1.683 3.428 4.670 6.156 8.385 2.416 24.1300 43.0783 108.9479 156.1547 212.6815 297.4727 3.002 1.210 1.729 3.473 4.716 6.201 8.431 3.002 24.2736 43.2226 109.0907 156.2984 212.8270 297.6162 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.71704 5.20314 17.32645 26.01570 36.42197 52.03139 Transition 1.72880 5.23878 17.44515 26.19392 36.67149 52.38784 0.175 1.101 2.047 5.390 7.795 10.676 15.000 0.175 0.934 1.451 3.190 4.429 5.910 8.134 0.365 1.101 2.047 5.390 7.795 10.677 15.002 0.365 0.963 1.480 3.219 4.458 5.939 8.160 1.051 1.101 2.046 5.390 7.795 10.676 15.002 1.051 1.041 1.558 3.297 4.536 6.017 8.239 1.539 1.101 2.046 5.390 7.796 10.678 15.000 1.539 1.088 1.604 3.343 4.583 6.064 8.288 2.416 1.101 2.046 5.389 7.795 10.678 15.003 2.416 1.162 1.679 3.418 4.657 6.140 8.360 3.002 1.101 2.047 5.390 7.796 10.679 15.001 3.002 1.207 1.724 3.463 4.701 6.184 8.406 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.72880 5.23878 17.44515 26.19392 36.67149 52.38784 Transition 1.72880 5.23878 17.44515 26.19392 36.67149 52.38784 0.175 23.8759 42.8950 109.0181 156.4067 213.1521 298.2757 0.175 1.100 2.046 5.390 7.796 10.678 15.005 0.365 23.9327 42.9522 109.0755 156.4639 213.2086 298.3329 0.365 1.100 2.046 5.390 7.795 10.678 15.004 1.051 24.1902 43.2096 109.3335 156.7210 213.4673 298.5888 1.051 1.100 2.046 5.390 7.797 10.678 15.003 1.539 24.3857 43.4047 109.5299 156.9158 213.6608 298.7855 1.539 1.100 2.046 5.390 7.796 10.680 15.004 2.416 24.7460 43.7656 109.8885 157.2769 214.0219 299.1454 2.416 1.100 2.046 5.390 7.796 10.680 15.005 3.002 24.9862 44.0055 110.1293 157.5181 214.2609 299.3868 3.002 1.100 2.046 5.390 7.797 10.680 15.006 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 1.70225 5.15835 17.17729 25.79173 36.10842 51.58346 Transition 1.70225 5.15835 17.17729 25.79173 36.10842 51.58346 0.175 0.937 1.454 3.190 4.426 5.907 8.124 0.175 38.7794 57.5049 122.6184 169.2883 225.1654 308.9892 0.365 0.966 1.482 3.219 4.455 5.935 8.155 0.365 38.7644 57.4899 122.6046 169.2703 225.1508 308.9725 1.051 1.045 1.560 3.297 4.534 6.014 8.234 1.051 38.7867 57.5129 122.6276 169.2908 225.1724 308.9954 1.539 1.091 1.607 3.344 4.580 6.061 8.278 1.539 38.8178 57.5448 122.6576 169.3250 225.2042 309.0284 2.416 1.166 1.681 3.418 4.655 6.133 8.355 2.416 38.8889 57.6153 122.7291 169.3955 225.2776 309.0998 3.002 1.211 1.727 3.463 4.701 6.181 8.396 3.002 38.9393 57.6652 122.7789 169.4456 225.3257 309.1489 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.70225 5.15835 17.17729 25.79173 36.10842 51.58346 Transition 2.35599 7.13937 23.77409 35.69684 49.97557 71.39368 0.175 1.107 2.052 5.394 7.797 10.680 14.999 0.186 1.084 1.553 3.154 4.297 5.664 7.712 0.365 1.107 2.052 5.395 7.798 10.679 15.001 0.378 1.149 1.618 3.219 4.362 5.727 7.779 1.051 1.107 2.052 5.394 7.798 10.680 15.000 1.056 1.339 1.808 3.409 4.552 5.917 7.969 1.539 1.107 2.052 5.394 7.798 10.679 15.001 1.543 1.461 1.930 3.530 4.673 6.039 8.090 2.416 1.107 2.052 5.394 7.797 10.679 15.000 2.418 1.666 2.135 3.736 4.879 6.244 8.294 3.002 1.107 2.053 5.394 7.798 10.679 14.999 3.006 1.796 2.265 3.865 5.008 6.377 8.425 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 2.35599 7.13937 23.77409 35.69684 49.97557 71.39368 Transition 2.35599 7.13937 23.77409 35.69684 49.97557 71.39368 0.186 41.3534 67.2304 157.1910 221.6684 298.8850 414.7061 0.186 0.885 1.863 5.266 7.709 10.620 15.002 0.378 41.4022 67.2792 157.2406 221.7172 298.9337 414.7526 0.378 0.885 1.863 5.267 7.706 10.622 15.004 1.056 41.5943 67.4714 157.4322 221.9090 299.1261 414.9453 1.056 0.885 1.863 5.267 7.706 10.622 15.004 1.543 41.7288 67.6066 157.5679 222.0437 299.2607 415.0801 1.543 0.885 1.863 5.267 7.706 10.622 15.003 2.418 41.9660 67.8437 157.8046 222.2800 299.4972 415.3182 2.418 0.885 1.863 5.266 7.704 10.626 14.997 3.006 42.1224 68.0006 157.9616 222.4379 299.6538 415.4729 3.006 0.885 1.864 5.267 7.705 10.621 15.003 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 2.35983 7.15100 23.81283 35.75500 50.05700 71.51000 Transition 2.35983 7.15100 23.81283 35.75500 50.05700 71.51000 0.186 1.069 1.540 3.150 4.301 5.677 7.737 0.186 25.2102 51.2523 141.8277 206.7428 284.4883 401.1063 0.378 1.134 1.605 3.216 4.367 5.741 7.804 0.378 25.2589 51.3015 141.8749 206.7913 284.5382 401.1534 1.056 1.324 1.795 3.406 4.557 5.931 7.994 1.056 25.4542 51.4966 142.0714 206.9878 284.7342 401.3507 1.543 1.445 1.917 3.529 4.678 6.052 8.115 1.543 25.5925 51.6349 142.2088 207.1255 284.8705 401.4882 2.418 1.650 2.122 3.732 4.882 6.257 8.319 2.418 25.8361 51.8787 142.4519 207.3691 285.1144 401.7306 3.006 1.780 2.252 3.863 5.013 6.387 8.450 3.006 25.9954 52.0378 142.6126 207.5274 285.2739 401.8914 Output Transtion(ns): A Rise -> P Rise, condition=1 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.35983 7.15100 23.81283 35.75500 50.05700 71.51000 Transition 2.35948 7.14995 23.80934 35.74976 50.04966 71.49952 0.186 0.881 1.859 5.262 7.701 10.616 14.990 0.186 1.086 1.558 3.169 4.317 5.694 7.757 0.378 0.882 1.860 5.264 7.703 10.618 14.992 0.378 1.151 1.623 3.234 4.384 5.757 7.819 1.056 0.882 1.860 5.264 7.703 10.618 14.992 1.056 1.341 1.813 3.424 4.574 5.947 8.009 1.543 0.881 1.860 5.264 7.703 10.618 14.991 1.543 1.463 1.935 3.545 4.695 6.072 8.132 2.418 0.881 1.860 5.263 7.702 10.622 14.995 2.418 1.668 2.139 3.751 4.899 6.274 8.339 3.006 0.881 1.861 5.264 7.703 10.618 14.991 3.006 1.798 2.269 3.880 5.030 6.407 8.470 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.35948 7.14995 23.80934 35.74976 50.04966 71.49952 Transition 2.35948 7.14995 23.80934 35.74976 50.04966 71.49952 0.186 25.4808 51.5372 142.1061 207.0195 284.7548 401.3577 0.186 0.881 1.860 5.265 7.703 10.619 14.992 0.378 25.5314 51.5870 142.1566 207.0707 284.8059 401.4076 0.378 0.881 1.861 5.261 7.700 10.621 14.994 1.056 25.7281 51.7842 142.3537 207.2677 285.0029 401.6037 1.056 0.881 1.861 5.262 7.700 10.621 14.994 1.543 25.8664 51.9214 142.4907 207.4040 285.1381 401.7432 1.543 0.882 1.860 5.261 7.700 10.620 14.993 2.418 26.1089 52.1649 142.7337 207.6474 285.3829 401.9860 2.418 0.882 1.861 5.265 7.699 10.614 14.997 3.006 26.2690 52.3248 142.8951 207.8074 285.5417 402.1459 3.006 0.881 1.860 5.261 7.700 10.620 14.993 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 2.34368 7.10206 23.64987 35.51032 49.71445 71.02064 Transition 2.34368 7.10206 23.64987 35.51032 49.71445 71.02064 0.186 1.087 1.557 3.162 4.307 5.677 7.732 0.186 41.1670 66.9951 156.7836 221.1310 298.1967 413.7998 0.378 1.152 1.622 3.227 4.372 5.744 7.797 0.378 41.1750 67.0032 156.7912 221.1414 298.2040 413.8078 1.056 1.342 1.812 3.417 4.562 5.934 7.987 1.056 41.2363 67.0642 156.8524 221.2025 298.2653 413.8699 1.543 1.464 1.934 3.539 4.683 6.055 8.110 1.543 41.2811 67.1083 156.8973 221.2451 298.3103 413.9112 2.418 1.669 2.139 3.744 4.889 6.261 8.314 2.418 41.3596 67.1878 156.9764 221.3238 298.3886 413.9897 3.006 1.799 2.269 3.873 5.020 6.390 8.445 3.006 41.4129 67.2399 157.0290 221.3764 298.4418 414.0446 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 2.34368 7.10206 23.64987 35.51032 49.71445 71.02064 Transition 2.37225 7.18864 23.93816 35.94318 50.32045 71.88636 0.186 0.886 1.864 5.267 7.707 10.624 15.000 0.186 1.083 1.553 3.160 4.307 5.680 7.737 0.378 0.886 1.865 5.269 7.704 10.626 14.992 0.378 1.148 1.618 3.226 4.372 5.744 7.804 1.056 0.886 1.865 5.269 7.704 10.626 14.992 1.056 1.338 1.809 3.416 4.562 5.934 7.994 1.543 0.886 1.864 5.268 7.704 10.625 14.991 1.543 1.460 1.930 3.537 4.685 6.055 8.115 2.418 0.886 1.865 5.267 7.702 10.619 14.995 2.418 1.665 2.135 3.742 4.889 6.261 8.319 3.006 0.886 1.864 5.268 7.703 10.625 14.991 3.006 1.795 2.265 3.872 5.020 6.390 8.450 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 2.37225 7.18864 23.93816 35.94318 50.32045 71.88636 Transition 2.37225 7.18864 23.93816 35.94318 50.32045 71.88636 0.186 25.6660 51.7724 142.5214 207.5566 285.4433 402.2744 0.186 0.880 1.859 5.263 7.706 10.625 15.005 0.378 25.7570 51.8633 142.6105 207.6488 285.5352 402.3639 0.378 0.881 1.859 5.265 7.708 10.627 14.997 1.056 26.0847 52.1920 142.9390 207.9762 285.8631 402.6913 1.056 0.881 1.859 5.265 7.708 10.627 14.997 1.543 26.3127 52.4193 143.1668 208.2038 286.0899 402.9204 1.543 0.880 1.860 5.265 7.707 10.627 15.006 2.418 26.7140 52.8209 143.5684 208.6049 286.4916 403.3207 2.418 0.881 1.859 5.264 7.701 10.621 15.000 3.006 26.9784 53.0842 143.8330 208.8698 286.7549 403.5846 3.006 0.881 1.860 5.264 7.707 10.626 15.006 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3909 5.5859 13.2142 18.6805 25.2246 35.0427 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3985 5.5979 13.2266 18.6928 25.2372 35.0549 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4547 5.6542 13.2828 18.7489 25.2934 35.1119 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4970 5.6973 13.3259 18.7919 25.3365 35.1549 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5811 5.7803 13.4085 18.8752 25.4192 35.2375 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6384 5.8375 13.4659 18.9313 25.4765 35.2950 Output Transtion(ns): CONOF Fall -> D Fall Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.342 0.130 0.324 1.030 1.538 2.147 3.059 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.525 0.130 0.324 1.030 1.538 2.147 3.059 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.413 1.455 1.549 1.875 2.109 2.389 2.808 2.999 0.130 0.324 1.030 1.538 2.147 3.059 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 24.3859 25.8124 30.7731 34.3248 38.5770 44.9561 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 24.3623 25.7932 30.7536 34.3057 38.5583 44.9375 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 24.3159 25.7417 30.7019 34.2539 38.5065 44.8863 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 24.2741 25.7057 30.6656 34.2172 38.4708 44.8491 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 24.2056 25.6348 30.5945 34.1475 38.3999 44.7786 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 24.1574 25.5869 30.5462 34.0989 38.3519 44.7304 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.70808 5.17599 17.23605 25.87995 36.23193 51.75990 Transition 1.70808 5.17599 17.23605 25.87995 36.23193 51.75990 0.174 1.250 1.770 3.509 4.748 6.231 8.451 0.174 23.6732 42.5068 108.0120 154.9634 211.1911 295.5345 0.366 1.310 1.830 3.569 4.810 6.292 8.512 0.366 23.7058 42.5397 108.0441 154.9963 211.2236 295.5661 1.046 1.480 2.000 3.739 4.979 6.463 8.683 1.046 23.8429 42.6756 108.1806 155.1315 211.3617 295.7017 1.536 1.589 2.109 3.848 5.089 6.573 8.791 1.536 23.9414 42.7748 108.2797 155.2297 211.4609 295.8016 2.418 1.773 2.293 4.032 5.273 6.757 8.978 2.418 24.1180 42.9518 108.4559 155.4071 211.6362 295.9778 3.005 1.890 2.409 4.150 5.388 6.871 9.093 3.005 24.2364 43.0695 108.5741 155.5252 211.7536 296.0963 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.70808 5.17599 17.23605 25.87995 36.23193 51.75990 Transition 1.70243 5.15888 17.17908 25.79441 36.11218 51.58883 0.174 1.176 2.114 5.438 7.832 10.698 15.002 0.174 1.266 1.785 3.523 4.758 6.241 8.458 0.366 1.176 2.114 5.439 7.831 10.698 15.001 0.366 1.326 1.844 3.581 4.820 6.297 8.517 1.046 1.176 2.114 5.439 7.832 10.700 15.003 1.046 1.497 2.015 3.752 4.989 6.470 8.686 1.536 1.176 2.114 5.440 7.832 10.699 15.001 1.536 1.605 2.124 3.861 5.099 6.580 8.796 2.418 1.176 2.114 5.440 7.831 10.699 15.002 2.418 1.789 2.308 4.045 5.284 6.764 8.984 3.005 1.176 2.114 5.440 7.833 10.701 15.000 3.005 1.906 2.424 4.162 5.398 6.878 9.098 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 1.70243 5.15888 17.17908 25.79441 36.11218 51.58883 Transition 1.70243 5.15888 17.17908 25.79441 36.11218 51.58883 0.174 38.9265 57.7328 122.8951 169.5699 225.4642 309.2995 0.174 1.109 2.054 5.395 7.799 10.679 15.001 0.366 38.9510 57.7579 122.9192 169.5935 225.4874 309.3257 0.366 1.109 2.054 5.395 7.798 10.679 15.004 1.046 39.0920 57.8976 123.0603 169.7336 225.6299 309.4662 1.046 1.109 2.054 5.394 7.798 10.681 15.000 1.536 39.2129 58.0190 123.1810 169.8555 225.7496 309.5890 1.536 1.109 2.054 5.395 7.799 10.680 15.002 2.418 39.4383 58.2455 123.4076 170.0831 225.9768 309.8155 2.418 1.110 2.054 5.395 7.799 10.680 15.001 3.005 39.5916 58.3984 123.5602 170.2350 226.1305 309.9680 3.005 1.110 2.054 5.395 7.798 10.679 15.004 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 1.71718 5.20356 17.32787 26.01782 36.42495 52.03564 Transition 1.71718 5.20356 17.32787 26.01782 36.42495 52.03564 0.174 1.263 1.782 3.526 4.768 6.254 8.484 0.174 22.0632 41.0003 106.8597 154.0624 210.5928 295.3897 0.366 1.323 1.841 3.586 4.827 6.314 8.542 0.366 22.0951 41.0336 106.8917 154.0947 210.6252 295.4234 1.046 1.493 2.012 3.756 4.999 6.486 8.716 1.046 22.2320 41.1705 107.0289 154.2311 210.7620 295.5604 1.536 1.602 2.121 3.864 5.109 6.593 8.821 1.536 22.3309 41.2697 107.1275 154.3303 210.8619 295.6590 2.418 1.786 2.305 4.048 5.291 6.777 9.008 2.418 22.5080 41.4466 107.3042 154.5083 211.0380 295.8363 3.005 1.903 2.421 4.166 5.408 6.895 9.123 3.005 22.6263 41.5643 107.4224 154.6260 211.1550 295.9533 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.71718 5.20356 17.32787 26.01782 36.42495 52.03564 Transition 1.71389 5.19362 17.29474 25.96808 36.35531 51.93616 0.174 1.107 2.050 5.391 7.797 10.679 15.003 0.174 1.261 1.777 3.509 4.743 6.218 8.431 0.366 1.106 2.050 5.391 7.797 10.679 15.004 0.366 1.320 1.837 3.569 4.802 6.277 8.492 1.046 1.107 2.050 5.392 7.797 10.678 15.002 1.046 1.490 2.007 3.740 4.974 6.450 8.661 1.536 1.106 2.050 5.392 7.795 10.680 15.004 1.536 1.599 2.116 3.848 5.081 6.556 8.770 2.418 1.107 2.050 5.392 7.798 10.679 15.001 2.418 1.783 2.299 4.032 5.266 6.740 8.954 3.005 1.107 2.050 5.392 7.797 10.678 15.003 3.005 1.899 2.416 4.148 5.381 6.858 9.068 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 1.71389 5.19362 17.29474 25.96808 36.35531 51.93616 Transition 1.71389 5.19362 17.29474 25.96808 36.35531 51.93616 0.174 39.1604 58.0354 123.4516 170.3094 226.4192 310.5841 0.174 1.108 2.053 5.394 7.798 10.680 15.000 0.366 39.2200 58.0948 123.5105 170.3669 226.4790 310.6425 0.366 1.108 2.053 5.394 7.798 10.679 15.003 1.046 39.4732 58.3483 123.7652 170.6220 226.7318 310.8963 1.046 1.109 2.053 5.394 7.798 10.678 15.001 1.536 39.6721 58.5488 123.9635 170.8209 226.9317 311.0971 1.536 1.109 2.053 5.394 7.798 10.679 15.003 2.418 40.0370 58.9114 124.3277 171.1861 227.2974 311.4608 2.418 1.110 2.053 5.393 7.798 10.679 15.002 3.005 40.2807 59.1566 124.5735 171.4288 227.5401 311.7043 3.005 1.110 2.053 5.394 7.799 10.677 15.000 Path Delay(ns): NEN Rise -> P Fall, condition=4 Dynamic Power(pJ): NEN Rise -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 1.72848 5.23783 17.44197 26.18915 36.66480 52.37829 Transition 1.72848 5.23783 17.44197 26.18915 36.66480 52.37829 0.174 1.261 1.780 3.519 4.758 6.241 8.461 0.174 24.1049 43.1953 109.3482 156.7306 213.4739 298.5789 0.366 1.320 1.839 3.579 4.817 6.297 8.522 0.366 24.2040 43.2944 109.4477 156.8293 213.5729 298.6780 1.046 1.490 2.009 3.748 4.986 6.470 8.691 1.046 24.5825 43.6734 109.8251 157.2091 213.9518 299.0573 1.536 1.599 2.118 3.858 5.096 6.576 8.801 1.536 24.8691 43.9603 110.1128 157.4945 214.2392 299.3459 2.418 1.782 2.301 4.040 5.279 6.760 8.984 2.418 25.3861 44.4771 110.6303 158.0135 214.7561 299.8621 3.005 1.898 2.418 4.157 5.396 6.878 9.098 3.005 25.7302 44.8213 110.9729 158.3560 215.1000 300.2044 Output Transtion(ns): NEN Rise -> P Fall, condition=4 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 1.72848 5.23783 17.44197 26.18915 36.66480 52.37829 Transition 0.66492 2.01490 6.70962 10.07450 14.10430 20.14901 0.174 1.102 2.047 5.390 7.794 10.679 15.000 0.660 0.823 0.933 1.313 1.585 1.910 2.399 0.366 1.102 2.047 5.390 7.795 10.678 15.003 1.658 1.083 1.193 1.573 1.845 2.170 2.659 1.046 1.103 2.047 5.390 7.796 10.676 15.001 5.113 1.872 1.982 2.361 2.633 2.959 3.448 1.536 1.103 2.047 5.390 7.795 10.678 15.003 7.589 2.413 2.523 2.903 3.175 3.500 3.989 2.418 1.103 2.047 5.389 7.796 10.678 15.002 12.033 3.355 3.465 3.844 4.116 4.442 4.930 3.005 1.103 2.048 5.390 7.796 10.676 15.000 14.996 3.971 4.081 4.461 4.733 5.058 5.547 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66492 2.01490 6.70962 10.07450 14.10430 20.14901 Transition 0.66492 2.01490 6.70962 10.07450 14.10430 20.14901 0.660 9.0696 11.2479 18.8201 24.2475 30.7450 40.4933 0.660 0.126 0.321 1.022 1.527 2.132 3.038 1.658 8.8480 11.0273 18.5999 24.0269 30.5249 40.2728 1.658 0.126 0.321 1.022 1.527 2.131 3.038 5.113 10.5735 12.7525 20.3250 25.7524 32.2495 41.9984 5.113 0.126 0.321 1.023 1.527 2.132 3.039 7.589 12.2016 14.3804 21.9531 27.3807 33.8785 43.6271 7.589 0.125 0.321 1.023 1.527 2.132 3.038 12.033 15.2609 17.4402 25.0126 30.4398 36.9380 46.6864 12.033 0.126 0.321 1.022 1.527 2.131 3.038 14.996 17.3308 19.5152 27.0885 32.5162 39.0133 48.7617 14.996 0.126 0.321 1.022 1.527 2.131 3.038 Path Delay(ns): P Fall -> D Fall, condition=1 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66505 2.01531 6.71097 10.07653 14.10714 20.15305 Transition 0.66505 2.01531 6.71097 10.07653 14.10714 20.15305 0.660 0.719 0.829 1.209 1.481 1.806 2.295 0.660 8.5202 10.7003 18.2743 23.7027 30.2022 39.9515 1.659 0.916 1.026 1.405 1.677 2.003 2.492 1.659 7.9481 10.1281 17.7027 23.1308 29.6303 39.3803 5.115 1.484 1.594 1.974 2.246 2.572 3.060 5.115 8.5621 10.7423 18.3174 23.7455 30.2443 39.9953 7.589 1.861 1.972 2.351 2.623 2.949 3.438 7.589 9.4074 11.5947 19.1701 24.5984 31.0979 40.8481 12.036 2.512 2.623 3.002 3.274 3.600 4.089 12.036 11.0908 13.2746 20.8501 26.2781 32.7775 42.5285 15.000 2.931 3.041 3.421 3.693 4.019 4.507 15.000 12.2528 14.4401 22.0152 27.4441 33.9433 43.6938 Output Transtion(ns): P Fall -> D Fall, condition=1 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66505 2.01531 6.71097 10.07653 14.10714 20.15305 Transition 0.66467 2.01414 6.70710 10.07072 14.09900 20.14143 0.660 0.126 0.321 1.022 1.527 2.132 3.038 0.661 0.645 0.755 1.135 1.407 1.732 2.221 1.659 0.126 0.321 1.022 1.528 2.132 3.039 1.661 0.857 0.967 1.347 1.619 1.944 2.432 5.115 0.126 0.321 1.023 1.528 2.131 3.038 5.113 1.471 1.581 1.960 2.232 2.558 3.046 7.589 0.126 0.321 1.023 1.528 2.132 3.038 7.588 1.894 2.004 2.384 2.655 2.981 3.469 12.036 0.127 0.322 1.023 1.527 2.131 3.039 12.034 2.634 2.744 3.124 3.395 3.721 4.209 15.000 0.127 0.322 1.023 1.527 2.131 3.038 14.997 3.121 3.231 3.611 3.882 4.208 4.696 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66467 2.01414 6.70710 10.07072 14.09900 20.14143 Transition 0.66467 2.01414 6.70710 10.07072 14.09900 20.14143 0.661 8.9898 11.1746 18.7446 24.1694 30.6663 40.4088 0.661 0.125 0.321 1.022 1.526 2.131 3.037 1.661 9.0114 11.1899 18.7600 24.1844 30.6804 40.4235 1.661 0.125 0.321 1.022 1.527 2.131 3.037 5.113 11.8663 14.0446 21.6145 27.0398 33.5357 43.2788 5.113 0.125 0.321 1.022 1.526 2.130 3.037 7.588 14.3634 16.5423 24.1122 29.5373 36.0335 45.7769 7.588 0.126 0.321 1.022 1.526 2.131 3.037 12.034 19.0235 21.2014 28.7708 34.1960 40.6921 50.4351 12.034 0.126 0.321 1.022 1.526 2.131 3.037 14.997 22.1832 24.3613 31.9312 37.3559 43.8519 53.5955 14.997 0.126 0.321 1.022 1.526 2.130 3.037 Path Delay(ns): P Rise -> D Rise, condition=0 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.43561 1.32002 4.39565 6.60008 9.24011 13.20016 Transition 0.43561 1.32002 4.39565 6.60008 9.24011 13.20016 0.648 1.011 1.105 1.431 1.664 1.944 2.364 0.648 38.0534 39.4817 44.4415 47.9933 52.2454 58.6228 1.643 1.041 1.135 1.461 1.695 1.974 2.394 1.643 37.6044 39.0378 43.9975 47.5487 51.8013 58.1786 5.101 1.219 1.313 1.639 1.873 2.153 2.572 5.101 39.5125 40.9468 45.9060 49.4568 53.7093 60.0869 7.581 1.355 1.450 1.776 2.009 2.289 2.709 7.581 41.2624 42.6965 47.6559 51.2069 55.4588 61.8372 12.032 1.579 1.673 1.999 2.233 2.513 2.932 12.032 44.3891 45.8174 50.7773 54.3291 58.5816 64.9587 15.007 1.716 1.810 2.136 2.370 2.650 3.069 15.007 46.4227 47.8546 52.8144 56.3652 60.6183 66.9953 Output Transtion(ns): P Rise -> D Rise, condition=0 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.43561 1.32002 4.39565 6.60008 9.24011 13.20016 Transition 0.43639 1.32239 4.40357 6.61196 9.25674 13.22392 0.648 0.130 0.325 1.025 1.527 2.128 3.033 0.649 0.751 0.845 1.172 1.406 1.686 2.106 1.643 0.130 0.325 1.024 1.527 2.130 3.030 1.643 0.717 0.811 1.138 1.372 1.652 2.072 5.101 0.130 0.325 1.025 1.526 2.128 3.030 5.097 0.551 0.644 0.971 1.205 1.485 1.906 7.581 0.130 0.325 1.025 1.528 2.128 3.029 7.576 0.384 0.478 0.805 1.039 1.319 1.740 12.032 0.130 0.325 1.023 1.527 2.128 3.033 12.032 0.044 0.139 0.466 0.700 0.980 1.400 15.007 0.131 0.325 1.024 1.527 2.130 3.030 14.997 0.000 0.000 0.225 0.459 0.740 1.160 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.43639 1.32239 4.40357 6.61196 9.25674 13.22392 Transition 0.43639 1.32239 4.40357 6.61196 9.25674 13.22392 0.649 22.2382 23.6662 28.6349 32.1922 36.4520 42.8421 0.649 0.132 0.326 1.026 1.530 2.133 3.038 1.643 21.3285 22.7565 27.7246 31.2826 35.5428 41.9319 1.643 0.132 0.326 1.026 1.530 2.131 3.034 5.097 21.1589 22.5849 27.5530 31.1112 35.3710 41.7603 5.097 0.133 0.326 1.026 1.530 2.131 3.034 7.576 21.4699 22.9018 27.8689 31.4266 35.6866 42.0764 7.576 0.133 0.327 1.027 1.530 2.132 3.037 12.032 22.2262 23.6596 28.6273 32.1852 36.4449 42.8347 12.032 0.132 0.327 1.026 1.529 2.133 3.038 14.997 22.7626 24.1993 29.1765 32.7345 36.9950 43.3841 14.997 0.133 0.326 1.026 1.530 2.131 3.036 Path Delay(ns): P Rise -> D Rise, condition=2 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.43533 1.31919 4.39290 6.59595 9.23433 13.19190 Transition 0.43533 1.31919 4.39290 6.59595 9.23433 13.19190 0.651 0.574 0.668 0.994 1.228 1.507 1.926 0.651 57.3706 58.8037 63.7599 67.3085 71.5590 77.9329 1.641 0.567 0.661 0.987 1.221 1.500 1.920 1.641 56.9497 58.3829 63.3382 66.8869 71.1371 77.5110 5.101 0.486 0.580 0.906 1.139 1.419 1.838 5.101 58.5549 59.9851 64.9413 68.4901 72.7394 79.1134 7.581 0.394 0.488 0.814 1.047 1.327 1.746 7.581 60.0471 61.4749 66.4315 69.9813 74.2302 80.6039 12.032 0.201 0.295 0.621 0.855 1.135 1.554 12.032 62.7711 64.2047 69.1610 72.7095 76.9594 83.3337 15.007 0.060 0.154 0.480 0.714 0.993 1.413 15.007 64.5723 66.0051 70.9612 74.5103 78.7599 85.1345 Output Transtion(ns): P Rise -> D Rise, condition=2 Path Delay(ns): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.43533 1.31919 4.39290 6.59595 9.23433 13.19190 Transition 2.35610 7.13969 23.77518 35.69847 49.97786 71.39694 0.651 0.130 0.325 1.024 1.525 2.126 3.030 0.180 1.232 1.699 3.300 4.442 5.810 7.856 1.641 0.130 0.325 1.023 1.526 2.126 3.028 0.370 1.302 1.769 3.368 4.511 5.876 7.926 5.101 0.131 0.325 1.023 1.525 2.129 3.029 1.050 1.503 1.970 3.569 4.713 6.079 8.126 7.581 0.130 0.325 1.023 1.526 2.128 3.030 1.539 1.631 2.098 3.698 4.839 6.207 8.257 12.032 0.130 0.325 1.024 1.525 2.126 3.030 2.418 1.845 2.311 3.912 5.053 6.422 8.470 15.007 0.130 0.325 1.024 1.527 2.128 3.031 3.006 1.979 2.446 4.047 5.188 6.554 8.605 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 2.35610 7.13969 23.77518 35.69847 49.97786 71.39694 Transition 2.35610 7.13969 23.77518 35.69847 49.97786 71.39694 0.180 45.1079 70.9761 160.9144 225.3704 302.5707 418.3612 0.180 0.875 1.856 5.265 7.705 10.627 15.000 0.370 45.2006 71.0696 161.0066 225.4634 302.6632 418.4530 0.370 0.875 1.856 5.267 7.702 10.624 14.997 1.050 45.5835 71.4539 161.3912 225.8487 303.0473 418.8382 1.050 0.875 1.856 5.265 7.705 10.623 15.005 1.539 45.8422 71.7109 161.6487 226.1054 303.3040 419.0956 1.539 0.875 1.855 5.263 7.703 10.626 14.998 2.418 46.3155 72.1852 162.1225 226.5789 303.7759 419.5681 2.418 0.875 1.855 5.262 7.708 10.620 15.003 3.006 46.6371 72.5072 162.4452 226.9025 304.1013 419.8911 3.006 0.875 1.856 5.263 7.704 10.621 15.004 Path Delay(ns): PEN Rise -> P Rise, condition=1 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 2.37248 7.18932 23.94044 35.94660 50.32524 71.89320 Transition 2.37248 7.18932 23.94044 35.94660 50.32524 71.89320 0.180 1.231 1.700 3.306 4.452 5.823 7.880 0.180 29.4624 55.5605 146.2852 211.3127 289.1816 405.9865 0.370 1.301 1.769 3.375 4.521 5.893 7.951 0.370 29.5986 55.6967 146.4229 211.4497 289.3187 406.1222 1.050 1.502 1.970 3.576 4.723 6.096 8.151 1.050 30.1211 56.2203 146.9461 211.9728 289.8408 406.6466 1.539 1.630 2.098 3.705 4.852 6.223 8.282 1.539 30.4747 56.5727 147.2971 212.3251 290.1924 406.9985 2.418 1.844 2.312 3.918 5.065 6.438 8.495 2.418 31.1142 57.2123 147.9377 212.9655 290.8320 407.6378 3.006 1.979 2.447 4.054 5.200 6.570 8.630 3.006 31.5446 57.6433 148.3699 213.3963 291.2633 408.0699 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Path Delay(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.37248 7.18932 23.94044 35.94660 50.32524 71.89320 Transition 2.36017 7.15203 23.81627 35.76017 50.06424 71.52034 0.180 0.871 1.852 5.262 7.702 10.623 15.003 0.180 1.224 1.693 3.305 4.455 5.830 7.895 0.370 0.871 1.852 5.264 7.704 10.620 15.000 0.370 1.295 1.764 3.375 4.524 5.900 7.963 1.050 0.870 1.852 5.263 7.702 10.628 14.999 1.050 1.497 1.965 3.576 4.726 6.103 8.166 1.539 0.870 1.852 5.261 7.700 10.621 15.001 1.539 1.625 2.094 3.705 4.854 6.230 8.292 2.418 0.870 1.851 5.260 7.705 10.626 15.006 2.418 1.839 2.308 3.918 5.069 6.445 8.508 3.006 0.871 1.852 5.261 7.705 10.626 15.007 3.006 1.974 2.443 4.054 5.203 6.580 8.640 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 2.36017 7.15203 23.81627 35.76017 50.06424 71.52034 Transition 2.36017 7.15203 23.81627 35.76017 50.06424 71.52034 0.180 28.0923 54.1366 144.7202 209.6475 287.4033 404.0378 0.180 0.871 1.852 5.259 7.699 10.615 14.999 0.370 28.1338 54.1784 144.7619 209.6879 287.4460 404.0798 0.370 0.871 1.853 5.260 7.700 10.621 14.995 1.050 28.2970 54.3427 144.9267 209.8548 287.6103 404.2442 1.050 0.871 1.852 5.263 7.703 10.619 14.993 1.539 28.4070 54.4511 145.0354 209.9616 287.7203 404.3526 1.539 0.871 1.851 5.260 7.700 10.622 14.995 2.418 28.6155 54.6602 145.2455 210.1733 287.9271 404.5623 2.418 0.871 1.852 5.259 7.700 10.616 15.000 3.006 28.7531 54.7987 145.3826 210.3103 288.0661 404.7001 3.006 0.871 1.853 5.260 7.700 10.616 15.000 Path Delay(ns): SONOF Fall -> D Fall Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.160 3.6519 5.8516 13.4947 18.9714 25.5312 35.3680 0.352 1.523 1.635 2.018 2.292 2.621 3.114 0.352 3.6691 5.8684 13.5117 18.9882 25.5478 35.3850 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.040 3.7500 5.9497 13.5926 19.0695 25.6290 35.4662 1.533 1.645 1.757 2.140 2.414 2.743 3.236 1.533 3.8092 6.0114 13.6557 19.1324 25.6908 35.5287 2.412 1.715 1.827 2.210 2.484 2.813 3.306 2.412 3.9319 6.1311 13.7742 19.2508 25.8109 35.6473 2.997 1.756 1.867 2.250 2.525 2.853 3.346 2.997 4.0119 6.2112 13.8543 19.3310 25.8903 35.7276 Output Transtion(ns): SONOF Fall -> D Fall Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.352 0.130 0.325 1.032 1.541 2.151 3.066 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.533 0.130 0.325 1.032 1.541 2.151 3.065 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.418 1.499 1.594 1.920 2.154 2.435 2.855 2.997 0.130 0.325 1.032 1.541 2.151 3.066 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 39.0583 40.4933 45.4610 49.0189 53.2781 59.6664 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 39.0233 40.4579 45.4262 48.9837 53.2431 59.6309 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 38.9284 40.3655 45.3332 48.8907 53.1502 59.5384 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 38.8669 40.2972 45.2656 48.8231 53.0823 59.4707 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 38.7373 40.1742 45.1415 48.6989 52.9583 59.3463 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 38.6567 40.0871 45.0556 48.6131 52.8718 59.2603 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.175 0.294 0.365 0.325 1.051 0.404 1.539 0.447 2.416 0.529 3.002 0.571 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.175 1.5589 0.365 1.5822 1.051 1.7185 1.539 1.8332 2.416 2.0432 3.002 2.1841 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.175 0.000 0.365 0.000 1.051 0.000 1.539 0.000 2.416 0.000 3.002 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.175 0.329 0.365 0.358 1.051 0.435 1.539 0.482 2.416 0.557 3.002 0.602 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.175 1.4244 0.365 1.4475 1.051 1.5817 1.539 1.6933 2.416 1.9029 3.002 2.0425 Output Transtion(ns): A Fall > P from High impedance to Low, condition=1 Input Transition Output Slope 0.175 0.000 0.365 0.000 1.051 0.000 1.539 0.000 2.416 0.000 3.002 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Delay 0.186 0.501 0.378 0.566 1.056 0.756 1.543 0.877 2.418 1.083 3.006 1.213 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.186 0.9847 0.378 1.0345 1.056 1.2305 1.543 1.3684 2.418 1.6120 3.006 1.7720 Output Transtion(ns): A Rise > P from Low to High impedance, condition=1 Input Transition Output Slope 0.186 0.000 0.378 0.000 1.056 0.000 1.543 0.000 2.418 0.000 3.006 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.186 0.450 0.378 0.517 1.056 0.706 1.543 0.827 2.418 1.031 3.006 1.162 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.186 2.9481 0.378 2.9982 1.056 3.1947 1.543 3.3322 2.418 3.5763 3.006 3.7360 Output Transtion(ns): A Rise > P from High impedance to High, condition=1 Input Transition Output Slope 0.186 0.000 0.378 0.000 1.056 0.000 1.543 0.000 2.418 0.000 3.006 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.167 0.287 0.359 0.308 1.043 0.364 1.534 0.394 2.415 0.442 3.002 0.469 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.167 0.5263 0.359 0.5549 1.043 0.6833 1.534 0.7812 2.415 0.9602 3.002 1.0794 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=0 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Output Slope Input Transition Delay 0.167 0.000 0.167 0.287 0.359 0.000 0.359 0.309 1.043 0.000 1.043 0.364 1.534 0.000 1.534 0.395 2.415 0.000 2.415 0.442 3.002 0.000 3.002 0.470 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Power(pJ) 0.167 0.5223 0.359 0.5510 1.043 0.6793 1.534 0.7772 2.415 0.9562 3.002 1.0755 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=2 Input Transition Output Slope 0.167 0.000 0.359 0.000 1.043 0.000 1.534 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay Input Transition Power(pJ) 0.174 0.665 0.174 1.0109 0.366 0.725 0.366 1.0438 1.046 0.895 1.046 1.1810 1.536 1.004 1.536 1.2797 2.418 1.188 2.418 1.4572 3.005 1.305 3.005 1.5748 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.174 0.000 0.366 0.000 1.046 0.000 1.536 0.000 2.418 0.000 3.005 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Delay 0.174 0.676 0.366 0.736 1.046 0.906 1.536 1.015 2.418 1.199 3.005 1.316 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Power(pJ) 0.174 1.0132 0.366 1.0461 1.046 1.1833 1.536 1.2821 2.418 1.4596 3.005 1.5771 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=2 Input Transition Output Slope 0.174 0.000 0.366 0.000 1.046 0.000 1.536 0.000 2.418 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.170 0.547 0.361 0.578 1.047 0.646 1.536 0.679 2.414 0.740 3.002 0.770 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.170 3.5817 0.361 3.6056 1.047 3.7300 1.536 3.8362 2.414 4.0300 3.002 4.1630 Output Transtion(ns): PEN Fall -> P from High to High impedance, condition=2 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope Input Transition Delay 0.170 0.000 0.180 0.560 0.361 0.000 0.370 0.630 1.047 0.000 1.050 0.831 1.536 0.000 1.539 0.960 2.414 0.000 2.418 1.174 3.002 0.000 3.006 1.309 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.180 7.7651 0.370 7.7950 1.050 7.9525 1.539 8.0700 2.418 8.2833 3.006 8.4188 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.180 0.000 0.370 0.000 1.050 0.000 1.539 0.000 2.418 0.000 3.006 0.000 Toggle Power(pJ): A Fall Input Toggle Transition Power(pJ) 0.175 17.2054 0.365 17.2371 1.051 17.3552 1.539 17.4714 2.416 17.6767 3.002 17.8197 Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) 0.186 17.1147 0.378 17.0385 1.056 17.0958 1.543 17.2143 2.418 17.4633 3.006 17.6316 Toggle Power(pJ): CONOF Fall, Toggle Power(pJ): CONOF Fall, Toggle Power(pJ): CONOF Rise, Toggle Power(pJ): CONOF Rise, condition=0 condition=1 condition=0 condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.150 0.3681 0.150 4.6248 0.159 0.7054 0.159 5.9553 0.342 0.3757 0.342 4.6439 0.351 0.7391 0.351 5.9660 1.031 0.4162 1.031 4.6886 1.038 0.8572 1.037 6.0678 1.525 0.4487 1.525 4.7280 1.530 0.9344 1.527 6.1139 2.410 0.5101 2.410 4.8106 2.413 1.0668 2.413 6.2175 2.999 0.5523 2.999 4.8680 3.006 1.1505 3.001 6.2772 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.167 16.5389 0.359 16.5890 1.043 16.7209 1.534 16.8465 2.415 17.0701 3.002 17.2082 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.167 0.3322 0.359 0.3611 1.043 0.4881 1.534 0.5852 2.415 0.7625 3.002 0.8791 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.167 15.5783 0.359 15.6204 1.043 15.7653 1.534 15.8986 2.415 16.1142 3.002 16.2424 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.174 17.2171 0.366 17.2581 1.046 17.4078 1.536 17.5111 2.418 17.7017 3.005 17.8228 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 0.3823 0.366 0.4121 1.046 0.5472 1.536 0.6443 2.418 0.8184 3.005 0.9340 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 15.6407 0.366 15.4925 1.046 15.5060 1.536 15.5614 2.418 15.6996 3.005 15.8028 Toggle Power(pJ): P Fall Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.659 5.6464 0.646 -1.9752 1.656 4.8308 1.636 -2.7861 5.110 4.2738 5.092 -3.3842 7.586 4.1273 7.576 -3.5442 12.032 3.9582 12.023 -3.7328 14.999 3.8709 14.997 -3.8318 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 16.6494 0.361 16.6738 1.047 16.7730 1.536 16.8900 2.414 17.0839 3.001 17.1988 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4548 1.047 0.5759 1.536 0.6763 2.414 0.8601 3.001 0.9833 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5310 0.361 0.5867 1.047 0.8166 1.536 0.9926 2.414 1.3103 3.002 1.5224 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 16.6584 0.361 16.6980 1.047 16.7985 1.536 16.9137 2.414 17.1080 3.001 17.2227 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 16.9369 0.374 16.8413 1.052 16.9234 1.543 17.0129 2.423 17.1718 3.010 17.2830 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7767 1.052 0.9117 1.543 1.0119 2.423 1.1912 3.010 1.3108 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 15.6240 0.374 15.5370 1.052 15.6227 1.543 15.7137 2.423 15.8738 3.010 15.9867 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 16.9430 0.374 16.8467 1.052 16.9288 1.543 17.0182 2.423 17.1750 3.010 17.2834 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.170 18.0287 0.361 18.0572 1.047 18.1880 1.536 18.2947 2.414 18.5028 3.002 18.6468 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 2.7258 0.361 2.7545 1.047 2.8837 1.536 2.9892 2.414 3.1886 3.002 3.3261 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 18.0289 0.361 18.0579 1.047 18.1887 1.536 18.2945 2.414 18.5023 3.002 18.6465 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.180 19.2422 0.370 19.2964 1.050 19.4854 1.539 19.6189 2.418 19.8528 3.006 20.0143 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 15.3311 0.361 15.3524 1.047 15.4539 1.536 15.5716 2.414 15.7658 3.001 15.8821 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 15.8612 0.374 15.7030 1.052 15.6607 1.543 15.6814 2.423 15.7113 3.010 15.7391 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 3.1487 0.361 3.1774 1.047 3.3067 1.536 3.4122 2.414 3.6119 3.002 3.7496 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.180 3.8608 0.370 3.9061 1.050 4.0795 1.539 4.2086 2.418 4.4303 3.006 4.5809 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.180 5.5815 0.370 5.6319 1.050 5.8060 1.539 5.9304 2.418 6.1618 3.006 6.3116 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.180 19.2517 0.370 19.3062 1.050 19.4955 1.539 19.6287 2.418 19.8627 3.006 20.0243 Toggle Power(pJ): PU Fall Input Toggle Transition Power(pJ) 0.142 15.7509 0.335 15.7222 1.025 15.6273 1.520 15.5584 2.409 15.4698 3.002 15.4080 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3985 0.335 0.4058 1.025 0.4399 1.520 0.4702 2.409 0.5285 3.002 0.5681 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 14.4827 0.335 14.4351 1.025 14.3596 1.520 14.3061 2.409 14.2390 3.002 14.1830 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 15.7638 0.335 15.7362 1.025 15.6412 1.520 15.5719 2.409 15.4791 3.002 15.4151 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 15.3594 0.335 15.3604 1.025 15.3925 1.520 15.4216 2.409 15.4798 3.002 15.5142 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4537 0.341 0.4936 1.028 0.6490 1.522 0.7582 2.411 0.9512 3.005 1.0779 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2516 0.341 0.2531 1.028 0.2871 1.522 0.3140 2.411 0.3648 3.005 0.3994 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.4110 0.341 0.4484 1.028 0.5943 1.522 0.6969 2.411 0.8780 3.005 0.9970 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4766 0.341 0.5159 1.028 0.6707 1.522 0.7798 2.411 0.9726 3.005 1.0992 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 15.2308 0.341 14.8572 1.028 14.4780 1.522 14.3812 2.411 14.3368 3.005 14.3397 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.160 0.5515 0.352 0.5620 1.040 0.6178 1.533 0.6620 2.412 0.7468 2.997 0.8035 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.160 4.0187 0.352 4.0383 1.040 4.1109 1.533 4.1704 2.412 4.2792 2.997 4.3545 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1470 0.368 1.1962 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 4.5157 0.367 4.5692 1.051 4.7394 1.537 4.8329 2.418 4.9961 3.006 5.1018 condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&!PU condition2:!PD&PEN&PU condition3:PD&PEN&!PU condition4:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 4mA, fast slew rate, input-output pad, 5V tolerant PLBI4F Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.16276 0.02459 0.01489 2.06846 0.04155 0.05799 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 683.700 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.50054 10.60771 35.32368 53.03855 74.25397 106.07710 Transition 3.50054 10.60771 35.32368 53.03855 74.25397 106.07710 0.296 0.805 1.333 3.101 4.361 5.873 8.136 0.296 51.8599 90.4350 224.4406 320.4704 435.4704 607.9882 0.491 0.826 1.355 3.123 4.385 5.895 8.155 0.491 51.9819 90.5575 224.5615 320.5915 435.5925 608.1113 1.139 0.884 1.413 3.181 4.442 5.951 8.214 1.139 52.5107 91.0861 225.0905 321.1220 436.1227 608.6399 1.596 0.918 1.447 3.215 4.476 5.986 8.248 1.596 52.9197 91.4949 225.5003 321.5299 436.5308 609.0476 2.421 0.970 1.499 3.266 4.528 6.036 8.303 2.421 53.6649 92.2407 226.2461 322.2759 437.2755 609.7939 2.971 1.001 1.530 3.298 4.559 6.069 8.333 2.971 54.1538 92.7324 226.7381 322.7687 437.7691 610.2852 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 3.50054 10.60771 35.32368 53.03855 74.25397 106.07710 0.296 0.819 1.785 5.198 7.653 10.592 15.005 0.491 0.819 1.786 5.198 7.652 10.591 15.003 1.139 0.819 1.785 5.198 7.653 10.594 15.005 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 3.49434 10.58890 35.26103 52.94448 74.12228 105.88897 0.296 0.790 1.322 3.095 4.361 5.876 8.146 0.491 0.812 1.343 3.116 4.382 5.895 8.165 1.139 0.870 1.401 3.174 4.439 5.954 8.224 1.596 2.421 2.971 0.819 0.819 0.819 1.785 1.785 1.786 5.198 5.198 5.198 7.653 7.653 7.652 10.591 10.594 10.592 15.006 15.004 15.005 1.596 2.421 2.972 0.903 0.956 0.987 1.435 1.488 1.518 3.208 3.261 3.291 4.473 4.525 4.558 5.988 6.039 6.073 8.258 8.309 8.343 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.49434 10.58890 35.26103 52.94448 74.12228 105.88897 Transition 3.49434 10.58890 35.26103 52.94448 74.12228 105.88897 0.296 36.1809 74.7510 208.9248 305.0916 420.2645 593.0299 0.296 0.854 1.819 5.223 7.672 10.605 15.006 0.491 36.2972 74.8679 209.0414 305.2076 420.3811 593.1447 0.491 0.854 1.819 5.224 7.671 10.604 15.004 1.139 36.8221 75.3871 209.5614 305.7265 420.8999 593.6632 1.139 0.854 1.819 5.224 7.672 10.605 15.005 1.596 37.2193 75.7898 209.9628 306.1296 421.3024 594.0670 1.596 0.855 1.819 5.223 7.672 10.605 15.006 2.421 37.9538 76.5195 210.6925 306.8575 422.0322 594.7950 2.421 0.855 1.819 5.224 7.672 10.604 15.006 2.972 38.4363 77.0020 211.1749 307.3421 422.5134 595.2782 2.972 0.854 1.820 5.224 7.672 10.605 15.006 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.50321 10.61579 35.35059 53.07897 74.31056 106.15794 Transition 3.50321 10.61579 35.35059 53.07897 74.31056 106.15794 0.296 0.806 1.337 3.111 4.379 5.893 8.166 0.296 36.4897 75.2287 209.7862 306.2049 421.6787 594.8899 0.491 0.827 1.358 3.133 4.400 5.915 8.190 0.491 36.6117 75.3499 209.9065 306.3254 421.7994 595.0127 1.139 0.886 1.417 3.191 4.458 5.974 8.247 1.139 37.1364 75.8750 210.4316 306.8513 422.3239 595.5366 1.596 0.919 1.450 3.225 4.491 6.006 8.280 1.596 37.5427 76.2817 210.8373 307.2567 422.7299 595.9424 2.421 0.972 1.503 3.278 4.543 6.060 8.333 2.421 38.2834 77.0215 211.5792 307.9978 423.4716 596.6842 2.971 1.003 1.534 3.308 4.575 6.089 8.363 2.971 38.7688 77.5122 212.0693 308.4872 423.9614 597.1744 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.50321 10.61579 35.35059 53.07897 74.31056 106.15794 Transition 3.51488 10.65115 35.46834 53.25576 74.55807 106.51152 0.296 0.817 1.783 5.196 7.650 10.591 15.004 0.296 0.805 1.334 3.106 4.369 5.883 8.151 0.491 0.817 1.784 5.196 7.651 10.591 15.001 0.491 0.826 1.356 3.126 4.390 5.905 8.170 1.139 0.817 1.784 5.196 7.649 10.590 15.003 1.139 0.884 1.414 3.186 4.449 5.961 8.229 1.596 0.817 1.783 5.197 7.650 10.591 15.004 1.596 0.918 1.448 3.218 4.483 5.996 8.263 2.421 0.817 1.783 5.196 7.651 10.590 15.002 2.421 0.970 1.500 3.271 4.535 6.046 8.316 2.971 0.817 1.783 5.196 7.650 10.592 15.004 2.971 1.001 1.532 3.303 4.565 6.079 8.348 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.51488 10.65115 35.46834 53.25576 74.55807 106.51152 Transition 3.51488 10.65115 35.46834 53.25576 74.55807 106.51152 0.296 36.7154 75.5032 210.2386 306.7926 422.4182 595.8474 0.296 0.817 1.784 5.197 7.650 10.591 15.003 0.491 36.8691 75.6572 210.3906 306.9457 422.5719 596.0029 0.491 0.817 1.784 5.197 7.651 10.590 15.002 1.139 37.5037 76.2902 211.0260 307.5814 423.2052 596.6362 1.139 0.817 1.784 5.197 7.652 10.592 15.004 1.596 37.9861 76.7725 211.5081 308.0618 423.6887 597.1184 1.596 0.817 1.784 5.196 7.651 10.590 15.004 2.421 38.8603 77.6477 212.3833 308.9374 424.5630 597.9933 2.421 0.817 1.784 5.197 7.652 10.593 15.001 2.971 39.4333 78.2253 212.9603 309.5155 425.1407 598.5704 2.971 0.817 1.784 5.197 7.650 10.591 15.003 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.48884 10.57223 35.20553 52.86115 74.00561 105.72230 Transition 3.48884 10.57223 35.20553 52.86115 74.00561 105.72230 0.296 0.806 1.336 3.106 4.371 5.883 8.151 0.296 51.6323 90.1504 223.9651 319.8520 434.6903 606.9269 0.491 0.827 1.357 3.128 4.392 5.905 8.175 0.491 51.7215 90.2398 224.0542 319.9421 434.7798 607.0173 1.139 0.886 1.415 3.186 4.450 5.964 8.229 1.139 52.1412 90.6597 224.4737 320.3621 435.1986 607.4342 1.596 0.919 1.449 3.220 4.483 5.996 8.263 1.596 52.4754 90.9928 224.8082 320.6943 435.5334 607.7695 2.421 0.972 1.502 3.273 4.535 6.050 8.318 2.421 53.0861 91.6042 225.4183 321.3071 436.1453 608.3817 2.971 1.003 1.533 3.304 4.568 6.079 8.348 2.971 53.4858 92.0087 225.8242 321.7106 436.5506 608.7854 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.48884 10.57223 35.20553 52.86115 74.00561 105.72230 Transition 3.56740 10.81031 35.99834 54.05157 75.67220 108.10314 0.296 0.819 1.785 5.198 7.651 10.592 15.003 0.338 0.943 1.415 3.031 4.187 5.569 7.639 0.491 0.819 1.785 5.198 7.652 10.592 15.001 0.522 0.996 1.468 3.085 4.240 5.623 7.695 1.139 0.819 1.785 5.198 7.652 10.592 15.005 1.164 1.156 1.628 3.244 4.400 5.783 7.853 1.596 0.819 1.785 5.198 7.653 10.592 15.003 1.629 1.259 1.731 3.347 4.503 5.883 7.958 2.421 0.819 1.785 5.198 7.651 10.591 15.003 2.467 1.432 1.904 3.521 4.675 6.059 8.129 2.971 0.819 1.785 5.198 7.651 10.592 15.003 3.027 1.542 2.014 3.630 4.785 6.167 8.242 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.56740 10.81031 35.99834 54.05157 75.67220 108.10314 Transition 3.56740 10.81031 35.99834 54.05157 75.67220 108.10314 0.338 51.5322 90.8209 227.4268 325.3369 442.5865 618.4458 0.338 0.760 1.748 5.181 7.641 10.587 15.002 0.522 51.7243 91.0126 227.6187 325.5308 442.7789 618.6378 0.522 0.760 1.747 5.184 7.638 10.584 14.999 1.164 52.3796 91.6677 228.2744 326.1857 443.4337 619.2941 1.164 0.760 1.747 5.182 7.641 10.588 15.002 1.629 52.8404 92.1283 228.7358 326.6447 443.8942 619.7543 1.629 0.760 1.748 5.179 7.639 10.585 15.000 2.467 53.6547 92.9422 229.5492 327.4588 444.7071 620.5673 2.467 0.760 1.748 5.182 7.642 10.588 15.002 3.027 54.1910 93.4797 230.0855 327.9967 445.2444 621.1048 3.027 0.760 1.748 5.180 7.639 10.586 15.000 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.57294 10.82710 36.05425 54.13551 75.78971 108.27101 Transition 3.57294 10.82710 36.05425 54.13551 75.78971 108.27101 0.338 0.931 1.404 3.027 4.187 5.576 7.656 0.338 35.0247 74.4773 211.6854 310.0330 427.8096 604.4672 0.522 0.984 1.458 3.081 4.240 5.630 7.710 0.522 35.2152 74.6674 211.8759 310.2242 428.0002 604.6589 1.164 1.144 1.617 3.241 4.400 5.789 7.868 1.164 35.8756 75.3286 212.5366 310.8855 428.6605 605.3169 1.629 1.247 1.720 3.343 4.503 5.890 7.973 1.629 36.3379 75.7896 212.9984 311.3473 429.1222 605.7823 2.467 1.420 1.894 3.516 4.677 6.064 8.144 2.467 37.1581 76.6094 213.8178 312.1660 429.9413 606.5998 3.027 1.530 2.004 3.627 4.787 6.174 8.257 3.027 37.6991 77.1510 214.3599 312.7087 430.4838 607.1399 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 3.57294 10.82710 36.05425 54.13551 75.78971 108.27101 0.338 0.758 1.746 5.184 7.641 10.589 14.998 0.522 0.758 1.747 5.181 7.643 10.586 15.005 1.164 0.758 1.746 5.179 7.641 10.589 14.999 1.629 0.758 1.747 5.182 7.644 10.587 15.006 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 3.57066 10.82017 36.03117 54.10085 75.74119 108.20170 0.338 0.943 1.417 3.039 4.199 5.586 7.664 0.522 0.997 1.471 3.093 4.252 5.640 7.720 1.164 1.157 1.630 3.253 4.411 5.799 7.878 1.629 1.260 1.733 3.355 4.513 5.900 7.983 2.467 3.027 0.758 0.758 1.747 1.746 5.180 5.182 7.642 7.644 10.590 10.587 14.999 15.007 2.467 3.027 1.433 1.543 1.907 2.017 3.529 3.639 4.687 4.797 6.076 6.184 8.154 8.267 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.57066 10.82017 36.03117 54.10085 75.74119 108.20170 Transition 3.57066 10.82017 36.03117 54.10085 75.74119 108.20170 0.338 35.6120 75.0549 212.1912 310.4765 428.1767 604.7223 0.338 0.758 1.746 5.181 7.638 10.576 14.996 0.522 35.8048 75.2483 212.3843 310.6702 428.3699 604.9150 0.522 0.758 1.745 5.178 7.640 10.583 14.993 1.164 36.4642 75.9083 213.0433 311.3284 429.0295 605.5756 1.164 0.758 1.745 5.176 7.633 10.576 14.996 1.629 36.9285 76.3716 213.5078 311.7931 429.4937 606.0393 1.629 0.758 1.746 5.179 7.636 10.584 14.994 2.467 37.7475 77.1902 214.3256 312.6104 430.3119 606.8566 2.467 0.758 1.745 5.177 7.634 10.577 14.997 3.027 38.2866 77.7308 214.8673 313.1523 430.8528 607.3975 3.027 0.758 1.746 5.179 7.636 10.584 14.994 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.55426 10.77048 35.86569 53.85239 75.39334 107.70478 Transition 3.55426 10.77048 35.86569 53.85239 75.39334 107.70478 0.338 0.944 1.416 3.034 4.189 5.572 7.649 0.338 51.3049 90.5116 226.8440 324.5484 441.5598 617.0542 0.522 0.997 1.470 3.088 4.244 5.627 7.700 0.522 51.4604 90.6682 227.0015 324.7027 441.7158 617.2090 1.164 1.157 1.629 3.248 4.403 5.786 7.863 1.164 51.9950 91.2021 227.5353 325.2382 442.2504 617.7440 1.629 1.260 1.733 3.350 4.506 5.890 7.963 1.629 52.3731 91.5805 227.9137 325.6161 442.6274 618.1222 2.467 1.433 1.906 3.524 4.679 6.063 8.139 2.467 53.0417 92.2488 228.5804 326.2834 443.2956 618.7881 3.027 1.544 2.016 3.634 4.790 6.174 8.247 3.027 53.4822 92.6900 229.0219 326.7251 443.7380 619.2302 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.55426 10.77048 35.86569 53.85239 75.39334 107.70478 Transition 3.58371 10.85971 36.16285 54.29857 76.01800 108.59714 0.338 0.760 1.748 5.177 7.635 10.579 14.991 0.338 0.942 1.415 3.036 4.194 5.579 7.659 0.522 0.760 1.747 5.180 7.638 10.577 14.988 0.522 0.996 1.469 3.090 4.247 5.633 7.710 1.164 0.760 1.747 5.178 7.636 10.580 14.992 1.164 1.155 1.629 3.249 4.408 5.793 7.873 1.629 0.760 1.748 5.180 7.638 10.578 14.989 1.629 1.258 1.732 3.352 4.511 5.897 7.973 2.467 0.760 1.748 5.178 7.636 10.580 14.992 2.467 1.432 1.905 3.526 4.683 6.069 8.149 3.027 0.761 1.747 5.181 7.634 10.578 14.990 3.027 1.542 2.015 3.635 4.793 6.180 8.257 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.58371 10.85971 36.16285 54.29857 76.01800 108.59714 Transition 3.58371 10.85971 36.16285 54.29857 76.01800 108.59714 0.338 35.8370 75.3583 212.7582 311.2332 429.1613 606.0712 0.338 0.758 1.746 5.180 7.639 10.584 14.997 0.522 36.0667 75.5893 212.9884 311.4648 429.3923 606.3013 0.522 0.757 1.747 5.182 7.641 10.581 15.004 1.164 36.8462 76.3685 213.7680 312.2429 430.1717 607.0804 1.164 0.757 1.747 5.180 7.639 10.584 14.997 1.629 37.3928 76.9151 214.3152 312.7896 430.7189 607.6280 1.629 0.758 1.746 5.183 7.637 10.582 15.005 2.467 38.3590 77.8796 215.2791 313.7540 431.6813 608.5928 2.467 0.758 1.745 5.181 7.639 10.585 14.997 3.027 38.9930 78.5160 215.9156 314.3901 432.3191 609.2287 3.027 0.757 1.746 5.178 7.637 10.582 15.005 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3909 5.5860 13.2143 18.6805 25.2246 35.0427 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3986 5.5979 13.2265 18.6928 25.2372 35.0550 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4547 5.6543 13.2829 18.7489 25.2934 35.1119 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4970 5.6973 13.3259 18.7921 25.3365 35.1549 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5811 5.7803 13.4086 18.8753 25.4193 35.2375 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6384 5.8375 13.4659 18.9314 25.4765 35.2951 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 24.3859 25.8122 30.7729 34.3249 38.5774 44.9560 0.351 24.3623 25.7933 30.7535 34.3058 38.5584 44.9376 1.037 24.3160 25.7418 30.7018 34.2541 38.5067 44.8862 1.527 24.2742 25.7056 30.6655 34.2175 38.4709 44.8489 2.413 24.2056 25.6350 30.5947 34.1473 38.4000 44.7786 3.001 24.1575 25.5871 30.5464 34.0989 38.3519 44.7304 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.49379 10.58725 35.25554 52.93624 74.11074 105.87249 Transition 3.49379 10.58725 35.25554 52.93624 74.11074 105.87249 0.148 1.245 1.776 3.550 4.814 6.328 8.597 0.148 34.3817 72.9391 207.0966 303.2442 418.4027 591.1184 0.340 1.317 1.849 3.622 4.888 6.401 8.668 0.340 34.3918 72.9505 207.1067 303.2557 418.4138 591.1294 1.028 1.523 2.055 3.828 5.094 6.608 8.874 1.028 34.4420 73.0006 207.1568 303.3063 418.4642 591.1786 1.522 1.656 2.187 3.961 5.225 6.739 9.008 1.522 34.4774 73.0352 207.1919 303.3417 418.4983 591.2135 2.411 1.879 2.411 4.183 5.449 6.963 9.231 2.411 34.5409 73.0981 207.2554 303.4041 418.5624 591.2764 3.005 2.023 2.554 4.327 5.591 7.106 9.374 3.005 34.5839 73.1410 207.2966 303.4479 418.6041 591.3212 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Transition 3.49379 10.58725 35.25554 52.93624 74.11074 105.87249 0.148 0.854 1.819 5.223 7.671 10.603 15.002 0.340 0.854 1.819 5.223 7.670 10.602 15.004 1.028 0.854 1.819 5.223 7.669 10.604 15.004 1.522 0.854 1.819 5.223 7.671 10.602 15.003 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Transition 3.50386 10.61775 35.35709 53.08873 74.32422 106.17745 0.148 1.252 1.782 3.557 4.824 6.338 8.612 0.340 1.324 1.855 3.629 4.895 6.411 8.688 1.028 1.530 2.061 3.836 5.102 6.618 8.891 1.522 1.663 2.194 3.968 5.235 6.749 9.023 2.411 3.005 0.855 0.854 1.819 1.819 5.223 5.222 7.671 7.670 10.603 10.603 15.003 15.003 2.411 3.005 1.887 2.030 2.417 2.560 4.191 4.336 5.459 5.601 6.973 7.119 9.246 9.389 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.50386 10.61775 35.35709 53.08873 74.32422 106.17745 Transition 3.50386 10.61775 35.35709 53.08873 74.32422 106.17745 0.148 32.7834 71.4684 206.0102 302.4449 417.9294 591.1774 0.148 0.821 1.785 5.197 7.651 10.592 15.005 0.340 32.7949 71.4791 206.0202 302.4553 417.9410 591.1903 0.340 0.821 1.785 5.197 7.652 10.593 15.007 1.028 32.8442 71.5301 206.0714 302.5042 417.9930 591.2391 1.028 0.821 1.785 5.197 7.652 10.592 15.006 1.522 32.8795 71.5649 206.1063 302.5402 418.0281 591.2753 1.522 0.821 1.785 5.197 7.651 10.592 15.005 2.411 32.9441 71.6283 206.1700 302.6057 418.0893 591.3369 2.411 0.821 1.785 5.197 7.653 10.592 15.005 3.005 32.9863 71.6718 206.2130 302.6467 418.1335 591.3819 3.005 0.821 1.785 5.198 7.652 10.593 15.006 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.50045 10.60741 35.32269 53.03707 74.25190 106.07414 Transition 3.50045 10.60741 35.32269 53.03707 74.25190 106.07414 0.148 1.251 1.781 3.548 4.809 6.318 8.582 0.148 52.1806 90.8048 224.8312 320.8595 435.8643 608.3378 0.340 1.323 1.853 3.621 4.883 6.391 8.653 0.340 52.3048 90.9254 224.9519 320.9811 435.9821 608.4579 1.028 1.529 2.058 3.826 5.087 6.597 8.859 1.028 52.8640 91.4858 225.5129 321.5417 436.5428 609.0188 1.522 1.662 2.192 3.959 5.220 6.729 8.992 1.522 53.2897 91.9149 225.9431 321.9721 436.9730 609.4472 2.413 1.885 2.415 4.183 5.444 6.953 9.216 2.413 54.0604 92.6829 226.7103 322.7377 437.7412 610.2147 3.005 2.028 2.558 4.325 5.586 7.095 9.359 3.005 54.5748 93.1980 227.2256 323.2537 438.2558 610.7313 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.50045 10.60741 35.32269 53.03707 74.25190 106.07414 Transition 3.51494 10.65134 35.46898 53.25672 74.55941 106.51344 0.148 0.821 1.786 5.199 7.653 10.594 15.003 0.148 1.251 1.782 3.553 4.817 6.328 8.597 0.340 0.821 1.786 5.198 7.652 10.593 15.001 0.340 1.323 1.854 3.626 4.890 6.401 8.668 1.028 0.821 1.786 5.199 7.652 10.592 15.002 1.028 1.529 2.059 3.831 5.094 6.607 8.874 1.522 0.821 1.786 5.199 7.653 10.594 15.003 1.522 1.662 2.192 3.964 5.227 6.739 9.007 2.413 0.821 1.786 5.199 7.653 10.594 15.003 2.413 1.885 2.416 4.188 5.451 6.963 9.231 3.005 0.822 1.787 5.199 7.651 10.592 15.001 3.005 2.028 2.559 4.330 5.594 7.109 9.374 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.51494 10.65134 35.46898 53.25672 74.55941 106.51344 Transition 3.51494 10.65134 35.46898 53.25672 74.55941 106.51344 0.148 37.1295 75.9707 210.7319 307.2897 422.9171 596.3418 0.148 0.819 1.784 5.197 7.653 10.593 15.002 0.340 37.2965 76.1346 210.8929 307.4528 423.0788 596.5065 0.340 0.819 1.784 5.196 7.651 10.593 15.001 1.028 37.9924 76.8294 211.5898 308.1487 423.7760 597.2013 1.028 0.819 1.785 5.197 7.651 10.592 15.003 1.522 38.5120 77.3525 212.1140 308.6707 424.3004 597.7238 1.522 0.819 1.784 5.197 7.653 10.593 15.002 2.413 39.4472 78.2851 213.0448 309.6047 425.2301 598.6571 2.413 0.819 1.784 5.197 7.653 10.593 15.002 3.005 40.0701 78.9071 213.6681 310.2257 425.8522 599.2804 3.005 0.820 1.785 5.198 7.651 10.593 15.002 Path Delay(ns): P Fall -> D Fall, condition=0 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66511 2.01550 6.71161 10.07749 14.10848 20.15497 Transition 0.66511 2.01550 6.71161 10.07749 14.10848 20.15497 0.660 0.823 0.933 1.313 1.585 1.910 2.399 0.660 9.0255 11.2044 18.7793 24.2060 30.7068 40.4593 1.658 1.083 1.193 1.573 1.845 2.170 2.659 1.658 8.8200 10.9999 18.5752 24.0025 30.5027 40.2542 5.113 1.871 1.981 2.361 2.633 2.959 3.448 5.113 10.5553 12.7350 20.3096 25.7372 32.2377 41.9899 7.587 2.413 2.523 2.902 3.174 3.500 3.989 7.587 12.1853 14.3650 21.9396 27.3677 33.8687 43.6198 12.034 3.355 3.465 3.845 4.116 4.442 4.931 12.034 15.2469 17.4272 25.0017 30.4291 36.9308 46.6813 14.996 3.970 4.081 4.460 4.732 5.058 5.547 14.996 17.3171 19.5015 27.0771 32.5052 39.0057 48.7577 Output Transtion(ns): P Fall -> D Fall, condition=0 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66511 2.01550 6.71161 10.07749 14.10848 20.15497 Transition 0.66501 2.01519 6.71059 10.07597 14.10635 20.15193 0.660 0.126 0.321 1.023 1.528 2.132 3.039 0.660 0.719 0.829 1.208 1.480 1.806 2.295 1.658 0.126 0.321 1.023 1.528 2.131 3.038 1.659 0.915 1.025 1.404 1.676 2.002 2.491 5.113 0.126 0.321 1.022 1.528 2.132 3.039 5.115 1.484 1.594 1.973 2.245 2.571 3.060 7.587 0.126 0.321 1.022 1.527 2.132 3.039 7.589 1.861 1.971 2.351 2.623 2.948 3.437 12.034 0.126 0.321 1.023 1.527 2.132 3.039 12.036 2.512 2.622 3.002 3.274 3.599 4.088 14.996 0.126 0.321 1.023 1.528 2.132 3.038 15.000 2.930 3.041 3.420 3.692 4.018 4.507 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66501 2.01519 6.71059 10.07597 14.10635 20.15193 Transition 0.66501 2.01519 6.71059 10.07597 14.10635 20.15193 0.660 8.4767 10.6559 18.2297 23.6576 30.1554 39.9062 0.660 0.126 0.321 1.022 1.527 2.132 3.038 1.659 7.9216 10.1014 17.6751 23.1026 29.6015 39.3520 1.659 0.126 0.321 1.023 1.527 2.131 3.039 5.115 8.5440 10.7241 18.2985 23.7267 30.2252 39.9755 5.115 0.126 0.321 1.023 1.527 2.132 3.039 7.589 9.3911 11.5781 19.1460 24.5735 31.0727 40.8227 7.589 0.126 0.321 1.022 1.527 2.131 3.039 12.036 11.0762 13.2595 20.8347 26.2622 32.7619 42.5115 12.036 0.127 0.322 1.023 1.527 2.132 3.038 15.000 12.2386 14.4258 22.0012 27.4284 33.9279 43.6790 15.000 0.127 0.322 1.022 1.527 2.132 3.038 Path Delay(ns): P Fall -> D Fall, condition=2 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66484 2.01468 6.70888 10.07339 14.10275 20.14679 Transition 0.66484 2.01468 6.70888 10.07339 14.10275 20.14679 0.661 0.645 0.755 1.135 1.407 1.733 2.221 0.661 8.9459 11.1313 18.7036 24.1292 30.6287 40.3749 1.660 0.857 0.967 1.347 1.618 1.944 2.433 1.660 8.9832 11.1623 18.7336 24.1595 30.6588 40.4054 5.113 1.471 1.581 1.960 2.232 2.558 3.046 5.113 11.8476 14.0264 21.5985 27.0230 33.5225 43.2693 7.587 1.894 2.004 2.383 2.655 2.981 3.469 7.587 14.3470 16.5265 24.0989 29.5241 36.0229 45.7697 12.034 2.634 2.744 3.124 3.396 3.721 4.210 12.034 19.0094 21.1880 28.7597 34.1849 40.6838 50.4310 14.997 3.121 3.231 3.610 3.882 4.208 4.696 14.997 22.1687 24.3474 31.9193 37.3451 43.8432 53.5900 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66484 2.01468 6.70888 10.07339 14.10275 20.14679 0.661 0.125 0.321 1.022 1.527 2.131 3.038 1.660 0.125 0.321 1.022 1.527 2.131 3.038 5.113 0.125 0.321 1.022 1.527 2.131 3.037 7.587 0.126 0.321 1.022 1.527 2.131 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43606 1.32140 4.40027 6.60701 9.24982 13.21403 0.648 1.010 1.104 1.431 1.665 1.945 2.365 1.642 1.040 1.135 1.461 1.695 1.975 2.395 5.097 1.219 1.314 1.640 1.874 2.154 2.574 7.576 1.354 1.449 1.775 2.009 2.289 2.709 12.034 14.997 0.126 0.126 0.321 0.321 1.022 1.022 1.527 1.527 2.131 2.131 3.037 3.037 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43606 1.32140 4.40027 6.60701 9.24982 13.21403 0.648 38.0287 39.4587 44.4239 47.9795 52.2361 58.6205 1.642 37.5952 39.0304 43.9950 47.5509 51.8070 58.1914 5.097 39.5132 40.9491 45.9139 49.4691 53.7257 60.1107 7.576 41.2645 42.7008 47.6653 51.2199 55.4767 61.8618 12.033 44.3926 45.8226 50.7875 54.3430 58.5995 64.9842 14.997 46.4292 47.8590 52.8242 56.3792 60.6366 67.0205 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43652 1.32278 4.40487 6.61391 9.25948 13.22782 0.648 0.751 0.845 1.172 1.406 1.686 2.107 1.642 0.717 0.811 1.137 1.371 1.652 2.072 5.097 0.550 0.644 0.971 1.205 1.485 1.906 7.576 0.384 0.478 0.805 1.039 1.319 1.740 12.033 0.044 0.138 0.465 0.699 0.980 1.400 14.997 0.000 0.000 0.225 0.459 0.739 1.160 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43652 1.32278 4.40487 6.61391 9.25948 13.22782 0.648 0.132 0.326 1.027 1.529 2.133 3.037 1.642 0.132 0.326 1.027 1.530 2.134 3.039 5.097 0.133 0.326 1.027 1.530 2.134 3.039 7.576 0.133 0.327 1.027 1.531 2.132 3.037 12.033 0.132 0.327 1.027 1.529 2.133 3.038 14.997 0.133 0.326 1.026 1.531 2.132 3.037 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43551 1.31973 4.39471 6.59866 9.23812 13.19732 0.651 57.3450 58.7790 63.7375 67.2873 71.5394 77.9150 1.641 56.9403 58.3739 63.3316 66.8823 71.1334 77.5094 5.101 58.5571 59.9885 64.9462 68.4967 72.7482 79.1244 7.581 60.0522 61.4802 66.4388 69.9896 74.2411 80.6167 12.032 62.7775 64.2114 69.1696 72.7209 76.9721 83.3480 15.007 64.5792 66.0124 70.9711 74.5214 78.7725 85.1493 12.033 14.997 1.580 1.713 1.674 1.807 2.001 2.134 2.235 2.367 2.515 2.647 2.935 3.067 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43606 1.32140 4.40027 6.60701 9.24982 13.21403 0.648 0.130 0.325 1.025 1.529 2.130 3.033 1.642 0.130 0.325 1.025 1.529 2.130 3.035 5.097 0.130 0.325 1.026 1.527 2.131 3.036 7.576 0.131 0.325 1.026 1.529 2.131 3.036 12.033 0.131 0.325 1.026 1.529 2.131 3.036 14.997 0.130 0.325 1.025 1.529 2.130 3.033 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43652 1.32278 4.40487 6.61391 9.25948 13.22782 0.648 22.2145 23.6429 28.6123 32.1719 36.4330 42.8240 1.642 21.3199 22.7478 27.7177 31.2766 35.5385 41.9298 5.097 21.1608 22.5873 27.5564 31.1155 35.3770 41.7682 7.576 21.4736 22.9063 27.8745 31.4331 35.6953 42.0861 12.033 22.2317 23.6654 28.6348 32.1933 36.4555 42.8462 14.997 22.7685 24.2054 29.1841 32.7434 37.0049 43.3970 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43551 1.31973 4.39471 6.59866 9.23812 13.19732 0.651 0.574 0.668 0.994 1.228 1.507 1.927 1.641 0.567 0.661 0.987 1.221 1.500 1.920 5.101 0.484 0.578 0.905 1.138 1.418 1.837 7.581 0.394 0.488 0.814 1.048 1.327 1.747 12.032 0.201 0.296 0.622 0.855 1.135 1.555 15.007 0.060 0.154 0.481 0.714 0.994 1.413 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43551 1.31973 4.39471 6.59866 9.23812 13.19732 0.651 0.130 0.325 1.024 1.526 2.129 3.029 1.641 0.130 0.325 1.023 1.527 2.128 3.028 5.101 0.130 0.325 1.025 1.525 2.129 3.029 7.581 0.130 0.325 1.024 1.526 2.128 3.030 12.032 0.130 0.325 1.023 1.526 2.129 3.029 15.007 0.130 0.325 1.025 1.526 2.127 3.031 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.56646 10.80744 35.98878 54.03720 75.65208 108.07440 Transition 3.56646 10.80744 35.98878 54.03720 75.65208 108.07440 0.202 1.029 1.500 3.116 4.271 5.651 7.724 0.202 56.2049 95.4958 232.0590 329.9256 447.1280 622.9109 0.392 1.090 1.560 3.176 4.331 5.712 7.784 0.392 56.4559 95.7474 232.3117 330.1766 447.3824 623.1625 1.065 1.258 1.729 3.345 4.498 5.880 7.950 1.065 57.3719 96.6617 233.2255 331.0897 448.2947 624.0756 1.550 1.364 1.834 3.450 4.605 5.986 8.058 1.550 58.0377 97.3285 233.8916 331.7553 448.9635 624.7399 2.422 1.536 2.007 3.623 4.777 6.158 8.229 2.422 59.2138 98.5044 235.0675 332.9340 450.1376 625.9174 3.001 1.644 2.114 3.730 4.884 6.265 8.337 3.001 60.0022 99.2929 235.8573 333.7219 450.9289 626.7081 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.56646 10.80744 35.98878 54.03720 75.65208 108.07440 Transition 3.58343 10.85889 36.16010 54.29444 76.01222 108.58888 0.202 0.752 1.741 5.176 7.637 10.584 14.999 0.202 1.029 1.501 3.121 4.279 5.664 7.741 0.392 0.752 1.742 5.179 7.634 10.581 14.997 0.392 1.089 1.561 3.181 4.339 5.725 7.804 1.065 0.752 1.742 5.177 7.638 10.585 15.000 1.065 1.258 1.729 3.350 4.508 5.894 7.970 1.550 0.752 1.742 5.179 7.635 10.581 14.997 1.550 1.363 1.835 3.455 4.613 6.000 8.078 2.422 0.753 1.741 5.178 7.639 10.581 14.995 2.422 1.536 2.008 3.628 4.784 6.171 8.249 3.001 0.752 1.741 5.178 7.639 10.581 14.995 3.001 1.643 2.115 3.735 4.892 6.279 8.357 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.58343 10.85889 36.16010 54.29444 76.01222 108.58888 Transition 3.58343 10.85889 36.16010 54.29444 76.01222 108.58888 0.202 40.5238 80.0559 217.4326 315.8836 433.7897 610.6526 0.202 0.750 1.739 5.180 7.640 10.581 15.004 0.392 40.8149 80.3472 217.7261 316.1755 434.0817 610.9441 0.392 0.750 1.740 5.177 7.642 10.588 15.001 1.065 41.8606 81.3926 218.7691 317.2189 435.1258 611.9872 1.065 0.750 1.740 5.180 7.635 10.581 14.995 1.550 42.6157 82.1466 219.5238 317.9747 435.8794 612.7443 1.550 0.750 1.740 5.177 7.642 10.588 15.002 2.422 43.9458 83.4771 220.8552 319.3056 437.2121 614.0736 2.422 0.750 1.741 5.176 7.641 10.587 15.000 3.001 44.8356 84.3674 221.7468 320.1966 438.1028 614.9643 3.001 0.750 1.741 5.176 7.641 10.587 15.000 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.57127 10.82204 36.03738 54.11019 75.75426 108.22037 Transition 3.57127 10.82204 36.03738 54.11019 75.75426 108.22037 0.202 1.011 1.483 3.105 4.264 5.651 7.731 0.202 37.0543 76.4856 213.6274 311.9270 429.6477 606.2284 0.392 1.073 1.544 3.167 4.326 5.712 7.793 0.392 37.0959 76.5253 213.6674 311.9667 429.6874 606.2674 1.065 1.242 1.713 3.335 4.495 5.883 7.963 1.065 37.3174 76.7472 213.8893 312.1869 429.9079 606.4906 1.551 1.347 1.818 3.440 4.600 5.989 8.067 1.551 37.4770 76.9059 214.0486 312.3447 430.0679 606.6492 2.423 1.517 1.989 3.611 4.771 6.156 8.238 2.423 37.7671 77.1971 214.3385 312.6351 430.3581 606.9385 3.006 1.624 2.095 3.717 4.876 6.264 8.345 3.006 37.9637 77.3927 214.5331 312.8324 430.5544 607.1350 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Transition 3.57127 10.82204 36.03738 54.11019 75.75426 108.22037 0.202 0.750 1.740 5.175 7.638 10.581 14.992 0.392 0.750 1.739 5.176 7.634 10.578 14.997 1.065 0.750 1.740 5.178 7.637 10.580 15.000 1.551 0.750 1.739 5.176 7.634 10.577 14.997 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 3.006 0.749 0.749 1.739 1.740 5.176 5.177 7.634 7.635 10.578 10.579 14.998 14.999 2.412 2.997 1.715 1.756 1.827 1.867 2.210 2.250 2.484 2.525 2.813 2.853 3.306 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6519 5.8516 13.4947 18.9714 25.5312 35.3680 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 3.6691 5.8684 13.5117 18.9882 25.5478 35.3850 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 3.7501 5.9497 13.5926 19.0695 25.6290 35.4663 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 3.8092 6.0114 13.6558 19.1324 25.6908 35.5288 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 3.9319 6.1312 13.7742 19.2508 25.8109 35.6474 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0119 6.2112 13.8543 19.3310 25.8903 35.7276 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.154 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 39.0583 40.4932 45.4610 49.0190 53.2780 59.6665 0.368 39.0231 40.4580 45.4263 48.9839 53.2429 59.6311 1.051 38.9283 40.3655 45.3334 48.8904 53.1502 59.5385 1.537 38.8669 40.2974 45.2655 48.8231 53.0826 59.4706 2.418 38.7373 40.1742 45.1414 48.6989 52.9587 59.3464 3.006 38.6567 40.0872 45.0555 48.6133 52.8718 59.2601 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.296 0.301 0.491 0.327 1.139 0.386 1.596 0.418 2.421 0.475 2.972 0.505 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.296 3.6708 0.491 3.7895 1.139 4.3135 1.596 4.7208 2.421 5.4564 2.972 5.9495 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.296 0.000 0.491 0.000 1.139 0.000 1.596 0.000 2.421 0.000 2.972 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.296 0.296 0.491 0.318 1.139 0.376 1.596 0.410 2.421 0.462 2.972 0.493 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.296 3.6373 0.491 3.7552 1.139 4.2734 1.596 4.6749 2.421 5.4069 2.972 5.8885 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope Input Transition Delay 0.296 0.000 0.338 0.504 0.491 0.000 0.522 0.557 1.139 0.000 1.164 0.717 1.596 0.000 1.629 0.820 2.421 0.000 2.467 0.993 2.972 0.000 3.027 1.104 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.338 2.8848 0.522 3.0752 1.164 3.7352 1.629 4.1973 2.467 5.0172 3.027 5.5545 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.338 0.000 0.522 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.027 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.338 0.434 0.522 0.487 1.164 0.647 1.629 0.750 2.467 0.923 3.027 1.033 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.338 6.0202 0.522 6.2105 1.164 6.8716 1.629 7.3344 2.467 8.1551 3.027 8.6952 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.338 0.000 0.522 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.027 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.142 0.306 0.335 0.334 1.026 0.405 1.520 0.446 2.409 0.509 3.003 0.547 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.142 0.8219 0.335 0.8280 1.026 0.8661 1.520 0.8991 2.409 0.9625 3.003 1.0043 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.142 0.000 0.335 0.000 1.026 0.000 1.520 0.000 2.409 0.000 3.003 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.142 0.307 0.335 0.334 1.026 0.405 1.520 0.446 2.409 0.510 3.003 0.547 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.142 0.8151 0.335 0.8212 1.026 0.8592 1.520 0.8922 2.409 0.9557 3.003 0.9974 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.142 0.000 0.335 0.000 1.026 0.000 1.520 0.000 2.409 0.000 3.003 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay 0.148 0.750 0.340 0.822 1.028 1.028 1.522 1.160 2.411 1.384 3.005 1.528 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.148 1.8311 0.340 1.8412 1.028 1.8918 1.522 1.9280 2.411 1.9920 3.005 2.0338 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.148 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Delay 0.148 0.757 0.340 0.830 1.028 1.035 1.522 1.168 2.411 1.391 3.005 1.535 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.148 1.8366 0.340 1.8467 1.028 1.8973 1.522 1.9334 2.411 1.9975 3.005 2.0394 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.148 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.189 0.518 0.378 0.545 1.061 0.621 1.545 0.666 2.418 0.734 2.998 0.778 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.189 5.1932 0.378 5.2355 1.061 5.4103 1.545 5.5770 2.418 5.8916 2.998 6.0977 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.189 0.000 0.378 0.000 1.061 0.000 1.545 0.000 2.418 0.000 2.998 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.202 0.500 0.392 0.562 1.065 0.730 1.551 0.835 2.423 1.006 3.006 1.111 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.202 9.8332 0.392 9.9177 1.065 10.1084 1.551 10.2695 2.423 10.5884 3.006 10.7663 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.202 0.000 0.392 0.000 1.065 0.000 1.551 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.296 18.9412 0.338 19.0858 0.492 19.0578 0.522 19.2535 1.138 19.5725 1.164 19.8816 1.596 19.9715 1.629 20.3382 2.421 20.6976 2.467 21.1649 2.971 21.1820 3.027 21.7039 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3681 0.342 0.3757 1.031 0.4162 1.525 0.4487 2.410 0.5101 2.999 0.5523 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 4.6249 0.342 4.6440 1.031 4.6887 1.525 4.7281 2.410 4.8107 2.999 4.8681 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7054 0.351 0.7391 1.038 0.8572 1.530 0.9344 2.413 1.0668 3.006 1.1506 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 5.9556 0.351 5.9662 1.037 6.0680 1.527 6.1141 2.413 6.2177 3.001 6.2774 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.142 17.0398 0.335 17.0399 1.026 17.0838 1.520 17.1230 2.409 17.1938 3.003 17.2417 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.4196 0.335 0.4263 1.026 0.4698 1.520 0.5053 2.409 0.5707 3.003 0.6144 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 15.8445 0.335 15.8533 1.026 15.8975 1.520 15.9412 2.409 16.0122 3.003 16.0610 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.148 18.3907 0.340 18.4072 1.028 18.4729 1.522 18.5199 2.411 18.6042 3.005 18.6591 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.148 0.4781 0.340 0.4935 1.028 0.5570 1.522 0.6020 2.411 0.6808 3.005 0.7324 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.148 15.5245 0.340 15.5409 1.028 15.6066 1.522 15.6526 2.411 15.7314 3.005 15.7829 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.659 5.6048 1.656 4.8049 5.111 4.2572 7.586 4.1124 12.034 3.9450 15.001 3.8583 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.646 -1.9999 1.637 -2.7952 5.096 -3.3826 7.576 -3.5404 12.032 -3.7275 15.006 -3.8260 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 16.6313 0.361 16.6552 1.047 16.7559 1.536 16.8708 2.414 17.0668 3.001 17.1813 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4337 0.361 0.4547 1.047 0.5756 1.536 0.6759 2.414 0.8597 3.001 0.9827 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5299 0.361 0.5855 1.047 0.8156 1.536 0.9914 2.414 1.3091 3.002 1.5212 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 15.3318 0.361 15.3469 1.047 15.4470 1.536 15.5659 2.414 15.7583 3.001 15.8744 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 16.6399 0.361 16.6731 1.047 16.7747 1.536 16.8882 2.414 17.0839 3.001 17.1982 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 16.9187 0.374 16.8224 1.052 16.9045 1.543 16.9940 2.423 17.1516 3.010 17.2631 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7767 1.052 0.9117 1.543 1.0119 2.423 1.1912 3.010 1.3109 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 15.8624 0.374 15.7043 1.052 15.6619 1.543 15.6826 2.423 15.7125 3.010 15.7404 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 15.6239 0.374 15.5371 1.052 15.6228 1.543 15.7138 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 16.9218 0.374 16.8279 1.052 16.9095 1.543 16.9991 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.189 19.3266 0.378 19.3745 1.061 19.5636 1.545 19.7359 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.189 4.3631 0.378 4.4073 1.061 4.5947 1.545 4.7648 2.423 3.010 15.8739 15.9877 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.189 3.9389 0.378 3.9825 1.061 4.1702 1.546 4.3400 2.418 4.6567 2.999 4.8636 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.202 6.5554 0.392 6.6154 1.065 6.8458 1.551 7.0160 2.423 7.3247 3.006 7.5260 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 14.5103 0.335 14.4636 1.025 14.3877 1.520 14.3334 2.409 14.2651 3.002 14.2102 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2518 0.341 0.2532 1.028 0.2873 1.522 0.3141 2.411 0.3637 3.005 0.3982 2.423 3.010 17.1555 17.2657 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.189 19.3315 0.378 19.3789 1.061 19.5680 1.545 19.7402 2.418 20.0619 2.998 20.2738 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.202 20.2707 0.392 20.3341 1.065 20.5709 1.551 20.7516 2.423 21.0711 3.006 21.2809 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 15.7441 0.335 15.7168 1.025 15.6220 1.520 15.5547 2.409 15.4610 3.002 15.3997 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.4004 0.341 0.4380 1.028 0.5843 1.522 0.6870 2.411 0.8682 3.005 0.9872 2.418 2.998 20.0573 20.2691 2.418 2.998 5.0808 5.2891 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.202 20.2645 0.392 20.3274 1.065 20.5643 1.551 20.7449 2.423 21.0642 3.006 21.2741 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.202 4.8578 0.392 4.9179 1.065 5.1432 1.551 5.3175 2.423 5.6223 3.006 5.8251 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 15.7358 0.335 15.7094 1.025 15.6142 1.520 15.5467 2.409 15.4549 3.002 15.3940 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3988 0.335 0.4060 1.025 0.4403 1.520 0.4706 2.409 0.5289 3.002 0.5686 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 15.3665 0.335 15.3683 1.025 15.4012 1.520 15.4303 2.409 15.4874 3.002 15.5225 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4533 0.341 0.4932 1.028 0.6484 1.522 0.7575 2.411 0.9503 3.005 1.0769 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4624 0.341 0.5020 1.028 0.6571 1.522 0.7662 2.411 0.9589 3.005 1.0855 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 15.2336 0.341 14.8601 1.028 14.4806 1.522 14.3834 2.411 14.3200 3.005 14.3236 Toggle Power(pJ): SONOF Fall, condition=0 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.160 0.5515 0.160 4.0189 0.352 0.5621 0.352 4.0385 1.040 0.6179 1.040 4.1111 1.533 0.6620 1.533 4.1706 2.412 0.7468 2.412 4.2794 2.997 0.8036 2.997 4.3547 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1469 0.368 1.1962 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 4.5157 0.367 4.5692 1.051 4.7394 1.537 4.8329 2.418 4.9962 3.006 5.1018 Cell Description 4mA, normal slew rate, input-output pad, 5V tolerant PLBI4N Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.09330 0.02459 0.01899 2.06846 0.04155 0.04731 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 671.600 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.50115 10.60954 35.32975 53.04768 74.26675 106.09536 Transition 3.50115 10.60954 35.32975 53.04768 74.26675 106.09536 0.222 0.868 1.401 3.170 4.430 5.940 8.205 0.222 50.7609 89.2905 223.2978 319.3414 434.3622 606.9153 0.412 0.895 1.427 3.196 4.457 5.968 8.230 0.412 50.8024 89.3345 223.3401 319.3832 434.4040 606.9581 1.087 0.971 1.504 3.271 4.534 6.045 8.306 1.087 51.1034 89.6326 223.6400 319.6830 434.7045 607.2585 1.563 1.016 1.549 3.317 4.579 6.088 8.351 1.563 51.3286 89.8567 223.8686 319.9111 434.9323 607.4884 2.419 1.089 1.621 3.389 4.652 6.161 8.424 2.419 51.7650 90.2936 224.2990 320.3444 435.3644 607.9165 2.990 1.133 1.665 3.433 4.696 6.203 8.468 2.990 52.0519 90.5850 224.5930 320.6352 435.6558 608.2087 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 3.50115 10.60954 35.32975 53.04768 74.26675 106.09536 0.222 0.837 1.796 5.202 7.655 10.595 15.007 0.412 0.836 1.796 5.202 7.655 10.597 15.009 1.087 0.836 1.796 5.202 7.654 10.596 15.009 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 3.49439 10.58907 35.26160 52.94535 74.12349 105.89069 0.222 0.853 1.389 3.163 4.430 5.943 8.213 0.411 0.880 1.416 3.190 4.455 5.971 8.240 1.087 0.955 1.491 3.266 4.531 6.045 8.316 1.563 2.419 2.990 0.837 0.837 0.837 1.796 1.796 1.796 5.202 5.202 5.202 7.655 7.656 7.656 10.595 10.595 10.596 15.009 15.008 15.009 1.563 2.419 2.990 1.001 1.074 1.117 1.537 1.610 1.654 3.311 3.384 3.428 4.576 4.649 4.693 6.091 6.164 6.207 8.361 8.434 8.478 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.49439 10.58907 35.26160 52.94535 74.12349 105.89069 Transition 3.49439 10.58907 35.26160 52.94535 74.12349 105.89069 0.222 35.2930 73.8594 208.0385 304.2041 419.3770 592.1361 0.222 0.873 1.830 5.226 7.673 10.606 15.006 0.411 35.3449 73.9105 208.0907 304.2563 419.4285 592.1879 0.411 0.873 1.830 5.227 7.673 10.605 15.007 1.087 35.6298 74.1962 208.3750 304.5418 419.7153 592.4727 1.087 0.873 1.830 5.227 7.674 10.607 15.007 1.563 35.8549 74.4219 208.5999 304.7679 419.9406 592.6976 1.563 0.873 1.830 5.227 7.673 10.607 15.009 2.419 36.2795 74.8456 209.0254 305.1900 420.3637 593.1231 2.419 0.873 1.830 5.227 7.673 10.606 15.007 2.990 36.5558 75.1272 209.3066 305.4729 420.6453 593.4041 2.990 0.873 1.830 5.227 7.674 10.605 15.007 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.50398 10.61812 35.35833 53.09058 74.32682 106.18117 Transition 3.50398 10.61812 35.35833 53.09058 74.32682 106.18117 0.222 0.870 1.404 3.180 4.447 5.963 8.235 0.222 35.3928 74.0882 208.6554 305.0983 420.5917 593.8264 0.412 0.896 1.431 3.206 4.473 5.988 8.265 0.412 35.4381 74.1300 208.6951 305.1375 420.6312 593.8653 1.087 0.973 1.507 3.283 4.549 6.065 8.341 1.087 35.7301 74.4259 208.9914 305.4335 420.9279 594.1599 1.563 1.018 1.552 3.328 4.594 6.111 8.386 1.563 35.9533 74.6467 209.2159 305.6608 421.1542 594.3872 2.419 1.090 1.625 3.401 4.667 6.184 8.458 2.419 36.3851 75.0780 209.6440 306.0863 421.5796 594.8135 2.990 1.134 1.669 3.445 4.711 6.227 8.500 2.990 36.6682 75.3667 209.9306 306.3737 421.8680 595.0999 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.50398 10.61812 35.35833 53.09058 74.32682 106.18117 Transition 3.51507 10.65173 35.47025 53.25864 74.56209 106.51727 0.222 0.834 1.794 5.200 7.655 10.595 15.006 0.222 0.868 1.402 3.173 4.437 5.950 8.220 0.412 0.834 1.794 5.201 7.653 10.594 15.007 0.412 0.894 1.428 3.200 4.465 5.975 8.245 1.087 0.834 1.794 5.201 7.653 10.594 15.007 1.087 0.971 1.504 3.276 4.541 6.051 8.321 1.563 0.834 1.794 5.200 7.653 10.595 15.006 1.563 1.016 1.550 3.321 4.586 6.098 8.366 2.419 0.834 1.794 5.200 7.652 10.594 15.007 2.419 1.089 1.622 3.394 4.657 6.171 8.439 2.990 0.834 1.794 5.200 7.653 10.593 15.007 2.990 1.133 1.666 3.438 4.701 6.213 8.483 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.51507 10.65173 35.47025 53.25864 74.56209 106.51727 Transition 3.51507 10.65173 35.47025 53.25864 74.56209 106.51727 0.222 35.6187 74.3595 209.0820 305.6402 421.2674 594.7285 0.222 0.835 1.794 5.200 7.653 10.593 15.005 0.412 35.6950 74.4364 209.1569 305.7155 421.3457 594.8054 0.412 0.835 1.794 5.200 7.653 10.595 15.006 1.087 36.1091 74.8491 209.5711 306.1264 421.7571 595.2203 1.087 0.835 1.794 5.200 7.653 10.594 15.006 1.563 36.4132 75.1564 209.8772 306.4368 422.0637 595.5258 1.563 0.835 1.794 5.200 7.654 10.592 15.006 2.419 36.9882 75.7274 210.4489 307.0055 422.6343 596.0972 2.419 0.835 1.794 5.200 7.654 10.592 15.005 2.990 37.3656 76.1085 210.8309 307.3875 423.0172 596.4795 2.990 0.835 1.794 5.200 7.654 10.594 15.005 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.48906 10.57292 35.20781 52.86458 74.01041 105.72915 Transition 3.48906 10.57292 35.20781 52.86458 74.01041 105.72915 0.222 0.870 1.403 3.175 4.440 5.953 8.220 0.222 50.5268 88.9968 222.7988 318.6931 433.5304 605.7977 0.412 0.896 1.430 3.201 4.465 5.978 8.245 0.412 50.5387 89.0048 222.8050 318.7006 433.5362 605.8050 1.087 0.973 1.506 3.278 4.541 6.055 8.321 1.087 50.7180 89.1878 222.9880 318.8837 433.7193 605.9872 1.563 1.018 1.551 3.323 4.586 6.098 8.366 1.563 50.8625 89.3311 223.1365 319.0311 433.8673 606.1336 2.419 1.090 1.624 3.396 4.659 6.171 8.439 2.419 51.1553 89.6239 223.4247 319.3182 434.1532 606.4226 2.990 1.134 1.667 3.440 4.703 6.217 8.483 2.990 51.3468 89.8197 223.6200 319.5151 434.3505 606.6198 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.48906 10.57292 35.20781 52.86458 74.01041 105.72915 Transition 3.56638 10.80722 35.98803 54.03609 75.65052 108.07217 0.222 0.836 1.795 5.201 7.655 10.594 15.005 0.248 0.931 1.403 3.019 4.173 5.555 7.628 0.412 0.836 1.795 5.201 7.653 10.593 15.006 0.439 0.986 1.458 3.073 4.228 5.610 7.683 1.087 0.836 1.795 5.201 7.653 10.592 15.006 1.098 1.145 1.616 3.232 4.386 5.768 7.838 1.563 0.836 1.795 5.202 7.654 10.594 15.006 1.577 1.245 1.716 3.332 4.486 5.870 7.940 2.419 0.836 1.795 5.201 7.654 10.594 15.006 2.438 1.412 1.884 3.499 4.654 6.036 8.109 2.990 0.836 1.795 5.201 7.653 10.594 15.005 3.012 1.517 1.989 3.605 4.760 6.140 8.215 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.56638 10.80722 35.98803 54.03609 75.65052 108.07217 Transition 3.56638 10.80722 35.98803 54.03609 75.65052 108.07217 0.248 49.9657 89.2347 225.7997 323.6765 440.8987 616.7090 0.248 0.766 1.751 5.180 7.639 10.586 15.000 0.439 50.0711 89.3380 225.9033 323.7808 440.9999 616.8130 0.439 0.766 1.751 5.183 7.643 10.589 14.994 1.098 50.4398 89.7078 226.2734 324.1503 441.3693 617.1837 1.098 0.766 1.750 5.180 7.640 10.586 15.000 1.577 50.7006 89.9681 226.5327 324.4099 441.6307 617.4398 1.577 0.766 1.750 5.180 7.640 10.581 14.995 2.438 51.1656 90.4326 226.9976 324.8748 442.0973 617.9042 2.438 0.766 1.750 5.184 7.644 10.580 14.995 3.012 51.4684 90.7360 227.3018 325.1791 442.4001 618.2075 3.012 0.766 1.751 5.184 7.639 10.585 15.000 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.57194 10.82405 36.04408 54.12025 75.76835 108.24049 Transition 3.57194 10.82405 36.04408 54.12025 75.76835 108.24049 0.248 0.919 1.392 3.015 4.175 5.562 7.642 0.248 33.5279 72.9684 210.1393 308.4535 426.1983 602.8119 0.439 0.973 1.447 3.070 4.228 5.617 7.698 0.439 33.6316 73.0719 210.2432 308.5584 426.3021 602.9159 1.098 1.132 1.605 3.228 4.386 5.775 7.855 1.098 34.0048 73.4446 210.6163 308.9307 426.6741 603.2876 1.577 1.232 1.705 3.328 4.487 5.873 7.953 1.577 34.2681 73.7101 210.8792 309.1946 426.9382 603.5526 2.438 1.398 1.872 3.494 4.654 6.043 8.123 2.438 34.7346 74.1758 211.3458 309.6604 427.4044 604.0201 3.012 1.504 1.977 3.600 4.760 6.147 8.227 3.012 35.0446 74.4864 211.6553 309.9711 427.7147 604.3309 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 3.57194 10.82405 36.04408 54.12025 75.76835 108.24049 0.248 0.764 1.749 5.183 7.645 10.588 14.997 0.439 0.764 1.749 5.181 7.638 10.581 15.001 1.098 0.764 1.750 5.183 7.640 10.588 14.998 1.577 0.764 1.750 5.183 7.640 10.583 15.003 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 3.57202 10.82431 36.04496 54.12156 75.77018 108.24312 0.248 0.932 1.406 3.028 4.187 5.575 7.655 0.439 0.987 1.461 3.083 4.243 5.630 7.713 1.098 1.146 1.619 3.242 4.401 5.788 7.868 1.577 1.246 1.719 3.342 4.501 5.890 7.968 2.438 3.012 0.764 0.764 1.749 1.749 5.182 5.183 7.639 7.640 10.583 10.588 15.002 14.997 2.438 3.012 1.413 1.518 1.886 1.991 3.509 3.614 4.669 4.773 6.056 6.160 8.136 8.240 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.57202 10.82431 36.04496 54.12156 75.77018 108.24312 Transition 3.57202 10.82431 36.04496 54.12156 75.77018 108.24312 0.248 34.0592 73.5092 210.6956 309.0183 426.7645 603.3700 0.248 0.764 1.749 5.184 7.641 10.584 15.003 0.439 34.1649 73.6140 210.8007 309.1232 426.8680 603.4719 0.439 0.764 1.749 5.182 7.644 10.587 14.997 1.098 34.5388 73.9873 211.1743 309.4980 427.2417 603.8467 1.098 0.764 1.749 5.184 7.641 10.584 15.004 1.577 34.8026 74.2510 211.4373 309.7617 427.5050 604.1104 1.577 0.764 1.749 5.184 7.641 10.589 14.999 2.438 35.2721 74.7202 211.9074 310.2298 427.9748 604.5784 2.438 0.764 1.750 5.183 7.645 10.588 14.997 3.012 35.5789 75.0287 212.2137 310.5377 428.2824 604.8870 3.012 0.764 1.748 5.183 7.640 10.583 15.003 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.55503 10.77282 35.87348 53.86408 75.40972 107.72817 Transition 3.55503 10.77282 35.87348 53.86408 75.40972 107.72817 0.248 0.933 1.405 3.023 4.180 5.565 7.640 0.248 49.7630 88.9734 225.3244 323.0532 440.0938 615.6581 0.439 0.988 1.460 3.078 4.233 5.617 7.693 0.439 49.8296 89.0390 225.3903 323.1196 440.1592 615.7239 1.098 1.146 1.618 3.237 4.393 5.775 7.853 1.098 50.0775 89.2885 225.6381 323.3690 440.4087 615.9706 1.577 1.246 1.718 3.337 4.493 5.877 7.953 1.577 50.2547 89.4647 225.8147 323.5426 440.5840 616.1454 2.438 1.413 1.886 3.504 4.659 6.043 8.119 2.438 50.5728 89.7826 226.1328 323.8615 440.9011 616.4639 3.012 1.518 1.991 3.609 4.765 6.150 8.225 3.012 50.7794 89.9899 226.3398 324.0704 441.1076 616.6718 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.55503 10.77282 35.87348 53.86408 75.40972 107.72817 Transition 3.58315 10.85803 36.15723 54.29013 76.00618 108.58026 0.248 0.767 1.751 5.180 7.643 10.587 14.999 0.248 0.931 1.404 3.024 4.182 5.568 7.645 0.439 0.767 1.751 5.184 7.642 10.581 15.002 0.439 0.986 1.459 3.079 4.236 5.623 7.698 1.098 0.766 1.751 5.181 7.644 10.588 14.999 1.098 1.144 1.617 3.237 4.396 5.782 7.858 1.577 0.767 1.751 5.181 7.639 10.583 14.994 1.577 1.244 1.717 3.337 4.495 5.880 7.958 2.438 0.767 1.751 5.185 7.638 10.582 14.993 2.438 1.411 1.884 3.504 4.662 6.046 8.124 3.012 0.767 1.751 5.180 7.643 10.587 14.998 3.012 1.517 1.990 3.610 4.768 6.154 8.230 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.58315 10.85803 36.15723 54.29013 76.00618 108.58026 Transition 3.58315 10.85803 36.15723 54.29013 76.00618 108.58026 0.248 34.2588 73.7652 211.1395 309.5978 427.5091 604.3759 0.248 0.764 1.749 5.183 7.642 10.582 14.995 0.439 34.4027 73.9092 211.2816 309.7399 427.6506 604.5184 0.439 0.763 1.749 5.181 7.640 10.586 14.998 1.098 34.8973 74.4034 211.7786 310.2363 428.1472 605.0148 1.098 0.764 1.749 5.183 7.637 10.582 14.995 1.577 35.2447 74.7497 212.1243 310.5818 428.4929 605.3598 1.577 0.763 1.749 5.183 7.642 10.587 15.000 2.438 35.8622 75.3668 212.7401 311.1984 429.1105 605.9759 2.438 0.764 1.748 5.182 7.641 10.586 14.999 3.012 36.2644 75.7707 213.1446 311.6028 429.5125 606.3803 3.012 0.764 1.748 5.183 7.641 10.582 15.005 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3909 5.5860 13.2142 18.6805 25.2246 35.0427 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3986 5.5979 13.2265 18.6928 25.2372 35.0550 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4547 5.6542 13.2828 18.7489 25.2934 35.1118 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4970 5.6973 13.3259 18.7922 25.3365 35.1549 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5811 5.7803 13.4086 18.8753 25.4193 35.2375 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6384 5.8375 13.4659 18.9314 25.4765 35.2950 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 24.3859 25.8122 30.7729 34.3249 38.5774 44.9560 0.351 24.3623 25.7933 30.7534 34.3057 38.5583 44.9376 1.037 24.3159 25.7417 30.7018 34.2541 38.5067 44.8862 1.527 24.2742 25.7056 30.6655 34.2175 38.4709 44.8490 2.413 24.2056 25.6350 30.5947 34.1472 38.4000 44.7786 3.001 24.1575 25.5870 30.5464 34.0988 38.3517 44.7304 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.49486 10.59048 35.26630 52.95240 74.13336 105.90480 Transition 3.49486 10.59048 35.26630 52.95240 74.13336 105.90480 0.153 1.216 1.752 3.527 4.792 6.307 8.575 0.153 34.1948 72.7684 206.9637 303.1466 418.3364 591.0942 0.345 1.278 1.815 3.589 4.853 6.369 8.639 0.345 34.2109 72.7847 206.9795 303.1628 418.3501 591.1121 1.031 1.450 1.986 3.761 5.026 6.540 8.810 1.031 34.2789 72.8525 207.0472 303.2288 418.4185 591.1790 1.525 1.560 2.096 3.870 5.137 6.652 8.922 1.525 34.3269 72.8997 207.0971 303.2792 418.4692 591.2290 2.411 1.745 2.282 4.057 5.322 6.837 9.107 2.411 34.4140 72.9878 207.1830 303.3653 418.5548 591.3144 3.005 1.863 2.400 4.175 5.440 6.953 9.225 3.005 34.4696 73.0424 207.2388 303.4193 418.6100 591.3675 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Transition 3.49486 10.59048 35.26630 52.95240 74.13336 105.90480 0.153 0.873 1.830 5.228 7.675 10.608 15.006 0.345 0.873 1.830 5.227 7.674 10.607 15.007 1.031 0.873 1.830 5.228 7.674 10.609 15.007 1.525 0.873 1.830 5.228 7.675 10.607 15.009 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Transition 3.50390 10.61787 35.35750 53.08934 74.32507 106.17867 0.153 1.223 1.758 3.533 4.800 6.317 8.590 0.345 1.286 1.820 3.596 4.863 6.379 8.651 1.031 1.457 1.992 3.768 5.036 6.550 8.823 1.525 1.567 2.102 3.878 5.144 6.662 8.932 2.411 3.005 0.873 0.873 1.830 1.830 5.228 5.227 7.674 7.675 10.608 10.608 15.009 15.009 2.411 3.005 1.753 1.871 2.288 2.406 4.063 4.181 5.329 5.447 6.847 6.963 9.122 9.240 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.50390 10.61787 35.35750 53.08934 74.32507 106.17867 Transition 3.50390 10.61787 35.35750 53.08934 74.32507 106.17867 0.153 32.5963 71.2814 205.8229 302.2580 417.7464 590.9901 0.153 0.840 1.796 5.201 7.653 10.595 15.005 0.345 32.6123 71.2977 205.8387 302.2733 417.7640 591.0055 0.345 0.840 1.796 5.201 7.654 10.595 15.006 1.031 32.6763 71.3647 205.9068 302.3414 417.8335 591.0747 1.031 0.840 1.796 5.201 7.654 10.592 15.006 1.525 32.7256 71.4128 205.9547 302.3914 417.8813 591.1244 1.525 0.840 1.796 5.200 7.654 10.594 15.006 2.411 32.8125 71.5016 206.0423 302.4774 417.9704 591.2117 2.411 0.840 1.796 5.201 7.653 10.594 15.007 3.005 32.8721 71.5557 206.0973 302.5334 418.0233 591.2652 3.005 0.840 1.795 5.201 7.653 10.593 15.007 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.50085 10.60864 35.32678 53.04322 74.26050 106.08643 Transition 3.50085 10.60864 35.32678 53.04322 74.26050 106.08643 0.153 1.221 1.755 3.523 4.785 6.297 8.560 0.153 50.8642 89.5105 223.5592 319.6005 434.6205 607.1542 0.346 1.283 1.817 3.586 4.848 6.356 8.621 0.346 50.9333 89.5758 223.6260 319.6649 434.6856 607.2220 1.031 1.456 1.990 3.758 5.021 6.530 8.793 1.031 51.2646 89.9078 223.9556 319.9969 435.0161 607.5528 1.525 1.566 2.100 3.868 5.130 6.642 8.905 1.525 51.5283 90.1723 224.2206 320.2613 435.2797 607.8153 2.413 1.751 2.285 4.053 5.316 6.826 9.091 2.413 52.0073 90.6538 224.7029 320.7440 435.7641 608.2992 3.005 1.869 2.403 4.173 5.434 6.943 9.209 3.005 52.3392 90.9828 225.0328 321.0734 436.0927 608.6290 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.50085 10.60864 35.32678 53.04322 74.26050 106.08643 Transition 3.51542 10.65277 35.47373 53.26386 74.56941 106.52773 0.153 0.838 1.797 5.202 7.654 10.596 15.006 0.153 1.221 1.756 3.528 4.792 6.307 8.575 0.346 0.838 1.796 5.203 7.655 10.595 15.007 0.346 1.283 1.818 3.591 4.856 6.366 8.636 1.031 0.839 1.797 5.202 7.655 10.595 15.008 1.031 1.456 1.991 3.763 5.028 6.540 8.808 1.525 0.839 1.796 5.201 7.655 10.596 15.004 1.525 1.566 2.101 3.873 5.137 6.652 8.922 2.413 0.839 1.797 5.202 7.655 10.596 15.004 2.413 1.751 2.286 4.058 5.322 6.836 9.106 3.005 0.839 1.797 5.202 7.655 10.595 15.005 3.005 1.869 2.404 4.176 5.442 6.953 9.224 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.51542 10.65277 35.47373 53.26386 74.56941 106.52773 Transition 3.51542 10.65277 35.47373 53.26386 74.56941 106.52773 0.153 35.8041 74.6680 209.4589 306.0300 421.6744 595.1549 0.153 0.836 1.795 5.200 7.654 10.596 15.006 0.346 35.9129 74.7732 209.5645 306.1355 421.7812 595.2643 0.346 0.837 1.795 5.202 7.655 10.595 15.006 1.031 36.3708 75.2316 210.0228 306.5921 422.2390 595.7201 1.031 0.837 1.795 5.201 7.653 10.594 15.007 1.525 36.7229 75.5835 210.3736 306.9439 422.5911 596.0713 1.525 0.837 1.795 5.200 7.654 10.595 15.005 2.413 37.3556 76.2198 211.0098 307.5816 423.2269 596.7069 2.413 0.837 1.795 5.200 7.655 10.594 15.005 3.005 37.7900 76.6500 211.4397 308.0116 423.6558 597.1371 3.005 0.837 1.795 5.201 7.655 10.595 15.004 Path Delay(ns): P Fall -> D Fall, condition=0 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66507 2.01535 6.71113 10.07676 14.10747 20.15353 Transition 0.66507 2.01535 6.71113 10.07676 14.10747 20.15353 0.660 0.823 0.933 1.312 1.584 1.910 2.399 0.660 9.0280 11.2071 18.7807 24.2094 30.7081 40.4602 1.658 1.083 1.193 1.572 1.844 2.170 2.659 1.658 8.8221 11.0018 18.5760 24.0045 30.5027 40.2542 5.113 1.871 1.981 2.361 2.633 2.959 3.447 5.113 10.5563 12.7357 20.3101 25.7380 32.2365 41.9886 7.587 2.413 2.523 2.902 3.174 3.500 3.989 7.587 12.1859 14.3656 21.9394 27.3683 33.8677 43.6188 12.033 3.354 3.464 3.844 4.116 4.442 4.930 12.033 15.2467 17.4268 25.0010 30.4296 36.9281 46.6808 14.996 3.970 4.081 4.460 4.732 5.058 5.547 14.996 17.3173 19.5018 27.0770 32.5057 39.0044 48.7564 Output Transtion(ns): P Fall -> D Fall, condition=0 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66507 2.01535 6.71113 10.07676 14.10747 20.15353 Transition 0.66505 2.01530 6.71095 10.07651 14.10711 20.15301 0.660 0.126 0.321 1.023 1.528 2.132 3.038 0.660 0.718 0.829 1.208 1.480 1.806 2.295 1.658 0.126 0.321 1.023 1.528 2.132 3.038 1.659 0.915 1.025 1.404 1.676 2.002 2.491 5.113 0.126 0.321 1.023 1.528 2.132 3.039 5.115 1.484 1.594 1.974 2.246 2.571 3.060 7.587 0.126 0.321 1.022 1.527 2.132 3.039 7.589 1.861 1.971 2.351 2.623 2.948 3.437 12.033 0.126 0.321 1.023 1.528 2.131 3.039 12.036 2.512 2.622 3.002 3.274 3.600 4.088 14.996 0.126 0.321 1.023 1.528 2.132 3.038 15.000 2.930 3.041 3.420 3.692 4.018 4.507 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66505 2.01530 6.71095 10.07651 14.10711 20.15301 Transition 0.66505 2.01530 6.71095 10.07651 14.10711 20.15301 0.660 8.4795 10.6594 18.2334 23.6622 30.1602 39.9105 0.660 0.126 0.321 1.022 1.527 2.132 3.038 1.659 7.9234 10.1030 17.6772 23.1063 29.6053 39.3552 1.659 0.126 0.321 1.023 1.527 2.131 3.039 5.115 8.5450 10.7253 18.2998 23.7288 30.2275 39.9778 5.115 0.126 0.321 1.023 1.527 2.132 3.039 7.589 9.3916 11.5789 19.1470 24.5757 31.0747 40.8247 7.589 0.126 0.321 1.023 1.527 2.131 3.039 12.036 11.0766 13.2602 20.8354 26.2643 32.7637 42.5134 12.036 0.127 0.322 1.023 1.527 2.132 3.039 15.000 12.2392 14.4263 22.0022 27.4304 33.9304 43.6806 15.000 0.127 0.322 1.023 1.527 2.132 3.038 Path Delay(ns): P Fall -> D Fall, condition=2 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66489 2.01480 6.70930 10.07402 14.10363 20.14804 Transition 0.66489 2.01480 6.70930 10.07402 14.10363 20.14804 0.661 0.645 0.755 1.135 1.407 1.732 2.221 0.661 8.9484 11.1339 18.7074 24.1336 30.6327 40.3790 1.660 0.857 0.967 1.347 1.618 1.944 2.433 1.660 8.9849 11.1643 18.7361 24.1631 30.6619 40.4090 5.113 1.471 1.581 1.960 2.232 2.558 3.046 5.113 11.8488 14.0277 21.5996 27.0261 33.5253 43.2721 7.587 1.894 2.004 2.383 2.655 2.981 3.469 7.587 14.3478 16.5278 24.1000 29.5263 36.0253 45.7721 12.034 2.634 2.744 3.124 3.396 3.721 4.210 12.034 19.0098 21.1885 28.7608 34.1872 40.6862 50.4330 14.997 3.121 3.231 3.610 3.882 4.208 4.696 14.997 22.1693 24.3481 31.9204 37.3469 43.8454 53.5920 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66489 2.01480 6.70930 10.07402 14.10363 20.14804 0.661 0.125 0.321 1.022 1.527 2.131 3.038 1.660 0.125 0.321 1.022 1.527 2.131 3.038 5.113 0.125 0.321 1.022 1.527 2.131 3.037 7.587 0.126 0.321 1.022 1.527 2.131 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43582 1.32065 4.39778 6.60327 9.24457 13.20653 0.648 1.010 1.104 1.431 1.664 1.944 2.364 1.642 1.040 1.135 1.461 1.695 1.974 2.394 5.097 1.219 1.314 1.640 1.874 2.154 2.574 7.576 1.354 1.449 1.775 2.009 2.289 2.709 12.034 14.997 0.126 0.126 0.321 0.321 1.022 1.023 1.527 1.527 2.131 2.132 3.038 3.037 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43582 1.32065 4.39778 6.60327 9.24457 13.20653 0.648 38.0344 39.4637 44.4256 47.9794 52.2337 58.6150 1.642 37.5978 39.0324 43.9940 47.5474 51.8017 58.1831 5.097 39.5137 40.9492 45.9107 49.4641 53.7185 60.1003 7.576 41.2647 42.7002 47.6619 51.2151 55.4693 61.8510 12.033 44.3926 45.8218 50.7839 54.3373 58.5918 64.9727 14.997 46.4291 47.8582 52.8202 56.3737 60.6290 67.0098 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43625 1.32198 4.40219 6.60989 9.25385 13.21978 0.648 0.751 0.845 1.172 1.405 1.686 2.106 1.642 0.717 0.811 1.137 1.371 1.651 2.072 5.097 0.550 0.644 0.970 1.204 1.485 1.905 7.576 0.384 0.478 0.805 1.038 1.319 1.739 12.033 0.044 0.138 0.465 0.699 0.979 1.399 14.997 0.000 0.000 0.225 0.459 0.739 1.159 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43625 1.32198 4.40219 6.60989 9.25385 13.21978 0.648 0.131 0.326 1.026 1.529 2.133 3.033 1.642 0.132 0.326 1.026 1.528 2.131 3.034 5.097 0.133 0.326 1.026 1.528 2.131 3.034 7.576 0.133 0.327 1.025 1.528 2.132 3.037 12.033 0.132 0.326 1.027 1.529 2.132 3.033 14.997 0.133 0.326 1.026 1.529 2.132 3.037 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43581 1.32064 4.39772 6.60318 9.24445 13.20636 0.651 57.3513 58.7860 63.7482 67.3009 71.5554 77.9357 1.641 56.9438 58.3780 63.3389 66.8923 71.1464 77.5265 5.101 58.5586 59.9910 64.9521 68.5054 72.7595 79.1401 7.581 60.0527 61.4820 66.4442 69.9973 74.2517 80.6321 12.032 62.7785 64.2134 69.1747 72.7283 76.9825 83.3631 15.007 64.5800 66.0141 70.9760 74.5295 78.7835 85.1640 12.033 14.997 1.580 1.713 1.674 1.807 2.001 2.133 2.234 2.367 2.514 2.647 2.934 3.067 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43582 1.32065 4.39778 6.60327 9.24457 13.20653 0.648 0.130 0.325 1.025 1.527 2.130 3.033 1.642 0.130 0.325 1.024 1.527 2.130 3.030 5.097 0.130 0.325 1.024 1.527 2.130 3.031 7.576 0.130 0.325 1.024 1.527 2.129 3.031 12.033 0.131 0.325 1.024 1.527 2.129 3.031 14.997 0.130 0.325 1.025 1.526 2.130 3.033 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43625 1.32198 4.40219 6.60989 9.25385 13.21978 0.648 22.2197 23.6471 28.6145 32.1705 36.4293 42.8180 1.642 21.3221 22.7492 27.7163 31.2727 35.5319 41.9199 5.097 21.1613 22.5870 27.5531 31.1101 35.3687 41.7567 7.576 21.4739 22.9057 27.8707 31.4273 35.6860 42.0738 12.033 22.2317 23.6645 28.6306 32.1873 36.4461 42.8336 14.997 22.7685 24.2045 29.1802 32.7371 36.9965 43.3838 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43581 1.32064 4.39772 6.60318 9.24445 13.20636 0.651 0.574 0.668 0.994 1.228 1.508 1.928 1.641 0.567 0.661 0.988 1.221 1.501 1.921 5.101 0.484 0.579 0.905 1.139 1.418 1.838 7.581 0.394 0.488 0.814 1.048 1.328 1.747 12.032 0.201 0.296 0.622 0.856 1.136 1.556 15.007 0.060 0.155 0.481 0.715 0.995 1.414 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43581 1.32064 4.39772 6.60318 9.24445 13.20636 0.651 0.130 0.325 1.025 1.528 2.129 3.034 1.641 0.130 0.325 1.025 1.526 2.130 3.033 5.101 0.130 0.325 1.025 1.527 2.129 3.034 7.581 0.130 0.325 1.025 1.528 2.130 3.035 12.032 0.130 0.325 1.025 1.528 2.129 3.034 15.007 0.130 0.325 1.025 1.527 2.131 3.030 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.56606 10.80624 35.98479 54.03121 75.64369 108.06242 Transition 3.56606 10.80624 35.98479 54.03121 75.64369 108.06242 0.189 1.078 1.549 3.165 4.319 5.700 7.771 0.189 54.2156 93.4996 230.0460 327.9003 445.0927 620.8617 0.380 1.140 1.610 3.227 4.381 5.763 7.833 0.380 54.3706 93.6562 230.2025 328.0574 445.2493 621.0210 1.057 1.314 1.785 3.400 4.556 5.937 8.008 1.057 54.9510 94.2363 230.7832 328.6366 445.8311 621.5990 1.546 1.424 1.895 3.511 4.664 6.048 8.119 1.546 55.3536 94.6394 231.1863 329.0395 446.2335 622.0024 2.423 1.605 2.076 3.692 4.846 6.227 8.298 2.423 56.0945 95.3824 231.9288 329.7830 446.9767 622.7443 3.006 1.719 2.189 3.806 4.959 6.343 8.414 3.006 56.5808 95.8672 232.4142 330.2673 447.4620 623.2305 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.56606 10.80624 35.98479 54.03121 75.64369 108.06242 Transition 3.58291 10.85729 36.15478 54.28646 76.00104 108.57291 0.189 0.759 1.746 5.179 7.640 10.582 14.997 0.189 1.078 1.549 3.170 4.326 5.713 7.790 0.380 0.759 1.746 5.179 7.640 10.587 14.992 0.380 1.139 1.611 3.232 4.388 5.773 7.853 1.057 0.759 1.744 5.180 7.640 10.582 14.997 1.057 1.314 1.786 3.405 4.563 5.950 8.027 1.546 0.759 1.746 5.181 7.637 10.584 14.999 1.546 1.424 1.896 3.516 4.672 6.058 8.134 2.423 0.759 1.745 5.179 7.639 10.581 14.996 2.423 1.605 2.077 3.697 4.853 6.240 8.318 3.006 0.759 1.746 5.181 7.637 10.584 14.999 3.006 1.719 2.191 3.811 4.967 6.353 8.429 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.58291 10.85729 36.15478 54.28646 76.00104 108.57291 Transition 3.58291 10.85729 36.15478 54.28646 76.00104 108.57291 0.189 38.5442 78.0639 215.4234 313.8594 431.7488 608.5611 0.189 0.757 1.743 5.178 7.643 10.588 15.002 0.380 38.7407 78.2621 215.6209 314.0562 431.9466 608.7587 0.380 0.757 1.744 5.178 7.637 10.583 14.997 1.057 39.4517 78.9741 216.3345 314.7687 432.6580 609.4713 1.057 0.757 1.744 5.178 7.643 10.589 15.002 1.546 39.9451 79.4673 216.8277 315.2616 433.1518 609.9641 1.546 0.757 1.744 5.179 7.639 10.580 14.994 2.423 40.8443 80.3673 217.7278 316.1624 434.0511 610.8640 2.423 0.757 1.743 5.177 7.642 10.588 15.001 3.006 41.4333 80.9564 218.3157 316.7510 434.6404 611.4533 3.006 0.757 1.744 5.179 7.639 10.580 14.994 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.57056 10.81988 36.03020 54.09941 75.73917 108.19881 Transition 3.57056 10.81988 36.03020 54.09941 75.73917 108.19881 0.189 1.070 1.541 3.163 4.321 5.710 7.791 0.189 36.1672 75.5928 212.7081 310.9852 428.6848 605.2394 0.380 1.132 1.603 3.225 4.383 5.773 7.853 0.380 36.2100 75.6342 212.7504 311.0261 428.7271 605.2825 1.057 1.307 1.779 3.400 4.559 5.947 8.028 1.057 36.3922 75.8170 212.9325 311.2096 428.9092 605.4644 1.546 1.417 1.889 3.511 4.669 6.058 8.138 1.546 36.5187 75.9432 213.0582 311.3352 429.0357 605.5892 2.423 1.599 2.071 3.693 4.851 6.240 8.318 2.423 36.7656 76.1907 213.3063 311.5831 429.2799 605.8363 3.006 1.713 2.184 3.806 4.964 6.353 8.434 3.006 36.9161 76.3401 213.4541 311.7300 429.4289 605.9848 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Transition 3.57056 10.81988 36.03020 54.09941 75.73917 108.19881 0.189 0.757 1.743 5.178 7.636 10.579 15.000 0.380 0.757 1.743 5.178 7.641 10.584 14.994 1.057 0.757 1.742 5.178 7.636 10.579 14.999 1.546 0.757 1.744 5.179 7.637 10.580 14.990 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 3.006 0.757 0.757 1.744 1.743 5.180 5.178 7.638 7.636 10.577 10.580 14.997 14.990 2.412 2.997 1.715 1.756 1.827 1.867 2.210 2.250 2.484 2.525 2.813 2.853 3.306 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6519 5.8516 13.4947 18.9714 25.5312 35.3680 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 3.6691 5.8684 13.5117 18.9882 25.5478 35.3850 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 3.7500 5.9497 13.5926 19.0695 25.6290 35.4663 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 3.8092 6.0114 13.6557 19.1324 25.6908 35.5288 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 3.9319 6.1311 13.7742 19.2508 25.8109 35.6473 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0119 6.2112 13.8543 19.3310 25.8903 35.7276 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.155 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 39.0582 40.4933 45.4612 49.0195 53.2788 59.6680 0.368 39.0231 40.4582 45.4266 48.9842 53.2435 59.6324 1.051 38.9283 40.3656 45.3336 48.8910 53.1510 59.5399 1.537 38.8669 40.2975 45.2658 48.8235 53.0833 59.4721 2.418 38.7373 40.1744 45.1416 48.6992 52.9594 59.3479 3.006 38.6568 40.0874 45.0557 48.6136 52.8725 59.2619 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.027 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.222 0.385 0.412 0.420 1.087 0.496 1.563 0.536 2.418 0.610 2.990 0.658 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.222 2.5561 0.412 2.6033 1.087 2.8884 1.563 3.1186 2.418 3.5473 2.990 3.8284 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.222 0.000 0.412 0.000 1.087 0.000 1.563 0.000 2.418 0.000 2.990 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.222 0.318 0.411 0.345 1.087 0.420 1.563 0.466 2.419 0.539 2.990 0.582 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.222 2.7535 0.411 2.8044 1.087 3.0913 1.563 3.3163 2.419 3.7400 2.990 4.0218 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope Input Transition Delay 0.222 0.000 0.248 0.483 0.411 0.000 0.439 0.537 1.087 0.000 1.098 0.696 1.563 0.000 1.577 0.796 2.419 0.000 2.438 0.963 2.990 0.000 3.012 1.068 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.248 1.8682 0.439 1.9713 1.098 2.3456 1.577 2.6102 2.438 3.0782 3.012 3.3863 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.248 0.000 0.439 0.000 1.098 0.000 1.577 0.000 2.438 0.000 3.012 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.248 0.394 0.439 0.449 1.098 0.607 1.577 0.707 2.438 0.873 3.012 0.979 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.248 4.5367 0.439 4.6402 1.098 5.0141 1.577 5.2774 2.438 5.7456 3.012 6.0563 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.248 0.000 0.439 0.000 1.098 0.000 1.577 0.000 2.438 0.000 3.012 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.147 0.349 0.340 0.376 1.028 0.449 1.522 0.493 2.410 0.562 3.002 0.604 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.147 0.6644 0.340 0.6720 1.028 0.7219 1.522 0.7633 2.410 0.8396 3.002 0.8908 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.147 0.350 0.340 0.377 1.028 0.450 1.522 0.494 2.410 0.563 3.002 0.606 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.147 0.6578 0.340 0.6653 1.028 0.7153 1.522 0.7568 2.410 0.8330 3.002 0.8842 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay 0.153 0.679 0.345 0.741 1.031 0.913 1.525 1.023 2.411 1.208 3.005 1.326 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.153 1.6549 0.345 1.6708 1.031 1.7386 1.525 1.7879 2.411 1.8737 3.005 1.9300 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Delay 0.153 0.687 0.345 0.749 1.031 0.921 1.525 1.031 2.411 1.217 3.005 1.334 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.153 1.6600 0.345 1.6760 1.031 1.7438 1.525 1.7930 2.411 1.8788 3.005 1.9351 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.177 0.598 0.367 0.628 1.053 0.703 1.541 0.747 2.417 0.813 3.002 0.854 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.177 4.3006 0.367 4.3323 1.053 4.4731 1.541 4.5990 2.417 4.8358 3.002 4.9883 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.177 0.000 0.367 0.000 1.053 0.000 1.541 0.000 2.417 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.189 0.522 0.380 0.585 1.057 0.760 1.546 0.871 2.423 1.051 3.006 1.165 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.189 8.9680 0.380 9.0239 1.057 9.1945 1.546 9.3345 2.423 9.5634 3.006 9.7241 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.189 0.000 0.380 0.000 1.057 0.000 1.546 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.222 18.0641 0.248 18.0700 0.412 18.1192 0.439 18.1170 1.087 18.3941 1.098 18.4559 1.563 18.6306 1.577 18.7147 2.418 19.0462 2.438 19.1937 2.990 19.3297 3.012 19.5027 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3681 0.342 0.3757 1.031 0.4162 1.525 0.4487 2.410 0.5101 2.999 0.5523 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 4.6250 0.342 4.6441 1.031 4.6888 1.525 4.7282 2.410 4.8108 2.999 4.8682 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7054 0.351 0.7390 1.038 0.8571 1.530 0.9344 2.413 1.0668 3.006 1.1506 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 5.9556 0.351 5.9663 1.037 6.0680 1.527 6.1142 2.413 6.2177 3.001 6.2775 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.147 16.6867 0.340 16.7023 1.028 16.7425 1.522 16.7928 2.410 16.8902 3.002 16.9555 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.147 0.3341 0.340 0.3440 1.028 0.3970 1.522 0.4400 2.410 0.5187 3.002 0.5712 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.147 15.5382 0.340 15.5627 1.028 15.5997 1.522 15.6557 2.410 15.7550 3.002 15.8121 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.153 18.0881 0.345 18.1164 1.031 18.1965 1.525 18.2544 2.411 18.3540 3.005 18.4135 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.153 0.3771 0.345 0.3950 1.031 0.4723 1.525 0.5258 2.411 0.6196 3.005 0.6809 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.153 15.3152 0.345 15.2890 1.031 15.3708 1.525 15.4254 2.411 15.5206 3.005 15.5817 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.659 5.6071 1.655 4.8066 5.110 4.2579 7.586 4.1128 12.033 3.9453 14.999 3.8585 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.646 -1.9941 1.637 -2.7925 5.096 -3.3816 7.576 -3.5398 12.032 -3.7270 15.006 -3.8257 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 16.6311 0.361 16.6545 1.047 16.7554 1.536 16.8704 2.414 17.0662 3.001 17.1809 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4546 1.047 0.5755 1.536 0.6759 2.414 0.8596 3.001 0.9827 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5299 0.361 0.5855 1.047 0.8155 1.536 0.9914 2.414 1.3091 3.002 1.5212 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 15.3316 0.361 15.3465 1.047 15.4469 1.536 15.5653 2.414 15.7581 3.001 15.8743 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 16.6397 0.361 16.6724 1.047 16.7740 1.536 16.8878 2.414 17.0835 3.001 17.1977 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 16.9186 0.374 16.8224 1.052 16.9045 1.543 16.9941 2.423 17.1520 3.010 17.2637 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7767 1.052 0.9117 1.543 1.0119 2.423 1.1912 3.010 1.3109 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 15.8624 0.374 15.7043 1.052 15.6619 1.543 15.6826 2.423 15.7125 3.010 15.7404 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 15.6239 0.374 15.5371 1.052 15.6228 1.543 15.7137 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 16.9219 0.374 16.8278 1.052 16.9095 1.543 16.9992 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.177 18.5978 0.367 18.6260 1.053 18.7767 1.541 18.9055 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.177 3.6703 0.367 3.6994 1.053 3.8459 1.541 3.9726 2.423 3.010 15.8737 15.9877 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.177 3.2475 0.367 3.2751 1.053 3.4217 1.541 3.5484 2.416 3.7933 3.002 3.9478 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.189 6.0941 0.380 6.1480 1.057 6.3428 1.546 6.4860 2.423 6.7386 3.006 6.9077 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 14.5113 0.335 14.4642 1.025 14.3889 1.520 14.3345 2.409 14.2659 3.002 14.2114 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2517 0.341 0.2532 1.028 0.2873 1.522 0.3141 2.411 0.3636 3.005 0.3981 2.423 3.010 17.1556 17.2654 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.177 18.6022 0.367 18.6305 1.053 18.7816 1.541 18.9104 2.416 19.1574 3.002 19.3182 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.189 19.7994 0.380 19.8496 1.057 20.0618 1.546 20.2074 2.423 20.4735 3.006 20.6527 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 15.7453 0.335 15.7164 1.025 15.6232 1.520 15.5548 2.409 15.4619 3.002 15.3998 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.4004 0.341 0.4380 1.028 0.5843 1.522 0.6870 2.411 0.8682 3.005 0.9872 2.416 3.002 19.1530 19.3139 2.416 3.002 4.2161 4.3720 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.189 19.7936 0.380 19.8434 1.057 20.0555 1.546 20.2013 2.423 20.4670 3.006 20.6462 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.189 4.3940 0.380 4.4406 1.057 4.6419 1.546 4.7796 2.423 5.0324 3.006 5.2033 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 15.7369 0.335 15.7105 1.025 15.6153 1.520 15.5467 2.409 15.4566 3.002 15.3953 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3988 0.335 0.4060 1.025 0.4403 1.520 0.4706 2.409 0.5289 3.002 0.5685 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 15.3657 0.335 15.3684 1.025 15.4003 1.520 15.4296 2.409 15.4865 3.002 15.5215 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4532 0.341 0.4931 1.028 0.6484 1.522 0.7575 2.411 0.9503 3.005 1.0769 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4624 0.341 0.5020 1.028 0.6571 1.522 0.7662 2.411 0.9589 3.005 1.0855 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 15.2335 0.341 14.8614 1.028 14.4807 1.522 14.3836 2.411 14.3191 3.005 14.3227 Toggle Power(pJ): SONOF Fall, condition=0 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.160 0.5515 0.160 4.0188 0.352 0.5620 0.352 4.0384 1.040 0.6179 1.040 4.1109 1.533 0.6620 1.533 4.1705 2.412 0.7468 2.412 4.2793 2.997 0.8036 2.997 4.3546 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1469 0.368 1.1962 1.051 1.3687 1.537 1.4804 2.418 1.6687 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 4.5157 0.367 4.5693 1.051 4.7394 1.537 4.8330 2.418 4.9962 3.006 5.1019 Cell Description 4mA, slow slew rate, input-output pad, 5V tolerant PLBI4S Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.04585 0.02459 0.03631 2.06846 0.04155 0.04027 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 685.200 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.50225 10.61288 35.34090 53.06441 74.29018 106.12883 Transition 3.50225 10.61288 35.34090 53.06441 74.29018 106.12883 0.175 1.008 1.551 3.324 4.586 6.097 8.359 0.175 49.8257 88.3406 222.3857 318.4532 433.5117 606.1038 0.365 1.037 1.580 3.352 4.615 6.125 8.390 0.365 49.8477 88.3652 222.4096 318.4792 433.5377 606.1278 1.051 1.114 1.657 3.430 4.691 6.204 8.469 1.051 49.9925 88.5062 222.5479 318.6192 433.6762 606.2687 1.539 1.161 1.704 3.477 4.739 6.247 8.512 1.539 50.1091 88.6220 222.6643 318.7346 433.7934 606.3856 2.416 1.236 1.779 3.551 4.812 6.323 8.589 2.416 50.3270 88.8404 222.8841 318.9525 434.0121 606.6002 3.002 1.281 1.824 3.596 4.858 6.367 8.634 3.002 50.4722 88.9843 223.0278 319.0965 434.1559 606.7444 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 3.50225 10.61288 35.34090 53.06441 74.29018 106.12883 0.175 0.877 1.822 5.213 7.664 10.603 15.013 0.365 0.877 1.822 5.214 7.663 10.601 15.015 1.051 0.877 1.823 5.213 7.663 10.603 15.015 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 3.49603 10.59404 35.27815 52.97019 74.15827 105.94039 0.175 0.992 1.540 3.319 4.584 6.100 8.369 0.365 1.021 1.569 3.347 4.613 6.129 8.400 1.051 1.099 1.646 3.425 4.691 6.207 8.479 1.539 2.416 3.002 0.877 0.877 0.877 1.823 1.822 1.822 5.213 5.213 5.213 7.663 7.663 7.662 10.603 10.602 10.602 15.013 15.015 15.014 1.539 2.416 3.002 1.145 1.220 1.265 1.693 1.768 1.813 3.471 3.546 3.591 4.737 4.812 4.858 6.254 6.326 6.371 8.522 8.599 8.641 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.49603 10.59404 35.27815 52.97019 74.15827 105.94039 Transition 3.49603 10.59404 35.27815 52.97019 74.15827 105.94039 0.175 34.5057 73.0913 207.3301 303.5452 418.7736 591.6160 0.175 0.916 1.858 5.239 7.682 10.613 15.015 0.365 34.5291 73.1155 207.3541 303.5682 418.7973 591.6354 0.365 0.916 1.858 5.239 7.682 10.615 15.014 1.051 34.6583 73.2486 207.4876 303.7025 418.9289 591.7711 1.051 0.916 1.857 5.239 7.683 10.614 15.014 1.539 34.7750 73.3608 207.5986 303.8145 419.0421 591.8833 1.539 0.916 1.858 5.239 7.682 10.613 15.015 2.416 34.9788 73.5692 207.8076 304.0230 419.2512 592.0902 2.416 0.916 1.858 5.239 7.683 10.615 15.013 3.002 35.1190 73.7082 207.9487 304.1616 419.3916 592.2301 3.002 0.916 1.858 5.239 7.682 10.613 15.016 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.50472 10.62036 35.36579 53.10179 74.34251 106.20358 Transition 3.50472 10.62036 35.36579 53.10179 74.34251 106.20358 0.175 1.010 1.555 3.334 4.601 6.117 8.394 0.175 34.4653 73.1474 207.7425 304.2038 419.7248 592.9799 0.365 1.039 1.584 3.364 4.630 6.149 8.420 0.365 34.4903 73.1713 207.7653 304.2275 419.7466 593.0031 1.051 1.116 1.661 3.440 4.709 6.224 8.499 1.051 34.6260 73.3070 207.9029 304.3622 419.8822 593.1386 1.539 1.163 1.708 3.487 4.755 6.271 8.547 1.539 34.7403 73.4206 208.0149 304.4769 419.9967 593.2519 2.416 1.237 1.782 3.563 4.829 6.346 8.619 2.416 34.9535 73.6329 208.2278 304.6881 420.2090 593.4645 3.002 1.282 1.827 3.607 4.873 6.391 8.666 3.002 35.0949 73.7750 208.3694 304.8286 420.3507 593.6066 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.50472 10.62036 35.36579 53.10179 74.34251 106.20358 Transition 3.51659 10.65632 35.48556 53.28162 74.59427 106.56325 0.175 0.874 1.820 5.210 7.660 10.599 15.011 0.175 1.008 1.552 3.329 4.594 6.107 8.374 0.365 0.874 1.820 5.211 7.660 10.600 15.012 0.365 1.037 1.581 3.357 4.621 6.135 8.405 1.051 0.874 1.820 5.210 7.662 10.599 15.011 1.051 1.114 1.659 3.435 4.699 6.214 8.484 1.539 0.874 1.820 5.211 7.660 10.599 15.010 1.539 1.161 1.706 3.481 4.745 6.261 8.527 2.416 0.874 1.820 5.210 7.661 10.601 15.013 2.416 1.235 1.779 3.556 4.819 6.333 8.604 3.002 0.874 1.820 5.211 7.660 10.598 15.011 3.002 1.280 1.824 3.601 4.866 6.377 8.646 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.51659 10.65632 35.48556 53.28162 74.59427 106.56325 Transition 3.51659 10.65632 35.48556 53.28162 74.59427 106.56325 0.175 34.7103 73.4427 208.2261 304.8205 420.4993 594.0034 0.175 0.875 1.821 5.211 7.663 10.602 15.011 0.365 34.7675 73.5027 208.2871 304.8821 420.5607 594.0661 0.365 0.875 1.821 5.212 7.662 10.600 15.014 1.051 35.0269 73.7586 208.5402 305.1368 420.8156 594.3196 1.051 0.875 1.821 5.211 7.662 10.602 15.013 1.539 35.2244 73.9559 208.7383 305.3331 421.0131 594.5170 1.539 0.875 1.821 5.212 7.662 10.602 15.011 2.416 35.5846 74.3144 209.0980 305.6928 421.3707 594.8756 2.416 0.875 1.821 5.212 7.662 10.601 15.014 3.002 35.8228 74.5539 209.3356 305.9310 421.6101 595.1126 3.002 0.875 1.821 5.212 7.661 10.601 15.013 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.49049 10.57723 35.22218 52.88616 74.04062 105.77232 Transition 3.49049 10.57723 35.22218 52.88616 74.04062 105.77232 0.175 1.010 1.554 3.330 4.594 6.107 8.379 0.175 49.5793 88.0394 221.8885 317.8213 432.7122 605.0272 0.365 1.039 1.583 3.359 4.623 6.135 8.405 0.365 49.5687 88.0284 221.8781 317.8100 432.7013 605.0166 1.051 1.116 1.660 3.437 4.701 6.214 8.484 1.051 49.5891 88.0479 221.8964 317.8306 432.7212 605.0380 1.539 1.163 1.707 3.482 4.747 6.261 8.532 1.539 49.6231 88.0819 221.9313 317.8627 432.7535 605.0693 2.416 1.237 1.781 3.558 4.822 6.336 8.604 2.416 49.6941 88.1516 222.0012 317.9317 432.8236 605.1410 3.002 1.282 1.826 3.602 4.867 6.381 8.651 3.002 49.7423 88.1994 222.0472 317.9808 432.8733 605.1863 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.49049 10.57723 35.22218 52.88616 74.04062 105.77232 Transition 3.56520 10.80363 35.97608 54.01814 75.62539 108.03627 0.175 0.876 1.822 5.212 7.661 10.600 15.012 0.186 1.039 1.510 3.125 4.280 5.660 7.732 0.365 0.876 1.822 5.212 7.662 10.601 15.011 0.378 1.104 1.576 3.191 4.344 5.727 7.799 1.051 0.876 1.822 5.212 7.663 10.600 15.014 1.056 1.294 1.765 3.381 4.534 5.914 7.989 1.539 0.876 1.822 5.213 7.662 10.600 15.012 1.543 1.415 1.887 3.502 4.655 6.039 8.110 2.416 0.876 1.821 5.212 7.662 10.602 15.012 2.418 1.620 2.092 3.707 4.862 6.241 8.314 3.002 0.876 1.822 5.212 7.662 10.600 15.013 3.006 1.751 2.222 3.837 4.992 6.373 8.445 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.56520 10.80363 35.97608 54.01814 75.62539 108.03627 Transition 3.56520 10.80363 35.97608 54.01814 75.62539 108.03627 0.186 49.0329 88.2374 224.7259 322.5653 439.7412 615.5272 0.186 0.777 1.756 5.182 7.641 10.583 14.997 0.378 49.0806 88.2855 224.7741 322.6154 439.7916 615.5792 0.378 0.777 1.755 5.183 7.638 10.584 14.999 1.056 49.2732 88.4783 224.9671 322.8081 439.9821 615.7699 1.056 0.777 1.756 5.183 7.638 10.584 14.999 1.543 49.4088 88.6127 225.1025 322.9414 440.1146 615.9043 1.543 0.777 1.755 5.183 7.638 10.584 14.999 2.418 49.6478 88.8513 225.3394 323.1804 440.3544 616.1427 2.418 0.777 1.756 5.182 7.641 10.588 14.993 3.006 49.8045 89.0084 225.4955 323.3364 440.5115 616.2989 3.006 0.777 1.756 5.182 7.637 10.584 14.998 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.57245 10.82562 36.04930 54.12808 75.77931 108.25616 Transition 3.57245 10.82562 36.04930 54.12808 75.77931 108.25616 0.186 1.020 1.494 3.117 4.277 5.664 7.747 0.186 32.5556 72.0044 209.1919 307.5222 425.2838 601.9463 0.378 1.085 1.559 3.181 4.342 5.727 7.809 0.378 32.6045 72.0528 209.2398 307.5723 425.3325 601.9941 1.056 1.275 1.749 3.371 4.532 5.917 7.999 1.056 32.8006 72.2489 209.4370 307.7674 425.5277 602.1910 1.543 1.397 1.870 3.494 4.653 6.042 8.120 1.543 32.9384 72.3871 209.5750 307.9062 425.6654 602.3289 2.418 1.602 2.075 3.697 4.857 6.244 8.327 2.418 33.1817 72.6305 209.8190 308.1480 425.9077 602.5722 3.006 1.732 2.206 3.828 4.987 6.377 8.455 3.006 33.3413 72.7893 209.9771 308.3081 426.0681 602.7333 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 3.57245 10.82562 36.04930 54.12808 75.77931 108.25616 0.186 0.776 1.755 5.185 7.646 10.589 15.009 0.378 0.776 1.754 5.186 7.643 10.591 15.001 1.056 0.776 1.754 5.186 7.643 10.591 15.001 1.543 0.776 1.756 5.186 7.648 10.591 15.000 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 3.57113 10.82161 36.03596 54.10805 75.75128 108.21611 0.186 1.040 1.513 3.135 4.295 5.680 7.762 0.378 1.105 1.578 3.201 4.359 5.747 7.829 1.056 1.295 1.768 3.390 4.549 5.937 8.017 1.543 1.416 1.890 3.512 4.670 6.059 8.140 2.418 3.006 0.776 0.776 1.755 1.756 5.185 5.186 7.642 7.648 10.585 10.591 15.005 15.000 2.418 3.006 1.622 1.752 2.095 2.225 3.716 3.847 4.876 5.005 6.264 6.393 8.344 8.475 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.57113 10.82161 36.03596 54.10805 75.75128 108.21611 Transition 3.57113 10.82161 36.03596 54.10805 75.75128 108.21611 0.186 33.1292 72.5203 209.6399 307.9328 425.6466 602.2443 0.186 0.775 1.755 5.186 7.643 10.581 15.000 0.378 33.1780 72.5687 209.6903 307.9829 425.6971 602.2938 0.378 0.775 1.755 5.182 7.639 10.582 15.002 1.056 33.3757 72.7656 209.8874 308.1783 425.8957 602.4932 1.056 0.775 1.755 5.182 7.639 10.583 15.002 1.543 33.5144 72.9048 210.0250 308.3150 426.0316 602.6288 1.543 0.775 1.755 5.182 7.639 10.582 15.002 2.418 33.7581 73.1480 210.2684 308.5600 426.2761 602.8746 2.418 0.775 1.755 5.181 7.643 10.586 14.996 3.006 33.9194 73.3092 210.4302 308.7209 426.4371 603.0335 3.006 0.775 1.754 5.181 7.638 10.581 15.001 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.55491 10.77246 35.87228 53.86229 75.40720 107.72458 Transition 3.55491 10.77246 35.87228 53.86229 75.40720 107.72458 0.186 1.040 1.512 3.130 4.287 5.670 7.744 0.186 48.8166 87.9684 224.2921 322.0100 439.0427 614.5651 0.378 1.106 1.578 3.196 4.352 5.734 7.809 0.378 48.8233 87.9759 224.3002 322.0192 439.0520 614.5740 1.056 1.295 1.767 3.386 4.542 5.924 7.999 1.056 48.8851 88.0376 224.3601 322.0804 439.1126 614.6349 1.543 1.417 1.889 3.507 4.663 6.045 8.120 1.543 48.9308 88.0827 224.4051 322.1253 439.1574 614.6797 2.418 1.622 2.094 3.712 4.868 6.251 8.324 2.418 49.0108 88.1621 224.4850 322.2040 439.2352 614.7586 3.006 1.752 2.224 3.842 4.998 6.383 8.455 3.006 49.0641 88.2154 224.5372 322.2564 439.2875 614.8118 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.55491 10.77246 35.87228 53.86229 75.40720 107.72458 Transition 3.58187 10.85416 36.14435 54.27080 75.97911 108.54159 0.186 0.778 1.757 5.182 7.640 10.584 14.996 0.186 1.038 1.511 3.130 4.287 5.674 7.747 0.378 0.778 1.757 5.184 7.642 10.586 14.997 0.378 1.104 1.576 3.196 4.352 5.737 7.814 1.056 0.777 1.756 5.184 7.642 10.586 14.997 1.056 1.294 1.766 3.386 4.542 5.927 8.004 1.543 0.778 1.757 5.184 7.641 10.586 14.997 1.543 1.415 1.887 3.507 4.663 6.049 8.125 2.418 0.778 1.756 5.183 7.645 10.589 15.001 2.418 1.620 2.092 3.711 4.869 6.254 8.329 3.006 0.778 1.756 5.183 7.641 10.585 14.996 3.006 1.751 2.223 3.842 5.000 6.383 8.460 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 3.58187 10.85416 36.14435 54.27080 75.97911 108.54159 Transition 3.58187 10.85416 36.14435 54.27080 75.97911 108.54159 0.186 33.3468 72.7838 210.0825 308.5022 426.3690 603.1645 0.186 0.775 1.753 5.180 7.644 10.579 14.992 0.378 33.4359 72.8744 210.1722 308.5946 426.4619 603.2535 0.378 0.775 1.753 5.182 7.640 10.581 14.994 1.056 33.7647 73.2029 210.5021 308.9232 426.7888 603.5809 1.056 0.774 1.754 5.182 7.641 10.581 14.994 1.543 33.9934 73.4314 210.7290 309.1503 427.0155 603.8092 1.543 0.775 1.753 5.181 7.640 10.581 14.994 2.418 34.3959 73.8330 211.1312 309.5527 427.4176 604.2121 2.418 0.775 1.754 5.180 7.639 10.584 14.997 3.006 34.6604 74.0977 211.3953 309.8161 427.6822 604.4768 3.006 0.775 1.754 5.181 7.640 10.580 14.993 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3909 5.5860 13.2142 18.6805 25.2246 35.0427 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3985 5.5979 13.2265 18.6928 25.2371 35.0550 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4547 5.6542 13.2828 18.7489 25.2934 35.1118 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4970 5.6972 13.3259 18.7920 25.3365 35.1549 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5811 5.7803 13.4086 18.8752 25.4192 35.2375 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6384 5.8375 13.4659 18.9313 25.4765 35.2950 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 24.3859 25.8122 30.7729 34.3249 38.5774 44.9560 0.351 24.3623 25.7933 30.7534 34.3057 38.5583 44.9376 1.037 24.3160 25.7417 30.7018 34.2540 38.5067 44.8862 1.527 24.2742 25.7056 30.6656 34.2175 38.4709 44.8489 2.413 24.2056 25.6350 30.5948 34.1472 38.4000 44.7786 3.001 24.1575 25.5870 30.5464 34.0989 38.3518 44.7304 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.50494 10.62102 35.36801 53.10512 74.34717 106.21025 Transition 3.50494 10.62102 35.36801 53.10512 74.34717 106.21025 0.174 1.341 1.887 3.666 4.933 6.451 8.726 0.174 32.5135 71.2123 205.7973 302.2587 417.7821 591.0685 0.366 1.402 1.948 3.727 4.995 6.511 8.787 0.366 32.5511 71.2452 205.8296 302.2924 417.8161 591.1019 1.046 1.572 2.118 3.898 5.166 6.683 8.956 1.046 32.6835 71.3832 205.9680 302.4302 417.9536 591.2388 1.536 1.681 2.227 4.006 5.274 6.789 9.066 1.536 32.7827 71.4814 206.0662 302.5284 418.0525 591.3375 2.418 1.864 2.410 4.190 5.458 6.973 9.248 2.418 32.9601 71.6592 206.2427 302.7052 418.2288 591.5137 3.005 1.981 2.527 4.308 5.576 7.091 9.363 3.005 33.0807 71.7758 206.3607 302.8216 418.3469 591.6331 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Transition 3.50494 10.62102 35.36801 53.10512 74.34717 106.21025 0.174 0.881 1.823 5.212 7.661 10.601 15.012 0.366 0.882 1.823 5.211 7.662 10.599 15.011 1.046 0.881 1.823 5.211 7.661 10.600 15.013 1.536 0.882 1.823 5.212 7.661 10.599 15.011 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Transition 3.49601 10.59397 35.27793 52.96987 74.15782 105.93974 0.174 1.333 1.881 3.659 4.926 6.441 8.711 0.366 1.394 1.942 3.721 4.987 6.501 8.772 1.046 1.565 2.112 3.891 5.156 6.673 8.941 1.536 1.673 2.221 3.999 5.266 6.781 9.051 2.418 3.005 0.882 0.881 1.823 1.823 5.212 5.212 7.662 7.661 10.599 10.601 15.014 15.010 2.418 3.005 1.857 1.974 2.404 2.522 4.183 4.300 5.451 5.566 6.963 7.081 9.233 9.353 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.49601 10.59397 35.27793 52.96987 74.15782 105.93974 Transition 3.49601 10.59397 35.27793 52.96987 74.15782 105.93974 0.174 34.1146 72.7042 206.9436 303.1564 418.3852 591.2267 0.174 0.916 1.857 5.238 7.683 10.615 15.015 0.366 34.1469 72.7369 206.9760 303.1907 418.4182 591.2589 0.366 0.916 1.858 5.239 7.682 10.616 15.014 1.046 34.2881 72.8741 207.1126 303.3281 418.5556 591.3968 1.046 0.916 1.858 5.239 7.682 10.613 15.016 1.536 34.3867 72.9738 207.2120 303.4269 418.6543 591.4959 1.536 0.916 1.858 5.239 7.683 10.612 15.015 2.418 34.5598 73.1499 207.3879 303.6033 418.8321 591.6703 2.418 0.916 1.857 5.239 7.682 10.613 15.016 3.005 34.6797 73.2664 207.5057 303.7209 418.9470 591.7872 3.005 0.916 1.858 5.239 7.682 10.615 15.014 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.50183 10.61161 35.33666 53.05805 74.28127 106.11609 Transition 3.50183 10.61161 35.33666 53.05805 74.28127 106.11609 0.174 1.340 1.885 3.658 4.921 6.431 8.696 0.174 49.8660 88.5292 222.6267 318.6968 433.7452 606.3366 0.366 1.399 1.944 3.717 4.980 6.491 8.754 0.366 49.9183 88.5848 222.6814 318.7529 433.8007 606.3901 1.046 1.569 2.114 3.888 5.149 6.660 8.926 1.046 50.1776 88.8396 222.9386 319.0089 434.0575 606.6478 1.536 1.678 2.224 3.996 5.259 6.770 9.036 1.536 50.3725 89.0396 223.1369 319.2080 434.2544 606.8456 2.418 1.862 2.407 4.180 5.444 6.954 9.219 2.418 50.7352 89.4022 223.4996 319.5698 434.6176 607.2082 3.005 1.979 2.524 4.297 5.558 7.068 9.333 3.005 50.9778 89.6439 223.7425 319.8127 434.8607 607.4505 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.50183 10.61161 35.33666 53.05805 74.28127 106.11609 Transition 3.51698 10.65750 35.48949 53.28752 74.60253 106.57505 0.174 0.880 1.823 5.213 7.662 10.600 15.013 0.174 1.340 1.886 3.663 4.928 6.441 8.711 0.366 0.880 1.823 5.213 7.663 10.599 15.013 0.366 1.399 1.946 3.722 4.987 6.501 8.772 1.046 0.880 1.823 5.213 7.662 10.601 15.014 1.046 1.569 2.116 3.893 5.158 6.671 8.941 1.536 0.880 1.823 5.214 7.662 10.600 15.013 1.536 1.678 2.225 4.001 5.266 6.780 9.051 2.418 0.881 1.823 5.213 7.663 10.600 15.013 2.418 1.862 2.409 4.185 5.451 6.964 9.234 3.005 0.881 1.823 5.214 7.662 10.602 15.011 3.005 1.978 2.525 4.302 5.568 7.082 9.352 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 3.51698 10.65750 35.48949 53.28752 74.60253 106.57505 Transition 3.51698 10.65750 35.48949 53.28752 74.60253 106.57505 0.174 34.8356 73.7272 208.5876 305.2079 420.9112 594.4793 0.174 0.878 1.822 5.212 7.663 10.602 15.014 0.366 34.9277 73.8231 208.6808 305.3047 421.0054 594.5727 0.366 0.878 1.822 5.212 7.661 10.601 15.015 1.046 35.3123 74.2035 209.0634 305.6860 421.3869 594.9565 1.046 0.878 1.822 5.212 7.663 10.603 15.016 1.536 35.5943 74.4896 209.3492 305.9711 421.6729 595.2420 1.536 0.879 1.822 5.213 7.662 10.602 15.016 2.418 36.1109 75.0056 209.8650 306.4875 422.1891 595.7573 2.418 0.879 1.822 5.213 7.664 10.601 15.014 3.005 36.4532 75.3483 210.2085 306.8313 422.5328 596.1003 3.005 0.879 1.822 5.213 7.663 10.603 15.015 Path Delay(ns): P Fall -> D Fall, condition=0 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66500 2.01516 6.71048 10.07579 14.10611 20.15158 Transition 0.66500 2.01516 6.71048 10.07579 14.10611 20.15158 0.660 0.823 0.933 1.312 1.584 1.910 2.399 0.660 9.0316 11.2105 18.7839 24.2116 30.7102 40.4605 1.658 1.083 1.193 1.572 1.844 2.170 2.659 1.658 8.8243 11.0040 18.5772 24.0052 30.5033 40.2532 5.113 1.871 1.981 2.361 2.633 2.959 3.447 5.113 10.5572 12.7362 20.3102 25.7374 32.2361 41.9868 7.589 2.413 2.523 2.902 3.174 3.500 3.988 7.589 12.1864 14.3661 21.9394 27.3673 33.8668 43.6162 12.033 3.354 3.464 3.844 4.116 4.442 4.930 12.033 15.2471 17.4271 25.0006 30.4282 36.9273 46.6778 14.996 3.970 4.081 4.460 4.732 5.058 5.547 14.996 17.3176 19.5019 27.0762 32.5040 39.0033 48.7536 Output Transtion(ns): P Fall -> D Fall, condition=0 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66500 2.01516 6.71048 10.07579 14.10611 20.15158 Transition 0.66498 2.01508 6.71022 10.07540 14.10556 20.15080 0.660 0.126 0.321 1.023 1.527 2.132 3.038 0.660 0.718 0.828 1.208 1.480 1.806 2.294 1.658 0.126 0.321 1.022 1.527 2.132 3.038 1.659 0.915 1.025 1.404 1.676 2.002 2.491 5.113 0.126 0.321 1.023 1.527 2.131 3.039 5.115 1.484 1.594 1.973 2.245 2.571 3.060 7.589 0.126 0.321 1.022 1.527 2.131 3.038 7.589 1.861 1.971 2.351 2.623 2.948 3.437 12.033 0.126 0.321 1.023 1.527 2.131 3.038 12.036 2.512 2.622 3.002 3.274 3.599 4.088 14.996 0.126 0.321 1.023 1.528 2.132 3.038 15.000 2.930 3.041 3.420 3.692 4.018 4.507 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66498 2.01508 6.71022 10.07540 14.10556 20.15080 Transition 0.66498 2.01508 6.71022 10.07540 14.10556 20.15080 0.660 8.4828 10.6623 18.2353 23.6612 30.1622 39.9109 0.660 0.126 0.321 1.023 1.527 2.131 3.038 1.659 7.9254 10.1048 17.6783 23.1050 29.6060 39.3544 1.659 0.126 0.321 1.022 1.527 2.132 3.038 5.115 8.5458 10.7260 18.2999 23.7267 30.2269 39.9756 5.115 0.126 0.321 1.023 1.527 2.132 3.039 7.589 9.3921 11.5793 19.1466 24.5734 31.0737 40.8222 7.589 0.126 0.321 1.022 1.527 2.131 3.039 12.036 11.0770 13.2603 20.8348 26.2615 32.7630 42.5105 12.036 0.127 0.322 1.023 1.527 2.132 3.038 15.000 12.2393 14.4264 22.0012 27.4274 33.9286 43.6776 15.000 0.127 0.322 1.022 1.527 2.132 3.038 Path Delay(ns): P Fall -> D Fall, condition=2 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66484 2.01468 6.70889 10.07341 14.10277 20.14681 Transition 0.66484 2.01468 6.70889 10.07341 14.10277 20.14681 0.661 0.645 0.755 1.135 1.407 1.732 2.221 0.661 8.9515 11.1370 18.7093 24.1344 30.6340 40.3802 1.661 0.857 0.967 1.346 1.618 1.944 2.432 1.661 8.9869 11.1667 18.7383 24.1636 30.6622 40.4099 5.113 1.471 1.581 1.960 2.232 2.558 3.046 5.113 11.8505 14.0291 21.6010 27.0265 33.5253 43.2722 7.588 1.894 2.004 2.384 2.656 2.981 3.470 7.588 14.3492 16.5287 24.1005 29.5260 36.0255 45.7719 12.035 2.635 2.745 3.124 3.396 3.722 4.210 12.035 19.0109 21.1897 28.7613 34.1867 40.6857 50.4322 14.998 3.121 3.231 3.611 3.883 4.208 4.697 14.998 22.1701 24.3488 31.9210 37.3459 43.8452 53.5922 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66484 2.01468 6.70889 10.07341 14.10277 20.14681 0.661 0.125 0.321 1.022 1.527 2.131 3.038 1.661 0.125 0.321 1.022 1.526 2.131 3.038 5.113 0.125 0.321 1.022 1.527 2.131 3.037 7.588 0.126 0.321 1.022 1.527 2.131 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43594 1.32102 4.39901 6.60512 9.24717 13.21024 0.648 1.010 1.104 1.431 1.665 1.945 2.364 1.643 1.040 1.135 1.461 1.695 1.975 2.395 5.097 1.219 1.314 1.640 1.874 2.154 2.574 7.576 1.354 1.449 1.775 2.009 2.289 2.709 12.035 14.998 0.126 0.126 0.321 0.321 1.022 1.022 1.527 1.527 2.132 2.131 3.038 3.038 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43594 1.32102 4.39901 6.60512 9.24717 13.21024 0.648 38.0422 39.4715 44.4352 47.9898 52.2452 58.6272 1.643 37.6017 39.0364 43.9996 47.5540 51.8094 58.1917 5.097 39.5151 40.9508 45.9143 49.4681 53.7244 60.1060 7.576 41.2655 42.7013 47.6645 51.2181 55.4746 61.8569 12.033 44.3933 45.8228 50.7863 54.3406 58.5957 64.9782 14.997 46.4294 47.8587 52.8225 56.3772 60.6323 67.0145 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43614 1.32165 4.40110 6.60825 9.25156 13.21651 0.648 0.751 0.845 1.171 1.405 1.685 2.105 1.641 0.717 0.811 1.137 1.371 1.651 2.071 5.097 0.550 0.644 0.971 1.204 1.485 1.905 7.576 0.384 0.478 0.804 1.038 1.318 1.739 12.033 0.044 0.138 0.465 0.699 0.979 1.399 14.997 0.000 0.000 0.224 0.458 0.738 1.158 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43614 1.32165 4.40110 6.60825 9.25156 13.21651 0.648 0.131 0.326 1.025 1.529 2.130 3.033 1.641 0.132 0.326 1.026 1.528 2.131 3.034 5.097 0.133 0.326 1.025 1.528 2.131 3.034 7.576 0.133 0.326 1.025 1.528 2.131 3.037 12.033 0.132 0.326 1.025 1.529 2.132 3.033 14.997 0.132 0.327 1.026 1.529 2.133 3.032 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43551 1.31973 4.39471 6.59867 9.23813 13.19733 0.651 57.3579 58.7924 63.7509 67.3016 71.5531 77.9284 1.641 56.9470 58.3805 63.3383 66.8890 71.1401 77.5158 5.101 58.5592 59.9903 64.9485 68.4994 72.7498 79.1264 7.581 60.0531 61.4813 66.4399 69.9913 74.2427 80.6182 12.032 62.7784 64.2125 69.1705 72.7210 76.9723 83.3491 15.007 64.5796 66.0130 70.9716 74.5224 78.7735 85.1496 12.033 14.997 1.580 1.713 1.674 1.807 2.000 2.133 2.234 2.367 2.514 2.647 2.934 3.067 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43594 1.32102 4.39901 6.60512 9.24717 13.21024 0.648 0.130 0.325 1.025 1.527 2.130 3.033 1.643 0.130 0.326 1.025 1.527 2.130 3.035 5.097 0.130 0.325 1.025 1.527 2.130 3.031 7.576 0.130 0.325 1.025 1.527 2.130 3.031 12.033 0.131 0.325 1.024 1.527 2.129 3.031 14.997 0.130 0.326 1.025 1.527 2.130 3.033 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43614 1.32165 4.40110 6.60825 9.25156 13.21651 0.648 22.2268 23.6536 28.6200 32.1752 36.4327 42.8199 1.641 21.3254 22.7524 27.7181 31.2738 35.5310 41.9189 5.097 21.1624 22.5877 27.5527 31.1087 35.3666 41.7534 7.576 21.4747 22.9061 27.8700 31.4260 35.6834 42.0704 12.033 22.2319 23.6646 28.6296 32.1854 36.4432 42.8296 14.997 22.7688 24.2043 29.1778 32.7333 36.9914 43.3786 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43551 1.31973 4.39471 6.59867 9.23813 13.19733 0.651 0.574 0.668 0.994 1.228 1.507 1.927 1.641 0.567 0.661 0.987 1.221 1.500 1.920 5.101 0.484 0.578 0.904 1.138 1.418 1.837 7.581 0.394 0.488 0.814 1.047 1.327 1.746 12.032 0.201 0.296 0.622 0.855 1.135 1.554 15.007 0.060 0.154 0.480 0.714 0.994 1.413 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43551 1.31973 4.39471 6.59867 9.23813 13.19733 0.651 0.130 0.325 1.024 1.526 2.130 3.030 1.641 0.130 0.325 1.023 1.527 2.128 3.028 5.101 0.131 0.325 1.025 1.526 2.129 3.029 7.581 0.130 0.325 1.025 1.526 2.128 3.030 12.032 0.130 0.325 1.024 1.526 2.130 3.030 15.007 0.130 0.325 1.024 1.527 2.128 3.031 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.56565 10.80499 35.98062 54.02495 75.63494 108.04991 Transition 3.56565 10.80499 35.98062 54.02495 75.63494 108.04991 0.180 1.190 1.661 3.276 4.430 5.813 7.885 0.180 52.7297 92.0183 228.5522 326.3989 443.5743 619.3390 0.370 1.259 1.730 3.346 4.500 5.883 7.951 0.370 52.8266 92.1137 228.6495 326.4927 443.6716 619.4357 1.050 1.461 1.932 3.548 4.701 6.083 8.156 1.050 53.2012 92.4893 229.0234 326.8701 444.0474 619.8124 1.539 1.589 2.059 3.675 4.829 6.210 8.282 1.539 53.4696 92.7568 229.2922 327.1349 444.3139 620.0779 2.418 1.802 2.273 3.888 5.042 6.425 8.495 2.418 53.9378 93.2255 229.7606 327.6041 444.7840 620.5466 3.006 1.937 2.408 4.024 5.178 6.560 8.630 3.006 54.2507 93.5380 230.0723 327.9159 445.0947 620.8588 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.56565 10.80499 35.98062 54.02495 75.63494 108.04991 Transition 3.58243 10.85585 36.14997 54.27923 75.99093 108.55847 0.180 0.772 1.752 5.182 7.637 10.584 14.999 0.180 1.189 1.661 3.281 4.440 5.823 7.900 0.370 0.772 1.753 5.184 7.644 10.581 14.996 0.370 1.259 1.731 3.351 4.509 5.893 7.971 1.050 0.772 1.752 5.182 7.643 10.579 14.995 1.050 1.460 1.932 3.553 4.708 6.096 8.171 1.539 0.772 1.752 5.180 7.640 10.582 14.997 1.539 1.588 2.060 3.680 4.837 6.223 8.302 2.418 0.772 1.752 5.185 7.640 10.587 14.992 2.418 1.802 2.274 3.893 5.051 6.435 8.515 3.006 0.772 1.752 5.180 7.641 10.587 14.993 3.006 1.937 2.409 4.029 5.185 6.570 8.650 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.58243 10.85585 36.14997 54.27923 75.99093 108.55847 Transition 3.58243 10.85585 36.14997 54.27923 75.99093 108.55847 0.180 37.0852 76.6102 213.9550 312.3805 430.2543 607.0670 0.180 0.769 1.750 5.180 7.640 10.581 15.004 0.370 37.2253 76.7499 214.0932 312.5173 430.3931 607.2074 0.370 0.770 1.750 5.182 7.642 10.588 15.001 1.050 37.7392 77.2644 214.6084 313.0327 430.9072 607.7203 1.050 0.770 1.750 5.181 7.640 10.586 15.000 1.539 38.1018 77.6264 214.9697 313.3944 431.2685 608.0811 1.539 0.769 1.750 5.183 7.643 10.589 15.002 2.418 38.7366 78.2616 215.6060 314.0291 431.9042 608.7174 2.418 0.769 1.749 5.183 7.638 10.583 14.997 3.006 39.1580 78.6840 216.0263 314.4521 432.3269 609.1378 3.006 0.770 1.750 5.184 7.638 10.584 14.997 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 3.57125 10.82198 36.03720 54.10990 75.75386 108.21981 Transition 3.57125 10.82198 36.03720 54.10990 75.75386 108.21981 0.180 1.178 1.651 3.273 4.432 5.820 7.900 0.180 35.4939 74.9262 212.0695 310.3676 428.0889 604.6718 0.370 1.249 1.721 3.343 4.502 5.890 7.971 0.370 35.5362 74.9682 212.1112 310.4090 428.1311 604.7132 1.050 1.451 1.923 3.546 4.704 6.093 8.171 1.050 35.6841 75.1145 212.2562 310.5558 428.2770 604.8586 1.539 1.579 2.052 3.673 4.833 6.220 8.302 1.539 35.8111 75.2437 212.3863 310.6862 428.4068 604.9899 2.418 1.793 2.265 3.888 5.047 6.435 8.515 2.418 36.0123 75.4444 212.5896 310.8863 428.6086 605.1909 3.006 1.928 2.401 4.023 5.183 6.570 8.650 3.006 36.1484 75.5810 212.7241 311.0201 428.7434 605.3272 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Transition 3.57125 10.82198 36.03720 54.10990 75.75386 108.21981 0.180 0.770 1.751 5.184 7.641 10.585 15.005 0.370 0.770 1.750 5.180 7.642 10.581 15.001 1.050 0.770 1.750 5.183 7.640 10.589 14.998 1.539 0.770 1.750 5.180 7.643 10.581 15.001 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.418 3.006 0.770 0.770 1.750 1.750 5.184 5.184 7.642 7.642 10.585 10.585 14.995 14.995 2.412 2.997 1.715 1.756 1.827 1.867 2.210 2.250 2.484 2.525 2.813 2.853 3.306 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6519 5.8516 13.4947 18.9714 25.5312 35.3680 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 3.6691 5.8684 13.5117 18.9882 25.5478 35.3850 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 3.7500 5.9497 13.5926 19.0695 25.6290 35.4662 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 3.8092 6.0114 13.6557 19.1324 25.6908 35.5287 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 3.9319 6.1311 13.7743 19.2508 25.8109 35.6473 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0119 6.2112 13.8543 19.3310 25.8903 35.7276 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.154 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 39.0582 40.4932 45.4610 49.0190 53.2781 59.6664 0.368 39.0231 40.4581 45.4263 48.9839 53.2428 59.6311 1.051 38.9283 40.3654 45.3333 48.8904 53.1502 59.5384 1.537 38.8669 40.2974 45.2654 48.8230 53.0825 59.4705 2.418 38.7372 40.1742 45.1414 48.6989 52.9587 59.3464 3.006 38.6567 40.0873 45.0554 48.6132 52.8718 59.2600 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.175 0.504 0.365 0.535 1.051 0.614 1.539 0.657 2.416 0.729 3.002 0.781 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.175 1.6703 0.365 1.6924 1.051 1.8276 1.539 1.9401 2.416 2.1510 3.002 2.2920 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.175 0.000 0.365 0.000 1.051 0.000 1.539 0.000 2.416 0.000 3.002 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.175 0.373 0.365 0.402 1.051 0.479 1.539 0.526 2.416 0.601 3.002 0.645 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.175 1.9779 0.365 2.0021 1.051 2.1346 1.539 2.2472 2.416 2.4559 3.002 2.5959 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope Input Transition Delay 0.175 0.000 0.186 0.585 0.365 0.000 0.378 0.650 1.051 0.000 1.056 0.840 1.539 0.000 1.543 0.962 2.416 0.000 2.418 1.167 3.002 0.000 3.006 1.297 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.186 1.0693 0.378 1.1193 1.056 1.3158 1.543 1.4538 2.418 1.6974 3.006 1.8575 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.186 0.000 0.378 0.000 1.056 0.000 1.543 0.000 2.418 0.000 3.006 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.186 0.445 0.378 0.511 1.056 0.701 1.543 0.822 2.418 1.027 3.006 1.157 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.186 3.5719 0.378 3.6207 1.056 3.8184 1.543 3.9562 2.418 4.1994 3.006 4.3596 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.186 0.000 0.378 0.000 1.056 0.000 1.543 0.000 2.418 0.000 3.006 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.167 0.348 0.359 0.369 1.043 0.425 1.534 0.456 2.415 0.503 3.002 0.531 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.167 0.5864 0.359 0.6147 1.043 0.7435 1.534 0.8405 2.415 1.0196 3.002 1.1388 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.167 0.000 0.359 0.000 1.043 0.000 1.534 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.167 0.346 0.359 0.367 1.043 0.423 1.534 0.454 2.415 0.501 3.002 0.529 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.167 0.5928 0.359 0.6212 1.043 0.7500 1.534 0.8470 2.415 1.0260 3.002 1.1452 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.167 0.000 0.359 0.000 1.043 0.000 1.534 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay 0.174 0.724 0.366 0.785 1.046 0.955 1.536 1.064 2.418 1.247 3.005 1.364 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.174 1.5888 0.366 1.6219 1.046 1.7589 1.536 1.8578 2.418 2.0354 3.005 2.1532 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.174 0.000 0.366 0.000 1.046 0.000 1.536 0.000 2.418 0.000 3.005 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Delay 0.174 0.714 0.366 0.775 1.046 0.945 1.536 1.054 2.418 1.238 3.005 1.355 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.174 1.5840 0.366 1.6171 1.046 1.7541 1.536 1.8531 2.418 2.0305 3.005 2.1484 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.174 0.000 0.366 0.000 1.046 0.000 1.536 0.000 2.418 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.170 0.684 0.361 0.713 1.047 0.781 1.536 0.819 2.415 0.875 3.002 0.908 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.170 3.6519 0.361 3.6742 1.047 3.7990 1.536 3.9039 2.415 4.1010 3.002 4.2345 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.170 0.000 0.361 0.000 1.047 0.000 1.536 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.180 0.559 0.370 0.630 1.050 0.831 1.539 0.960 2.418 1.174 3.006 1.309 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.180 8.3259 0.370 8.3557 1.050 8.5150 1.539 8.6297 2.418 8.8450 3.006 8.9824 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.180 0.000 0.370 0.000 1.050 0.000 1.539 0.000 2.418 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.175 17.1598 0.186 17.1266 0.365 17.1873 0.378 17.0487 1.051 17.3118 1.056 17.1309 1.539 17.4211 1.543 17.2519 2.416 17.6326 2.418 17.5042 3.002 17.7774 3.006 17.6753 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3680 0.342 0.3757 1.031 0.4161 1.525 0.4487 2.410 0.5101 2.999 0.5523 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 4.6250 0.342 4.6441 1.031 4.6888 1.525 4.7282 2.410 4.8108 2.999 4.8682 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7054 0.351 0.7390 1.038 0.8571 1.530 0.9344 2.413 1.0668 3.006 1.1505 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 5.9555 0.351 5.9662 1.037 6.0679 1.527 6.1141 2.413 6.2176 3.001 6.2774 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.167 16.5048 0.359 16.5555 1.043 16.6919 1.534 16.8222 2.415 17.0463 3.002 17.1842 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.167 0.3384 0.359 0.3680 1.043 0.4954 1.534 0.5922 2.415 0.7692 3.002 0.8860 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.167 15.5709 0.359 15.6170 1.043 15.7679 1.534 15.8997 2.415 16.1160 3.002 16.2454 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.174 17.8685 0.366 17.8951 1.046 18.0499 1.536 18.1538 2.418 18.3475 3.005 18.4681 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 0.3899 0.366 0.4195 1.046 0.5544 1.536 0.6517 2.418 0.8258 3.005 0.9417 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 15.6477 0.366 15.4992 1.046 15.5135 1.536 15.5688 2.418 15.7081 3.005 15.8159 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.659 5.6109 1.655 4.8088 5.110 4.2589 7.586 4.1133 12.033 3.9456 14.999 3.8588 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.646 -1.9870 1.637 -2.7890 5.096 -3.3804 7.576 -3.5390 12.032 -3.7264 15.007 -3.8252 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 16.6308 0.361 16.6541 1.047 16.7549 1.536 16.8699 2.414 17.0658 3.001 17.1808 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4546 1.047 0.5755 1.536 0.6759 2.414 0.8596 3.001 0.9827 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5299 0.361 0.5855 1.047 0.8155 1.536 0.9914 2.414 1.3091 3.002 1.5211 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 15.3316 0.361 15.3462 1.047 15.4463 1.536 15.5647 2.414 15.7582 3.001 15.8742 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 16.6395 0.361 16.6718 1.047 16.7735 1.536 16.8874 2.414 17.0831 3.001 17.1974 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 16.9187 0.374 16.8224 1.052 16.9045 1.543 16.9940 2.423 17.1520 3.010 17.2635 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7767 1.052 0.9117 1.543 1.0119 2.423 1.1912 3.010 1.3109 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 15.8624 0.374 15.7043 1.052 15.6619 1.543 15.6825 2.423 15.7125 3.010 15.7404 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 15.6239 0.374 15.5371 1.052 15.6228 1.543 15.7138 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 16.9218 0.374 16.8278 1.052 16.9095 1.543 16.9992 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.170 17.9935 0.361 18.0224 1.047 18.1530 1.536 18.2571 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 3.1414 0.361 3.1694 1.047 3.2983 1.536 3.4045 2.423 3.010 15.8740 15.9876 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 2.7205 0.361 2.7477 1.047 2.8765 1.536 2.9839 2.414 3.1793 3.002 3.3162 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.180 5.6425 0.370 5.6929 1.050 5.8670 1.539 5.9976 2.418 6.2233 3.006 6.3848 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 14.5123 0.335 14.4653 1.025 14.3888 1.520 14.3344 2.409 14.2670 3.002 14.2114 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2518 0.341 0.2532 1.028 0.2873 1.522 0.3141 2.411 0.3635 3.005 0.3980 2.423 3.010 17.1553 17.2657 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 17.9964 0.361 18.0259 1.047 18.1563 1.536 18.2599 2.414 18.4654 3.002 18.6079 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.180 19.3316 0.370 19.3823 1.050 19.5636 1.539 19.7046 2.418 19.9424 3.006 20.0972 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 15.7453 0.335 15.7180 1.025 15.6232 1.520 15.5547 2.409 15.4619 3.002 15.4011 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.4004 0.341 0.4380 1.028 0.5843 1.522 0.6870 2.411 0.8682 3.005 0.9872 2.414 3.002 18.4621 18.6050 2.414 3.002 3.6011 3.7376 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.180 19.3258 0.370 19.3758 1.050 19.5584 1.539 19.6984 2.418 19.9365 3.006 20.0917 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.180 3.9380 0.370 3.9845 1.050 4.1563 1.539 4.2873 2.418 4.5120 3.006 4.6577 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 15.7369 0.335 15.7105 1.025 15.6154 1.520 15.5479 2.409 15.4565 3.002 15.3952 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3988 0.335 0.4060 1.025 0.4402 1.520 0.4706 2.409 0.5289 3.002 0.5685 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 15.3657 0.335 15.3675 1.025 15.4002 1.520 15.4296 2.409 15.4864 3.002 15.5212 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4532 0.341 0.4931 1.028 0.6483 1.522 0.7575 2.411 0.9503 3.005 1.0769 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4624 0.341 0.5020 1.028 0.6571 1.522 0.7662 2.411 0.9589 3.005 1.0855 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 15.2343 0.341 14.8614 1.028 14.4810 1.522 14.3839 2.411 14.3179 3.005 14.3217 Toggle Power(pJ): SONOF Fall, condition=0 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.160 0.5515 0.160 4.0186 0.352 0.5620 0.352 4.0382 1.040 0.6179 1.040 4.1108 1.533 0.6620 1.533 4.1703 2.412 0.7468 2.412 4.2791 2.997 0.8036 2.997 4.3544 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&PEN&PU condition1:!PD&!PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1469 0.368 1.1962 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 4.5157 0.367 4.5692 1.051 4.7394 1.537 4.8330 2.418 4.9962 3.006 5.1018 Cell Description 8mA, fast slew rate, input-output pad, 5V tolerant PLBI8F Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.16276 0.02459 0.01489 2.04022 0.04155 0.05800 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 583.900 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.68986 14.21168 47.32491 71.05842 99.48178 142.11683 Transition 4.68986 14.21168 47.32491 71.05842 99.48178 142.11683 0.296 0.738 1.107 2.302 3.151 4.166 5.690 0.296 44.3600 96.1055 276.2831 405.4329 560.0942 791.9968 0.488 0.759 1.128 2.323 3.171 4.187 5.711 0.488 44.4798 96.2212 276.4072 405.5482 560.2083 792.1153 1.138 0.819 1.188 2.383 3.231 4.247 5.771 1.138 44.9955 96.7407 276.9266 406.0651 560.7273 792.6045 1.595 0.854 1.223 2.417 3.267 4.282 5.804 1.595 45.4039 97.1478 277.3283 406.4690 561.1311 792.9959 2.421 0.907 1.276 2.471 3.321 4.336 5.857 2.421 46.1361 97.8787 278.0685 407.1994 561.8611 793.6882 2.970 0.939 1.308 2.503 3.352 4.368 5.891 2.970 46.6239 98.3638 278.5470 407.6949 562.3497 794.1377 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.68986 14.21168 47.32491 71.05842 99.48178 142.11683 0.296 0.556 1.193 3.459 5.098 7.064 10.015 0.488 0.556 1.192 3.459 5.097 7.063 10.015 1.138 0.556 1.193 3.459 5.098 7.063 10.016 1.595 0.556 1.192 3.458 5.097 7.063 10.015 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.70560 14.25939 47.48377 71.29695 99.81573 142.59391 0.296 0.751 1.119 2.313 3.161 4.176 5.700 0.488 0.772 1.140 2.334 3.183 4.197 5.721 1.138 0.832 1.200 2.393 3.243 4.257 5.781 1.595 0.867 1.234 2.428 3.277 4.292 5.814 2.421 2.970 0.556 0.556 1.193 1.192 3.459 3.459 5.097 5.096 7.064 7.063 10.014 10.016 2.420 2.970 0.920 0.952 1.288 1.320 2.482 2.514 3.331 3.362 4.346 4.378 5.867 5.901 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70560 14.25939 47.48377 71.29695 99.81573 142.59391 Transition 4.70560 14.25939 47.48377 71.29695 99.81573 142.59391 0.296 45.9593 97.9302 278.6141 408.0894 563.1302 795.5869 0.296 0.538 1.174 3.444 5.086 7.054 10.012 0.488 46.0975 98.0671 278.7587 408.2308 563.2663 795.7170 0.488 0.538 1.174 3.445 5.086 7.055 10.012 1.138 46.7372 98.7058 279.3960 408.8683 563.9037 796.3397 1.138 0.538 1.174 3.445 5.086 7.055 10.012 1.595 47.2356 99.2052 279.8900 409.3602 564.4058 796.8147 1.595 0.538 1.174 3.444 5.085 7.055 10.011 2.420 48.1070 100.0761 280.7626 410.2395 565.2737 797.6461 2.420 0.538 1.174 3.444 5.086 7.055 10.011 2.970 48.7007 100.6709 281.3582 410.8307 565.8701 798.2098 2.970 0.538 1.174 3.444 5.085 7.055 10.013 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.69633 14.23131 47.39028 71.15657 99.61920 142.31314 Transition 4.69633 14.23131 47.39028 71.15657 99.61920 142.31314 0.296 0.751 1.118 2.311 3.160 4.174 5.694 0.296 50.8503 102.6792 282.8787 412.0134 566.6395 798.4859 0.488 0.772 1.140 2.333 3.181 4.195 5.715 0.488 50.9566 102.7838 282.9875 412.1242 566.7466 798.5876 1.138 0.832 1.199 2.392 3.239 4.254 5.774 1.138 51.4908 103.3187 283.5255 412.6527 567.2786 799.0985 1.595 0.867 1.234 2.427 3.276 4.289 5.811 1.595 51.9163 103.7423 283.9410 413.0784 567.7013 799.5087 2.420 0.920 1.287 2.481 3.329 4.344 5.864 2.420 52.6577 104.4806 284.6850 413.8161 568.4389 800.2144 2.970 0.952 1.320 2.512 3.361 4.374 5.897 2.970 53.1678 104.9928 285.1991 414.3267 568.9525 800.6949 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.69633 14.23131 47.39028 71.15657 99.61920 142.31314 Transition 4.69800 14.23637 47.40713 71.18187 99.65462 142.36374 0.296 0.539 1.174 3.445 5.087 7.055 10.012 0.296 0.752 1.119 2.315 3.165 4.181 5.706 0.488 0.539 1.174 3.445 5.086 7.056 10.011 0.488 0.773 1.141 2.336 3.186 4.202 5.727 1.138 0.539 1.174 3.445 5.086 7.056 10.011 1.138 0.833 1.200 2.396 3.246 4.262 5.787 1.595 0.539 1.174 3.446 5.087 7.056 10.013 1.595 0.867 1.235 2.431 3.281 4.296 5.821 2.420 0.539 1.174 3.446 5.086 7.056 10.013 2.420 0.921 1.289 2.484 3.334 4.350 5.874 2.970 0.539 1.174 3.445 5.087 7.055 10.012 2.970 0.953 1.321 2.516 3.366 4.382 5.907 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.69800 14.23637 47.40713 71.18187 99.65462 142.36374 Transition 4.69800 14.23637 47.40713 71.18187 99.65462 142.36374 0.296 45.7183 97.6665 278.2399 407.6282 562.5815 794.8899 0.296 0.538 1.173 3.445 5.086 7.056 10.011 0.488 45.8284 97.7729 278.3471 407.7333 562.6903 794.9918 0.488 0.538 1.173 3.444 5.085 7.055 10.011 1.138 46.3585 98.3016 278.8805 408.2716 563.2177 795.4970 1.138 0.538 1.173 3.444 5.085 7.055 10.011 1.595 46.7780 98.7216 279.2882 408.6892 563.6381 795.8990 1.595 0.538 1.173 3.444 5.086 7.054 10.013 2.420 47.5183 99.4572 280.0360 409.4291 564.3678 796.5958 2.420 0.538 1.173 3.444 5.086 7.055 10.011 2.970 48.0254 99.9652 280.5417 409.9287 564.8654 797.0663 2.970 0.538 1.173 3.444 5.086 7.055 10.011 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.68933 14.21009 47.31961 71.05047 99.47066 142.10094 Transition 4.68933 14.21009 47.31961 71.05047 99.47066 142.10094 0.296 0.752 1.119 2.313 3.163 4.178 5.701 0.296 50.6159 102.4195 282.5329 411.5846 566.1393 797.8701 0.488 0.773 1.141 2.335 3.183 4.200 5.721 0.488 50.6879 102.4929 282.6042 411.6615 566.2178 797.9408 1.138 0.833 1.200 2.394 3.243 4.259 5.781 1.138 51.1128 102.9170 283.0303 412.0835 566.6396 798.3404 1.595 0.867 1.235 2.429 3.279 4.294 5.817 1.595 51.4599 103.2649 283.3742 412.4253 566.9854 798.6664 2.420 0.921 1.288 2.483 3.332 4.348 5.871 2.420 52.0719 103.8700 283.9833 413.0452 567.5923 799.2368 2.970 0.953 1.321 2.515 3.364 4.379 5.902 2.970 52.4898 104.2909 284.4014 413.4563 568.0042 799.6320 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.68933 14.21009 47.31961 71.05047 99.47066 142.10094 Transition 4.77737 14.47687 48.20796 72.38433 101.33806 144.76866 0.296 0.538 1.174 3.445 5.087 7.056 10.013 0.337 0.829 1.147 2.233 3.008 3.937 5.329 0.488 0.538 1.174 3.445 5.086 7.057 10.015 0.523 0.883 1.201 2.287 3.062 3.990 5.383 1.138 0.539 1.174 3.445 5.086 7.057 10.015 1.164 1.044 1.362 2.447 3.223 4.151 5.543 1.595 0.538 1.174 3.446 5.086 7.056 10.014 1.629 1.148 1.465 2.551 3.326 4.254 5.647 2.420 0.538 1.174 3.446 5.087 7.056 10.013 2.467 1.321 1.639 2.725 3.500 4.428 5.820 2.970 0.538 1.174 3.445 5.087 7.057 10.013 3.027 1.432 1.749 2.835 3.610 4.538 5.931 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77737 14.47687 48.20796 72.38433 101.33806 144.76866 Transition 4.77737 14.47687 48.20796 72.38433 101.33806 144.76866 0.337 43.9732 96.7508 280.3125 411.8718 569.4412 805.7162 0.337 0.494 1.145 3.438 5.082 7.054 10.006 0.523 44.1600 96.9448 280.5045 412.0526 569.6339 805.9100 0.523 0.494 1.144 3.435 5.079 7.051 10.003 1.164 44.8216 97.6037 281.1622 412.7319 570.2901 806.5396 1.164 0.494 1.144 3.437 5.081 7.053 10.005 1.629 45.2831 98.0651 281.6183 413.1820 570.7475 806.9939 1.629 0.494 1.145 3.438 5.083 7.050 10.002 2.467 46.1014 98.8822 282.4377 413.9898 571.5721 807.7682 2.467 0.494 1.145 3.436 5.081 7.052 10.004 3.027 46.6411 99.4232 282.9769 414.5408 572.0980 808.2719 3.027 0.494 1.144 3.437 5.083 7.050 10.002 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.76307 14.43355 48.06373 72.16776 101.03487 144.33552 Transition 4.76307 14.43355 48.06373 72.16776 101.03487 144.33552 0.337 0.846 1.163 2.246 3.021 3.947 5.336 0.337 50.2159 102.7647 285.6486 416.7272 573.6951 809.1662 0.523 0.900 1.217 2.300 3.074 4.000 5.390 0.523 50.3661 102.9181 285.8045 416.8895 573.8555 809.3142 1.164 1.060 1.377 2.461 3.235 4.161 5.550 1.164 50.9078 103.4540 286.3419 417.4398 574.3833 809.8305 1.629 1.164 1.481 2.565 3.339 4.264 5.654 1.629 51.2816 103.8293 286.7170 417.8012 574.7575 810.1871 2.467 1.338 1.655 2.739 3.513 4.438 5.827 2.467 51.9515 104.4951 287.3851 418.4643 575.4321 810.8126 3.027 1.449 1.766 2.850 3.623 4.550 5.938 3.027 52.3896 104.9406 287.8272 418.9041 575.8693 811.2199 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.76307 14.43355 48.06373 72.16776 101.03487 144.33552 0.337 0.494 1.144 3.436 5.077 7.044 10.002 0.523 0.494 1.145 3.436 5.079 7.046 9.999 1.164 0.494 1.145 3.435 5.076 7.048 10.001 1.629 0.494 1.145 3.435 5.078 7.045 9.998 2.467 0.494 1.145 3.434 5.080 7.047 10.000 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.77237 14.46173 48.15755 72.30863 101.23209 144.61727 0.337 0.845 1.162 2.246 3.019 3.945 5.333 0.523 0.899 1.216 2.299 3.073 3.998 5.387 1.164 1.060 1.377 2.460 3.233 4.159 5.548 1.629 1.164 1.481 2.564 3.337 4.264 5.651 2.467 1.338 1.655 2.738 3.512 4.437 5.827 3.027 0.494 1.144 3.434 5.077 7.044 9.997 3.027 1.449 1.765 2.849 3.623 4.548 5.938 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77237 14.46173 48.15755 72.30863 101.23209 144.61727 Transition 4.77237 14.46173 48.15755 72.30863 101.23209 144.61727 0.337 50.4507 103.0546 286.1445 417.4007 574.5236 810.2389 0.337 0.494 1.145 3.437 5.079 7.047 10.006 0.523 50.6397 103.2430 286.3415 417.5766 574.7190 810.4232 0.523 0.494 1.145 3.437 5.081 7.049 10.002 1.164 51.3008 103.9022 287.0023 418.2320 575.3869 811.0669 1.164 0.494 1.145 3.436 5.078 7.051 10.005 1.629 51.7568 104.3620 287.4580 418.6851 575.8449 811.5083 1.629 0.494 1.145 3.437 5.080 7.048 10.002 2.467 52.5729 105.1763 288.2654 419.5010 576.6508 812.2773 2.467 0.494 1.145 3.435 5.082 7.050 10.004 3.027 53.1054 105.7145 288.8007 420.0537 577.1876 812.7798 3.027 0.494 1.145 3.436 5.079 7.047 10.001 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.77715 14.47622 48.20582 72.38112 101.33356 144.76223 Transition 4.77715 14.47622 48.20582 72.38112 101.33356 144.76223 0.337 0.846 1.163 2.249 3.024 3.952 5.343 0.337 45.1545 97.8925 281.4471 412.9986 570.5358 806.8076 0.523 0.900 1.217 2.302 3.078 4.006 5.397 0.523 45.3439 98.0795 281.6316 413.1799 570.7249 806.9944 1.164 1.060 1.378 2.463 3.239 4.167 5.558 1.164 46.0103 98.7478 282.2900 413.8511 571.3902 807.6426 1.629 1.164 1.481 2.567 3.342 4.271 5.661 1.629 46.4686 99.2083 282.7609 414.3288 571.8501 808.0831 2.467 1.338 1.656 2.741 3.517 4.445 5.837 2.467 47.2912 100.0236 283.5776 415.1355 572.6619 808.8559 3.027 1.449 1.767 2.852 3.628 4.555 5.948 3.027 47.8293 100.5623 284.1203 415.6682 573.2034 809.3700 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77715 14.47622 48.20582 72.38112 101.33356 144.76223 Transition 4.78179 14.49028 48.25264 72.45140 101.43197 144.90281 0.337 0.493 1.144 3.435 5.081 7.047 10.000 0.337 0.845 1.162 2.246 3.021 3.947 5.337 0.523 0.493 1.145 3.435 5.083 7.050 10.007 0.523 0.899 1.216 2.300 3.075 4.002 5.390 1.164 0.493 1.145 3.438 5.080 7.047 9.999 1.164 1.060 1.377 2.461 3.235 4.163 5.553 1.629 0.493 1.145 3.436 5.082 7.049 10.006 1.629 1.163 1.481 2.565 3.339 4.266 5.656 2.467 0.493 1.145 3.437 5.079 7.051 10.008 2.467 1.338 1.655 2.739 3.513 4.440 5.830 3.027 0.493 1.144 3.437 5.081 7.053 10.005 3.027 1.448 1.765 2.850 3.624 4.550 5.941 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.78179 14.49028 48.25264 72.45140 101.43197 144.90281 Transition 4.78179 14.49028 48.25264 72.45140 101.43197 144.90281 0.337 45.3615 98.1040 281.6746 413.2543 570.8133 807.0992 0.337 0.493 1.144 3.433 5.078 7.046 9.994 0.523 45.5893 98.3281 281.9012 413.4662 571.0452 807.3189 0.523 0.493 1.144 3.434 5.075 7.048 10.001 1.164 46.3760 99.1162 282.6875 414.2550 571.8133 808.0874 1.164 0.493 1.144 3.433 5.077 7.045 9.994 1.629 46.9192 99.6617 283.2351 414.7944 572.3585 808.6191 1.629 0.493 1.144 3.433 5.080 7.047 10.001 2.467 47.8845 100.6277 284.2035 415.7819 573.3252 809.5411 2.467 0.493 1.144 3.435 5.076 7.049 9.997 3.027 48.5179 101.2591 284.8378 416.4050 573.9574 810.1409 3.027 0.493 1.143 3.435 5.079 7.046 9.999 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.342 1.471 1.583 1.965 2.239 2.567 3.059 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.525 1.608 1.720 2.102 2.376 2.704 3.196 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 3.3823 5.5775 13.2059 18.6723 25.2166 35.0349 0.342 3.3900 5.5894 13.2183 18.6845 25.2291 35.0471 1.031 3.4460 5.6456 13.2744 18.7405 25.2852 35.1039 1.525 3.4882 5.6885 13.3173 18.7836 25.3282 35.1468 2.410 2.999 1.690 1.740 1.802 1.852 2.184 2.234 2.458 2.508 2.786 2.836 3.278 3.328 2.410 2.999 3.5721 5.7714 13.3998 18.8666 25.4108 35.2292 3.6293 5.8285 13.4570 18.9226 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5355 17.4964 21.0485 25.3010 31.6797 0.351 11.0783 12.5094 17.4694 21.0218 25.2749 31.6540 1.037 11.0088 12.4349 17.3950 20.9470 25.1999 31.5796 1.527 10.9513 12.3827 17.3427 20.8952 25.1485 31.5267 2.413 10.8546 12.2841 17.2438 20.7962 25.0493 31.4283 3.001 10.7874 12.2169 17.1767 20.7292 24.9824 31.3611 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.68929 14.20996 47.31916 71.04980 99.46972 142.09959 Transition 4.68929 14.20996 47.31916 71.04980 99.46972 142.09959 0.148 1.239 1.608 2.803 3.652 4.667 6.189 0.148 42.4228 94.1598 274.3214 403.4511 558.0898 789.9317 0.340 1.311 1.680 2.874 3.723 4.740 6.261 0.340 42.4310 94.1649 274.3306 403.4626 558.1095 789.9280 1.028 1.517 1.885 3.080 3.929 4.944 6.468 1.028 42.4808 94.2149 274.3824 403.5066 558.1500 789.9392 1.522 1.649 2.018 3.213 4.061 5.078 6.599 1.522 42.5148 94.2513 274.4143 403.5411 558.1836 789.9509 2.411 1.873 2.242 3.436 4.286 5.301 6.823 2.411 42.5819 94.3141 274.4756 403.6028 558.2471 789.9335 3.005 2.017 2.385 3.580 4.429 5.445 6.969 3.005 42.6234 94.3592 274.5199 403.6464 558.2753 789.9016 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.68929 14.20996 47.31916 71.04980 99.46972 142.09959 Transition 4.69871 14.23851 47.41424 71.19256 99.66958 142.38512 0.148 0.556 1.192 3.458 5.097 7.062 10.013 0.148 1.243 1.611 2.806 3.657 4.674 6.198 0.340 0.556 1.192 3.459 5.097 7.063 10.013 0.340 1.314 1.683 2.879 3.728 4.745 6.270 1.028 0.556 1.192 3.458 5.097 7.062 10.013 1.028 1.520 1.889 3.084 3.934 4.950 6.474 1.522 0.556 1.192 3.459 5.097 7.062 10.012 1.522 1.653 2.022 3.217 4.066 5.083 6.609 2.411 0.556 1.192 3.458 5.096 7.063 10.013 2.411 1.877 2.246 3.441 4.291 5.306 6.833 3.005 0.556 1.193 3.459 5.097 7.062 10.013 3.005 2.020 2.389 3.585 4.434 5.451 6.976 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69871 14.23851 47.41424 71.19256 99.66958 142.38512 Transition 4.69871 14.23851 47.41424 71.19256 99.66958 142.38512 0.148 40.9549 92.8647 273.3886 402.7925 557.7526 790.1084 0.148 0.544 1.176 3.445 5.086 7.055 10.013 0.340 40.9629 92.8692 273.4090 402.7958 557.7547 790.1179 0.340 0.544 1.176 3.445 5.087 7.056 10.013 1.028 41.0092 92.9215 273.4506 402.8506 557.8065 790.1270 1.028 0.544 1.176 3.445 5.087 7.056 10.014 1.522 41.0477 92.9618 273.4838 402.8907 557.8458 790.1399 1.522 0.544 1.176 3.445 5.086 7.056 10.012 2.411 41.1163 93.0248 273.5577 402.9550 557.9081 790.1323 2.411 0.544 1.176 3.445 5.086 7.056 10.012 3.005 41.1585 93.0649 273.5940 402.9918 557.9394 790.1104 3.005 0.544 1.176 3.445 5.087 7.056 10.013 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.69621 14.23095 47.38907 71.15475 99.61666 142.30951 Transition 4.69621 14.23095 47.38907 71.15475 99.61666 142.30951 0.148 1.242 1.611 2.805 3.653 4.667 6.188 0.148 50.9353 103.0082 283.3194 412.4701 567.1091 798.9447 0.340 1.314 1.683 2.877 3.724 4.740 6.261 0.340 51.0647 103.1427 283.4559 412.5972 567.2312 799.0655 1.029 1.520 1.889 3.083 3.931 4.946 6.467 1.029 51.6098 103.6888 284.0007 413.1402 567.7786 799.5803 1.522 1.653 2.022 3.216 4.064 5.078 6.599 1.522 52.0434 104.1220 284.4296 413.5761 568.2137 799.9854 2.413 1.877 2.247 3.441 4.288 5.304 6.823 2.413 52.8259 104.9056 285.2182 414.3612 568.9906 800.6957 3.005 2.020 2.390 3.583 4.432 5.446 6.969 3.005 53.3450 105.4268 285.7361 414.8812 569.5087 801.1551 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.69621 14.23095 47.38907 71.15475 99.61666 142.30951 Transition 4.70642 14.26189 47.49209 71.30945 99.83323 142.61890 0.148 0.541 1.175 3.445 5.087 7.056 10.013 0.148 1.242 1.612 2.806 3.655 4.672 6.195 0.340 0.541 1.175 3.445 5.086 7.056 10.013 0.340 1.314 1.683 2.879 3.728 4.743 6.265 1.029 0.541 1.175 3.446 5.086 7.055 10.013 1.029 1.520 1.889 3.084 3.934 4.949 6.471 1.522 0.541 1.175 3.445 5.087 7.056 10.012 1.522 1.653 2.023 3.218 4.067 5.082 6.606 2.413 0.541 1.175 3.445 5.086 7.056 10.012 2.413 1.877 2.247 3.442 4.291 5.306 6.829 3.005 0.542 1.175 3.445 5.087 7.055 10.012 3.005 2.020 2.390 3.585 4.434 5.451 6.972 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70642 14.26189 47.49209 71.30945 99.83323 142.61890 Transition 4.70642 14.26189 47.49209 71.30945 99.83323 142.61890 0.148 46.1549 98.3848 279.2134 408.7271 563.8035 796.3116 0.148 0.540 1.174 3.445 5.086 7.056 10.013 0.340 46.3277 98.5596 279.3826 408.9025 563.9663 796.4750 0.340 0.540 1.175 3.445 5.087 7.055 10.013 1.029 47.0087 99.2399 280.0688 409.5756 564.6510 797.1210 1.029 0.541 1.175 3.445 5.087 7.057 10.013 1.522 47.5361 99.7708 280.5970 410.1083 565.1757 797.6248 1.522 0.541 1.175 3.445 5.086 7.056 10.013 2.413 48.4841 100.7169 281.5394 411.0555 566.1274 798.5014 2.413 0.541 1.175 3.445 5.087 7.056 10.014 3.005 49.1116 101.3432 282.1695 411.6773 566.7479 799.0667 3.005 0.541 1.175 3.446 5.087 7.056 10.014 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66481 2.01459 6.70858 10.07294 14.10212 20.14588 0.493 0.769 0.879 1.259 1.531 1.856 2.345 1.156 0.952 1.062 1.442 1.713 2.039 2.528 3.449 1.492 1.602 1.982 2.254 2.579 3.068 5.090 1.861 1.971 2.350 2.622 2.948 3.436 8.036 2.504 2.614 2.993 3.265 3.591 4.079 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66481 2.01459 6.70858 10.07294 14.10212 20.14588 0.493 9.0492 11.2275 18.7991 24.2249 30.7225 40.4689 1.156 8.5819 10.7612 18.3327 23.7583 30.2564 40.0029 3.449 9.3957 11.5739 19.1452 24.5707 31.0690 40.8154 5.090 10.3806 12.5594 20.1312 25.5569 32.0549 41.8016 8.036 12.3247 14.5032 22.0747 27.5007 33.9982 43.7447 10.000 2.923 3.033 3.413 3.685 4.010 4.499 10.000 13.6375 15.8164 23.3880 28.8141 35.3113 45.0584 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66481 2.01459 6.70858 10.07294 14.10212 20.14588 0.493 0.126 0.321 1.022 1.527 2.131 3.037 1.156 0.126 0.321 1.022 1.527 2.131 3.037 3.449 0.126 0.321 1.022 1.527 2.131 3.038 5.090 0.126 0.321 1.022 1.526 2.131 3.037 8.036 0.126 0.321 1.022 1.527 2.130 3.037 10.000 0.126 0.321 1.022 1.526 2.130 3.038 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66524 2.01586 6.71283 10.07932 14.11105 20.15864 0.493 0.677 0.787 1.167 1.439 1.765 2.254 1.156 0.817 0.927 1.306 1.579 1.904 2.393 3.449 1.214 1.325 1.704 1.976 2.302 2.791 5.089 1.474 1.585 1.964 2.236 2.562 3.051 8.034 1.923 2.033 2.413 2.685 3.011 3.500 9.998 2.213 2.323 2.703 2.975 3.301 3.790 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66524 2.01586 6.71283 10.07932 14.11105 20.15864 0.493 8.5676 10.7474 18.3229 23.7517 30.2548 40.0087 1.156 7.8636 10.0429 17.6195 23.0483 29.5507 39.3044 3.449 7.9198 10.1039 17.6814 23.1111 29.6130 39.3661 5.089 8.3767 10.5623 18.1397 23.5688 30.0718 39.8253 8.034 9.3904 11.5780 19.1549 24.5840 31.0869 40.8408 9.998 10.0917 12.2767 19.8541 25.2830 31.7853 41.5386 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66524 2.01586 6.71283 10.07932 14.11105 20.15864 0.493 0.126 0.321 1.023 1.527 2.133 3.040 1.156 0.126 0.321 1.023 1.528 2.132 3.039 3.449 0.126 0.321 1.023 1.527 2.132 3.040 5.089 0.126 0.321 1.023 1.527 2.132 3.039 8.034 0.127 0.321 1.023 1.528 2.133 3.039 9.998 0.127 0.321 1.023 1.527 2.132 3.040 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66501 2.01517 6.71053 10.07587 14.10622 20.15174 0.494 0.600 0.711 1.090 1.362 1.688 2.176 1.158 0.752 0.862 1.241 1.513 1.839 2.328 3.448 1.175 1.285 1.665 1.937 2.263 2.751 5.088 1.461 1.571 1.951 2.223 2.548 3.037 8.034 1.965 2.075 2.455 2.727 3.052 3.541 9.997 2.294 2.404 2.784 3.056 3.381 3.870 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66501 2.01517 6.71053 10.07587 14.10622 20.15174 0.494 8.9293 11.1153 18.6895 24.1173 30.6162 40.3664 1.158 8.6137 10.7935 18.3669 23.7944 30.2936 40.0433 3.448 10.1111 12.2905 19.8637 25.2917 31.7909 41.5402 5.088 11.6605 13.8391 21.4125 26.8405 33.3392 43.0903 8.034 14.6439 16.8235 24.3971 29.8249 36.3246 46.0739 9.997 16.6596 18.8388 26.4123 31.8398 38.3389 48.0894 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66501 2.01517 6.71053 10.07587 14.10622 20.15174 0.494 0.125 0.321 1.022 1.527 2.132 3.039 1.158 0.125 0.321 1.022 1.527 2.132 3.039 3.448 0.126 0.321 1.023 1.527 2.132 3.038 5.088 0.126 0.321 1.022 1.527 2.131 3.039 8.034 0.126 0.321 1.023 1.528 2.131 3.038 9.997 0.126 0.321 1.023 1.528 2.132 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43605 1.32136 4.40012 6.60679 9.24951 13.21359 0.483 1.004 1.098 1.425 1.659 1.939 2.359 1.139 1.020 1.114 1.441 1.675 1.955 2.375 3.435 1.124 1.218 1.544 1.778 2.058 2.478 5.078 1.213 1.308 1.634 1.868 2.148 2.568 8.034 1.375 1.469 1.796 2.030 2.310 2.730 10.001 1.476 1.571 1.897 2.131 2.411 2.831 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43605 1.32136 4.40012 6.60679 9.24951 13.21359 0.483 16.4474 17.8824 22.8475 26.4024 30.6590 37.0440 1.139 15.7427 17.1772 22.1414 25.6958 29.9534 36.3378 3.435 16.4326 17.8634 22.8281 26.3831 30.6404 37.0254 5.078 17.4142 18.8493 23.8139 27.3691 31.6260 38.0110 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43605 1.32136 4.40012 6.60679 9.24951 13.21359 0.483 0.130 0.326 1.025 1.528 2.131 3.036 1.139 0.130 0.325 1.026 1.528 2.132 3.032 3.435 0.131 0.325 1.025 1.528 2.131 3.032 5.078 0.130 0.325 1.025 1.527 2.131 3.036 8.034 10.001 19.2731 20.7089 25.6732 29.2278 33.4854 39.8702 20.4787 21.9150 26.8792 30.4347 34.6914 41.0766 8.034 10.001 0.130 0.130 0.325 0.325 1.025 1.024 1.528 1.527 2.131 2.131 3.033 3.036 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43592 1.32096 4.39879 6.60479 9.24671 13.20959 0.483 0.753 0.847 1.173 1.407 1.687 2.107 1.142 0.730 0.825 1.151 1.385 1.665 2.085 3.432 0.642 0.735 1.062 1.295 1.575 1.995 5.078 0.548 0.642 0.968 1.202 1.482 1.902 8.034 0.347 0.441 0.767 1.001 1.281 1.701 10.001 0.200 0.294 0.620 0.854 1.134 1.554 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43592 1.32096 4.39879 6.60479 9.24671 13.20959 0.483 9.2284 10.6552 15.6180 19.1721 23.4272 29.8106 1.142 8.2739 9.7052 14.6677 18.2220 22.4776 28.8613 3.432 7.6971 9.1256 14.0882 17.6429 21.8979 28.2812 5.078 7.7276 9.1596 14.1219 17.6758 21.9319 28.3151 8.034 7.9848 9.4116 14.3745 17.9287 22.1844 28.5676 10.001 8.1936 9.6242 14.5864 18.1408 22.3962 28.7789 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43592 1.32096 4.39879 6.60479 9.24671 13.20959 0.483 0.132 0.326 1.025 1.528 2.129 3.032 1.142 0.131 0.326 1.026 1.527 2.131 3.031 3.432 0.133 0.326 1.025 1.528 2.130 3.035 5.078 0.132 0.326 1.025 1.528 2.130 3.032 8.034 0.133 0.326 1.025 1.528 2.130 3.032 10.001 0.133 0.326 1.025 1.527 2.130 3.033 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43610 1.32151 4.40064 6.60757 9.25059 13.21513 0.485 0.571 0.665 0.992 1.225 1.506 1.926 1.142 0.568 0.662 0.989 1.223 1.503 1.923 3.435 0.530 0.625 0.951 1.185 1.465 1.885 5.078 0.482 0.576 0.903 1.137 1.417 1.837 8.034 0.372 0.467 0.793 1.027 1.307 1.727 10.001 0.290 0.384 0.710 0.944 1.224 1.644 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43610 1.32151 4.40064 6.60757 9.25059 13.21513 0.485 22.4794 23.9097 28.8755 32.4307 36.6881 43.0731 1.142 21.7508 23.1867 28.1511 31.7066 35.9640 42.3487 3.435 22.2299 23.6653 28.6307 32.1861 36.4433 42.8289 5.078 22.9689 24.3996 29.3653 32.9214 37.1781 43.5630 8.034 24.3757 25.8114 30.7764 34.3320 38.5889 44.9747 10.001 25.3006 26.7307 31.6962 35.2526 39.5094 45.8942 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43610 1.32151 4.40064 6.60757 9.25059 13.21513 0.485 0.130 0.325 1.026 1.527 2.131 3.034 1.142 0.130 0.325 1.026 1.529 2.130 3.033 3.435 0.130 0.326 1.026 1.528 2.130 3.035 5.078 0.130 0.326 1.025 1.528 2.132 3.032 8.034 0.130 0.325 1.025 1.527 2.131 3.036 10.001 0.130 0.325 1.025 1.529 2.130 3.033 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77270 14.46272 48.16085 72.31359 101.23903 144.62719 Transition 4.77270 14.46272 48.16085 72.31359 101.23903 144.62719 0.202 0.941 1.258 2.341 3.114 4.041 5.429 0.202 55.0991 107.8512 291.0155 422.2564 579.4344 815.1373 0.392 1.002 1.319 2.402 3.176 4.102 5.491 0.392 55.3513 108.1011 291.2626 422.5247 579.6853 815.3755 1.065 1.170 1.487 2.571 3.345 4.270 5.660 1.065 56.2763 109.0318 292.1929 423.4534 580.6059 816.2775 1.551 1.276 1.593 2.676 3.450 4.376 5.765 1.551 56.9370 109.6840 292.8435 424.0996 581.2591 816.9082 2.423 1.449 1.766 2.849 3.623 4.549 5.936 2.423 58.1297 110.8774 294.0412 425.2864 582.4510 818.0573 3.006 1.557 1.874 2.957 3.730 4.656 6.045 3.006 58.9316 111.6737 294.8328 426.0786 583.2398 818.8194 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77270 14.46272 48.16085 72.31359 101.23903 144.62719 Transition 4.78365 14.49590 48.27136 72.47952 101.47132 144.95903 0.202 0.491 1.143 3.436 5.080 7.047 10.002 0.202 0.941 1.258 2.343 3.118 4.045 5.434 0.392 0.491 1.142 3.436 5.081 7.049 9.998 0.392 1.002 1.319 2.403 3.178 4.106 5.495 1.065 0.491 1.143 3.435 5.079 7.047 10.001 1.065 1.170 1.487 2.572 3.347 4.274 5.663 1.551 0.492 1.142 3.435 5.081 7.049 9.998 1.551 1.276 1.593 2.678 3.452 4.380 5.769 2.423 0.491 1.142 3.437 5.079 7.052 10.006 2.423 1.449 1.766 2.851 3.625 4.553 5.943 3.006 0.492 1.143 3.436 5.078 7.051 10.005 3.006 1.557 1.874 2.958 3.734 4.660 6.050 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.78365 14.49590 48.27136 72.47952 101.47132 144.95903 Transition 4.78365 14.49590 48.27136 72.47952 101.47132 144.95903 0.202 50.0310 102.9367 286.6389 418.2796 575.8856 812.2674 0.202 0.490 1.141 3.435 5.079 7.046 10.000 0.392 50.3253 103.2314 286.9265 418.5628 576.1760 812.5591 0.392 0.490 1.141 3.435 5.080 7.048 10.001 1.065 51.3825 104.2912 287.9857 419.6174 577.2372 813.5943 1.065 0.490 1.142 3.434 5.078 7.046 9.999 1.551 52.1273 105.0333 288.7293 420.3542 577.9794 814.3140 1.551 0.491 1.142 3.435 5.080 7.048 10.006 2.423 53.4758 106.3797 290.0697 421.6984 579.3178 815.6241 2.423 0.490 1.142 3.436 5.078 7.051 10.004 3.006 54.3793 107.2793 290.9762 422.5986 580.2267 816.4780 3.006 0.491 1.142 3.435 5.077 7.050 10.004 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77479 14.46907 48.18200 72.34534 101.28348 144.69069 Transition 4.77479 14.46907 48.18200 72.34534 101.28348 144.69069 0.202 0.921 1.237 2.322 3.098 4.025 5.416 0.202 45.9236 98.6659 282.1218 413.6170 571.0747 807.2371 0.392 0.982 1.299 2.384 3.158 4.086 5.478 0.392 45.9668 98.7135 282.1664 413.6688 571.1122 807.2750 1.065 1.152 1.468 2.553 3.328 4.256 5.647 1.065 46.1820 98.9280 282.3862 413.8908 571.3269 807.4706 1.551 1.255 1.572 2.657 3.432 4.360 5.750 1.551 46.3378 99.0830 282.5452 414.0232 571.4814 807.6089 2.423 1.427 1.743 2.829 3.603 4.531 5.923 2.423 46.6336 99.3774 282.8331 414.3293 571.7759 807.8583 3.006 1.533 1.850 2.935 3.710 4.638 6.028 3.006 46.8244 99.5706 283.0240 414.5065 571.9729 808.0205 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.77479 14.46907 48.18200 72.34534 101.28348 144.69069 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.202 0.490 1.140 3.435 5.078 7.045 9.998 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.392 0.490 1.140 3.434 5.079 7.046 9.998 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.065 0.490 1.141 3.433 5.076 7.043 9.996 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.551 0.490 1.141 3.435 5.080 7.047 9.994 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 0.490 1.140 3.434 5.079 7.046 9.999 2.412 1.715 1.827 2.210 2.484 2.813 3.306 3.006 0.490 1.140 3.432 5.080 7.047 9.994 2.997 1.756 1.867 2.250 2.525 2.853 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8434 13.4866 18.9634 25.5234 35.3604 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 1.040 3.7416 5.9413 13.5844 19.0614 25.6211 35.4585 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 2.412 3.9231 6.1225 13.7657 19.2424 25.8027 35.6393 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0031 6.2024 13.8457 19.3225 25.8820 35.7195 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.154 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 17.2538 18.6888 23.6569 27.2146 31.4740 37.8626 0.368 17.2073 18.6422 23.6106 27.1682 31.4277 37.8157 1.051 17.0758 18.5128 23.4808 27.0382 31.2981 37.6863 1.537 16.9889 18.4196 23.3877 26.9455 31.2049 37.5933 2.418 16.8145 18.2513 23.2188 26.7764 31.0361 37.4240 3.006 16.7040 18.1346 23.1030 26.6608 30.9196 37.3081 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.296 0.466 0.488 0.488 1.138 0.548 1.595 0.584 2.420 0.636 2.970 0.667 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.296 4.1969 0.488 4.3166 1.138 4.8395 1.595 5.2532 2.420 5.9920 2.970 6.4942 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.296 0.000 0.488 0.000 1.138 0.000 1.595 0.000 2.420 0.000 2.970 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.296 0.315 0.488 0.336 1.138 0.396 1.595 0.431 2.421 0.484 2.970 0.516 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.296 5.1582 0.488 5.2767 1.138 5.7948 1.595 6.2016 2.421 6.9363 2.970 7.4248 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.296 0.000 0.488 0.000 1.138 0.000 1.595 0.000 2.421 0.000 2.970 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Delay 0.337 0.558 0.523 0.612 1.164 0.773 1.629 0.876 2.467 1.051 3.027 1.162 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.337 3.3449 0.523 3.5357 1.164 4.1970 1.629 4.6599 2.467 5.4786 3.027 6.0190 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.337 0.000 0.523 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.027 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.337 0.442 0.523 0.496 1.164 0.657 1.629 0.761 2.467 0.934 3.027 1.045 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.337 8.1157 0.523 8.3082 1.164 8.9708 1.629 9.4339 2.467 10.2545 3.027 10.7956 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.337 0.000 0.523 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.027 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.142 0.358 0.335 0.385 1.026 0.457 1.520 0.498 2.410 0.562 3.003 0.599 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.142 1.1299 0.335 1.1349 1.026 1.1760 1.520 1.2080 2.410 1.2693 3.003 1.3112 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.142 0.000 0.335 0.000 1.026 0.000 1.520 0.000 2.410 0.000 3.003 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.142 0.359 0.335 0.385 1.026 0.458 1.520 0.499 2.410 0.562 3.003 0.600 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.142 1.1206 0.335 1.1255 1.026 1.1666 1.520 1.1985 2.410 1.2599 3.003 1.3018 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=1 condition=0 Input Transition Output Slope Input Transition Delay 0.142 0.000 0.148 0.814 0.335 0.000 0.340 0.886 1.026 0.000 1.028 1.092 1.520 0.000 1.522 1.224 2.410 0.000 2.411 1.448 3.003 0.000 3.005 1.592 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.148 3.2171 0.340 3.2267 1.028 3.2772 1.522 3.3136 2.411 3.3789 3.005 3.4202 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope Input Transition Delay 0.148 0.000 0.148 0.819 0.340 0.000 0.340 0.891 1.028 0.000 1.028 1.097 1.522 0.000 1.522 1.229 2.411 0.000 2.411 1.454 3.005 0.000 3.005 1.597 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.148 3.2250 0.340 3.2346 1.028 3.2850 1.522 3.3214 2.411 3.3867 3.005 3.4281 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=1 Input Transition Output Slope 0.148 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.189 0.643 0.378 0.671 1.061 0.745 1.546 0.790 2.418 0.862 2.999 0.905 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.189 5.6430 0.378 5.6842 1.061 5.8697 1.546 6.0366 2.418 6.3473 2.999 6.5495 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.189 0.000 0.378 0.000 1.061 0.000 1.546 0.000 2.418 0.000 2.999 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.202 0.507 0.392 0.570 1.065 0.738 1.551 0.843 2.423 1.014 3.006 1.119 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.202 11.5406 0.392 11.5703 1.065 11.7886 1.551 11.9472 2.423 12.2381 3.006 12.4417 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.202 0.000 0.392 0.000 1.065 0.000 1.551 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.296 8.0896 0.337 8.3155 0.488 8.2107 0.523 8.4968 1.138 8.7257 1.162 9.1504 1.595 9.1293 1.629 9.6138 2.421 9.8582 2.467 10.4386 2.971 10.3484 3.027 10.9805 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5101 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8099 0.342 1.8247 1.031 1.8768 1.525 1.9189 2.410 2.0006 2.999 2.0564 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7390 1.038 0.8571 1.530 0.9344 2.413 1.0669 3.006 1.1507 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4567 0.351 2.4801 1.037 2.5858 1.527 2.6484 2.413 2.7615 3.001 2.8310 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.142 6.3906 0.335 6.3984 1.026 6.4434 1.520 6.4756 2.410 6.5436 3.003 6.5887 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.5099 0.335 0.5178 1.026 0.5610 1.520 0.5966 2.410 0.6622 3.003 0.7059 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.6731 0.335 5.6843 1.026 5.7257 1.520 5.7634 2.410 5.8323 3.003 5.8771 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.148 8.9639 0.340 8.9805 1.028 9.0477 1.522 9.0970 2.411 9.1793 3.005 9.2341 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.148 0.5697 0.340 0.5852 1.028 0.6497 1.522 0.6950 2.411 0.7745 3.005 0.8261 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.148 5.6190 0.340 5.6349 1.028 5.6999 1.522 5.7458 2.411 5.8265 3.005 5.8788 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.492 5.7283 1.154 4.8846 3.445 4.2612 5.087 4.1067 8.034 3.9356 10.000 3.8237 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.481 -1.7563 1.136 -2.5710 3.428 -3.2243 5.073 -3.3926 8.029 -3.5820 10.001 -3.6863 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.170 5.8352 0.361 5.8580 1.047 5.9722 1.536 6.0773 2.414 6.2658 3.001 6.3862 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4543 1.047 0.5752 1.536 0.6755 2.414 0.8591 3.001 0.9821 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5285 0.361 0.5842 1.047 0.8142 1.536 0.9901 2.414 1.3078 3.002 1.5198 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4096 0.361 5.4258 1.047 5.5400 1.536 5.6465 2.414 5.8340 3.001 5.9547 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.8376 0.361 5.8612 1.047 5.9755 1.536 6.0806 2.414 6.2690 3.001 6.3892 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1399 0.374 6.1295 1.052 6.2485 1.543 6.3460 2.423 6.5194 3.010 6.6371 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0121 2.423 1.1916 3.010 1.3114 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6424 0.374 5.5871 1.052 5.5881 1.543 5.6108 2.423 5.6508 3.010 5.6812 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7091 1.052 5.8291 1.543 5.9270 2.423 6.1017 3.010 6.2205 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1419 0.374 6.1315 1.052 6.2504 1.543 6.3479 2.423 6.5210 3.010 6.6384 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.189 9.5162 0.378 9.5622 1.061 9.7562 1.545 9.9283 2.418 10.2490 2.998 10.4543 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.189 4.5535 0.378 4.5988 1.061 4.7893 1.545 4.9587 2.418 5.2753 2.998 5.4771 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.189 4.1550 0.378 4.1985 1.061 4.3907 1.545 4.5604 2.418 4.8780 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.189 9.5180 0.378 9.5643 1.061 9.7581 1.545 9.9302 2.418 10.2510 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.202 10.2565 0.392 10.3229 1.065 10.5549 1.551 10.7335 2.423 11.0524 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.202 5.0784 0.392 5.1411 1.065 5.3629 1.551 5.5336 2.423 5.8400 2.998 5.0795 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.202 6.5933 0.392 6.6492 1.065 6.8893 1.551 7.0629 2.423 7.3691 3.006 7.5706 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0216 0.335 4.9885 1.025 4.9142 1.520 4.8656 2.409 4.7919 3.002 4.7412 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2518 0.341 0.2534 1.028 0.2876 1.522 0.3145 2.411 0.3640 3.005 0.3975 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.160 0.5514 0.352 0.5619 1.040 0.6178 1.533 0.6619 2.412 0.7468 2.998 0.8035 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 2.998 10.4562 3.006 11.2603 3.006 6.0402 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.202 10.2587 0.392 10.3249 1.065 10.5570 1.551 10.7355 2.423 11.0542 3.006 11.2621 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3864 0.335 5.3579 1.025 5.2711 1.520 5.2144 2.409 5.1253 3.002 5.0675 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3990 0.335 0.4064 1.025 0.4407 1.520 0.4710 2.409 0.5293 3.002 0.5690 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3868 0.335 5.3586 1.025 5.2714 1.520 5.2147 2.409 5.1255 3.002 5.0679 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4029 0.335 5.4097 1.025 5.4441 1.520 5.4743 2.409 5.5327 3.002 5.5715 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4522 0.341 0.4922 1.028 0.6474 1.522 0.7565 2.411 0.9492 3.005 1.0757 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3951 0.341 0.4329 1.028 0.5795 1.522 0.6824 2.411 0.8638 3.005 0.9829 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4545 0.341 0.4943 1.028 0.6496 1.522 0.7587 2.411 0.9514 3.005 1.0780 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2596 0.341 5.1397 1.028 5.0432 1.522 5.0330 2.411 5.0502 3.005 5.0746 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.160 1.7512 0.352 1.7693 1.040 1.8461 1.533 1.9066 2.412 2.0181 2.998 2.0941 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1961 1.051 1.3688 1.537 1.4804 2.418 1.6688 3.006 1.7876 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2537 0.367 2.3032 1.051 2.4707 1.537 2.5737 2.418 2.7480 3.006 2.8586 A->P condition0:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition1:NEN&PD&PEN&PU condition2:NEN&PD&PEN&!PU condition3:NEN&!PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 8mA, normal slew rate, input-output pad, 5V tolerant PLBI8N Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.11228 0.02459 0.01899 2.05611 0.04155 0.04731 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 582.600 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.69161 14.21701 47.34263 71.08504 99.51905 142.17007 Transition 4.69161 14.21701 47.34263 71.08504 99.51905 142.17007 0.244 0.772 1.147 2.345 3.195 4.211 5.735 0.244 43.5038 95.2760 275.5323 404.7299 559.4574 791.5534 0.435 0.795 1.170 2.368 3.217 4.234 5.757 0.435 43.5739 95.3407 275.5973 404.8005 559.5202 791.6286 1.102 0.856 1.231 2.429 3.278 4.294 5.819 1.102 43.9319 95.7007 275.9591 405.1648 559.8764 791.9815 1.574 0.891 1.265 2.463 3.313 4.328 5.852 1.574 44.2161 95.9855 276.2497 405.4403 560.1602 792.2673 2.422 0.944 1.319 2.517 3.366 4.383 5.906 2.422 44.7387 96.5089 276.7736 405.9632 560.6899 792.7821 2.988 0.976 1.350 2.548 3.397 4.415 5.937 2.988 45.0838 96.8556 277.1151 406.3055 561.0376 793.1265 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.69161 14.21701 47.34263 71.08504 99.51905 142.17007 0.244 0.574 1.205 3.466 5.103 7.068 10.021 0.435 0.574 1.206 3.465 5.103 7.069 10.019 1.102 0.574 1.205 3.465 5.102 7.068 10.021 1.574 0.574 1.206 3.465 5.103 7.068 10.019 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.70761 14.26548 47.50404 71.32739 99.85834 142.65477 0.244 0.788 1.160 2.356 3.205 4.221 5.745 0.435 0.811 1.183 2.379 3.228 4.244 5.767 1.102 0.872 1.244 2.440 3.289 4.304 5.826 1.574 0.907 1.278 2.474 3.324 4.339 5.862 2.422 2.988 0.574 0.574 1.206 1.206 3.466 3.466 5.103 5.102 7.068 7.068 10.019 10.019 2.422 2.988 0.960 0.991 1.331 1.362 2.528 2.558 3.377 3.407 4.393 4.423 5.916 5.947 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70761 14.26548 47.50404 71.32739 99.85834 142.65477 Transition 4.70761 14.26548 47.50404 71.32739 99.85834 142.65477 0.244 45.1495 96.8866 277.5442 407.0495 562.1545 794.7882 0.244 0.553 1.186 3.451 5.090 7.061 10.017 0.435 45.2656 97.0026 277.6595 407.1637 562.2698 794.9087 0.435 0.553 1.186 3.451 5.092 7.061 10.016 1.102 45.7450 97.4812 278.1362 407.6388 562.7483 795.3871 1.102 0.553 1.186 3.451 5.091 7.060 10.018 1.574 46.1154 97.8513 278.5018 408.0143 563.1180 795.7507 1.574 0.553 1.186 3.451 5.092 7.060 10.016 2.422 46.7799 98.5134 279.1716 408.6748 563.7758 796.4039 2.422 0.553 1.186 3.451 5.091 7.061 10.016 2.988 47.2229 98.9539 279.6098 409.1125 564.2191 796.8526 2.988 0.553 1.186 3.452 5.091 7.060 10.016 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.69744 14.23467 47.40144 71.17334 99.64267 142.34668 Transition 4.69744 14.23467 47.40144 71.17334 99.64267 142.34668 0.244 0.788 1.159 2.355 3.203 4.217 5.738 0.244 60.3156 111.9019 292.0305 421.1792 575.8485 807.8571 0.435 0.811 1.182 2.378 3.225 4.241 5.762 0.435 60.3988 111.9860 292.1139 421.2540 575.9344 807.9411 1.102 0.872 1.243 2.439 3.286 4.301 5.823 1.102 60.7691 112.3519 292.4848 421.6273 576.2932 808.3128 1.574 0.907 1.278 2.473 3.320 4.336 5.859 1.574 61.0639 112.6459 292.7722 421.9195 576.5859 808.5985 2.422 0.960 1.331 2.526 3.374 4.388 5.909 2.422 61.5963 113.1775 293.3093 422.4511 577.1173 809.1319 2.988 0.991 1.362 2.557 3.406 4.420 5.941 2.988 61.9520 113.5356 293.6591 422.8044 577.4721 809.4846 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.69744 14.23467 47.40144 71.17334 99.64267 142.34668 Transition 4.70060 14.24423 47.43330 71.22117 99.70963 142.44234 0.244 0.554 1.187 3.451 5.091 7.059 10.016 0.244 0.789 1.160 2.358 3.208 4.226 5.751 0.435 0.554 1.187 3.451 5.090 7.059 10.017 0.435 0.812 1.184 2.381 3.232 4.249 5.773 1.102 0.554 1.187 3.451 5.091 7.061 10.016 1.102 0.873 1.244 2.442 3.293 4.309 5.834 1.574 0.554 1.187 3.451 5.090 7.060 10.018 1.574 0.907 1.279 2.476 3.327 4.344 5.869 2.422 0.554 1.187 3.451 5.091 7.059 10.017 2.422 0.961 1.332 2.530 3.381 4.398 5.922 2.988 0.554 1.187 3.451 5.091 7.059 10.016 2.988 0.992 1.364 2.562 3.411 4.429 5.954 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70060 14.24423 47.43330 71.22117 99.70963 142.44234 Transition 4.70060 14.24423 47.43330 71.22117 99.70963 142.44234 0.244 44.9138 96.6283 277.1960 406.6408 561.6675 794.1884 0.244 0.553 1.186 3.451 5.091 7.061 10.018 0.435 44.9926 96.7111 277.2783 406.7116 561.7450 794.2751 0.435 0.553 1.186 3.451 5.091 7.061 10.019 1.102 45.3631 97.0790 277.6441 407.0838 562.1153 794.6396 1.102 0.553 1.186 3.451 5.091 7.061 10.017 1.574 45.6552 97.3698 277.9356 407.3811 562.4068 794.9361 1.574 0.553 1.186 3.451 5.092 7.061 10.017 2.422 46.1833 97.8936 278.4579 407.9047 562.9323 795.4617 2.422 0.553 1.186 3.451 5.091 7.060 10.018 2.988 46.5352 98.2441 278.8067 408.2547 563.2830 795.8103 2.988 0.553 1.186 3.451 5.091 7.061 10.019 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.69012 14.21248 47.32757 71.06241 99.48737 142.12482 Transition 4.69012 14.21248 47.32757 71.06241 99.48737 142.12482 0.244 0.789 1.160 2.357 3.205 4.221 5.745 0.244 60.0819 111.6304 291.6639 420.7251 575.2920 807.1307 0.435 0.812 1.183 2.380 3.228 4.244 5.767 0.435 60.1259 111.6812 291.7111 420.7685 575.3431 807.1765 1.102 0.873 1.244 2.441 3.290 4.306 5.830 1.102 60.3844 111.9380 291.9735 421.0350 575.6004 807.4395 1.574 0.907 1.279 2.475 3.324 4.341 5.862 1.574 60.5990 112.1521 292.1806 421.2537 575.8150 807.6453 2.422 0.961 1.332 2.528 3.377 4.393 5.916 2.422 60.9971 112.5419 292.5765 421.6396 576.2128 808.0432 2.988 0.992 1.363 2.559 3.409 4.425 5.947 2.988 61.2614 112.8086 292.8408 421.8966 576.4681 808.3072 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.69012 14.21248 47.32757 71.06241 99.48737 142.12482 Transition 4.77609 14.47300 48.19508 72.36499 101.31098 144.72997 0.244 0.554 1.186 3.451 5.091 7.060 10.015 0.270 0.858 1.177 2.262 3.037 3.966 5.357 0.435 0.554 1.186 3.451 5.091 7.059 10.016 0.460 0.915 1.234 2.319 3.095 4.022 5.414 1.102 0.554 1.186 3.451 5.091 7.059 10.017 1.115 1.082 1.400 2.486 3.261 4.189 5.581 1.574 0.554 1.186 3.451 5.091 7.059 10.016 1.589 1.188 1.507 2.592 3.368 4.296 5.686 2.422 0.554 1.186 3.451 5.091 7.060 10.015 2.443 1.367 1.685 2.771 3.546 4.474 5.864 2.988 0.554 1.186 3.451 5.091 7.060 10.015 3.012 1.480 1.798 2.884 3.659 4.587 5.977 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77609 14.47300 48.19508 72.36499 101.31098 144.72997 Transition 4.77609 14.47300 48.19508 72.36499 101.31098 144.72997 0.270 42.6145 95.3824 278.9005 410.4265 567.9456 804.2418 0.270 0.507 1.152 3.438 5.084 7.050 10.003 0.460 42.7363 95.5040 279.0201 410.5507 568.0658 804.3656 0.460 0.507 1.152 3.440 5.081 7.053 10.005 1.115 43.1930 95.9636 279.4740 411.0087 568.5258 804.8177 1.115 0.507 1.153 3.439 5.083 7.054 10.006 1.589 43.5146 96.2825 279.7943 411.3306 568.8463 805.1342 1.589 0.507 1.152 3.439 5.083 7.054 10.007 2.443 44.0810 96.8496 280.3604 411.8913 569.4162 805.7041 2.443 0.507 1.153 3.440 5.084 7.050 10.008 3.012 44.4583 97.2274 280.7407 412.2728 569.7877 806.0885 3.012 0.507 1.153 3.440 5.084 7.050 10.007 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.76407 14.43658 48.07380 72.18288 101.05604 144.36577 Transition 4.76407 14.43658 48.07380 72.18288 101.05604 144.36577 0.270 0.878 1.196 2.280 3.054 3.980 5.371 0.270 59.4923 112.0282 294.9467 426.0573 583.1046 818.6488 0.460 0.935 1.254 2.337 3.111 4.038 5.427 0.460 59.5789 112.1156 295.0322 426.1442 583.1961 818.7387 1.115 1.102 1.420 2.503 3.277 4.204 5.591 1.115 59.9085 112.4413 295.3585 426.4823 583.5245 819.0692 1.589 1.208 1.526 2.610 3.384 4.310 5.698 1.589 60.1537 112.6901 295.5933 426.7192 583.7617 819.3046 2.443 1.387 1.705 2.789 3.563 4.490 5.878 2.443 60.5691 113.1022 296.0078 427.1268 584.1775 819.7143 3.012 1.501 1.818 2.902 3.676 4.603 5.991 3.012 60.8426 113.3796 296.2806 427.4099 584.4511 819.9880 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.76407 14.43658 48.07380 72.18288 101.05604 144.36577 0.270 0.507 1.152 3.439 5.080 7.052 10.005 0.460 0.507 1.153 3.438 5.083 7.049 10.002 1.115 0.507 1.153 3.440 5.084 7.051 9.999 1.589 0.507 1.152 3.440 5.084 7.051 9.999 2.443 0.507 1.153 3.437 5.080 7.052 10.000 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.76974 14.45376 48.13102 72.26880 101.17632 144.53759 0.270 0.878 1.196 2.278 3.051 3.977 5.364 0.460 0.935 1.252 2.335 3.109 4.034 5.420 1.115 1.101 1.419 2.501 3.275 4.199 5.588 1.589 1.208 1.525 2.608 3.381 4.306 5.695 2.443 1.386 1.704 2.786 3.559 4.485 5.873 3.012 0.507 1.152 3.440 5.080 7.051 9.999 3.012 1.500 1.818 2.900 3.674 4.599 5.987 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.76974 14.45376 48.13102 72.26880 101.17632 144.53759 Transition 4.76974 14.45376 48.13102 72.26880 101.17632 144.53759 0.270 59.7051 112.2570 295.2405 426.4015 583.5091 819.1286 0.270 0.506 1.152 3.437 5.082 7.045 9.999 0.460 59.8275 112.3797 295.3744 426.5249 583.6421 819.2519 0.460 0.507 1.152 3.437 5.080 7.047 10.001 1.115 60.2811 112.8353 295.8208 426.9897 584.0820 819.7050 1.115 0.506 1.153 3.438 5.081 7.049 10.003 1.589 60.6124 113.1644 296.1400 427.3112 584.4038 820.0191 1.589 0.507 1.152 3.438 5.082 7.049 9.998 2.443 61.1746 113.7265 296.6913 427.8610 584.9656 820.5843 2.443 0.507 1.152 3.439 5.082 7.050 9.994 3.012 61.5476 114.0988 297.0735 428.2507 585.3375 820.9512 3.012 0.506 1.152 3.439 5.082 7.049 9.994 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.77472 14.46884 48.18124 72.34420 101.28188 144.68840 Transition 4.77472 14.46884 48.18124 72.34420 101.28188 144.68840 0.270 0.878 1.196 2.281 3.056 3.984 5.374 0.270 43.7602 96.4541 279.8929 411.3971 568.8680 805.1041 0.460 0.935 1.254 2.339 3.114 4.041 5.431 0.460 43.8857 96.5753 280.0256 411.5223 568.9912 805.2245 1.115 1.101 1.420 2.505 3.280 4.207 5.598 1.115 44.3437 97.0313 280.4852 411.9679 569.4400 805.6885 1.589 1.208 1.526 2.612 3.387 4.314 5.705 1.589 44.6765 97.3634 280.8044 412.2953 569.7626 806.0065 2.443 1.387 1.705 2.790 3.565 4.493 5.884 2.443 45.2451 97.9323 281.3744 412.8669 570.3264 806.5730 3.012 1.500 1.819 2.904 3.679 4.606 5.997 3.012 45.6217 98.3124 281.7504 413.2346 570.7067 806.9526 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77472 14.46884 48.18124 72.34420 101.28188 144.68840 Transition 4.78323 14.49465 48.26718 72.47324 101.46254 144.94649 0.270 0.505 1.152 3.439 5.079 7.051 10.003 0.270 0.878 1.196 2.280 3.054 3.982 5.372 0.460 0.506 1.151 3.438 5.082 7.048 10.006 0.460 0.935 1.253 2.337 3.112 4.039 5.430 1.115 0.505 1.152 3.439 5.083 7.050 9.997 1.115 1.101 1.419 2.504 3.278 4.205 5.595 1.589 0.506 1.152 3.438 5.084 7.050 9.997 1.589 1.208 1.526 2.610 3.385 4.312 5.702 2.443 0.506 1.151 3.437 5.079 7.051 9.998 2.443 1.386 1.705 2.789 3.563 4.490 5.881 3.012 0.506 1.152 3.436 5.080 7.050 9.998 3.012 1.500 1.818 2.903 3.677 4.603 5.994 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.78323 14.49465 48.26718 72.47324 101.46254 144.94649 Transition 4.78323 14.49465 48.26718 72.47324 101.46254 144.94649 0.270 43.9872 96.7281 280.3442 411.9583 569.5671 806.0379 0.270 0.505 1.152 3.440 5.081 7.054 10.007 0.460 44.1494 96.8914 280.5039 412.1216 569.7284 806.2036 0.460 0.506 1.152 3.439 5.084 7.051 9.999 1.115 44.7310 97.4693 281.0808 412.6930 570.3144 806.7847 1.115 0.505 1.152 3.437 5.080 7.047 10.001 1.589 45.1490 97.8911 281.4885 413.0970 570.7226 807.1858 1.589 0.506 1.152 3.438 5.080 7.048 10.001 2.443 45.8661 98.6023 282.2110 413.8208 571.4458 807.9022 2.443 0.506 1.152 3.438 5.081 7.048 10.002 3.012 46.3409 99.0818 282.6810 414.2889 571.9130 808.3754 3.012 0.506 1.152 3.438 5.081 7.048 10.001 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.342 1.471 1.583 1.965 2.239 2.567 3.059 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.525 1.608 1.720 2.102 2.376 2.704 3.196 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 3.3908 5.5860 13.2142 18.6805 25.2246 35.0427 0.342 3.3986 5.5979 13.2265 18.6928 25.2372 35.0550 1.031 3.4547 5.6542 13.2828 18.7489 25.2933 35.1118 1.525 3.4970 5.6972 13.3259 18.7922 25.3365 35.1549 2.410 2.999 1.690 1.740 1.802 1.852 2.184 2.234 2.458 2.508 2.786 2.836 3.278 3.328 2.410 2.999 3.5811 5.7803 13.4086 18.8753 25.4193 35.2375 3.6384 5.8375 13.4659 18.9314 25.4765 35.2950 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 24.3859 25.8123 30.7731 34.3251 38.5775 44.9561 0.351 24.3624 25.7934 30.7533 34.3055 38.5585 44.9375 1.037 24.3158 25.7419 30.7019 34.2538 38.5066 44.8860 1.527 24.2742 25.7056 30.6654 34.2179 38.4711 44.8490 2.413 24.2057 25.6351 30.5948 34.1470 38.4000 44.7788 3.001 24.1573 25.5868 30.5464 34.0988 38.3519 44.7304 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.69114 14.21558 47.33789 71.07791 99.50908 142.15582 Transition 4.69114 14.21558 47.33789 71.07791 99.50908 142.15582 0.153 1.181 1.556 2.753 3.603 4.620 6.143 0.153 42.2466 94.0107 274.2436 403.4368 558.1390 790.2430 0.345 1.244 1.618 2.816 3.666 4.681 6.206 0.345 42.2603 94.0282 274.2606 403.4473 558.1707 790.2578 1.031 1.416 1.791 2.989 3.838 4.853 6.376 1.031 42.3270 94.0939 274.3311 403.5164 558.2272 790.3245 1.525 1.526 1.901 3.098 3.947 4.964 6.488 1.525 42.3763 94.1456 274.3766 403.5515 558.2743 790.3761 2.411 1.711 2.086 3.283 4.133 5.149 6.673 2.411 42.4613 94.2301 274.4686 403.6522 558.3660 790.4618 3.005 1.829 2.204 3.402 4.251 5.267 6.790 3.005 42.5163 94.2826 274.5227 403.7072 558.4202 790.5122 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69114 14.21558 47.33789 71.07791 99.50908 142.15582 Transition 4.70019 14.24301 47.42921 71.21503 99.70105 142.43007 0.153 0.574 1.205 3.465 5.101 7.067 10.017 0.153 1.185 1.560 2.758 3.608 4.625 6.150 0.345 0.574 1.205 3.465 5.102 7.067 10.019 0.345 1.247 1.622 2.820 3.670 4.688 6.213 1.031 0.574 1.206 3.466 5.102 7.067 10.019 1.031 1.420 1.794 2.992 3.843 4.859 6.383 1.525 0.574 1.206 3.465 5.102 7.068 10.020 1.525 1.529 1.904 3.102 3.952 4.969 6.495 2.411 0.574 1.206 3.465 5.102 7.068 10.018 2.411 1.715 2.089 3.288 4.138 5.155 6.680 3.005 0.574 1.206 3.465 5.102 7.067 10.019 3.005 1.832 2.207 3.405 4.255 5.272 6.796 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70019 14.24301 47.42921 71.21503 99.70105 142.43007 Transition 4.70019 14.24301 47.42921 71.21503 99.70105 142.43007 0.153 40.7505 92.6730 273.2625 402.6901 557.7169 790.2333 0.153 0.561 1.189 3.452 5.091 7.060 10.018 0.345 40.7687 92.6883 273.2764 402.7172 557.7301 790.2477 0.345 0.562 1.189 3.452 5.090 7.060 10.017 1.031 40.8360 92.7584 273.3503 402.7858 557.7942 790.3173 1.031 0.561 1.189 3.451 5.091 7.059 10.017 1.525 40.8844 92.8072 273.3936 402.8316 557.8448 790.3641 1.525 0.562 1.189 3.451 5.092 7.061 10.018 2.411 40.9706 92.8897 273.4792 402.9116 557.9277 790.4468 2.411 0.561 1.189 3.452 5.092 7.061 10.018 3.005 41.0222 92.9471 273.5389 402.9734 557.9938 790.5013 3.005 0.562 1.189 3.452 5.091 7.060 10.016 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.69759 14.23513 47.40297 71.17563 99.64588 142.35126 Transition 4.69759 14.23513 47.40297 71.17563 99.64588 142.35126 0.153 1.183 1.558 2.754 3.603 4.618 6.140 0.153 59.8079 111.9164 292.3066 421.4940 576.1808 808.2014 0.346 1.245 1.620 2.817 3.666 4.681 6.203 0.346 59.9021 112.0077 292.4014 421.5886 576.2801 808.2950 1.031 1.418 1.793 2.990 3.838 4.853 6.376 1.031 60.3113 112.4164 292.8099 421.9893 576.6848 808.6998 1.525 1.528 1.903 3.101 3.948 4.964 6.485 1.525 60.6282 112.7348 293.1310 422.3131 577.0069 809.0158 2.413 1.714 2.089 3.286 4.135 5.149 6.670 2.413 61.2032 113.3115 293.7011 422.8931 577.5801 809.6008 3.005 1.832 2.207 3.404 4.253 5.267 6.789 3.005 61.5874 113.6926 294.0905 423.2701 577.9638 809.9837 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.69759 14.23513 47.40297 71.17563 99.64588 142.35126 Transition 4.70753 14.26525 47.50328 71.32625 99.85674 142.65249 0.153 0.557 1.187 3.452 5.092 7.060 10.015 0.153 1.183 1.558 2.757 3.606 4.622 6.145 0.346 0.557 1.187 3.452 5.092 7.061 10.016 0.346 1.245 1.621 2.819 3.668 4.684 6.206 1.031 0.558 1.188 3.451 5.091 7.060 10.017 1.031 1.418 1.793 2.991 3.841 4.857 6.380 1.525 0.558 1.188 3.452 5.091 7.059 10.015 1.525 1.528 1.904 3.102 3.952 4.967 6.492 2.413 0.558 1.188 3.452 5.091 7.059 10.016 2.413 1.714 2.090 3.288 4.136 5.152 6.676 3.005 0.558 1.188 3.451 5.091 7.060 10.017 3.005 1.832 2.207 3.405 4.254 5.271 6.793 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70753 14.26525 47.50328 71.32625 99.85674 142.65249 Transition 4.70753 14.26525 47.50328 71.32625 99.85674 142.65249 0.153 44.7285 96.9861 277.8860 407.4319 562.5584 795.2094 0.153 0.557 1.187 3.451 5.091 7.060 10.017 0.346 44.8628 97.1235 278.0168 407.5648 562.6882 795.3440 0.346 0.557 1.187 3.452 5.091 7.060 10.017 1.031 45.3990 97.6553 278.5591 408.0992 563.2238 795.8921 1.031 0.557 1.187 3.452 5.091 7.060 10.016 1.525 45.8051 98.0630 278.9630 408.5033 563.6367 796.2926 1.525 0.557 1.187 3.451 5.091 7.059 10.017 2.413 46.5341 98.7948 279.6936 409.2432 564.3667 797.0212 2.413 0.558 1.187 3.451 5.091 7.060 10.017 3.005 47.0195 99.2780 280.1743 409.7219 564.8512 797.4993 3.005 0.558 1.187 3.452 5.090 7.060 10.017 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66485 2.01468 6.70889 10.07341 14.10278 20.14682 0.493 0.769 0.879 1.259 1.531 1.856 2.345 1.156 0.952 1.062 1.442 1.714 2.039 2.528 3.449 1.492 1.602 1.982 2.254 2.579 3.068 5.090 1.861 1.971 2.350 2.622 2.948 3.437 8.036 2.504 2.614 2.993 3.265 3.591 4.079 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66485 2.01468 6.70889 10.07341 14.10278 20.14682 0.493 9.0878 11.2661 18.8381 24.2630 30.7622 40.5088 1.156 8.6199 10.7990 18.3708 23.7955 30.2951 40.0414 3.449 9.4355 11.6136 19.1849 24.6100 31.1095 40.8561 5.090 10.4234 12.6025 20.1741 25.5997 32.0990 41.8456 8.036 12.3799 14.5585 22.1301 27.5554 34.0548 43.8016 9.999 2.923 3.033 3.412 3.684 4.010 4.498 9.999 13.7303 15.9091 23.4808 28.9062 35.4056 45.1520 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66485 2.01468 6.70889 10.07341 14.10278 20.14682 0.493 0.126 0.321 1.022 1.527 2.131 3.037 1.156 0.126 0.321 1.022 1.527 2.131 3.037 3.449 0.126 0.321 1.022 1.527 2.131 3.038 5.090 0.126 0.321 1.022 1.526 2.131 3.037 8.036 0.126 0.321 1.022 1.527 2.131 3.037 9.999 0.126 0.321 1.022 1.527 2.131 3.038 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66557 2.01689 6.71625 10.08446 14.11825 20.16893 0.493 0.677 0.787 1.167 1.439 1.765 2.254 1.156 0.817 0.927 1.307 1.579 1.905 2.394 3.449 1.214 1.325 1.705 1.977 2.303 2.792 5.090 1.474 1.585 1.965 2.237 2.563 3.052 8.036 1.923 2.034 2.414 2.686 3.012 3.501 9.999 2.213 2.324 2.704 2.976 3.302 3.791 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66557 2.01689 6.71625 10.08446 14.11825 20.16893 0.493 8.6072 10.7879 18.3674 23.7988 30.3041 40.0619 1.156 7.9018 10.0818 17.6622 23.0932 29.5990 39.3567 3.449 7.9601 10.1452 17.7273 23.1580 29.6634 39.4221 5.090 8.4202 10.6071 18.1885 23.6191 30.1250 39.8830 8.036 9.4468 11.6352 19.2166 24.6473 31.1527 40.9112 9.999 10.1859 12.3716 19.9532 25.3843 31.8903 41.6482 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66557 2.01689 6.71625 10.08446 14.11825 20.16893 0.493 0.126 0.321 1.023 1.528 2.134 3.042 1.156 0.126 0.321 1.023 1.528 2.133 3.040 3.449 0.126 0.321 1.024 1.528 2.133 3.040 5.090 0.126 0.322 1.023 1.528 2.133 3.041 8.036 0.127 0.322 1.023 1.528 2.133 3.041 9.999 0.127 0.322 1.023 1.528 2.134 3.040 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66512 2.01551 6.71166 10.07757 14.10860 20.15515 0.494 0.600 0.710 1.090 1.362 1.688 2.177 1.158 0.752 0.862 1.241 1.513 1.839 2.328 3.448 1.175 1.285 1.665 1.937 2.263 2.752 5.088 1.461 1.571 1.951 2.223 2.549 3.037 8.034 1.965 2.075 2.455 2.727 3.053 3.541 9.997 2.294 2.404 2.784 3.056 3.381 3.870 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66512 2.01551 6.71166 10.07757 14.10860 20.15515 0.494 8.9678 11.1542 18.7297 24.1592 30.6591 40.4093 1.158 8.6515 10.8315 18.4066 23.8351 30.3357 40.0855 3.448 10.1516 12.3308 19.9050 25.3339 31.8347 41.5846 5.088 11.7035 13.8829 21.4576 26.8863 33.3864 43.1380 8.034 14.6998 16.8793 24.4545 29.8832 36.3842 46.1340 9.997 16.7532 18.9326 26.5076 31.9358 38.4372 48.1875 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66512 2.01551 6.71166 10.07757 14.10860 20.15515 0.494 0.125 0.321 1.022 1.528 2.132 3.039 1.158 0.125 0.321 1.023 1.528 2.133 3.039 3.448 0.126 0.321 1.023 1.528 2.132 3.038 5.088 0.126 0.321 1.023 1.527 2.132 3.039 8.034 0.126 0.321 1.023 1.528 2.132 3.038 9.997 0.126 0.321 1.023 1.528 2.132 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43562 1.32006 4.39580 6.60030 9.24042 13.20060 0.483 1.004 1.098 1.424 1.658 1.938 2.357 1.139 1.020 1.114 1.440 1.674 1.954 2.373 3.435 1.124 1.218 1.544 1.777 2.057 2.477 5.078 1.213 1.308 1.634 1.868 2.147 2.567 8.034 1.375 1.469 1.795 2.029 2.308 2.728 10.001 1.476 1.571 1.897 2.131 2.410 2.830 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43562 1.32006 4.39580 6.60030 9.24042 13.20060 0.483 38.3473 39.7808 44.7402 48.2920 52.5440 58.9231 1.139 37.6666 39.0998 44.0585 47.6101 51.8626 58.2410 3.435 38.4871 39.9165 44.8762 48.4284 52.6801 59.0582 5.078 39.5833 41.0168 45.9768 49.5281 53.7801 60.1594 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43562 1.32006 4.39580 6.60030 9.24042 13.20060 0.483 0.130 0.325 1.024 1.527 2.128 3.031 1.139 0.131 0.325 1.024 1.525 2.129 3.032 3.435 0.131 0.325 1.024 1.527 2.127 3.032 5.078 0.130 0.325 1.025 1.527 2.128 3.031 8.034 10.001 41.6768 43.1113 48.0706 51.6223 55.8747 62.2528 43.0683 44.5034 49.4626 53.0143 57.2668 63.6458 8.034 10.001 0.130 0.130 0.325 0.325 1.025 1.025 1.527 1.527 2.129 2.127 3.029 3.032 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43595 1.32105 4.39910 6.60526 9.24736 13.21052 0.483 0.753 0.847 1.173 1.407 1.687 2.107 1.142 0.730 0.825 1.151 1.385 1.665 2.085 3.432 0.641 0.735 1.062 1.295 1.575 1.995 5.078 0.548 0.642 0.968 1.202 1.482 1.902 8.034 0.347 0.441 0.767 1.001 1.281 1.701 10.001 0.199 0.294 0.620 0.854 1.134 1.554 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43595 1.32105 4.39910 6.60526 9.24736 13.21052 0.483 22.5859 24.0126 28.9756 32.5301 36.7857 43.1689 1.142 21.6435 23.0749 28.0379 31.5925 35.8482 42.2319 3.432 21.1379 22.5664 27.5295 31.0843 35.3396 41.7230 5.078 21.2346 22.6669 27.6293 31.1835 35.4394 41.8234 8.034 21.6347 23.0615 28.0246 31.5789 35.8351 42.2183 10.001 21.9614 23.3919 28.3539 31.9089 36.1646 42.5482 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43595 1.32105 4.39910 6.60526 9.24736 13.21052 0.483 0.131 0.326 1.025 1.529 2.129 3.033 1.142 0.131 0.326 1.026 1.527 2.132 3.031 3.432 0.133 0.326 1.025 1.528 2.130 3.035 5.078 0.132 0.326 1.025 1.528 2.130 3.032 8.034 0.133 0.326 1.025 1.528 2.130 3.032 10.001 0.133 0.326 1.026 1.527 2.130 3.033 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43602 1.32126 4.39981 6.60632 9.24884 13.21263 0.485 0.571 0.665 0.991 1.225 1.505 1.925 1.142 0.568 0.662 0.989 1.223 1.503 1.923 3.431 0.530 0.625 0.951 1.185 1.465 1.885 5.078 0.482 0.576 0.902 1.136 1.416 1.836 8.034 0.372 0.467 0.793 1.027 1.307 1.727 10.001 0.289 0.383 0.710 0.944 1.224 1.644 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43602 1.32126 4.39981 6.60632 9.24884 13.21263 0.485 57.6815 59.1115 64.0763 67.6308 71.8874 78.2714 1.142 57.0016 58.4369 63.4008 66.9552 71.2114 77.5957 3.431 57.7053 59.1406 64.1046 67.6594 71.9155 78.2998 5.078 58.6310 60.0615 65.0260 68.5812 72.8367 79.2217 8.034 60.4164 61.8514 66.8158 70.3704 74.6267 81.0113 10.001 61.6329 63.0626 68.0272 71.5819 75.8383 82.2228 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43602 1.32126 4.39981 6.60632 9.24884 13.21263 0.485 0.130 0.325 1.026 1.527 2.131 3.034 1.142 0.130 0.325 1.026 1.527 2.130 3.033 3.431 0.130 0.325 1.025 1.528 2.130 3.035 5.078 0.130 0.325 1.025 1.528 2.129 3.032 8.034 0.130 0.326 1.025 1.528 2.131 3.036 10.001 0.130 0.325 1.026 1.527 2.130 3.033 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.76945 14.45287 48.12807 72.26437 101.17012 144.52874 Transition 4.76945 14.45287 48.12807 72.26437 101.17012 144.52874 0.188 1.001 1.319 2.401 3.175 4.100 5.486 0.188 63.8749 116.5963 299.6355 430.7971 587.8653 823.4735 0.380 1.063 1.381 2.464 3.237 4.163 5.550 0.380 64.0550 116.7759 299.8224 430.9720 588.0504 823.6573 1.057 1.238 1.556 2.639 3.412 4.337 5.723 1.057 64.7411 117.4576 300.5078 431.6582 588.7259 824.3384 1.546 1.347 1.665 2.748 3.521 4.446 5.834 1.546 65.2181 117.9323 300.9855 432.1377 589.2120 824.8160 2.423 1.529 1.847 2.930 3.703 4.628 6.017 2.423 66.0532 118.7729 301.8210 432.9910 590.0480 825.6537 3.006 1.644 1.962 3.044 3.818 4.743 6.129 3.006 66.6078 119.3238 302.3740 433.5287 590.5945 826.2100 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.76945 14.45287 48.12807 72.26437 101.17012 144.52874 Transition 4.78058 14.48662 48.24043 72.43308 101.40631 144.86616 0.188 0.504 1.150 3.436 5.081 7.044 9.998 0.188 1.000 1.319 2.403 3.176 4.104 5.493 0.380 0.505 1.150 3.436 5.080 7.048 10.002 0.380 1.063 1.381 2.465 3.240 4.166 5.557 1.057 0.505 1.150 3.435 5.080 7.048 9.997 1.057 1.238 1.556 2.640 3.415 4.341 5.730 1.546 0.504 1.151 3.437 5.077 7.045 9.999 1.546 1.347 1.666 2.749 3.524 4.450 5.839 2.423 0.505 1.150 3.437 5.079 7.047 9.996 2.423 1.529 1.848 2.931 3.706 4.633 6.021 3.006 0.504 1.150 3.436 5.081 7.044 9.998 3.006 1.644 1.962 3.046 3.819 4.747 6.136 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.78058 14.48662 48.24043 72.43308 101.40631 144.86616 Transition 4.78058 14.48662 48.24043 72.43308 101.40631 144.86616 0.188 48.1706 101.0514 284.6344 416.1806 573.7436 810.0307 0.188 0.503 1.149 3.435 5.080 7.047 9.996 0.380 48.3909 101.2723 284.8543 416.4213 573.9496 810.2484 0.380 0.504 1.149 3.436 5.079 7.047 10.001 1.057 49.2089 102.0902 285.6730 417.2180 574.7783 811.0700 1.057 0.503 1.149 3.435 5.080 7.047 9.996 1.546 49.7760 102.6531 286.2414 417.7944 575.3373 811.6390 1.546 0.503 1.149 3.436 5.081 7.044 9.997 2.423 50.7691 103.6511 287.2312 418.7776 576.3312 812.6325 2.423 0.503 1.150 3.437 5.078 7.046 9.994 3.006 51.4270 104.3055 287.8923 419.4365 577.0010 813.2910 3.006 0.503 1.149 3.435 5.080 7.047 9.996 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77486 14.46926 48.18263 72.34629 101.28481 144.69258 Transition 4.77486 14.46926 48.18263 72.34629 101.28481 144.69258 0.189 0.987 1.305 2.390 3.165 4.092 5.483 0.189 45.0849 97.8333 281.3018 412.7906 570.2589 806.4907 0.380 1.049 1.367 2.452 3.227 4.155 5.547 0.380 45.1302 97.8823 281.3493 412.8375 570.3034 806.5400 1.057 1.224 1.542 2.627 3.402 4.329 5.720 1.057 45.3047 98.0531 281.5160 413.0068 570.4698 806.7149 1.546 1.334 1.652 2.737 3.512 4.439 5.831 1.546 45.4449 98.1946 281.6623 413.1588 570.6200 806.8490 2.423 1.516 1.833 2.919 3.693 4.621 6.013 2.423 45.6743 98.4227 281.8959 413.3817 570.8378 807.0868 3.006 1.630 1.948 3.033 3.808 4.735 6.126 3.006 45.8361 98.5879 282.0553 413.5429 571.0078 807.2417 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.77486 14.46926 48.18263 72.34629 101.28481 144.69258 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.189 0.504 1.150 3.438 5.083 7.050 9.997 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.380 0.503 1.150 3.436 5.082 7.049 10.002 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.057 0.503 1.149 3.438 5.082 7.049 9.997 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.546 0.504 1.150 3.436 5.079 7.046 9.998 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 0.503 1.149 3.437 5.081 7.048 10.005 2.412 1.715 1.827 2.210 2.484 2.813 3.306 3.006 0.503 1.149 3.439 5.083 7.050 9.997 2.997 1.756 1.867 2.250 2.525 2.853 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6519 5.8516 13.4947 18.9714 25.5312 35.3680 0.352 3.6691 5.8684 13.5117 18.9882 25.5478 35.3850 1.040 3.7501 5.9497 13.5926 19.0695 25.6290 35.4663 1.533 3.8092 6.0114 13.6558 19.1324 25.6908 35.5288 2.412 3.9319 6.1311 13.7742 19.2508 25.8109 35.6473 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0119 6.2112 13.8543 19.3310 25.8903 35.7276 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.155 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 39.0583 40.4935 45.4616 49.0194 53.2789 59.6681 0.368 39.0232 40.4584 45.4267 48.9841 53.2437 59.6325 1.051 38.9284 40.3656 45.3335 48.8911 53.1511 59.5397 1.537 38.8669 40.2977 45.2657 48.8235 53.0832 59.4721 2.418 38.7373 40.1742 45.1416 48.6994 52.9591 59.3478 3.006 38.6567 40.0873 45.0558 48.6136 52.8726 59.2622 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.027 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.244 0.533 0.435 0.555 1.102 0.618 1.574 0.654 2.422 0.704 2.988 0.736 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.244 3.0449 0.435 3.1205 1.102 3.4821 1.574 3.7730 2.422 4.2919 2.988 4.6447 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.244 0.000 0.435 0.000 1.102 0.000 1.574 0.000 2.422 0.000 2.988 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.244 0.316 0.435 0.339 1.102 0.400 1.574 0.435 2.422 0.488 2.988 0.519 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.244 4.2784 0.435 4.3476 1.102 4.7075 1.574 4.9904 2.422 5.5125 2.988 5.8587 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.244 0.000 0.435 0.000 1.102 0.000 1.574 0.000 2.422 0.000 2.988 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Delay 0.270 0.576 0.460 0.634 1.115 0.800 1.589 0.906 2.443 1.085 3.012 1.199 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.270 2.4130 0.460 2.5373 1.115 2.9923 1.589 3.3133 2.443 3.8820 3.012 4.2573 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.115 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.270 0.437 0.460 0.494 1.115 0.660 1.589 0.767 2.443 0.945 3.012 1.058 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.270 6.7047 0.460 6.8289 1.115 7.2833 1.589 7.6061 2.443 8.1746 3.012 8.5498 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.115 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.147 0.430 0.340 0.456 1.028 0.530 1.522 0.574 2.410 0.643 3.002 0.685 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.147 0.9604 0.340 0.9671 1.028 1.0172 1.522 1.0578 2.410 1.1334 3.002 1.1849 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.147 0.430 0.340 0.457 1.028 0.531 1.522 0.574 2.410 0.643 3.002 0.686 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.147 0.9513 0.340 0.9578 1.028 1.0080 1.522 1.0485 2.410 1.1242 3.002 1.1757 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=1 condition=0 Input Transition Output Slope Input Transition Delay 0.147 0.000 0.153 0.722 0.340 0.000 0.345 0.785 1.028 0.000 1.031 0.957 1.522 0.000 1.525 1.067 2.410 0.000 2.411 1.252 3.002 0.000 3.005 1.370 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.153 3.0164 0.345 3.0331 1.031 3.1009 1.525 3.1503 2.411 3.2352 3.005 3.2926 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope Input Transition Delay 0.153 0.000 0.153 0.729 0.345 0.000 0.345 0.791 1.031 0.000 1.031 0.963 1.525 0.000 1.525 1.073 2.411 0.000 2.411 1.258 3.005 0.000 3.005 1.376 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.153 3.0237 0.345 3.0404 1.031 3.1084 1.525 3.1578 2.411 3.2426 3.005 3.3000 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=1 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.177 0.717 0.367 0.746 1.053 0.818 1.541 0.862 2.416 0.930 3.002 0.972 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.177 4.7051 0.367 4.7331 1.053 4.8749 1.541 4.9963 2.416 5.2345 3.002 5.3914 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.177 0.000 0.367 0.000 1.053 0.000 1.541 0.000 2.416 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.189 0.533 0.380 0.595 1.057 0.770 1.546 0.879 2.423 1.062 3.006 1.176 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.189 10.6599 0.380 10.6875 1.057 10.8864 1.546 11.0044 2.423 11.2390 3.006 11.4159 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.189 0.000 0.380 0.000 1.057 0.000 1.546 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.244 18.3013 0.270 18.3963 0.435 18.3795 0.460 18.4838 1.102 18.7334 1.115 18.8889 1.574 19.0135 1.591 19.2023 2.422 19.5334 2.443 19.7841 2.988 19.8767 3.012 20.1640 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3680 0.342 0.3757 1.031 0.4161 1.525 0.4487 2.410 0.5101 2.999 0.5523 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 4.6250 0.342 4.6442 1.031 4.6889 1.525 4.7282 2.410 4.8109 2.999 4.8682 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7054 0.351 0.7390 1.038 0.8571 1.530 0.9344 2.413 1.0668 3.006 1.1506 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 5.9556 0.351 5.9663 1.037 6.0681 1.527 6.1142 2.413 6.2177 3.001 6.2775 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.147 16.9807 0.340 16.9904 1.028 17.0423 1.522 17.0867 2.410 17.1756 3.002 17.2363 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.147 0.4084 0.340 0.4185 1.028 0.4712 1.522 0.5143 2.410 0.5923 3.002 0.6445 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.147 15.6160 0.340 15.6470 1.028 15.6759 1.522 15.7351 2.410 15.8261 3.002 15.8850 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.153 19.6569 0.345 19.6785 1.031 19.7653 1.525 19.8217 2.411 19.9218 3.005 19.9875 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.153 0.4414 0.345 0.4611 1.031 0.5386 1.525 0.5922 2.411 0.6863 3.005 0.7482 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.153 15.3890 0.345 15.4089 1.031 15.4898 1.525 15.5435 2.411 15.6376 3.005 15.7021 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.492 5.7679 1.154 4.9225 3.445 4.2998 5.087 4.1481 8.034 3.9887 10.000 3.9132 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.481 -1.6678 1.136 -2.4844 3.428 -3.1342 5.073 -3.2976 8.029 -3.4731 10.001 -3.5577 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.170 16.6052 0.361 16.6301 1.047 16.7291 1.536 16.8457 2.414 17.0396 3.001 17.1541 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4543 1.047 0.5752 1.536 0.6754 2.414 0.8590 3.001 0.9820 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5288 0.361 0.5845 1.047 0.8144 1.536 0.9902 2.414 1.3079 3.002 1.5197 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 15.3310 0.361 15.3377 1.047 15.4378 1.536 15.5563 2.414 15.7488 3.001 15.8654 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 16.6125 0.361 16.6400 1.047 16.7391 1.536 16.8550 2.414 17.0491 3.001 17.1631 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 16.8907 0.374 16.7954 1.052 16.8776 1.543 16.9674 2.423 17.1249 3.010 17.2359 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7766 1.052 0.9117 1.543 1.0119 2.423 1.1913 3.010 1.3111 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 15.8637 0.374 15.7056 1.052 15.6632 1.543 15.6840 2.423 15.7137 3.010 15.7415 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 15.6239 0.374 15.5372 1.052 15.6228 1.543 15.7136 2.423 15.8747 3.010 15.9893 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 16.8967 0.374 16.8009 1.052 16.8831 1.543 16.9727 2.423 17.1296 3.010 17.2403 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.177 18.6964 0.367 18.7288 1.053 18.8763 1.541 19.0054 2.417 19.2545 3.002 19.4152 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.177 3.8611 0.367 3.8923 1.053 4.0371 1.541 4.1638 2.417 4.4060 3.002 4.5628 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.177 3.4647 0.367 3.4944 1.053 3.6394 1.541 3.7650 2.416 4.0096 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.177 18.7015 0.367 18.7338 1.053 18.8819 1.541 19.0110 2.417 19.2596 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.189 20.0117 0.380 20.0711 1.057 20.2733 1.546 20.4220 2.423 20.6959 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.189 4.6137 0.380 4.6717 1.057 4.8609 1.546 5.0030 2.423 5.2623 3.002 4.1664 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.189 6.1293 0.380 6.1847 1.057 6.3846 1.546 6.5402 2.423 6.7896 3.006 6.9411 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 14.5330 0.335 14.4866 1.025 14.4111 1.520 14.3559 2.409 14.2860 3.002 14.2316 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2534 1.028 0.2874 1.522 0.3142 2.411 0.3636 3.005 0.3969 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.160 0.5515 0.352 0.5620 1.040 0.6179 1.533 0.6620 2.412 0.7468 2.997 0.8035 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 3.002 19.4203 3.006 20.8633 3.006 5.4221 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.189 20.0167 0.380 20.0767 1.057 20.2781 1.546 20.4268 2.423 20.7017 3.006 20.8683 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 15.7103 0.335 15.6829 1.025 15.5882 1.520 15.5220 2.409 15.4296 3.002 15.3705 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3989 0.335 0.4063 1.025 0.4406 1.520 0.4709 2.409 0.5292 3.002 0.5689 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 15.7157 0.335 15.6883 1.025 15.5947 1.520 15.5274 2.409 15.4350 3.002 15.3754 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 15.3687 0.335 15.3743 1.025 15.4080 1.520 15.4365 2.409 15.4929 3.002 15.5297 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4523 0.341 0.4921 1.028 0.6472 1.522 0.7562 2.411 0.9487 3.005 1.0751 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3951 0.341 0.4328 1.028 0.5793 1.522 0.6820 2.411 0.8633 3.005 0.9823 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4545 0.341 0.4943 1.028 0.6493 1.522 0.7583 2.411 0.9509 3.005 1.0774 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 15.2380 0.341 14.8652 1.028 14.4836 1.522 14.3856 2.411 14.3174 3.005 14.3084 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.160 4.0188 0.352 4.0384 1.040 4.1110 1.533 4.1705 2.412 4.2793 2.997 4.3547 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1469 0.368 1.1962 1.051 1.3688 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 4.5157 0.367 4.5693 1.051 4.7395 1.537 4.8330 2.418 4.9962 3.006 5.1019 A->P condition0:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition1:NEN&PD&PEN&PU condition2:NEN&PD&PEN&!PU condition3:NEN&!PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 8mA, slow slew rate, input-output pad, 5V tolerant PLBI8S Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 12740 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.05645 0.02459 0.03631 2.05611 0.04155 0.04027 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 583.100 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70058 14.24419 47.43314 71.22094 99.70931 142.44187 Transition 4.70058 14.24419 47.43314 71.22094 99.70931 142.44187 0.188 0.894 1.278 2.480 3.329 4.345 5.869 0.188 59.2168 110.8337 291.1051 420.3376 575.1081 807.2483 0.376 0.920 1.303 2.506 3.354 4.371 5.894 0.376 59.2496 110.8650 291.1313 420.3615 575.1364 807.2840 1.060 0.985 1.368 2.571 3.421 4.436 5.958 1.060 59.4345 111.0467 291.3116 420.5456 575.3182 807.4653 1.545 1.023 1.406 2.609 3.458 4.473 5.996 1.545 59.5888 111.1992 291.4649 420.7113 575.4785 807.6181 2.419 1.080 1.463 2.666 3.515 4.530 6.053 2.419 59.8682 111.4770 291.7486 420.9785 575.7462 807.8948 3.000 1.114 1.497 2.700 3.550 4.565 6.086 3.000 60.0523 111.6609 291.9275 421.1618 575.9264 808.0784 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.70058 14.24419 47.43314 71.22094 99.70931 142.44187 0.188 0.587 1.215 3.466 5.103 7.069 10.025 0.376 0.587 1.215 3.466 5.103 7.069 10.026 1.060 0.587 1.215 3.466 5.102 7.069 10.025 1.545 0.587 1.215 3.467 5.103 7.069 10.025 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.69475 14.22650 47.37426 71.13252 99.58553 142.26504 0.188 0.878 1.265 2.471 3.322 4.339 5.862 0.376 0.903 1.291 2.497 3.348 4.364 5.888 1.060 0.969 1.356 2.562 3.413 4.429 5.954 1.544 1.007 1.394 2.600 3.451 4.468 5.993 2.419 3.000 0.587 0.587 1.215 1.215 3.466 3.466 5.103 5.102 7.070 7.069 10.027 10.024 2.418 3.000 1.064 1.098 1.451 1.485 2.657 2.691 3.507 3.541 4.525 4.558 6.050 6.083 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69475 14.22650 47.37426 71.13252 99.58553 142.26504 Transition 4.69475 14.22650 47.37426 71.13252 99.58553 142.26504 0.188 42.6664 94.4878 274.8636 404.1491 558.9773 791.2485 0.188 0.610 1.235 3.480 5.114 7.077 10.030 0.376 42.6999 94.5183 274.8978 404.1823 559.0114 791.2835 0.376 0.610 1.235 3.481 5.114 7.078 10.028 1.060 42.8748 94.6968 275.0678 404.3520 559.1973 791.4642 1.060 0.610 1.235 3.480 5.115 7.078 10.030 1.544 43.0206 94.8429 275.2135 404.5073 559.3327 791.6087 1.544 0.610 1.235 3.481 5.114 7.077 10.030 2.418 43.2840 95.1034 275.4766 404.7555 559.5979 791.8629 2.418 0.610 1.235 3.481 5.115 7.078 10.029 3.000 43.4614 95.2838 275.6560 404.9485 559.7825 792.0470 3.000 0.610 1.235 3.481 5.115 7.078 10.031 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70350 14.25303 47.46260 71.26516 99.77123 142.53033 Transition 4.70350 14.25303 47.46260 71.26516 99.77123 142.53033 0.188 0.895 1.279 2.484 3.335 4.354 5.879 0.188 43.8228 95.5766 276.2676 405.8021 560.9212 793.6040 0.376 0.921 1.305 2.510 3.361 4.379 5.904 0.376 43.8535 95.6034 276.2965 405.8191 560.9492 793.6321 1.060 0.986 1.370 2.575 3.426 4.443 5.971 1.060 44.0347 95.7836 276.4803 405.9986 561.1330 793.8182 1.545 1.024 1.408 2.614 3.464 4.482 6.009 1.545 44.1869 95.9331 276.6278 406.1540 561.2775 793.9649 2.419 1.081 1.465 2.670 3.522 4.540 6.067 2.419 44.4594 96.2030 276.9030 406.4257 561.5470 794.2305 3.000 1.115 1.499 2.704 3.555 4.573 6.100 3.000 44.6408 96.3836 277.0771 406.6008 561.7274 794.4090 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70350 14.25303 47.46260 71.26516 99.77123 142.53033 Transition 4.71102 14.27583 47.53852 71.37917 99.93083 142.75833 0.188 0.586 1.214 3.466 5.103 7.069 10.028 0.188 0.894 1.278 2.482 3.332 4.349 5.872 0.376 0.586 1.214 3.466 5.103 7.070 10.028 0.376 0.920 1.303 2.508 3.358 4.374 5.898 1.060 0.586 1.214 3.467 5.103 7.071 10.027 1.060 0.985 1.369 2.573 3.423 4.439 5.964 1.545 0.586 1.214 3.466 5.103 7.071 10.026 1.545 1.023 1.407 2.610 3.461 4.478 6.003 2.419 0.586 1.214 3.466 5.102 7.070 10.027 2.419 1.080 1.464 2.668 3.518 4.535 6.060 3.000 0.586 1.214 3.466 5.103 7.070 10.027 3.000 1.114 1.498 2.702 3.551 4.569 6.093 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71102 14.27583 47.53852 71.37917 99.93083 142.75833 Transition 4.71102 14.27583 47.53852 71.37917 99.93083 142.75833 0.188 44.0688 95.8490 276.6504 406.2606 561.4736 794.3137 0.188 0.587 1.214 3.467 5.103 7.070 10.027 0.376 44.1354 95.9156 276.7164 406.3127 561.5380 794.3736 0.376 0.586 1.214 3.467 5.103 7.071 10.028 1.060 44.4326 96.2086 277.0142 406.6143 561.8406 794.6674 1.060 0.587 1.214 3.467 5.103 7.070 10.028 1.545 44.6647 96.4428 277.2355 406.8527 562.0726 794.8954 1.545 0.587 1.214 3.466 5.103 7.071 10.028 2.419 45.0802 96.8559 277.6539 407.2607 562.4730 795.3102 2.419 0.587 1.214 3.467 5.103 7.070 10.027 3.000 45.3549 97.1287 277.9197 407.5277 562.7523 795.5870 3.000 0.587 1.214 3.466 5.104 7.071 10.028 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.69308 14.22145 47.35742 71.10724 99.55013 142.21447 Transition 4.69308 14.22145 47.35742 71.10724 99.55013 142.21447 0.188 0.895 1.278 2.482 3.332 4.349 5.872 0.188 58.9690 110.5526 290.7130 419.8653 574.5305 806.5115 0.376 0.921 1.304 2.508 3.358 4.375 5.898 0.376 58.9668 110.5493 290.7019 419.8542 574.5270 806.5046 1.060 0.986 1.369 2.573 3.424 4.441 5.964 1.060 59.0354 110.6168 290.7741 419.9181 574.5954 806.5736 1.545 1.024 1.408 2.611 3.461 4.478 6.003 1.545 59.1089 110.6889 290.8374 419.9966 574.6632 806.6420 2.419 1.081 1.465 2.669 3.518 4.535 6.060 2.419 59.2455 110.8244 290.9753 420.1233 574.8045 806.7803 3.000 1.115 1.498 2.702 3.553 4.569 6.093 3.000 59.3373 110.9144 291.0681 420.2159 574.8943 806.8762 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.69308 14.22145 47.35742 71.10724 99.55013 142.21447 Transition 4.77185 14.46016 48.15235 72.30082 101.22115 144.60164 0.188 0.587 1.214 3.466 5.103 7.069 10.024 0.200 1.002 1.323 2.406 3.180 4.106 5.494 0.376 0.587 1.214 3.466 5.103 7.070 10.025 0.391 1.064 1.385 2.469 3.242 4.167 5.556 1.060 0.587 1.214 3.466 5.102 7.070 10.027 1.065 1.241 1.562 2.645 3.419 4.344 5.734 1.545 0.587 1.214 3.466 5.103 7.069 10.026 1.551 1.353 1.674 2.758 3.531 4.457 5.845 2.419 0.587 1.214 3.466 5.102 7.069 10.025 2.424 1.542 1.863 2.946 3.719 4.645 6.033 3.000 0.587 1.214 3.466 5.102 7.069 10.026 3.006 1.662 1.983 3.066 3.840 4.766 6.153 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77185 14.46016 48.15235 72.30082 101.22115 144.60164 Transition 4.77185 14.46016 48.15235 72.30082 101.22115 144.60164 0.200 58.5307 111.0592 294.1146 425.3338 582.4830 818.2087 0.200 0.533 1.171 3.445 5.090 7.057 10.011 0.391 58.5934 111.1212 294.1730 425.3958 582.5402 818.2715 0.391 0.533 1.170 3.447 5.090 7.052 10.006 1.065 58.8203 111.3505 294.3968 425.6160 582.7715 818.4905 1.065 0.533 1.170 3.445 5.090 7.057 10.011 1.551 58.9793 111.5051 294.5487 425.7771 582.9273 818.6543 1.551 0.533 1.171 3.445 5.089 7.057 10.011 2.424 59.2611 111.7894 294.8336 426.0671 583.2130 818.9362 2.424 0.533 1.171 3.446 5.086 7.058 10.012 3.006 59.4435 111.9740 295.0216 426.2408 583.3924 819.1247 3.006 0.533 1.171 3.447 5.088 7.055 10.009 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77366 14.46563 48.17056 72.32816 101.25942 144.65632 Transition 4.77366 14.46563 48.17056 72.32816 101.25942 144.65632 0.200 0.973 1.295 2.380 3.155 4.082 5.472 0.200 41.4107 94.1510 277.5695 409.0352 566.4789 802.6710 0.391 1.035 1.357 2.442 3.217 4.145 5.536 0.391 41.4711 94.2137 277.6323 409.0861 566.5427 802.7262 1.065 1.212 1.534 2.619 3.394 4.320 5.713 1.065 41.6978 94.4427 277.8689 409.3296 566.7711 802.9566 1.551 1.324 1.646 2.731 3.505 4.434 5.825 1.551 41.8595 94.6027 278.0260 409.4825 566.9292 803.1156 2.424 1.513 1.835 2.920 3.694 4.623 6.013 2.424 42.1462 94.8891 278.3139 409.7646 567.2150 803.4044 3.006 1.632 1.954 3.040 3.815 4.742 6.133 3.006 42.3363 95.0796 278.5015 409.9725 567.4122 803.5858 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.77366 14.46563 48.17056 72.32816 101.25942 144.65632 0.200 0.534 1.170 3.445 5.086 7.052 10.005 0.391 0.534 1.170 3.444 5.086 7.052 10.009 1.065 0.534 1.170 3.445 5.086 7.052 10.004 1.551 0.534 1.170 3.445 5.085 7.052 10.004 2.424 0.534 1.170 3.443 5.087 7.053 10.006 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.77735 14.47682 48.20781 72.38409 101.33773 144.76819 0.200 1.002 1.324 2.410 3.185 4.114 5.505 0.391 1.065 1.386 2.472 3.247 4.176 5.569 1.065 1.241 1.563 2.649 3.425 4.352 5.744 1.551 1.353 1.675 2.761 3.537 4.465 5.855 2.424 1.542 1.864 2.950 3.726 4.653 6.046 3.006 0.534 1.170 3.444 5.085 7.051 10.003 3.006 1.662 1.984 3.070 3.845 4.774 6.165 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77735 14.47682 48.20781 72.38409 101.33773 144.76819 Transition 4.77735 14.47682 48.20781 72.38409 101.33773 144.76819 0.200 42.5952 95.2760 278.8156 410.3790 567.9510 804.2994 0.200 0.532 1.170 3.446 5.092 7.058 10.015 0.391 42.6603 95.3359 278.8694 410.4386 568.0180 804.3586 0.391 0.532 1.170 3.448 5.092 7.058 10.010 1.065 42.8917 95.5692 279.1031 410.6720 568.2496 804.5900 1.065 0.532 1.171 3.446 5.092 7.058 10.015 1.551 43.0534 95.7336 279.2725 410.8317 568.4099 804.7521 1.551 0.532 1.170 3.446 5.091 7.057 10.014 2.424 43.3409 96.0161 279.5554 411.1099 568.6915 805.0428 2.424 0.532 1.170 3.447 5.088 7.059 10.016 3.006 43.5280 96.2045 279.7488 411.3156 568.8834 805.2320 3.006 0.532 1.170 3.448 5.090 7.061 10.013 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.76364 14.43527 48.06945 72.17635 101.04688 144.35269 Transition 4.76364 14.43527 48.06945 72.17635 101.04688 144.35269 0.200 1.002 1.324 2.407 3.182 4.108 5.497 0.200 58.2896 110.7741 293.6638 424.7621 581.7959 817.2866 0.391 1.065 1.386 2.470 3.244 4.171 5.559 0.391 58.3121 110.7938 293.6777 424.7861 581.8173 817.3038 1.065 1.241 1.562 2.646 3.420 4.346 5.735 1.065 58.4120 110.8925 293.7876 424.8899 581.9129 817.4005 1.551 1.353 1.675 2.759 3.532 4.460 5.849 1.551 58.4845 110.9678 293.8477 424.9564 581.9895 817.4761 2.424 1.542 1.864 2.948 3.721 4.648 6.036 2.424 58.6121 111.0901 293.9743 425.0784 582.1156 817.5936 3.006 1.662 1.984 3.068 3.841 4.768 6.156 3.006 58.6933 111.1790 294.0659 425.1710 582.2013 817.6848 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.76364 14.43527 48.06945 72.17635 101.04688 144.35269 Transition 4.78487 14.49961 48.28370 72.49805 101.49728 144.99611 0.200 0.533 1.170 3.447 5.088 7.055 10.007 0.200 1.002 1.323 2.408 3.183 4.112 5.502 0.391 0.533 1.171 3.445 5.088 7.055 10.002 0.391 1.064 1.386 2.471 3.246 4.173 5.562 1.065 0.533 1.171 3.447 5.088 7.054 10.007 1.065 1.241 1.562 2.647 3.422 4.350 5.740 1.551 0.533 1.170 3.446 5.087 7.054 10.007 1.551 1.353 1.675 2.760 3.534 4.462 5.852 2.424 0.533 1.171 3.445 5.089 7.055 10.009 2.424 1.542 1.863 2.948 3.723 4.651 6.043 3.006 0.533 1.170 3.445 5.086 7.053 10.006 3.006 1.662 1.984 3.069 3.843 4.770 6.160 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.78487 14.49961 48.28370 72.49805 101.49728 144.99611 Transition 4.78487 14.49961 48.28370 72.49805 101.49728 144.99611 0.200 42.8315 95.5488 279.2213 410.8770 568.5678 805.0926 0.200 0.532 1.171 3.448 5.089 7.056 10.009 0.391 42.9363 95.6510 279.3178 410.9765 568.6710 805.1914 0.391 0.532 1.170 3.446 5.089 7.061 10.014 1.065 43.2945 96.0082 279.6763 411.3319 569.0220 805.5484 1.065 0.532 1.170 3.448 5.089 7.056 10.009 1.551 43.5444 96.2547 279.9272 411.5887 569.2825 805.7965 1.551 0.532 1.170 3.447 5.088 7.055 10.009 2.424 43.9854 96.6986 280.3636 412.0170 569.7182 806.2328 2.424 0.532 1.170 3.446 5.090 7.057 10.010 3.006 44.2727 96.9919 280.6660 412.3222 570.0046 806.5266 3.006 0.532 1.170 3.446 5.087 7.059 10.008 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.342 1.471 1.583 1.965 2.239 2.567 3.059 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.525 1.608 1.720 2.102 2.376 2.704 3.196 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 3.3909 5.5860 13.2142 18.6805 25.2246 35.0427 0.342 3.3985 5.5979 13.2265 18.6928 25.2371 35.0550 1.031 3.4547 5.6542 13.2828 18.7489 25.2934 35.1119 1.525 3.4970 5.6973 13.3259 18.7920 25.3365 35.1549 2.410 2.999 1.690 1.740 1.802 1.852 2.184 2.234 2.458 2.508 2.786 2.836 3.278 3.328 2.410 2.999 3.5811 5.7803 13.4086 18.8752 25.4193 35.2375 3.6384 5.8375 13.4658 18.9313 25.4765 35.2950 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 24.3859 25.8124 30.7731 34.3251 38.5775 44.9561 0.351 24.3623 25.7934 30.7533 34.3056 38.5585 44.9375 1.037 24.3158 25.7419 30.7019 34.2538 38.5066 44.8861 1.527 24.2742 25.7055 30.6654 34.2179 38.4711 44.8490 2.413 24.2056 25.6351 30.5948 34.1469 38.4000 44.7788 3.001 24.1572 25.5868 30.5465 34.0988 38.3519 44.7304 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.69456 14.22593 47.37235 71.12965 99.58151 142.25931 Transition 4.69456 14.22593 47.37235 71.12965 99.58151 142.25931 0.174 1.259 1.646 2.852 3.703 4.719 6.244 0.174 42.1250 93.9416 274.3104 403.5948 558.4202 790.6624 0.366 1.319 1.707 2.913 3.762 4.780 6.304 0.366 42.1585 93.9738 274.3436 403.6317 558.4530 790.6887 1.046 1.490 1.877 3.083 3.933 4.950 6.476 1.046 42.2944 94.1115 274.4765 403.7461 558.5830 790.8268 1.536 1.599 1.986 3.192 4.043 5.059 6.583 1.536 42.3931 94.2074 274.5780 403.8620 558.6819 790.9198 2.418 1.782 2.170 3.375 4.225 5.243 6.767 2.418 42.5701 94.3854 274.7524 404.0363 558.8607 791.1028 3.005 1.899 2.286 3.493 4.343 5.360 6.885 3.005 42.6879 94.5068 274.8726 404.1534 558.9825 791.2205 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69456 14.22593 47.37235 71.12965 99.58151 142.25931 Transition 4.70439 14.25573 47.47159 71.27866 99.79013 142.55733 0.174 0.610 1.235 3.481 5.114 7.078 10.029 0.174 1.263 1.650 2.857 3.708 4.726 6.251 0.366 0.610 1.235 3.481 5.114 7.077 10.030 0.366 1.323 1.710 2.916 3.767 4.785 6.312 1.046 0.610 1.235 3.480 5.114 7.078 10.028 1.046 1.494 1.881 3.087 3.938 4.956 6.483 1.536 0.610 1.235 3.480 5.114 7.078 10.027 1.536 1.602 1.990 3.196 4.048 5.066 6.593 2.418 0.610 1.235 3.480 5.114 7.077 10.029 2.418 1.786 2.173 3.380 4.232 5.248 6.777 3.005 0.610 1.235 3.481 5.114 7.077 10.030 3.005 1.903 2.290 3.497 4.348 5.366 6.891 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70439 14.25573 47.47159 71.27866 99.79013 142.55733 Transition 4.70439 14.25573 47.47159 71.27866 99.79013 142.55733 0.174 40.6518 92.6240 273.3745 402.9236 558.0755 790.8188 0.174 0.597 1.218 3.468 5.105 7.072 10.029 0.366 40.6840 92.6550 273.4094 402.9531 558.1073 790.8536 0.366 0.597 1.218 3.467 5.104 7.071 10.030 1.046 40.8206 92.7893 273.5391 403.0924 558.2461 790.9829 1.046 0.597 1.218 3.468 5.104 7.072 10.028 1.536 40.9194 92.8892 273.6441 403.1957 558.3427 791.0787 1.536 0.597 1.218 3.468 5.104 7.072 10.031 2.418 41.0978 93.0658 273.8184 403.3621 558.5262 791.2635 2.418 0.597 1.218 3.468 5.104 7.071 10.030 3.005 41.2151 93.1837 273.9385 403.4860 558.6394 791.3790 3.005 0.597 1.218 3.468 5.105 7.072 10.029 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70148 14.24690 47.44216 71.23448 99.72827 142.46896 Transition 4.70148 14.24690 47.44216 71.23448 99.72827 142.46896 0.174 1.262 1.650 2.854 3.704 4.721 6.244 0.174 58.6643 110.8192 291.3695 420.6721 575.4986 807.7195 0.366 1.321 1.709 2.914 3.763 4.779 6.301 0.366 58.7297 110.8847 291.4402 420.7378 575.5524 807.7884 1.047 1.492 1.880 3.085 3.934 4.951 6.472 1.047 59.0223 111.1770 291.7342 421.0279 575.8476 808.0835 1.539 1.601 1.989 3.193 4.044 5.060 6.582 1.539 59.2486 111.4026 291.9481 421.2602 576.0703 808.3056 2.418 1.785 2.173 3.378 4.228 5.243 6.766 2.418 59.6605 111.8117 292.3615 421.6648 576.4892 808.7141 3.005 1.902 2.290 3.495 4.344 5.360 6.884 3.005 59.9364 112.0923 292.6412 421.9371 576.7600 808.9916 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70148 14.24690 47.44216 71.23448 99.72827 142.46896 Transition 4.71114 14.27619 47.53972 71.38096 99.93335 142.76192 0.174 0.592 1.216 3.468 5.103 7.071 10.027 0.174 1.262 1.650 2.856 3.706 4.723 6.248 0.366 0.593 1.216 3.467 5.104 7.072 10.028 0.366 1.321 1.709 2.915 3.766 4.782 6.307 1.047 0.593 1.216 3.467 5.104 7.070 10.028 1.047 1.492 1.880 3.087 3.937 4.953 6.479 1.539 0.593 1.216 3.467 5.104 7.071 10.028 1.539 1.601 1.990 3.196 4.046 5.063 6.588 2.418 0.593 1.216 3.467 5.103 7.071 10.028 2.418 1.785 2.174 3.379 4.229 5.247 6.773 3.005 0.594 1.217 3.467 5.104 7.071 10.028 3.005 1.902 2.291 3.496 4.347 5.365 6.887 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71114 14.27619 47.53972 71.38096 99.93335 142.76192 Transition 4.71114 14.27619 47.53972 71.38096 99.93335 142.76192 0.174 43.6004 95.9075 276.9713 406.6268 561.8680 794.6977 0.174 0.592 1.215 3.467 5.104 7.070 10.028 0.366 43.7062 96.0137 277.0733 406.7351 561.9701 794.8054 0.366 0.592 1.215 3.467 5.103 7.071 10.028 1.047 44.1244 96.4309 277.4888 407.1440 562.3831 795.2231 1.047 0.592 1.215 3.467 5.104 7.071 10.027 1.539 44.4380 96.7434 277.8111 407.4643 562.6859 795.5393 1.539 0.592 1.216 3.467 5.103 7.071 10.026 2.418 45.0040 97.3082 278.3667 408.0259 563.2545 796.1078 2.418 0.593 1.216 3.467 5.104 7.070 10.027 3.005 45.3806 97.6884 278.7462 408.3921 563.6404 796.4777 3.005 0.593 1.216 3.467 5.103 7.070 10.028 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66481 2.01458 6.70854 10.07289 14.10205 20.14578 0.493 0.769 0.879 1.259 1.531 1.856 2.345 1.156 0.952 1.062 1.442 1.714 2.039 2.528 3.449 1.492 1.602 1.982 2.254 2.579 3.068 5.090 1.861 1.971 2.350 2.622 2.948 3.436 8.036 2.504 2.614 2.993 3.265 3.591 4.079 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66481 2.01458 6.70854 10.07289 14.10205 20.14578 0.493 9.0947 11.2731 18.8443 24.2696 30.7673 40.5140 1.156 8.6235 10.8026 18.3739 23.7998 30.2972 40.0439 3.449 9.4370 11.6155 19.1866 24.6121 31.1093 40.8565 5.090 10.4248 12.6040 20.1752 25.6012 32.0980 41.8449 8.036 12.3808 14.5593 22.1305 27.5562 34.0537 43.8009 10.000 2.923 3.033 3.413 3.685 4.010 4.499 10.000 13.7313 15.9100 23.4815 28.9075 35.4048 45.1519 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66481 2.01458 6.70854 10.07289 14.10205 20.14578 0.493 0.126 0.321 1.022 1.527 2.131 3.038 1.156 0.126 0.321 1.022 1.527 2.131 3.037 3.449 0.126 0.321 1.022 1.527 2.131 3.038 5.090 0.126 0.321 1.022 1.526 2.131 3.037 8.036 0.126 0.321 1.022 1.527 2.130 3.037 10.000 0.126 0.321 1.022 1.526 2.130 3.038 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66529 2.01602 6.71336 10.08012 14.11216 20.16024 0.493 0.677 0.787 1.167 1.439 1.765 2.253 1.156 0.816 0.927 1.306 1.578 1.904 2.393 3.449 1.214 1.325 1.704 1.976 2.302 2.791 5.090 1.474 1.585 1.965 2.237 2.563 3.051 8.036 1.923 2.034 2.413 2.686 3.011 3.500 9.999 2.213 2.324 2.703 2.976 3.301 3.790 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66529 2.01602 6.71336 10.08012 14.11216 20.16024 0.493 8.6132 10.7928 18.3700 23.7990 30.3005 40.0553 1.156 7.9051 10.0844 17.6614 23.0905 29.5934 39.3468 3.449 7.9616 10.1460 17.7238 23.1533 29.6559 39.4087 5.090 8.4212 10.6070 18.1853 23.6145 30.1171 39.8700 8.036 9.4471 11.6344 19.2122 24.6423 31.1444 40.8978 9.999 10.1861 12.3708 19.9492 25.3788 31.8814 41.6348 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66529 2.01602 6.71336 10.08012 14.11216 20.16024 0.493 0.126 0.321 1.023 1.528 2.133 3.040 1.156 0.126 0.321 1.023 1.528 2.133 3.040 3.449 0.126 0.321 1.023 1.528 2.132 3.040 5.090 0.126 0.322 1.023 1.527 2.133 3.040 8.036 0.127 0.321 1.023 1.528 2.132 3.040 9.999 0.127 0.322 1.023 1.528 2.133 3.039 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66504 2.01526 6.71083 10.07632 14.10685 20.15264 0.494 0.600 0.710 1.090 1.362 1.688 2.176 1.158 0.751 0.861 1.241 1.513 1.839 2.328 3.448 1.175 1.285 1.665 1.937 2.262 2.751 5.088 1.461 1.571 1.951 2.223 2.549 3.037 8.034 1.965 2.075 2.455 2.727 3.052 3.541 9.997 2.294 2.404 2.784 3.056 3.381 3.870 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66504 2.01526 6.71083 10.07632 14.10685 20.15264 0.494 8.9741 11.1601 18.7344 24.1620 30.6628 40.4118 1.158 8.6556 10.8352 18.4089 23.8355 30.3361 40.0863 3.448 10.1534 12.3327 19.9057 25.3327 31.8335 41.5843 5.088 11.7049 13.8844 21.4581 26.8848 33.3850 43.1363 8.034 14.7007 16.8800 24.4540 29.8804 36.3820 46.1313 9.997 16.7538 18.9333 26.5068 31.9337 38.4342 48.1851 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66504 2.01526 6.71083 10.07632 14.10685 20.15264 0.494 0.125 0.321 1.023 1.527 2.131 3.039 1.158 0.125 0.321 1.022 1.527 2.132 3.038 3.448 0.126 0.321 1.022 1.527 2.132 3.038 5.088 0.126 0.321 1.023 1.527 2.132 3.039 8.034 0.126 0.321 1.023 1.528 2.131 3.038 9.997 0.126 0.321 1.023 1.528 2.132 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43602 1.32127 4.39981 6.60633 9.24886 13.21265 0.483 1.004 1.098 1.425 1.658 1.938 2.359 1.139 1.020 1.114 1.441 1.675 1.955 2.375 3.435 1.124 1.218 1.544 1.778 2.058 2.478 5.078 1.213 1.308 1.634 1.868 2.148 2.568 8.034 1.375 1.469 1.796 2.029 2.309 2.729 10.001 1.476 1.571 1.897 2.131 2.411 2.831 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43602 1.32127 4.39981 6.60633 9.24886 13.21265 0.483 38.3576 39.7928 44.7567 48.3115 52.5679 58.9525 1.139 37.6727 39.1071 44.0710 47.6253 51.8823 58.2664 3.435 38.4901 39.9208 44.8847 48.4397 52.6963 59.0806 5.078 39.5854 41.0204 45.9843 49.5394 53.7958 60.1801 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43602 1.32127 4.39981 6.60633 9.24886 13.21265 0.483 0.130 0.325 1.025 1.528 2.131 3.031 1.139 0.131 0.325 1.026 1.528 2.132 3.032 3.435 0.131 0.325 1.025 1.528 2.131 3.032 5.078 0.130 0.325 1.025 1.527 2.131 3.036 8.034 10.001 41.6783 43.1143 48.0780 51.6326 55.8892 62.2739 43.0699 44.5062 49.4705 53.0245 57.2814 63.6655 8.034 10.001 0.130 0.130 0.325 0.325 1.025 1.025 1.529 1.527 2.128 2.130 3.033 3.037 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43606 1.32141 4.40028 6.60703 9.24985 13.21407 0.483 0.753 0.847 1.173 1.407 1.687 2.107 1.142 0.730 0.825 1.151 1.385 1.665 2.085 3.432 0.641 0.735 1.062 1.296 1.576 1.996 5.078 0.548 0.642 0.968 1.202 1.482 1.902 8.034 0.347 0.441 0.767 1.001 1.281 1.701 10.001 0.199 0.294 0.620 0.854 1.134 1.554 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43606 1.32141 4.40028 6.60703 9.24985 13.21407 0.483 22.5961 24.0228 28.9870 32.5427 36.7992 43.1839 1.142 21.6493 23.0808 28.0451 31.6008 35.8574 42.2423 3.432 21.1403 22.5691 27.5333 31.0891 35.3455 41.7299 5.078 21.2362 22.6689 27.6329 31.1878 35.4452 41.8295 8.034 21.6358 23.0631 28.0273 31.5826 35.8399 42.2242 10.001 21.9624 23.3933 28.3568 31.9123 36.1691 42.5537 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43606 1.32141 4.40028 6.60703 9.24985 13.21407 0.483 0.132 0.326 1.025 1.529 2.129 3.033 1.142 0.131 0.326 1.026 1.528 2.132 3.031 3.432 0.133 0.326 1.026 1.528 2.130 3.035 5.078 0.132 0.326 1.025 1.528 2.130 3.037 8.034 0.133 0.326 1.025 1.528 2.130 3.037 10.001 0.133 0.326 1.026 1.529 2.130 3.033 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43548 1.31965 4.39443 6.59824 9.23753 13.19648 0.485 0.571 0.665 0.991 1.224 1.504 1.923 1.142 0.568 0.662 0.988 1.222 1.501 1.921 3.431 0.530 0.624 0.950 1.184 1.464 1.883 5.078 0.482 0.576 0.902 1.135 1.415 1.835 8.034 0.372 0.466 0.792 1.026 1.306 1.725 10.001 0.289 0.383 0.709 0.943 1.222 1.642 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43548 1.31965 4.39443 6.59824 9.23753 13.19648 0.485 57.6912 59.1192 64.0774 67.6283 71.8792 78.2546 1.142 57.0064 58.4403 63.3977 66.9475 71.1990 77.5741 3.431 57.7065 59.1400 64.0982 67.6482 71.8993 78.2754 5.078 58.6317 60.0600 65.0184 68.5692 72.8208 79.1953 8.034 60.4164 61.8497 66.8083 70.3580 74.6093 80.9849 10.001 61.6326 63.0607 68.0193 71.5698 75.8212 82.1964 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43548 1.31965 4.39443 6.59824 9.23753 13.19648 0.485 0.130 0.325 1.024 1.525 2.128 3.029 1.142 0.130 0.325 1.024 1.527 2.127 3.029 3.431 0.130 0.325 1.024 1.526 2.127 3.030 5.078 0.130 0.325 1.025 1.526 2.128 3.033 8.034 0.130 0.325 1.024 1.527 2.128 3.031 10.001 0.130 0.325 1.024 1.527 2.127 3.029 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77232 14.46158 48.15706 72.30790 101.23106 144.61580 Transition 4.77232 14.46158 48.15706 72.30790 101.23106 144.61580 0.180 1.145 1.468 2.552 3.325 4.252 5.640 0.180 62.1751 114.9282 298.0973 429.3391 586.4964 822.2759 0.370 1.215 1.537 2.621 3.395 4.320 5.710 0.370 62.2738 115.0271 298.1939 429.4340 586.5911 822.3688 1.050 1.414 1.736 2.820 3.594 4.520 5.909 1.050 62.6889 115.4393 298.5961 429.8379 587.0009 822.7646 1.539 1.542 1.864 2.948 3.722 4.647 6.037 1.539 62.9675 115.7143 298.8744 430.1299 587.2806 823.0507 2.418 1.754 2.076 3.160 3.933 4.860 6.248 2.418 63.4782 116.2248 299.3869 430.6174 587.7774 823.5650 3.006 1.888 2.210 3.294 4.067 4.993 6.381 3.006 63.8143 116.5614 299.7248 430.9698 588.1241 823.8909 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77232 14.46158 48.15706 72.30790 101.23106 144.61580 Transition 4.78260 14.49274 48.26083 72.46371 101.44919 144.92742 0.180 0.532 1.170 3.444 5.088 7.055 10.004 0.180 1.145 1.468 2.553 3.328 4.255 5.643 0.370 0.532 1.169 3.445 5.090 7.058 10.012 0.370 1.214 1.537 2.622 3.396 4.324 5.713 1.050 0.532 1.169 3.445 5.090 7.058 10.012 1.050 1.414 1.736 2.822 3.596 4.523 5.913 1.539 0.531 1.169 3.445 5.089 7.056 10.005 1.539 1.541 1.864 2.949 3.723 4.651 6.040 2.418 0.531 1.169 3.444 5.090 7.057 10.011 2.418 1.754 2.076 3.162 3.936 4.863 6.252 3.006 0.531 1.169 3.446 5.086 7.058 10.012 3.006 1.888 2.210 3.295 4.071 4.997 6.387 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.78260 14.49274 48.26083 72.46371 101.44919 144.92742 Transition 4.78260 14.49274 48.26083 72.46371 101.44919 144.92742 0.180 46.4997 99.4040 283.0822 414.6874 572.3028 808.7039 0.180 0.531 1.168 3.444 5.087 7.054 10.007 0.370 46.6408 99.5441 283.2224 414.8193 572.4224 808.8364 0.370 0.531 1.168 3.445 5.090 7.056 10.010 1.050 47.1954 100.0934 283.7678 415.3751 572.9822 809.3898 1.050 0.531 1.168 3.445 5.090 7.057 10.010 1.539 47.5690 100.4694 284.1441 415.7455 573.3549 809.7596 1.539 0.530 1.168 3.445 5.088 7.055 10.004 2.418 48.2458 101.1482 284.8234 416.4335 574.0300 810.4378 2.418 0.530 1.168 3.444 5.089 7.056 10.009 3.006 48.6909 101.5886 285.2710 416.8673 574.4689 810.8834 3.006 0.530 1.168 3.445 5.085 7.057 10.011 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77451 14.46822 48.17916 72.34108 101.27752 144.68217 Transition 4.77451 14.46822 48.17916 72.34108 101.27752 144.68217 0.180 1.128 1.450 2.535 3.310 4.238 5.630 0.180 44.3223 97.0723 280.5239 412.0144 569.5005 805.6867 0.370 1.198 1.520 2.605 3.381 4.308 5.700 0.370 44.3609 97.1089 280.5631 412.0493 569.5406 805.7182 1.050 1.400 1.722 2.807 3.583 4.510 5.901 1.050 44.5193 97.2704 280.7207 412.2105 569.6933 805.8771 1.539 1.528 1.850 2.935 3.710 4.639 6.029 1.539 44.6250 97.3726 280.8325 412.3107 569.7988 805.9857 2.418 1.742 2.064 3.149 3.925 4.852 6.242 2.418 44.8327 97.5780 281.0396 412.5184 570.0110 806.1909 3.006 1.878 2.199 3.285 4.060 4.988 6.377 3.006 44.9697 97.7190 281.1789 412.6535 570.1490 806.3270 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.77451 14.46822 48.17916 72.34108 101.27752 144.68217 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.180 0.531 1.168 3.445 5.089 7.055 10.007 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.370 0.531 1.168 3.444 5.085 7.051 10.004 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.050 0.531 1.168 3.445 5.088 7.054 10.002 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.539 0.531 1.168 3.445 5.085 7.052 10.004 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.418 0.530 1.168 3.445 5.085 7.056 10.009 2.412 1.715 1.827 2.210 2.484 2.813 3.306 3.006 0.530 1.168 3.446 5.085 7.056 10.009 2.997 1.756 1.867 2.250 2.525 2.853 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6519 5.8516 13.4947 18.9714 25.5312 35.3680 0.352 3.6691 5.8684 13.5117 18.9882 25.5478 35.3850 1.040 3.7500 5.9497 13.5926 19.0695 25.6290 35.4663 1.533 3.8092 6.0114 13.6557 19.1324 25.6908 35.5288 2.412 3.9319 6.1311 13.7742 19.2508 25.8109 35.6473 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0119 6.2112 13.8543 19.3310 25.8903 35.7276 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.154 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 39.0583 40.4932 45.4612 49.0188 53.2780 59.6667 0.368 39.0232 40.4581 45.4263 48.9837 53.2432 59.6310 1.051 38.9284 40.3653 45.3331 48.8904 53.1502 59.5383 1.537 38.8668 40.2974 45.2654 48.8231 53.0824 59.4706 2.418 38.7372 40.1741 45.1413 48.6988 52.9584 59.3462 3.006 38.6567 40.0872 45.0556 48.6132 52.8718 59.2601 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43633 1.32221 4.40297 6.61107 9.25550 13.22214 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.188 0.614 0.377 0.641 1.060 0.706 1.544 0.743 2.419 0.800 3.000 0.833 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.188 2.0466 0.377 2.0805 1.060 2.2551 1.544 2.4041 2.419 2.6711 3.000 2.8502 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.188 0.000 0.377 0.000 1.060 0.000 1.544 0.000 2.419 0.000 3.000 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.188 0.356 0.376 0.382 1.060 0.447 1.544 0.485 2.418 0.542 3.000 0.576 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.188 3.4604 0.376 3.4946 1.060 3.6694 1.544 3.8141 2.418 4.0786 3.000 4.2563 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.188 0.000 0.376 0.000 1.060 0.000 1.544 0.000 2.418 0.000 3.000 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Delay 0.200 0.668 0.391 0.731 1.065 0.907 1.551 1.020 2.424 1.209 3.006 1.329 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.200 1.4675 0.391 1.5272 1.065 1.7559 1.551 1.9181 2.424 2.2048 3.006 2.3940 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.200 0.000 0.391 0.000 1.065 0.000 1.551 0.000 2.424 0.000 3.006 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.200 0.481 0.391 0.544 1.065 0.720 1.551 0.832 2.424 1.021 3.006 1.140 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.200 5.5256 0.391 5.5849 1.065 5.8136 1.551 5.9758 2.424 6.2635 3.006 6.4526 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.200 0.000 0.391 0.000 1.065 0.000 1.551 0.000 2.424 0.000 3.006 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.167 0.420 0.359 0.441 1.043 0.497 1.533 0.527 2.415 0.574 3.002 0.602 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.167 0.8469 0.359 0.8761 1.043 1.0041 1.533 1.1017 2.415 1.2804 3.002 1.3989 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.167 0.000 0.359 0.000 1.043 0.000 1.533 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.167 0.421 0.359 0.442 1.043 0.498 1.533 0.528 2.415 0.575 3.002 0.603 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.167 0.8379 0.359 0.8671 1.043 0.9951 1.533 1.0926 2.415 1.2714 3.002 1.3898 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=1 condition=0 Input Transition Output Slope Input Transition Delay 0.167 0.000 0.174 0.737 0.359 0.000 0.366 0.797 1.043 0.000 1.046 0.968 1.533 0.000 1.536 1.077 2.415 0.000 2.418 1.260 3.002 0.000 3.005 1.377 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.174 2.9081 0.366 2.9421 1.046 3.0781 1.536 3.1772 2.418 3.3550 3.005 3.4722 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope Input Transition Delay 0.174 0.000 0.174 0.744 0.366 0.000 0.366 0.804 1.046 0.000 1.046 0.975 1.536 0.000 1.536 1.084 2.418 0.000 2.418 1.267 3.005 0.000 3.005 1.384 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.174 2.9153 0.366 2.9492 1.046 3.0854 1.536 3.1844 2.418 3.3622 3.005 3.4795 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=1 Input Transition Output Slope 0.174 0.000 0.366 0.000 1.046 0.000 1.536 0.000 2.418 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.170 0.775 0.361 0.802 1.047 0.870 1.536 0.907 2.414 0.966 3.002 0.999 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.170 3.9845 0.361 4.0106 1.047 4.1334 1.536 4.2330 2.414 4.4313 3.002 4.5608 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.170 0.000 0.361 0.000 1.047 0.000 1.536 0.000 2.414 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.180 0.572 0.370 0.642 1.050 0.844 1.539 0.972 2.418 1.187 3.006 1.322 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.180 9.9020 0.370 9.9444 1.050 10.1035 1.539 10.2098 2.418 10.4183 3.006 10.5573 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.180 0.000 0.370 0.000 1.050 0.000 1.539 0.000 2.418 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.188 17.4176 0.200 17.3691 0.376 17.4585 0.391 17.3122 1.060 17.6193 1.065 17.4078 1.544 17.7714 1.551 17.5494 2.419 18.0357 2.424 17.8459 3.000 18.2074 3.006 18.0441 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3680 0.342 0.3757 1.031 0.4161 1.525 0.4487 2.410 0.5101 2.999 0.5523 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 4.6250 0.342 4.6441 1.031 4.6888 1.525 4.7282 2.410 4.8108 2.999 4.8682 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7054 0.351 0.7390 1.038 0.8571 1.530 0.9344 2.413 1.0668 3.006 1.1505 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 5.9555 0.351 5.9662 1.037 6.0680 1.527 6.1141 2.413 6.2177 3.001 6.2774 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.167 16.7658 0.359 16.8060 1.043 16.9348 1.533 17.0502 2.415 17.2632 3.002 17.3983 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.167 0.4013 0.359 0.4312 1.043 0.5575 1.533 0.6544 2.415 0.8309 3.002 0.9467 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.167 15.6351 0.359 15.6819 1.043 15.8126 1.533 15.9529 2.415 16.1625 3.002 16.2842 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.174 19.4482 0.366 19.4873 1.046 19.6335 1.536 19.7398 2.418 19.9299 3.005 20.0545 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 0.4452 0.366 0.4739 1.046 0.6079 1.536 0.7053 2.418 0.8828 3.005 1.0003 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 15.7012 0.366 15.5526 1.046 15.5668 1.536 15.6283 2.418 15.8075 3.005 15.9272 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.492 5.7747 1.154 4.9264 3.445 4.3012 5.087 4.1492 8.034 3.9892 10.000 3.9136 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.481 -1.6580 1.136 -2.4790 3.428 -3.1321 5.073 -3.2963 8.029 -3.4722 10.001 -3.5571 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.170 16.6052 0.361 16.6298 1.047 16.7287 1.536 16.8455 2.414 17.0389 3.001 17.1536 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4543 1.047 0.5751 1.536 0.6754 2.414 0.8590 3.001 0.9820 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5288 0.361 0.5845 1.047 0.8144 1.536 0.9902 2.414 1.3078 3.002 1.5198 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 15.3310 0.361 15.3375 1.047 15.4378 1.536 15.5561 2.414 15.7488 3.001 15.8651 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 16.6124 0.361 16.6395 1.047 16.7386 1.536 16.8548 2.414 17.0488 3.001 17.1631 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 16.8907 0.374 16.7954 1.052 16.8776 1.543 16.9667 2.423 17.1248 3.010 17.2360 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7766 1.052 0.9117 1.543 1.0119 2.423 1.1913 3.010 1.3112 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 15.8638 0.374 15.7056 1.052 15.6632 1.543 15.6840 2.423 15.7136 3.010 15.7416 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 15.6239 0.374 15.5372 1.052 15.6228 1.543 15.7136 2.423 15.8747 3.010 15.9893 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 16.8967 0.374 16.8010 1.052 16.8831 1.543 16.9723 2.423 17.1299 3.010 17.2404 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.170 18.0887 0.361 18.1221 1.047 18.2507 1.536 18.3527 2.414 18.5587 3.002 18.6975 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 3.3233 0.361 3.3543 1.047 3.4803 1.536 3.5849 2.414 3.7860 3.002 3.9192 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 2.9271 0.361 2.9570 1.047 3.0828 1.536 3.1896 2.414 3.3904 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 18.0932 0.361 18.1246 1.047 18.2533 1.536 18.3558 2.414 18.5634 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.180 19.5227 0.370 19.5734 1.050 19.7622 1.539 19.8913 2.418 20.1313 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.180 4.1366 0.370 4.1854 1.050 4.3632 1.539 4.4844 2.418 4.7090 3.002 3.5245 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.180 5.6753 0.370 5.7342 1.050 5.8933 1.539 6.0331 2.418 6.2515 3.006 6.4041 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 14.5330 0.335 14.4877 1.025 14.4110 1.520 14.3570 2.409 14.2873 3.002 14.2318 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2534 1.028 0.2874 1.522 0.3142 2.411 0.3637 3.005 0.3967 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.160 0.5515 0.352 0.5620 1.040 0.6178 1.533 0.6619 2.412 0.7468 2.997 0.8035 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 3.002 18.7026 3.006 20.2842 3.006 4.8550 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.180 19.5271 0.370 19.5784 1.050 19.7672 1.539 19.8960 2.418 20.1360 3.006 20.2889 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 15.7102 0.335 15.6827 1.025 15.5881 1.520 15.5221 2.409 15.4301 3.002 15.3697 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3989 0.335 0.4063 1.025 0.4406 1.520 0.4709 2.409 0.5292 3.002 0.5689 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 15.7158 0.335 15.6882 1.025 15.5947 1.520 15.5275 2.409 15.4351 3.002 15.3752 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 15.3687 0.335 15.3744 1.025 15.4072 1.520 15.4365 2.409 15.4929 3.002 15.5293 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4523 0.341 0.4921 1.028 0.6472 1.522 0.7562 2.411 0.9487 3.005 1.0751 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3950 0.341 0.4328 1.028 0.5793 1.522 0.6820 2.411 0.8633 3.005 0.9823 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4545 0.341 0.4943 1.028 0.6493 1.522 0.7583 2.411 0.9509 3.005 1.0774 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 15.2380 0.341 14.8653 1.028 14.4841 1.522 14.3859 2.411 14.3177 3.005 14.3059 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.160 4.0188 0.352 4.0384 1.040 4.1109 1.533 4.1705 2.412 4.2793 2.997 4.3546 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1469 0.368 1.1962 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 4.5156 0.367 4.5692 1.051 4.7394 1.537 4.8329 2.418 4.9961 3.006 5.1018 A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description Oscillator pad without resistor Cell Attributes Function XTALOUT = !(EO&XTALIN) CK = EI&XTALIN PLOSC14M Area 25480 Logic Symbol Operating Condition Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin EI EO XTALIN capcitance 0.03961 0.03961 1.92533 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 2507.351 pW Cell Characteristics Path Delay(ns): EI Fall -> CK Fall Dynamic Power(pJ): EI Fall -> CK Fall Input Output Load(pF) Input Output Load(pF) Transition 0.56535 1.71319 5.70493 8.56596 11.99235 17.13193 Transition 0.56535 1.71319 5.70493 8.56596 11.99235 17.13193 0.169 0.486 0.590 0.914 1.144 1.419 1.831 0.169 5.0857 6.9629 13.4383 18.0745 23.6257 31.9529 0.360 0.512 0.616 0.940 1.170 1.445 1.857 0.360 5.1091 6.9865 13.4617 18.0982 23.6496 31.9767 1.046 0.576 0.680 1.004 1.234 1.509 1.921 1.046 5.2499 7.1271 13.6019 18.2389 23.7894 32.1166 1.535 0.613 0.716 1.041 1.270 1.545 1.958 1.535 5.3566 7.2336 13.7085 18.3451 23.8960 32.2231 2.415 0.666 0.770 1.095 1.324 1.599 2.011 2.415 5.5483 7.4256 13.9008 18.5370 24.0878 32.4157 3.002 0.698 0.801 1.126 1.356 1.630 2.043 3.002 5.6796 7.5574 14.0324 18.6688 24.2196 32.5474 Output Transtion(ns): EI Fall -> CK Fall Path Delay(ns): EI Rise -> CK Rise Input Output Load(pF) Input Output Load(pF) Transition 0.56535 1.71319 5.70493 8.56596 11.99235 17.13193 Transition 0.29012 0.87914 2.92753 4.39569 6.15396 8.79138 0.169 0.152 0.348 1.038 1.538 2.140 3.044 0.181 0.875 0.987 1.344 1.597 1.898 2.351 0.360 0.152 0.348 1.038 1.538 2.140 3.044 0.371 0.921 1.033 1.390 1.643 1.945 2.397 1.046 0.152 0.348 1.038 1.539 2.140 3.044 1.050 1.046 1.158 1.515 1.768 2.070 2.522 1.535 0.152 0.348 1.038 1.538 2.140 3.044 1.540 1.120 1.232 1.589 1.842 2.144 2.596 2.415 0.152 0.348 1.038 1.538 2.140 3.044 2.421 1.240 1.352 1.710 1.962 2.264 2.716 3.002 0.152 0.348 1.038 1.538 2.140 3.044 3.005 1.315 1.427 1.784 2.037 2.339 2.791 Dynamic Power(pJ): EI Rise -> CK Rise Input Output Load(pF) Transition 0.29012 0.87914 2.92753 4.39569 6.15396 8.79138 0.181 4.4629 5.4640 8.8295 11.2183 14.0733 18.3507 0.371 4.4932 5.4947 8.8604 11.2492 14.1041 18.3817 1.050 4.6373 5.6385 9.0048 11.3934 14.2485 18.5257 1.540 4.7400 5.7415 9.1075 11.4962 14.3511 18.6289 2.421 4.9249 5.9265 9.2925 11.6815 14.5363 18.8140 3.005 5.0499 6.0513 9.4174 11.8063 14.6612 18.9388 Output Transtion(ns): EI Rise -> CK Rise Input Output Load(pF) Transition 0.29012 0.87914 2.92753 4.39569 6.15396 8.79138 0.181 0.176 0.369 1.057 1.554 2.150 3.047 0.371 0.176 0.369 1.057 1.554 2.150 3.046 1.050 0.177 0.369 1.056 1.555 2.151 3.046 1.540 0.177 0.369 1.056 1.553 2.151 3.047 2.421 0.177 0.369 1.056 1.553 2.151 3.044 3.005 0.177 0.369 1.057 1.554 2.152 3.044 Path Delay(ns): EO Fall -> XTALOUT Rise Dynamic Power(pJ): EO Fall -> XTALOUT Rise Input Output Load(pF) Input Output Load(pF) Transition 3.08280 9.34183 31.10829 46.70914 65.39280 93.41829 Transition 3.08280 9.34183 31.10829 46.70914 65.39280 93.41829 0.169 1.011 1.714 4.150 5.895 7.984 11.119 0.169 28.8990 62.9769 181.4810 266.4017 367.9092 517.9178 0.361 1.037 1.740 4.176 5.921 8.011 11.144 0.361 28.9230 63.0010 181.5066 266.4245 367.9313 517.9159 1.046 1.100 1.803 4.238 5.983 8.073 11.207 1.046 29.0529 63.1306 181.6350 266.5542 368.0504 517.9612 1.535 1.134 1.837 4.273 6.018 8.108 11.242 1.535 29.1570 63.2353 181.7403 266.6597 368.1466 518.0045 2.415 1.187 1.890 4.326 6.071 8.161 11.295 2.415 29.3479 63.4263 181.9291 266.8491 368.3265 518.0838 3.003 1.219 1.921 4.357 6.102 8.192 11.326 3.003 29.4764 63.5542 182.0600 266.9754 368.4455 518.1428 Output Transtion(ns): EO Fall -> XTALOUT Rise Path Delay(ns): EO Rise -> XTALOUT Fall Input Output Load(pF) Input Output Load(pF) Transition 3.08280 9.34183 31.10829 46.70914 65.39280 93.41829 Transition 0.98727 2.99174 9.96249 14.95869 20.94216 29.91738 0.169 1.103 2.409 6.961 10.227 14.135 20.001 0.180 1.654 2.430 5.127 7.060 9.374 12.846 0.361 1.104 2.410 6.962 10.222 14.140 19.997 0.371 1.703 2.479 5.175 7.108 9.423 12.895 1.046 1.103 2.409 6.961 10.227 14.135 20.001 1.049 1.828 2.603 5.300 7.233 9.547 13.019 1.535 1.103 2.410 6.965 10.225 14.132 19.999 1.539 1.902 2.678 5.374 7.307 9.621 13.094 2.415 1.103 2.410 6.962 10.223 14.130 19.997 2.418 2.022 2.798 5.494 7.427 9.741 13.214 3.003 1.103 2.409 6.962 10.227 14.139 19.997 3.006 2.096 2.871 5.568 7.501 9.815 13.287 Dynamic Power(pJ): EO Rise -> XTALOUT Fall Output Transtion(ns): EO Rise -> XTALOUT Fall Input Output Load(pF) Input Output Load(pF) Transition 0.98727 2.99174 9.96249 14.95869 20.94216 29.91738 Transition 0.98727 2.99174 9.96249 14.95869 20.94216 29.91738 0.180 19.3319 30.2546 68.2138 95.4203 127.9976 176.8654 0.180 2.001 3.240 7.573 10.683 14.412 20.000 0.371 19.3628 30.2837 68.2424 95.4503 128.0276 176.8948 0.371 2.001 3.239 7.573 10.683 14.413 20.000 1.049 19.5049 30.4266 68.3869 95.5946 128.1720 177.0383 1.049 2.001 3.240 7.574 10.684 14.410 20.005 1.539 19.6039 30.5264 68.4855 95.6912 128.2692 177.1377 1.539 2.001 3.239 7.574 10.686 14.410 20.000 2.418 19.7904 30.7112 68.6712 95.8773 128.4565 177.3235 2.418 2.001 3.240 7.574 10.683 14.410 20.000 3.006 19.9103 30.8298 68.7899 95.9963 128.5734 177.4416 3.006 2.001 3.240 7.573 10.685 14.410 20.000 Path Delay(ns): XTALIN Fall -> CK Fall, condition=0 Dynamic Power(pJ): XTALIN Fall -> CK Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.53958 1.63509 5.44484 8.17543 11.44561 16.35087 Transition 0.53958 1.63509 5.44484 8.17543 11.44561 16.35087 0.249 0.242 0.343 0.654 0.874 1.136 1.530 0.249 16.2625 18.0599 24.2455 28.6711 33.9705 41.9171 0.436 0.210 0.313 0.626 0.845 1.108 1.501 0.436 16.3305 18.1301 24.3203 28.7463 34.0464 41.9939 1.094 0.062 0.171 0.488 0.708 0.971 1.365 1.094 18.1998 20.0045 26.2038 30.6333 35.9355 43.8850 1.571 0.000 0.052 0.372 0.592 0.855 1.249 1.571 19.8847 21.6892 27.8929 32.3234 37.6267 45.5775 2.430 0.000 0.000 0.146 0.368 0.631 1.025 2.430 23.1086 24.9077 31.1123 35.5449 40.8506 48.8020 3.003 0.000 0.000 0.000 0.210 0.474 0.869 3.003 25.3293 27.1278 33.3310 37.7650 43.0702 51.0228 Output Transtion(ns): XTALIN Fall -> CK Fall, condition=0 Path Delay(ns): XTALIN Fall -> CK Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.53958 1.63509 5.44484 8.17543 11.44561 16.35087 Transition 0.53994 1.63617 5.44844 8.18083 11.45317 16.36167 0.249 0.151 0.337 0.994 1.471 2.045 2.907 0.244 0.233 0.334 0.645 0.864 1.127 1.520 0.436 0.156 0.341 0.996 1.472 2.046 2.907 0.430 0.200 0.303 0.616 0.835 1.098 1.492 1.094 0.176 0.356 1.003 1.478 2.049 2.910 1.091 0.051 0.160 0.476 0.697 0.960 1.354 1.571 0.191 0.368 1.010 1.482 2.052 2.912 1.568 0.000 0.040 0.360 0.580 0.844 1.238 2.430 0.213 0.390 1.024 1.493 2.061 2.918 2.428 0.000 0.000 0.133 0.355 0.619 1.013 3.003 0.227 0.403 1.035 1.503 2.069 2.924 3.002 0.000 0.000 0.000 0.197 0.461 0.856 Dynamic Power(pJ): XTALIN Fall -> CK Fall, condition=1 Output Transtion(ns): XTALIN Fall -> CK Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.53994 1.63617 5.44844 8.18083 11.45317 16.36167 Transition 0.53994 1.63617 5.44844 8.18083 11.45317 16.36167 0.244 6.9927 8.7905 14.9786 19.4072 24.7093 32.6626 0.244 0.150 0.337 0.994 1.471 2.046 2.908 0.430 6.7411 8.5418 14.7351 19.1653 24.4677 32.4210 0.430 0.156 0.341 0.996 1.473 2.047 2.909 1.091 7.1989 9.0022 15.2040 19.6359 24.9410 32.8973 1.091 0.176 0.356 1.004 1.479 2.050 2.912 1.568 7.7687 9.5727 15.7775 20.2120 25.5169 33.4737 1.568 0.190 0.368 1.010 1.483 2.054 2.914 2.428 8.9029 10.7030 16.9094 21.3457 26.6527 34.6095 2.428 0.213 0.389 1.024 1.494 2.062 2.919 3.002 9.6872 11.4865 17.6933 22.1293 27.4369 35.3955 3.002 0.226 0.403 1.034 1.503 2.069 2.925 Path Delay(ns): XTALIN Fall -> XTALOUT Rise, condition=0 Dynamic Power(pJ): XTALIN Fall -> XTALOUT Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.07821 9.32792 31.06197 46.63959 65.29543 93.27918 Transition 3.07821 9.32792 31.06197 46.63959 65.29543 93.27918 0.246 0.716 1.420 3.854 5.596 7.683 10.813 0.246 32.1768 66.2285 184.5727 269.3720 370.7249 520.5575 0.432 0.710 1.416 3.851 5.594 7.680 10.810 0.432 32.2461 66.3031 184.6514 269.4489 370.8005 520.5943 1.092 0.671 1.400 3.846 5.591 7.678 10.810 1.092 34.0541 68.0922 186.4347 271.2291 372.5640 522.2232 1.570 0.620 1.377 3.840 5.587 7.677 10.809 1.570 35.6690 69.6750 187.9943 272.7868 374.1078 523.6636 2.429 0.498 1.309 3.822 5.577 7.670 10.806 2.429 38.7301 72.6468 190.9119 275.6915 376.9839 526.3420 3.002 0.402 1.249 3.803 5.565 7.663 10.801 3.002 40.8322 74.6765 192.8918 277.6596 378.9295 528.1530 Output Transtion(ns): XTALIN Fall -> XTALOUT Rise, condition=0 Path Delay(ns): XTALIN Fall -> XTALOUT Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.07821 9.32792 31.06197 46.63959 65.29543 93.27918 Transition 3.07714 9.32466 31.05112 46.62330 65.27262 93.24660 0.246 1.102 2.405 6.952 10.212 14.115 19.962 0.244 0.708 1.412 3.844 5.586 7.672 10.801 0.432 1.118 2.411 6.950 10.211 14.118 19.966 0.430 0.701 1.407 3.840 5.582 7.668 10.797 1.092 1.227 2.479 6.969 10.213 14.116 19.971 1.090 0.659 1.389 3.834 5.579 7.666 10.796 1.570 1.316 2.549 6.999 10.231 14.124 19.972 1.568 0.607 1.365 3.828 5.575 7.664 10.795 2.429 1.482 2.696 7.085 10.292 14.158 19.986 2.429 0.483 1.296 3.809 5.564 7.657 10.791 3.002 1.595 2.801 7.158 10.346 14.193 20.011 3.003 0.385 1.235 3.791 5.553 7.650 10.787 Dynamic Power(pJ): XTALIN Fall -> XTALOUT Rise, condition=1 Output Transtion(ns): XTALIN Fall -> XTALOUT Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.07714 9.32466 31.05112 46.62330 65.27262 93.24660 Transition 3.07714 9.32466 31.05112 46.62330 65.27262 93.24660 0.244 30.1764 64.2181 182.5188 267.2869 368.6119 518.3966 0.244 1.098 2.404 6.951 10.207 14.105 19.962 0.430 30.0917 64.1389 182.4443 267.2125 368.5346 518.2829 0.430 1.116 2.409 6.950 10.211 14.108 19.956 1.090 31.0723 65.1021 183.4012 268.1667 369.4740 519.0844 1.090 1.224 2.479 6.966 10.215 14.108 19.962 1.568 32.0146 66.0128 184.2950 269.0551 370.3499 519.8603 1.568 1.313 2.552 6.997 10.234 14.117 19.964 2.429 33.8528 67.7671 185.9945 270.7433 372.0090 521.3214 2.429 1.478 2.701 7.085 10.285 14.152 19.979 3.003 35.1374 68.9804 187.1590 271.8958 373.1420 522.3173 3.003 1.591 2.804 7.159 10.340 14.195 20.003 Path Delay(ns): XTALIN Rise -> CK Rise, condition=0 Input Output Load(pF) Transition 0.27559 0.83512 2.78095 4.17560 5.84584 8.35119 0.333 0.560 0.668 1.009 1.249 1.536 1.966 0.491 0.707 0.815 1.158 1.399 1.687 2.117 1.113 1.216 1.330 1.676 1.918 2.207 2.639 1.590 1.555 1.673 2.029 2.273 2.562 2.994 2.467 2.131 2.258 2.634 2.886 3.180 3.613 3.058 2.501 2.633 3.022 3.281 3.580 4.018 Dynamic Power(pJ): XTALIN Rise -> CK Rise, condition=0 Input Output Load(pF) Transition 0.27559 0.83512 2.78095 4.17560 5.84584 8.35119 0.333 12.2274 13.1742 16.3751 18.6486 21.3627 25.4289 0.491 12.7663 13.7078 16.9088 19.1832 21.8992 25.9671 1.113 16.2699 17.2049 20.4036 22.6791 25.3981 29.4691 1.590 19.1473 20.0782 23.2742 25.5506 28.2699 32.3408 2.467 24.5419 25.4700 28.6608 30.9368 33.6559 37.7281 3.058 28.2211 29.1477 32.3374 34.6126 37.3310 41.4040 Output Transtion(ns): XTALIN Rise -> CK Rise, condition=0 Input Output Load(pF) Transition 0.27559 0.83512 2.78095 4.17560 5.84584 8.35119 0.333 0.175 0.357 1.008 1.481 2.049 2.898 0.491 0.178 0.361 1.011 1.483 2.050 2.899 1.113 0.194 0.375 1.021 1.491 2.055 2.908 1.590 0.205 0.391 1.037 1.505 2.066 2.913 2.467 0.221 0.415 1.075 1.540 2.100 2.943 3.058 0.231 0.430 1.101 1.571 2.128 2.966 Path Delay(ns): XTALIN Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.27557 0.83507 2.78079 4.17537 5.84551 8.35073 0.333 0.548 0.655 0.996 1.236 1.523 1.953 0.490 0.692 0.800 1.143 1.384 1.671 2.101 1.112 1.194 1.308 1.654 1.896 2.185 2.616 1.590 1.530 1.649 2.005 2.248 2.537 2.969 2.467 2.103 2.230 2.606 2.858 3.152 3.585 3.058 2.472 2.604 2.992 3.251 3.551 3.989 Dynamic Power(pJ): XTALIN Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.27557 0.83507 2.78079 4.17537 5.84551 8.35073 0.333 0.2393 1.1855 4.3870 6.6594 9.3737 13.4393 0.490 0.2525 1.1941 4.3953 6.6693 9.3852 13.4526 1.112 1.3164 2.2512 5.4486 7.7242 10.4425 14.5133 1.590 2.2849 3.2166 6.4115 8.6870 11.4057 15.4773 2.467 4.1252 5.0537 8.2450 10.5201 13.2388 17.3108 3.058 5.3831 6.3097 9.4994 11.7741 14.4927 18.5647 Output Transtion(ns): XTALIN Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.27557 0.83507 2.78079 4.17537 5.84551 8.35073 0.333 0.174 0.357 1.007 1.479 2.046 2.896 0.490 0.178 0.361 1.011 1.484 2.049 2.900 1.112 0.193 0.375 1.021 1.490 2.057 2.904 1.590 0.205 0.391 1.037 1.504 2.067 2.913 2.467 0.222 0.415 1.074 1.540 2.100 2.940 3.058 0.231 0.430 1.101 1.570 2.129 2.969 Path Delay(ns): XTALIN Rise -> XTALOUT Fall, condition=0 Dynamic Power(pJ): XTALIN Rise -> XTALOUT Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.98712 2.99129 9.96098 14.95643 20.93900 29.91286 Transition 0.98712 2.99129 9.96098 14.95643 20.93900 29.91286 0.333 1.365 2.145 4.844 6.777 9.092 12.565 0.333 17.1567 28.1002 66.0713 93.2748 125.8539 174.7164 0.490 1.525 2.313 5.021 6.956 9.272 12.746 0.490 17.6634 28.5934 66.5619 93.7633 126.3442 175.2073 1.113 2.083 2.911 5.669 7.619 9.946 13.429 1.113 20.9907 31.7831 69.6626 96.8496 129.4197 178.2761 1.590 2.456 3.311 6.114 8.079 10.416 13.909 1.590 23.7303 34.3964 72.1599 99.3224 131.8801 180.7266 2.467 3.096 3.992 6.878 8.872 11.233 14.747 2.467 28.9079 39.3307 76.8268 103.9281 136.4464 185.2605 3.058 3.507 4.428 7.367 9.383 11.761 15.292 3.058 32.4646 42.7279 80.0203 107.0681 139.5520 188.3375 Output Transtion(ns): XTALIN Rise -> XTALOUT Fall, condition=0 Path Delay(ns): XTALIN Rise -> XTALOUT Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.98712 2.99129 9.96098 14.95643 20.93900 29.91286 Transition 0.98727 2.99174 9.96249 14.95869 20.94216 29.91738 0.333 2.001 3.240 7.572 10.683 14.410 20.000 0.333 1.358 2.137 4.836 6.770 9.085 12.557 0.490 2.002 3.239 7.574 10.683 14.410 19.995 0.490 1.515 2.303 5.010 6.946 9.262 12.736 1.113 2.026 3.251 7.574 10.683 14.410 20.000 1.112 2.069 2.896 5.656 7.607 9.934 13.417 1.590 2.050 3.268 7.578 10.686 14.410 20.000 1.589 2.440 3.296 6.100 8.066 10.404 13.897 2.467 2.101 3.305 7.594 10.693 14.413 20.000 2.466 3.077 3.975 6.863 8.858 11.219 14.735 3.058 2.141 3.332 7.612 10.702 14.420 20.005 3.056 3.487 4.411 7.353 9.369 11.747 15.280 Dynamic Power(pJ): XTALIN Rise -> XTALOUT Fall, condition=1 Output Transtion(ns): XTALIN Rise -> XTALOUT Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.98727 2.99174 9.96249 14.95869 20.94216 29.91738 Transition 0.98727 2.99174 9.96249 14.95869 20.94216 29.91738 0.333 15.0116 25.9598 63.9384 91.1495 123.7275 172.5973 0.333 2.001 3.240 7.574 10.683 14.410 20.000 0.490 15.2577 26.1958 64.1730 91.3831 123.9635 172.8323 0.490 2.002 3.240 7.574 10.683 14.410 20.005 1.112 17.2415 28.0521 65.9493 93.1471 125.7173 174.5832 1.112 2.026 3.251 7.574 10.683 14.413 20.000 1.589 18.9425 29.6296 67.4155 94.5917 127.1492 176.0034 1.589 2.050 3.269 7.579 10.687 14.413 20.000 2.466 22.2137 32.6590 70.1888 97.3045 129.8265 178.6488 2.466 2.103 3.305 7.596 10.695 14.413 20.000 3.056 24.4853 34.7715 72.1026 99.1677 131.6568 180.4500 3.056 2.144 3.333 7.613 10.706 14.423 20.005 Toggle Power(pJ): EI Fall Input Toggle Transition Power(pJ) 0.169 1.9676 0.360 1.9913 1.046 2.1310 1.535 2.2362 2.414 2.4298 3.002 2.5611 Toggle Power(pJ): EI Rise Input Toggle Transition Power(pJ) 0.181 1.8462 0.371 1.8772 1.050 2.0206 1.540 2.1244 2.421 2.3085 3.005 2.4334 Toggle Power(pJ): XTALIN Fall Input Transition Toggle Power(pJ) 0.242 4.1074 0.428 3.7059 1.088 3.3699 1.567 3.2986 2.427 3.2390 Condition List XTALIN->CK condition0:EO condition1:!EO XTALIN->XTALOUT condition0:EI condition1:!EI 3.000 3.2177 Toggle Power(pJ): EO Fall Input Transition Toggle Power(pJ) 0.169 2.3779 0.361 2.4046 1.046 2.5336 1.535 2.6349 2.415 2.8303 3.003 2.9575 Toggle Power(pJ): EO Rise Input Transition Toggle Power(pJ) 0.180 1.9933 0.371 2.0258 1.049 2.1654 1.539 2.2672 2.418 2.4493 3.006 2.5734 Toggle Power(pJ): XTALIN Rise Input Transition Toggle Power(pJ) 0.333 -2.3590 0.490 -2.5779 1.112 -2.7973 1.589 -2.8496 2.466 -2.8979 3.056 -2.9171 Cell Description Oscillator pad with 2M ohm resistor Cell Attributes Function XTALOUT = EO ? !XTALIN : "l" CK = EI&XTALIN PLOSCR14M Area 31360 Logic Symbol Operating Condition Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin EI EO XTALIN capcitance 0.04481 0.04481 9.93469 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 400649.800 pW Cell Characteristics Path Delay(ns): EI Fall -> CK Fall, condition=0 Input Output Load(pF) Transition 0.56479 1.71150 5.69929 8.55749 11.98049 17.11499 0.173 0.475 0.578 0.903 1.132 1.407 1.819 0.365 0.500 0.604 0.928 1.158 1.432 1.844 1.049 0.562 0.665 0.989 1.219 1.494 1.905 1.537 0.596 0.700 1.024 1.254 1.528 1.940 2.416 0.649 0.752 1.076 1.306 1.580 1.992 3.002 0.680 0.783 1.107 1.337 1.611 2.023 Dynamic Power(pJ): EI Fall -> CK Fall, condition=0 Input Output Load(pF) Transition 0.56479 1.71150 5.69929 8.55749 11.98049 17.11499 0.173 6.3198 8.1966 14.6660 19.2978 24.8429 33.1626 0.365 6.3590 8.2355 14.7054 19.3372 24.8825 33.2018 1.049 6.5096 8.3870 14.8565 19.4883 25.0336 33.3529 1.537 6.6283 8.5052 14.9747 19.6063 25.1515 33.4708 2.416 6.8647 8.7409 15.2112 19.8429 25.3879 33.7071 3.002 7.0146 8.8912 15.3616 19.9931 25.5383 33.8569 Output Transtion(ns): EI Fall -> CK Fall, condition=0 Input Output Load(pF) Transition 0.56479 1.71150 5.69929 8.55749 11.98049 17.11499 0.173 0.149 0.345 1.035 1.535 2.136 3.039 0.365 0.149 0.345 1.035 1.535 2.136 3.040 1.049 0.149 0.345 1.035 1.535 2.136 3.039 1.537 0.149 0.345 1.035 1.535 2.136 3.040 2.416 0.149 0.345 1.035 1.535 2.136 3.039 3.002 0.149 0.345 1.035 1.535 2.136 3.039 Path Delay(ns): EI Fall -> CK Fall, condition=1 Input Output Load(pF) Transition 0.56479 1.71150 5.69929 8.55749 11.98049 17.11499 0.173 0.475 0.578 0.903 1.132 1.407 1.819 0.365 0.500 0.604 0.928 1.158 1.432 1.844 1.049 0.562 0.665 0.989 1.219 1.494 1.905 1.537 0.596 0.700 1.024 1.254 1.528 1.940 2.416 0.649 0.752 1.076 1.306 1.580 1.992 3.002 0.680 0.783 1.107 1.337 1.611 2.023 Dynamic Power(pJ): EI Fall -> CK Fall, condition=1 Input Output Load(pF) Transition 0.56479 1.71150 5.69929 8.55749 11.98049 17.11499 0.173 5.1862 7.0630 13.5327 18.1644 23.7096 32.0286 0.365 5.2258 7.1022 13.5714 18.2033 23.7486 32.0683 1.049 5.3759 7.2530 13.7229 18.3544 23.9000 32.2187 1.537 5.4946 7.3713 13.8410 18.4728 24.0178 32.3370 2.416 5.7309 7.6074 14.0776 18.7088 24.2539 32.5724 3.002 5.8812 7.7578 14.2276 18.8596 24.4041 32.7233 Output Transtion(ns): EI Fall -> CK Fall, condition=1 Input Output Load(pF) Transition 0.56479 1.71150 5.69929 8.55749 11.98049 17.11499 0.173 0.149 0.345 1.035 1.535 2.136 3.039 0.365 0.149 0.345 1.035 1.535 2.136 3.040 1.049 0.149 0.345 1.035 1.535 2.136 3.039 1.537 0.149 0.345 1.035 1.535 2.136 3.040 2.416 0.149 0.345 1.035 1.535 2.136 3.039 3.002 0.149 0.345 1.035 1.535 2.136 3.039 Path Delay(ns): EI Rise -> CK Rise, condition=0 Input Output Load(pF) Transition 0.30365 0.92015 3.06411 4.60077 6.44108 9.20154 0.185 0.876 0.987 1.344 1.597 1.898 2.350 0.376 0.922 1.033 1.390 1.643 1.944 2.396 1.054 1.042 1.154 1.511 1.763 2.065 2.517 1.543 1.115 1.226 1.583 1.836 2.137 2.589 2.423 1.233 1.345 1.701 1.954 2.256 2.708 3.007 1.307 1.418 1.775 2.028 2.329 2.781 Dynamic Power(pJ): EI Rise -> CK Rise, condition=0 Input Output Load(pF) Transition 0.30365 0.92015 3.06411 4.60077 6.44108 9.20154 0.185 5.8136 6.8627 10.3828 12.8819 15.8688 20.3451 0.376 5.8495 6.8988 10.4189 12.9180 15.9053 20.3815 1.054 6.0144 7.0636 10.5837 13.0828 16.0700 20.5461 1.543 6.1345 7.1834 10.7035 13.2022 16.1895 20.6656 2.423 6.3456 7.3942 10.9143 13.4132 16.4006 20.8768 3.007 6.4877 7.5371 11.0573 13.5565 16.5432 21.0195 Output Transtion(ns): EI Rise -> CK Rise, condition=0 Input Output Load(pF) Transition 0.30365 0.92015 3.06411 4.60077 6.44108 9.20154 0.185 0.170 0.363 1.051 1.548 2.145 3.039 0.376 0.170 0.363 1.051 1.548 2.145 3.040 1.054 0.170 0.363 1.051 1.550 2.144 3.039 1.543 0.170 0.363 1.051 1.548 2.146 3.042 2.423 0.170 0.362 1.051 1.548 2.145 3.041 3.007 0.170 0.363 1.051 1.549 2.147 3.043 Path Delay(ns): EI Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.30370 0.92029 3.06457 4.60146 6.44205 9.20292 0.185 0.876 0.987 1.344 1.597 1.898 2.351 0.376 0.922 1.033 1.390 1.643 1.944 2.396 1.054 1.042 1.154 1.511 1.763 2.065 2.517 1.543 1.115 1.226 1.583 1.836 2.138 2.590 2.423 1.233 1.345 1.702 1.954 2.256 2.708 3.007 1.307 1.418 1.775 2.028 2.330 2.782 Dynamic Power(pJ): EI Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.30370 0.92029 3.06457 4.60146 6.44205 9.20292 0.185 4.6801 5.7296 9.2502 11.7493 14.7370 19.2140 0.376 4.7161 5.7658 9.2864 11.7858 14.7734 19.2504 1.054 4.8810 5.9303 9.4513 11.9505 14.9380 19.4147 1.543 5.0012 6.0501 9.5707 12.0702 15.0577 19.5346 2.423 5.2122 6.2612 9.7819 12.2811 15.2686 19.7457 3.007 5.3546 6.4039 9.9246 12.4239 15.4114 19.8885 Output Transtion(ns): EI Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.30370 0.92029 3.06457 4.60146 6.44205 9.20292 0.185 0.170 0.363 1.051 1.548 2.145 3.039 0.376 0.170 0.363 1.051 1.548 2.145 3.040 1.054 0.170 0.363 1.052 1.550 2.147 3.044 1.543 0.170 0.363 1.051 1.549 2.146 3.042 2.423 0.170 0.363 1.051 1.548 2.145 3.041 3.007 0.170 0.363 1.051 1.549 2.147 3.043 Path Delay(ns): XTALIN Fall -> CK Fall, condition=0 Dynamic Power(pJ): XTALIN Fall -> CK Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.55123 1.67040 5.56245 8.35202 11.69283 16.70404 Transition 0.55123 1.67040 5.56245 8.35202 11.69283 16.70404 0.454 1.827 1.958 2.301 2.531 2.802 3.206 0.454 122.9513 124.7894 131.1283 135.6580 141.0764 149.2012 0.641 1.776 1.908 2.250 2.480 2.752 3.155 0.641 120.8748 122.7120 129.0513 133.5808 139.0004 147.1242 1.287 1.646 1.778 2.121 2.351 2.623 3.026 1.287 115.8372 117.6737 124.0135 128.5427 133.9633 142.0855 1.718 1.573 1.706 2.049 2.280 2.551 2.955 1.718 113.6002 115.4372 121.7745 126.3046 131.7248 139.8484 2.455 1.441 1.577 1.924 2.155 2.427 2.832 2.929 1.346 1.485 1.834 2.066 2.339 2.744 2.455 2.929 111.4128 113.2496 119.5872 124.1171 129.5373 137.6604 110.8388 112.6772 119.0128 123.5432 128.9624 137.0888 Output Transtion(ns): XTALIN Fall -> CK Fall, condition=0 Input Output Load(pF) Transition 0.55123 1.67040 5.56245 8.35202 11.69283 16.70404 0.454 0.229 0.409 1.058 1.536 2.116 2.988 0.641 0.229 0.409 1.058 1.536 2.116 2.990 1.287 0.230 0.410 1.059 1.537 2.116 2.990 1.718 0.232 0.412 1.060 1.538 2.117 2.991 2.455 0.239 0.419 1.066 1.544 2.121 2.994 2.929 0.245 0.425 1.072 1.548 2.126 2.998 Path Delay(ns): XTALIN Fall -> CK Fall, condition=1 Input Output Load(pF) Transition 0.55133 1.67070 5.56345 8.35352 11.69493 16.70704 0.433 1.654 1.784 2.124 2.353 2.624 3.027 0.624 1.605 1.734 2.075 2.304 2.575 2.978 1.274 1.485 1.614 1.955 2.185 2.455 2.859 1.709 1.414 1.545 1.887 2.117 2.388 2.791 2.454 1.281 1.415 1.761 1.992 2.264 2.668 2.934 1.182 1.319 1.667 1.900 2.172 2.577 Dynamic Power(pJ): XTALIN Fall -> CK Fall, condition=1 Output Transtion(ns): XTALIN Fall -> CK Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.55133 1.67070 5.56345 8.35352 11.69493 16.70704 Transition 0.55133 1.67070 5.56345 8.35352 11.69493 16.70704 0.433 93.8348 95.6744 102.0135 106.5431 111.9630 120.0889 0.433 0.222 0.403 1.053 1.533 2.112 2.987 0.624 91.7595 93.5995 99.9389 104.4685 109.8874 118.0127 0.624 0.222 0.403 1.054 1.533 2.112 2.987 1.274 86.7128 88.5520 94.8907 99.4201 104.8395 112.9657 1.274 0.223 0.404 1.054 1.533 2.113 2.988 1.709 84.2114 86.0491 92.3884 96.9182 102.3387 110.4630 1.709 0.226 0.407 1.057 1.536 2.115 2.988 2.454 81.0394 82.8766 89.2150 93.7452 99.1659 107.2915 2.454 0.235 0.415 1.064 1.541 2.120 2.992 2.934 79.5504 81.3872 87.7251 92.2554 97.6765 105.8026 2.934 0.242 0.422 1.069 1.547 2.125 2.997 Path Delay(ns): XTALIN Fall -> XTALOUT Rise, condition=0 Dynamic Power(pJ): XTALIN Fall -> XTALOUT Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 3.47678 10.53569 35.08385 52.67845 73.74983 105.35690 Transition 3.47678 10.53569 35.08385 52.67845 73.74983 105.35690 0.456 3.530 4.501 7.154 8.907 10.977 14.067 0.456 140.8862 179.2903 312.8822 408.5731 522.7554 690.4874 0.641 3.480 4.451 7.104 8.857 10.927 14.016 0.641 138.8138 177.2186 310.8126 406.4994 520.6764 688.3707 1.287 3.343 4.315 6.969 8.723 10.793 13.883 1.287 133.7690 172.1677 305.7577 401.4438 515.5976 683.1463 1.719 3.261 4.234 6.891 8.645 10.715 13.805 1.719 131.5128 169.9019 303.4829 399.1661 513.3069 680.7458 2.456 3.118 4.096 6.759 8.515 10.585 13.676 2.456 129.2711 167.6283 301.1875 396.8633 510.9696 678.2083 2.929 3.020 4.003 6.673 8.429 10.500 13.591 2.929 128.6553 166.9817 300.5233 396.1901 510.2747 677.3711 Output Transtion(ns): XTALIN Fall -> XTALOUT Rise, condition=0 Path Delay(ns): XTALIN Fall -> XTALOUT Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.47678 10.53569 35.08385 52.67845 73.74983 105.35690 Transition 3.47317 10.52476 35.04746 52.62381 73.67334 105.24762 0.456 2.562 3.715 7.833 10.928 14.707 20.450 0.455 3.523 4.492 7.142 8.894 10.962 14.048 0.641 2.564 3.716 7.834 10.928 14.707 20.450 0.640 3.472 4.442 7.092 8.844 10.911 13.998 1.287 2.577 3.725 7.840 10.933 14.712 20.443 1.287 3.336 4.306 6.958 8.709 10.777 13.864 1.719 2.602 3.743 7.850 10.935 14.712 20.451 1.719 3.253 4.226 6.879 8.631 10.699 13.786 2.456 2.675 3.793 7.873 10.957 14.728 20.464 2.455 3.110 4.088 6.748 8.501 10.570 13.657 2.929 2.741 3.842 7.901 10.977 14.745 20.466 2.928 3.012 3.994 6.661 8.416 10.485 13.572 Dynamic Power(pJ): XTALIN Fall -> XTALOUT Rise, condition=1 Output Transtion(ns): XTALIN Fall -> XTALOUT Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 3.47317 10.52476 35.04746 52.62381 73.67334 105.24762 Transition 3.47317 10.52476 35.04746 52.62381 73.67334 105.24762 0.455 135.2019 173.5666 307.0203 402.6195 516.6797 684.2610 0.455 2.558 3.709 7.826 10.916 14.686 20.429 0.640 133.1217 171.4882 304.9419 400.5414 514.5936 682.1347 0.640 2.559 3.711 7.826 10.916 14.686 20.429 1.287 127.9283 166.2909 299.7408 395.3347 509.3689 676.7665 1.287 2.573 3.720 7.832 10.920 14.690 20.421 1.719 125.4261 163.7758 297.2192 392.8099 506.8283 674.1165 1.719 2.598 3.738 7.841 10.932 14.700 20.430 2.455 122.5438 160.8641 294.2839 389.8674 503.8547 670.9420 2.455 2.671 3.790 7.869 10.943 14.716 20.443 2.928 121.4214 159.7124 293.1155 388.6924 502.6541 669.6011 2.928 2.735 3.836 7.892 10.965 14.723 20.454 Path Delay(ns): XTALIN Rise -> CK Rise, condition=0 Dynamic Power(pJ): XTALIN Rise -> CK Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.27674 0.83862 2.79259 4.19308 5.87031 8.38615 Transition 0.27674 0.83862 2.79259 4.19308 5.87031 8.38615 0.338 2.364 2.486 2.847 3.091 3.374 3.792 0.338 113.6681 114.6035 117.8124 120.0972 122.8288 126.9176 0.495 2.499 2.621 2.983 3.226 3.510 3.927 0.495 110.4499 111.3844 114.5933 116.8793 119.6098 123.6990 1.121 3.063 3.187 3.552 3.797 4.083 4.501 1.121 103.0778 104.0117 107.2186 109.5043 112.2351 116.3249 1.595 3.448 3.574 3.944 4.193 4.480 4.901 1.595 100.9137 101.8469 105.0520 107.3372 110.0674 114.1569 2.455 4.073 4.204 4.586 4.841 5.136 5.564 2.455 100.6101 101.5418 104.7461 107.0304 109.7604 113.8508 3.028 4.457 4.591 4.981 5.241 5.540 5.974 3.028 101.9813 102.9120 106.1147 108.3992 111.1279 115.2191 Output Transtion(ns): XTALIN Rise -> CK Rise, condition=0 Input Output Load(pF) Transition 0.27674 0.83862 2.79259 4.19308 5.87031 8.38615 0.338 0.207 0.393 1.030 1.479 2.016 2.826 0.495 0.207 0.394 1.031 1.480 2.017 2.827 1.121 0.211 0.399 1.038 1.489 2.025 2.835 1.595 0.216 0.405 1.050 1.502 2.040 2.845 2.455 0.226 0.420 1.077 1.532 2.072 2.877 3.028 0.232 0.429 1.094 1.556 2.097 2.904 Path Delay(ns): XTALIN Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.27998 0.84844 2.82529 4.24218 5.93905 8.48436 0.338 2.254 2.375 2.734 2.977 3.260 3.681 0.495 2.390 2.511 2.871 3.113 3.397 3.818 1.122 2.953 3.076 3.440 3.684 3.970 4.391 1.596 3.333 3.458 3.827 4.075 4.363 4.785 2.456 3.948 4.078 4.459 4.714 5.008 5.437 3.027 4.325 4.458 4.848 5.108 5.407 5.841 Dynamic Power(pJ): XTALIN Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.27998 0.84844 2.82529 4.24218 5.93905 8.48436 0.338 -4.1961 -3.2499 -0.0038 2.3081 5.0709 9.2078 0.495 -7.4707 -6.5243 -3.2785 -0.9664 1.7961 5.9332 1.122 -15.9569 -15.0119 -11.7669 -9.4552 -6.6927 -2.5557 1.596 -19.7565 -18.8125 -15.5687 -13.2573 -10.4948 -6.3577 2.456 -23.8637 -22.9215 -19.6799 -17.3687 -14.6066 -10.4695 3.027 -25.4068 -24.4657 -21.2252 -18.9143 -16.1522 -12.0151 Output Transtion(ns): XTALIN Rise -> CK Rise, condition=1 Input Output Load(pF) Transition 0.27998 0.84844 2.82529 4.24218 5.93905 8.48436 0.338 0.204 0.390 1.028 1.482 2.027 2.843 0.495 0.204 0.391 1.028 1.482 2.027 2.844 1.122 0.208 0.396 1.037 1.491 2.035 2.850 1.596 0.213 0.403 1.049 1.504 2.048 2.865 2.456 0.223 0.417 1.076 1.534 2.077 2.892 3.027 0.230 0.427 1.094 1.559 2.104 2.915 Path Delay(ns): XTALIN Rise -> XTALOUT Fall, condition=0 Dynamic Power(pJ): XTALIN Rise -> XTALOUT Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.97953 2.96827 9.88435 14.84137 20.77792 29.68274 Transition 0.97953 2.96827 9.88435 14.84137 20.77792 29.68274 0.338 5.505 6.243 8.786 10.629 12.853 16.204 0.338 118.3185 128.9581 166.4371 193.3786 225.6645 274.0960 0.495 5.643 6.381 8.924 10.767 12.991 16.341 0.495 115.0956 125.7325 163.2098 190.1496 222.4335 270.8650 1.121 6.237 6.974 9.516 11.359 13.582 16.932 1.121 107.6706 118.2471 155.6644 182.5904 214.8689 263.2918 1.595 6.676 7.412 9.952 11.793 14.016 17.366 1.595 105.4452 115.9445 153.2706 180.1760 212.4393 260.8513 2.455 7.439 8.175 10.714 12.554 14.776 18.125 3.028 7.930 8.667 11.206 13.046 15.267 18.616 2.455 3.028 105.0189 115.3478 152.4541 179.3004 211.5252 259.9034 106.3083 116.5179 153.4448 180.2396 212.4327 260.7805 Output Transtion(ns): XTALIN Rise -> XTALOUT Fall, condition=0 Path Delay(ns): XTALIN Rise -> XTALOUT Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.97953 2.96827 9.88435 14.84137 20.77792 29.68274 Transition 0.97966 2.96867 9.88567 14.84335 20.78068 29.68669 0.338 3.206 4.144 8.013 10.979 14.583 20.025 0.338 5.496 6.234 8.777 10.621 12.845 16.196 0.495 3.207 4.144 8.013 10.977 14.587 20.030 0.495 5.634 6.372 8.916 10.759 12.983 16.334 1.121 3.216 4.152 8.016 10.980 14.587 20.030 1.121 6.228 6.965 9.507 11.350 13.574 16.924 1.595 3.230 4.162 8.017 10.981 14.583 20.030 1.595 6.666 7.402 9.942 11.784 14.008 17.358 2.455 3.270 4.194 8.033 10.989 14.587 20.030 2.455 7.428 8.164 10.703 12.544 14.766 18.116 3.028 3.305 4.223 8.042 10.993 14.593 20.030 3.028 7.918 8.655 11.195 13.035 15.257 18.606 Dynamic Power(pJ): XTALIN Rise -> XTALOUT Fall, condition=1 Output Transtion(ns): XTALIN Rise -> XTALOUT Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.97966 2.96867 9.88567 14.84335 20.78068 29.68669 Transition 0.97966 2.96867 9.88567 14.84335 20.78068 29.68669 0.338 112.6223 123.2765 160.7767 187.7236 220.0167 268.4568 0.338 3.206 4.143 8.011 10.977 14.587 20.030 0.495 109.3625 120.0121 157.5079 184.4553 216.7503 265.1881 0.495 3.206 4.144 8.013 10.980 14.587 20.035 1.121 101.3723 111.9658 149.4030 176.3374 208.6231 257.0507 1.121 3.215 4.151 8.014 10.979 14.587 20.035 1.595 98.4546 108.9700 146.3215 173.2367 205.5085 253.9270 1.595 3.229 4.163 8.020 10.983 14.587 20.035 2.455 96.5673 106.9166 144.0538 170.9120 203.1483 251.5351 2.455 3.270 4.193 8.033 10.989 14.590 20.035 3.028 96.8080 107.0394 144.0022 170.8133 203.0164 251.3747 3.028 3.304 4.223 8.045 10.998 14.593 20.035 Toggle Power(pJ): EI Fall Input Toggle Transition Power(pJ) 0.173 3.2435 0.365 3.2843 1.049 3.4308 1.537 3.5551 2.416 3.7882 3.002 3.9363 Condition List EI->CK condition0:EO condition1:!EO XTALIN->CK condition0:EO condition1:!EO XTALIN->XTALOUT condition0:EI condition1:!EI Toggle Power(pJ): EI Rise Input Toggle Transition Power(pJ) 0.185 3.2556 0.376 3.2912 1.054 3.4581 1.543 3.5769 2.423 3.7864 3.007 3.9322 Toggle Power(pJ): EO Fall Input Transition Toggle Power(pJ) 0.172 101.9974 0.366 102.0263 1.048 102.1873 1.537 102.3096 2.416 102.5331 3.001 102.6838 Toggle Power(pJ): EO Rise Input Transition Toggle Power(pJ) 0.185 32.3180 0.376 32.3559 1.054 32.5066 1.543 32.6181 2.423 32.8207 3.007 32.9556 Cell Description 16mA, fast slew rate, input-output pad, 5V tolerant PSBI16F Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 9120 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.16276 0.02459 0.01740 2.02041 0.04155 0.05799 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 469.300 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70388 14.25419 47.46646 71.27097 99.77935 142.54193 Transition 4.70388 14.25419 47.46646 71.27097 99.77935 142.54193 0.296 0.728 0.940 1.562 1.991 2.500 3.263 0.296 56.3212 107.9753 288.6966 418.1928 573.2550 805.8284 0.482 0.750 0.963 1.584 2.013 2.523 3.285 0.482 56.4328 108.0862 288.7936 418.3012 573.3557 805.9429 1.138 0.811 1.023 1.645 2.073 2.583 3.346 1.138 56.9638 108.6159 289.3324 418.8356 573.8964 806.4796 1.595 0.847 1.060 1.681 2.110 2.619 3.383 1.595 57.3984 109.0447 289.7517 419.2497 574.3214 806.9038 2.418 0.903 1.115 1.737 2.165 2.675 3.439 2.418 58.1732 109.8227 290.5305 420.0329 575.0949 807.6625 2.968 0.936 1.149 1.771 2.198 2.708 3.471 2.968 58.6890 110.3278 291.0351 420.5446 575.6081 808.1842 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.70388 14.25419 47.46646 71.27097 99.77935 142.54193 0.296 0.335 0.655 1.765 2.576 3.554 5.028 0.482 0.335 0.655 1.765 2.576 3.554 5.028 1.138 0.335 0.655 1.765 2.576 3.554 5.027 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.69954 14.24104 47.42267 71.20521 99.68730 142.41043 0.296 0.712 0.929 1.552 1.981 2.490 3.254 0.482 0.734 0.951 1.574 2.003 2.513 3.276 1.138 0.796 1.012 1.636 2.064 2.574 3.337 1.595 2.418 2.968 0.335 0.335 0.335 0.655 0.655 0.655 1.765 1.765 1.765 2.576 2.577 2.577 3.555 3.555 3.554 5.027 5.028 5.027 1.595 2.418 2.967 0.832 0.888 0.921 1.049 1.105 1.138 1.672 1.728 1.761 2.100 2.156 2.190 2.610 2.666 2.699 3.373 3.429 3.462 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69954 14.24104 47.42267 71.20521 99.68730 142.41043 Transition 4.69954 14.24104 47.42267 71.20521 99.68730 142.41043 0.296 47.8656 99.5466 280.1332 409.5860 564.6152 797.1683 0.296 0.348 0.666 1.773 2.582 3.559 5.031 0.482 47.9715 99.6524 280.2427 409.6921 564.7259 797.2721 0.482 0.348 0.665 1.773 2.583 3.559 5.031 1.138 48.4844 100.1669 280.7605 410.2137 565.2363 797.7865 1.138 0.348 0.666 1.773 2.583 3.559 5.031 1.595 48.8996 100.5820 281.1690 410.6165 565.6574 798.1982 1.595 0.348 0.666 1.773 2.583 3.559 5.030 2.418 49.6471 101.3280 281.9148 411.3697 566.4050 798.9568 2.418 0.348 0.666 1.773 2.583 3.559 5.031 2.967 50.1494 101.8307 282.4201 411.8750 566.9099 799.4513 2.967 0.348 0.666 1.773 2.582 3.559 5.031 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70427 14.25538 47.47041 71.27689 99.78765 142.55379 Transition 4.70427 14.25538 47.47041 71.27689 99.78765 142.55379 0.296 0.728 0.941 1.563 1.991 2.502 3.266 0.296 51.1604 102.8785 283.7839 413.4115 568.6316 801.4159 0.482 0.750 0.963 1.586 2.014 2.524 3.288 0.482 51.2700 102.9884 283.8893 413.5148 568.7378 801.5360 1.138 0.811 1.024 1.646 2.074 2.585 3.348 1.138 51.7989 103.5232 284.4192 414.0449 569.2703 802.0529 1.595 0.847 1.060 1.682 2.111 2.621 3.385 1.595 52.2304 103.9421 284.8422 414.4667 569.6968 802.4874 2.418 0.903 1.116 1.738 2.167 2.677 3.440 2.418 53.0020 104.7127 285.6155 415.2375 570.4669 803.2439 2.968 0.936 1.149 1.772 2.200 2.710 3.474 2.968 53.5141 105.2217 286.1244 415.7417 570.9720 803.7634 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70427 14.25538 47.47041 71.27689 99.78765 142.55379 Transition 4.70838 14.26782 47.51184 71.33910 99.87473 142.67819 0.296 0.335 0.654 1.764 2.575 3.554 5.026 0.296 0.727 0.940 1.562 1.991 2.501 3.265 0.482 0.335 0.654 1.765 2.575 3.554 5.026 0.482 0.750 0.963 1.585 2.013 2.523 3.287 1.138 0.335 0.654 1.764 2.575 3.553 5.027 1.138 0.810 1.023 1.646 2.073 2.584 3.347 1.595 0.335 0.654 1.765 2.575 3.553 5.027 1.595 0.847 1.060 1.682 2.110 2.620 3.383 2.418 0.335 0.654 1.764 2.575 3.553 5.027 2.418 0.903 1.115 1.738 2.166 2.676 3.440 2.968 0.335 0.654 1.765 2.576 3.554 5.027 2.968 0.936 1.149 1.771 2.199 2.709 3.472 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70838 14.26782 47.51184 71.33910 99.87473 142.67819 Transition 4.70838 14.26782 47.51184 71.33910 99.87473 142.67819 0.296 51.4121 103.1421 284.1059 413.7672 569.0445 801.9423 0.296 0.335 0.655 1.765 2.576 3.554 5.027 0.482 51.5539 103.2897 284.2400 413.9069 569.1842 802.0861 0.482 0.335 0.654 1.765 2.576 3.554 5.027 1.138 52.1988 103.9248 284.8814 414.5485 569.8197 802.7256 1.138 0.335 0.655 1.765 2.576 3.554 5.028 1.595 52.6997 104.4249 285.3788 415.0490 570.3184 803.2229 1.595 0.335 0.655 1.765 2.576 3.554 5.027 2.418 53.6071 105.3375 286.2872 415.9560 571.2239 804.1190 2.418 0.335 0.655 1.765 2.576 3.554 5.028 2.968 54.2099 105.9284 286.8894 416.5514 571.8212 804.7157 2.968 0.335 0.655 1.765 2.576 3.554 5.027 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.70003 14.24252 47.42759 71.21260 99.69765 142.42521 Transition 4.70003 14.24252 47.42759 71.21260 99.69765 142.42521 0.296 0.728 0.941 1.563 1.991 2.501 3.265 0.296 56.0720 107.7180 288.3797 417.8373 572.8629 805.4066 0.482 0.750 0.963 1.585 2.013 2.524 3.287 0.482 56.1454 107.7932 288.4570 417.9187 572.9372 805.4774 1.138 0.811 1.024 1.646 2.074 2.584 3.348 1.138 56.5683 108.2239 288.8869 418.3420 573.3666 805.9077 1.595 0.847 1.060 1.682 2.110 2.620 3.385 1.595 56.9246 108.5666 289.2261 418.6972 573.7119 806.2616 2.418 0.903 1.116 1.738 2.166 2.676 3.440 2.418 57.5706 109.2109 289.8689 419.3312 574.3615 806.8958 2.968 0.936 1.149 1.771 2.200 2.709 3.473 2.968 57.9980 109.6290 290.2831 419.7499 574.7736 807.3145 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70003 14.24252 47.42759 71.21260 99.69765 142.42521 Transition 4.36694 13.23315 44.06638 66.16573 92.63202 132.33146 0.296 0.335 0.655 1.765 2.576 3.554 5.028 0.336 0.786 0.950 1.494 1.880 2.343 3.036 0.482 0.335 0.655 1.765 2.576 3.554 5.027 0.523 0.841 1.006 1.549 1.935 2.398 3.092 1.138 0.335 0.655 1.765 2.576 3.554 5.027 1.164 1.004 1.169 1.712 2.098 2.561 3.255 1.595 0.335 0.655 1.765 2.576 3.554 5.028 1.629 1.109 1.274 1.817 2.203 2.666 3.359 2.418 0.335 0.655 1.765 2.576 3.555 5.028 2.467 1.285 1.450 1.993 2.379 2.842 3.535 2.968 0.335 0.655 1.765 2.576 3.554 5.027 3.022 1.397 1.562 2.104 2.491 2.954 3.647 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36694 13.23315 44.06638 66.16573 92.63202 132.33146 Transition 4.36694 13.23315 44.06638 66.16573 92.63202 132.33146 0.336 54.6690 102.1746 269.5382 389.6889 533.6095 749.5064 0.336 0.298 0.612 1.737 2.554 3.535 5.008 0.523 54.8438 102.3660 269.7342 389.8889 533.8139 749.7101 0.523 0.298 0.612 1.738 2.555 3.537 5.008 1.164 55.5092 103.0340 270.3966 390.5510 534.4639 750.3620 1.164 0.298 0.612 1.738 2.555 3.537 5.008 1.629 55.9801 103.5039 270.8590 391.0060 534.9238 750.8331 1.629 0.298 0.612 1.737 2.555 3.536 5.009 2.467 56.8121 104.3102 271.6687 391.8200 535.7386 751.6393 2.467 0.298 0.612 1.737 2.556 3.537 5.010 3.022 57.3513 104.8467 272.2093 392.3665 536.2893 752.1731 3.022 0.298 0.612 1.738 2.554 3.536 5.006 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37282 13.25097 44.12572 66.25484 92.75677 132.50967 Transition 4.37282 13.25097 44.12572 66.25484 92.75677 132.50967 0.336 0.762 0.930 1.475 1.862 2.326 3.021 0.336 46.0506 94.3524 262.4115 382.8680 527.1233 743.5088 0.523 0.818 0.985 1.530 1.918 2.381 3.076 0.523 46.2619 94.5490 262.5963 383.0577 527.3161 743.7025 1.164 0.981 1.148 1.693 2.081 2.544 3.239 1.164 46.9245 95.2086 263.2677 383.7247 527.9771 744.3632 1.629 1.086 1.253 1.798 2.186 2.650 3.344 1.629 47.3709 95.6680 263.7298 384.1852 528.4402 744.8299 2.467 1.261 1.429 1.974 2.361 2.825 3.520 2.467 48.2052 96.4920 264.5503 385.0083 529.2572 745.6388 3.022 1.373 1.540 2.085 2.473 2.936 3.631 3.022 48.7461 97.0326 265.0950 385.5500 529.8052 746.1872 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.37282 13.25097 44.12572 66.25484 92.75677 132.50967 0.336 0.303 0.613 1.740 2.558 3.540 5.010 0.523 0.304 0.613 1.739 2.556 3.539 5.011 1.164 0.304 0.613 1.739 2.556 3.539 5.011 1.629 0.304 0.614 1.740 2.557 3.538 5.012 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.37072 13.24462 44.10457 66.22308 92.71231 132.44616 0.336 0.786 0.951 1.494 1.882 2.345 3.039 0.523 0.841 1.006 1.550 1.937 2.400 3.095 1.164 1.004 1.169 1.713 2.100 2.563 3.258 1.629 1.109 1.274 1.818 2.205 2.668 3.363 2.467 3.022 0.303 0.304 0.613 0.614 1.739 1.739 2.557 2.556 3.539 3.538 5.013 5.014 2.467 3.022 1.285 1.397 1.450 1.562 1.994 2.106 2.380 2.493 2.844 2.956 3.539 3.650 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.37072 13.24462 44.10457 66.22308 92.71231 132.44616 Transition 4.37072 13.24462 44.10457 66.22308 92.71231 132.44616 0.336 49.3336 96.9289 264.5706 384.9172 529.0784 745.3618 0.336 0.297 0.612 1.738 2.556 3.537 5.011 0.523 49.5121 97.1216 264.7707 385.1169 529.2635 745.5538 0.523 0.298 0.611 1.739 2.556 3.536 5.012 1.164 50.1763 97.7887 265.4317 385.7822 529.9319 746.2178 1.164 0.298 0.611 1.739 2.556 3.536 5.012 1.629 50.6578 98.2644 265.8999 386.2478 530.3985 746.6788 1.629 0.298 0.611 1.738 2.554 3.538 5.012 2.467 51.4887 99.0726 266.7167 387.0624 531.2242 747.5052 2.467 0.298 0.611 1.738 2.555 3.537 5.011 3.022 52.0134 99.6149 267.2627 387.6110 531.7667 748.0456 3.022 0.297 0.611 1.738 2.556 3.538 5.009 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.36267 13.22020 44.02326 66.10099 92.54138 132.20198 Transition 4.36267 13.22020 44.02326 66.10099 92.54138 132.20198 0.336 0.786 0.951 1.494 1.880 2.343 3.036 0.336 54.4348 101.9094 269.1815 389.2604 533.1065 748.8844 0.523 0.841 1.006 1.549 1.936 2.398 3.092 0.523 54.5724 102.0694 269.3449 389.4224 533.2733 749.0411 1.164 1.004 1.169 1.712 2.099 2.561 3.255 1.164 55.1154 102.6101 269.8774 389.9662 533.8086 749.5808 1.629 1.109 1.274 1.817 2.203 2.666 3.360 1.629 55.5059 102.9982 270.2654 390.3461 534.1869 749.9533 2.467 1.285 1.450 1.993 2.380 2.843 3.535 2.467 56.1888 103.6575 270.9204 391.0044 534.8456 750.6218 3.022 1.397 1.562 2.105 2.491 2.954 3.648 3.022 56.6141 104.0989 271.3681 391.4555 535.2954 751.0786 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.36267 13.22020 44.02326 66.10099 92.54138 132.20198 Transition 4.37487 13.25718 44.14640 66.28589 92.80024 132.57178 0.336 0.298 0.612 1.737 2.553 3.534 5.007 0.336 0.786 0.951 1.494 1.881 2.344 3.039 0.523 0.298 0.612 1.737 2.554 3.536 5.007 0.523 0.841 1.006 1.549 1.936 2.399 3.094 1.164 0.298 0.612 1.737 2.554 3.536 5.007 1.164 1.004 1.169 1.712 2.099 2.562 3.257 1.629 0.298 0.611 1.738 2.555 3.535 5.008 1.629 1.109 1.274 1.817 2.204 2.667 3.362 2.467 0.298 0.611 1.737 2.555 3.536 5.009 2.467 1.285 1.450 1.993 2.380 2.844 3.538 3.022 0.298 0.612 1.738 2.554 3.535 5.010 3.022 1.397 1.562 2.105 2.492 2.955 3.650 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37487 13.25718 44.14640 66.28589 92.80024 132.57178 Transition 4.37487 13.25718 44.14640 66.28589 92.80024 132.57178 0.336 49.5686 97.1843 264.9136 385.3227 529.5593 745.9293 0.336 0.297 0.611 1.739 2.556 3.537 5.012 0.523 49.7818 97.4157 265.1459 385.5581 529.7950 746.1566 0.523 0.298 0.611 1.738 2.557 3.537 5.013 1.164 50.5737 98.2051 265.9351 386.3487 530.5821 746.9366 1.164 0.298 0.611 1.738 2.557 3.537 5.013 1.629 51.1326 98.7627 266.4818 386.8927 531.1227 747.4907 1.629 0.298 0.612 1.738 2.555 3.537 5.008 2.467 52.1148 99.7209 267.4439 387.8609 532.0846 748.4535 2.467 0.298 0.612 1.739 2.555 3.536 5.009 3.022 52.7524 100.3617 268.0896 388.5004 532.7343 749.0936 3.022 0.298 0.611 1.738 2.556 3.539 5.010 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75766 10.14664 14.20530 20.29328 Transition 0.66968 2.02933 6.75766 10.14664 14.20530 20.29328 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3823 5.5774 13.2059 18.6723 25.2165 35.0349 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3899 5.5893 13.2182 18.6845 25.2290 35.0469 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4460 5.6456 13.2744 18.7405 25.2852 35.1038 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4881 5.6885 13.3173 18.7835 25.3281 35.1467 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5721 5.7713 13.3997 18.8666 25.4107 35.2292 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6292 5.8284 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75766 10.14664 14.20530 20.29328 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5355 17.4966 21.0485 25.3009 31.6800 0.351 11.0783 12.5094 17.4693 21.0217 25.2748 31.6540 1.037 11.0088 12.4349 17.3950 20.9470 25.1998 31.5796 1.527 10.9511 12.3827 17.3427 20.8953 25.1485 31.5266 2.413 10.8545 12.2840 17.2439 20.7960 25.0492 31.4282 3.001 10.7874 12.2170 17.1768 20.7292 24.9824 31.3612 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70826 14.26745 47.51062 71.33727 99.87218 142.67454 Transition 4.70826 14.26745 47.51062 71.33727 99.87218 142.67454 0.151 1.113 1.329 1.953 2.382 2.892 3.656 0.151 44.3192 96.3453 277.2957 406.9941 562.3180 795.2763 0.344 1.166 1.382 2.006 2.435 2.945 3.710 0.344 44.3272 96.3590 277.3144 407.0026 562.3291 795.2957 1.029 1.311 1.527 2.150 2.579 3.090 3.854 1.029 44.3836 96.4127 277.3716 407.0590 562.3987 795.3508 1.522 1.400 1.616 2.240 2.668 3.179 3.943 1.522 44.4226 96.4533 277.4070 407.1033 562.4292 795.3922 2.408 1.547 1.763 2.387 2.815 3.326 4.091 2.408 44.4893 96.5190 277.4716 407.1666 562.4896 795.4539 3.000 1.639 1.856 2.479 2.908 3.419 4.183 3.000 44.5331 96.5616 277.5209 407.2109 562.5463 795.5006 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Transition 4.70826 14.26745 47.51062 71.33727 99.87218 142.67454 0.151 0.345 0.660 1.767 2.578 3.557 5.031 0.344 0.345 0.660 1.768 2.579 3.557 5.031 1.029 0.345 0.660 1.767 2.578 3.557 5.031 1.522 0.345 0.660 1.768 2.578 3.557 5.031 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Transition 4.69985 14.24196 47.42573 71.20981 99.69373 142.41961 0.151 1.110 1.327 1.950 2.378 2.888 3.652 0.344 1.163 1.380 2.003 2.431 2.942 3.705 1.029 1.308 1.525 2.148 2.576 3.087 3.849 1.522 1.397 1.614 2.237 2.665 3.175 3.938 2.408 3.000 0.345 0.345 0.660 0.660 1.768 1.768 2.579 2.578 3.557 3.557 5.031 5.031 2.408 3.000 1.544 1.637 1.761 1.853 2.384 2.476 2.812 2.905 3.322 3.414 4.086 4.178 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.69985 14.24196 47.42573 71.20981 99.69373 142.41961 Transition 4.69985 14.24196 47.42573 71.20981 99.69373 142.41961 0.151 45.7190 97.4097 278.0120 407.4664 562.5136 795.0727 0.151 0.348 0.666 1.773 2.583 3.559 5.031 0.344 45.7284 97.4180 278.0190 407.4875 562.5235 795.1004 0.344 0.348 0.666 1.773 2.583 3.559 5.032 1.029 45.7862 97.4713 278.0697 407.5354 562.5855 795.1612 1.029 0.348 0.666 1.773 2.583 3.560 5.031 1.522 45.8231 97.5081 278.1098 407.5666 562.6176 795.1946 1.522 0.348 0.665 1.773 2.582 3.559 5.031 2.408 45.8883 97.5757 278.1745 407.6423 562.6841 795.2610 2.408 0.348 0.666 1.773 2.583 3.560 5.032 3.000 45.9329 97.6260 278.2203 407.6843 562.7293 795.2957 3.000 0.348 0.666 1.773 2.583 3.559 5.031 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70435 14.25560 47.47115 71.27800 99.78921 142.55601 Transition 4.70435 14.25560 47.47115 71.27800 99.78921 142.55601 0.151 1.110 1.327 1.951 2.379 2.889 3.653 0.151 55.6355 108.1441 289.2998 418.8830 574.0064 806.6605 0.344 1.163 1.381 2.004 2.432 2.943 3.705 0.344 55.7623 108.2770 289.4212 419.0083 574.1261 806.8081 1.029 1.309 1.526 2.150 2.578 3.088 3.851 1.029 56.3375 108.8548 289.9972 419.5763 574.7045 807.3801 1.522 1.398 1.615 2.239 2.667 3.177 3.941 1.522 56.7778 109.2972 290.4433 420.0255 575.1583 807.8052 2.408 1.545 1.763 2.386 2.814 3.324 4.088 2.408 57.6162 110.1274 291.2797 420.8617 575.9770 808.6571 3.000 1.638 1.855 2.479 2.907 3.417 4.181 3.000 58.1627 110.6788 291.8307 421.4117 576.5339 809.2092 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70435 14.25560 47.47115 71.27800 99.78921 142.55601 Transition 4.70938 14.27085 47.52193 71.35424 99.89594 142.70849 0.151 0.339 0.656 1.765 2.576 3.555 5.028 0.151 1.110 1.327 1.952 2.380 2.890 3.654 0.344 0.339 0.656 1.765 2.577 3.555 5.029 0.344 1.163 1.381 2.004 2.433 2.943 3.707 1.029 0.340 0.656 1.765 2.577 3.554 5.029 1.029 1.309 1.526 2.150 2.578 3.089 3.853 1.522 0.339 0.656 1.765 2.577 3.555 5.028 1.522 1.398 1.615 2.239 2.668 3.179 3.942 2.408 0.340 0.656 1.766 2.577 3.555 5.028 2.408 1.545 1.763 2.386 2.815 3.325 4.089 3.000 0.340 0.656 1.765 2.577 3.555 5.028 3.000 1.638 1.855 2.480 2.908 3.418 4.182 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70938 14.27085 47.52193 71.35424 99.89594 142.70849 Transition 4.70938 14.27085 47.52193 71.35424 99.89594 142.70849 0.151 50.8079 103.4027 284.8184 414.5870 569.9284 802.8993 0.151 0.339 0.656 1.765 2.577 3.555 5.029 0.344 50.9736 103.5706 284.9904 414.7487 570.0909 803.0809 0.344 0.339 0.656 1.765 2.577 3.555 5.028 1.029 51.6684 104.2652 285.6771 415.4471 570.7902 803.7692 1.029 0.339 0.656 1.765 2.576 3.555 5.028 1.522 52.1986 104.7962 286.2053 415.9645 571.3146 804.2938 1.522 0.339 0.656 1.765 2.577 3.555 5.028 2.408 53.1736 105.7717 287.1809 416.9417 572.2963 805.2776 2.408 0.339 0.656 1.765 2.577 3.555 5.029 3.000 53.8212 106.4185 287.8304 417.5892 572.9416 805.9224 3.000 0.339 0.656 1.766 2.577 3.555 5.029 Path Delay(ns): P Fall -> D Fall, condition=0 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66511 2.01549 6.71159 10.07746 14.10845 20.15492 Transition 0.66511 2.01549 6.71159 10.07746 14.10845 20.15492 0.327 0.711 0.821 1.201 1.473 1.798 2.287 0.327 9.3859 11.5665 19.1413 24.5693 31.0697 40.8214 0.652 0.807 0.917 1.297 1.569 1.895 2.383 0.652 8.5924 10.7730 18.3477 23.7755 30.2763 40.0284 1.780 1.096 1.206 1.586 1.858 2.183 2.672 1.780 8.4430 10.6230 18.1979 23.6253 30.1258 39.8783 2.587 1.285 1.395 1.775 2.047 2.373 2.861 2.587 8.7506 10.9298 18.5048 23.9320 30.4328 40.1845 4.034 1.615 1.725 2.105 2.377 2.703 3.191 4.034 9.5331 11.7134 19.2882 24.7162 31.2166 40.9684 4.998 1.833 1.943 2.322 2.594 2.920 3.409 4.998 10.1311 12.3109 19.8856 25.3132 31.8138 41.5656 Output Transtion(ns): P Fall -> D Fall, condition=0 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66511 2.01549 6.71159 10.07746 14.10845 20.15492 Transition 0.66425 2.01288 6.70289 10.06440 14.09016 20.12880 0.327 0.125 0.321 1.023 1.527 2.132 3.039 0.327 0.631 0.741 1.120 1.392 1.717 2.205 0.652 0.126 0.321 1.023 1.528 2.132 3.039 0.652 0.707 0.817 1.196 1.468 1.793 2.281 1.780 0.126 0.321 1.023 1.527 2.133 3.039 1.780 0.922 1.032 1.411 1.683 2.008 2.496 2.587 0.126 0.321 1.023 1.527 2.132 3.039 2.587 1.062 1.171 1.551 1.822 2.148 2.636 4.034 0.126 0.321 1.023 1.527 2.132 3.038 4.034 1.298 1.408 1.787 2.059 2.384 2.872 4.998 0.126 0.321 1.023 1.527 2.131 3.039 4.999 1.451 1.561 1.940 2.212 2.537 3.025 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66425 2.01288 6.70289 10.06440 14.09016 20.12880 Transition 0.66425 2.01288 6.70289 10.06440 14.09016 20.12880 0.327 8.9714 11.1478 18.7127 24.1334 30.6265 40.3650 0.327 0.126 0.321 1.021 1.526 2.129 3.034 0.652 8.0666 10.2444 17.8095 23.2297 29.7230 39.4622 0.652 0.126 0.321 1.022 1.525 2.129 3.035 1.780 7.5194 9.6957 17.2612 22.6821 29.1744 38.9145 1.780 0.126 0.321 1.021 1.526 2.130 3.035 2.587 7.5575 9.7335 17.2987 22.7187 29.2123 38.9504 2.587 0.126 0.321 1.021 1.526 2.130 3.035 4.034 7.8695 10.0471 17.6124 23.0329 29.5255 39.2647 4.034 0.126 0.321 1.021 1.525 2.129 3.035 4.999 8.1565 10.3335 17.8988 23.3195 29.8117 39.5511 4.999 0.126 0.321 1.022 1.525 2.129 3.035 Path Delay(ns): P Fall -> D Fall, condition=2 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66419 2.01268 6.70223 10.06341 14.08878 20.12683 Transition 0.66419 2.01268 6.70223 10.06341 14.08878 20.12683 0.327 0.549 0.659 1.038 1.310 1.635 2.123 0.327 9.2197 11.4011 18.9652 24.3853 30.8786 40.6156 0.653 0.633 0.743 1.123 1.394 1.720 2.208 0.653 8.5027 10.6800 18.2442 23.6639 30.1568 39.8947 1.782 0.864 0.974 1.353 1.625 1.950 2.438 1.782 8.6187 10.7954 18.3595 23.7798 30.2721 40.0096 2.588 1.012 1.122 1.501 1.772 2.098 2.586 2.588 9.1696 11.3461 18.9103 24.3303 30.8231 40.5600 4.034 1.269 1.379 1.758 2.030 2.355 2.843 4.034 10.4400 12.6174 20.1823 25.6022 32.0952 41.8321 4.999 1.438 1.548 1.928 2.199 2.524 3.012 4.999 11.3766 13.5531 21.1171 26.5366 33.0298 42.7675 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66419 2.01268 6.70223 10.06341 14.08878 20.12683 0.327 0.125 0.321 1.021 1.525 2.129 3.035 0.653 0.125 0.321 1.021 1.525 2.129 3.035 1.782 0.125 0.321 1.021 1.525 2.129 3.035 2.588 0.125 0.321 1.021 1.525 2.130 3.035 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43542 1.31945 4.39377 6.59725 9.23615 13.19450 0.322 0.998 1.092 1.418 1.652 1.931 2.351 0.639 1.003 1.097 1.423 1.656 1.936 2.355 1.769 1.036 1.130 1.456 1.690 1.969 2.389 2.577 1.073 1.167 1.493 1.727 2.006 2.426 4.034 4.999 0.125 0.126 0.321 0.321 1.021 1.021 1.525 1.525 2.128 2.129 3.035 3.035 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43542 1.31945 4.39377 6.59725 9.23615 13.19450 0.322 17.1074 18.5397 23.4970 27.0467 31.2972 37.6715 0.639 16.2693 17.6970 22.6553 26.2052 30.4560 36.8300 1.769 15.8685 17.3017 22.2591 25.8090 30.0591 36.4330 2.577 16.1474 17.5806 22.5380 26.0879 30.3389 36.7131 4.029 16.9358 18.3697 23.3273 26.8769 31.1272 37.5024 5.001 17.5295 18.9626 23.9203 27.4699 31.7207 38.0945 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43608 1.32145 4.40043 6.60725 9.25014 13.21449 0.321 0.752 0.846 1.173 1.406 1.686 2.107 0.641 0.744 0.838 1.164 1.398 1.678 2.098 1.769 0.703 0.797 1.123 1.357 1.637 2.057 2.577 0.673 0.767 1.094 1.328 1.608 2.028 4.031 0.603 0.697 1.024 1.257 1.537 1.958 5.000 0.546 0.641 0.967 1.201 1.481 1.901 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43608 1.32145 4.40043 6.60725 9.25014 13.21449 0.321 0.131 0.326 1.026 1.529 2.131 3.033 0.641 0.132 0.326 1.025 1.529 2.129 3.033 1.769 0.132 0.326 1.025 1.528 2.130 3.037 2.577 0.133 0.326 1.026 1.529 2.131 3.033 4.031 0.132 0.326 1.026 1.529 2.132 3.032 5.000 0.133 0.326 1.025 1.529 2.130 3.035 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43569 1.32028 4.39654 6.60141 9.24197 13.20281 0.323 23.1453 24.5801 29.5397 33.0919 37.3454 43.7250 0.643 22.2755 23.7099 28.6706 32.2230 36.4760 42.8552 1.769 21.8645 23.2938 28.2550 31.8076 36.0604 42.4399 2.577 22.0665 23.5018 28.4621 32.0145 36.2676 42.6475 4.032 22.6538 24.0835 29.0435 32.5965 36.8494 43.2287 5.000 23.0999 24.5290 29.4901 33.0422 37.2957 43.6753 4.029 5.001 1.150 1.204 1.244 1.298 1.570 1.624 1.804 1.858 2.083 2.137 2.503 2.557 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43542 1.31945 4.39377 6.59725 9.23615 13.19450 0.322 0.131 0.325 1.024 1.525 2.127 3.032 0.639 0.130 0.325 1.024 1.525 2.127 3.029 1.769 0.130 0.325 1.023 1.527 2.127 3.028 2.577 0.130 0.325 1.024 1.526 2.129 3.029 4.029 0.130 0.325 1.024 1.526 2.126 3.031 5.001 0.130 0.325 1.024 1.526 2.129 3.029 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43608 1.32145 4.40043 6.60725 9.25014 13.21449 0.321 9.9044 11.3379 16.3027 19.8591 24.1155 30.5004 0.641 9.0055 10.4324 15.3975 18.9529 23.2101 29.5943 1.769 8.0864 9.5139 14.4795 18.0343 22.2923 28.6767 2.577 7.9114 9.3390 14.3045 17.8600 22.1171 28.5018 4.031 7.8555 9.2822 14.2469 17.8027 22.0596 28.4444 5.000 7.8849 9.3170 14.2810 17.8367 22.0938 28.4773 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43569 1.32028 4.39654 6.60141 9.24197 13.20281 0.323 0.565 0.660 0.986 1.219 1.499 1.919 0.643 0.566 0.661 0.987 1.220 1.500 1.920 1.769 0.556 0.650 0.976 1.210 1.490 1.910 2.577 0.543 0.638 0.964 1.197 1.477 1.897 4.032 0.509 0.603 0.929 1.162 1.442 1.862 5.000 0.478 0.572 0.898 1.132 1.412 1.831 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43569 1.32028 4.39654 6.60141 9.24197 13.20281 0.323 0.130 0.325 1.024 1.527 2.129 3.034 0.643 0.130 0.325 1.024 1.527 2.130 3.030 1.769 0.130 0.325 1.025 1.526 2.129 3.033 2.577 0.130 0.325 1.025 1.527 2.130 3.032 4.032 0.130 0.325 1.024 1.527 2.130 3.031 5.000 0.130 0.325 1.025 1.526 2.128 3.033 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36736 13.23444 44.07068 66.17219 92.64107 132.34438 Transition 4.36736 13.23444 44.07068 66.17219 92.64107 132.34438 0.202 0.892 1.060 1.605 1.992 2.454 3.148 0.202 58.2381 106.6384 274.5772 394.8364 538.8268 754.7707 0.392 0.953 1.121 1.665 2.052 2.515 3.208 0.392 58.4555 106.8659 274.8045 395.0612 539.0542 755.0128 1.065 1.122 1.290 1.835 2.222 2.684 3.378 1.065 59.3942 107.8006 275.7450 396.0082 539.9968 755.9435 1.551 1.228 1.396 1.940 2.327 2.790 3.484 1.551 60.0831 108.4747 276.4114 396.6669 540.6566 756.6053 2.423 1.401 1.569 2.113 2.500 2.963 3.656 2.423 61.3814 109.7121 277.6112 397.8602 541.8612 757.7961 3.006 1.510 1.678 2.222 2.609 3.071 3.765 3.006 62.2889 110.5558 278.4356 398.6836 542.6666 758.6143 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.36736 13.23444 44.07068 66.17219 92.64107 132.34438 Transition 4.37339 13.25271 44.13151 66.26353 92.76894 132.52706 0.202 0.301 0.612 1.737 2.554 3.534 5.007 0.202 0.892 1.060 1.605 1.993 2.456 3.150 0.392 0.301 0.612 1.738 2.556 3.535 5.009 0.392 0.953 1.121 1.666 2.053 2.516 3.210 1.065 0.301 0.612 1.738 2.555 3.537 5.006 1.065 1.122 1.290 1.835 2.222 2.686 3.380 1.551 0.301 0.612 1.738 2.555 3.537 5.008 1.551 1.228 1.396 1.941 2.328 2.791 3.485 2.423 0.301 0.612 1.738 2.555 3.535 5.008 2.423 1.401 1.569 2.114 2.501 2.964 3.658 3.006 0.301 0.612 1.738 2.556 3.537 5.010 3.006 1.510 1.678 2.222 2.610 3.073 3.767 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37339 13.25271 44.13151 66.26353 92.76894 132.52706 Transition 4.37339 13.25271 44.13151 66.26353 92.76894 132.52706 0.202 53.1442 101.6338 269.8630 390.3324 534.5739 750.9212 0.202 0.300 0.611 1.737 2.556 3.537 5.007 0.392 53.4009 101.9052 270.1416 390.6080 534.8402 751.2006 0.392 0.301 0.612 1.737 2.556 3.538 5.009 1.065 54.4669 102.9682 271.2057 391.6759 535.9163 752.2708 1.065 0.300 0.612 1.738 2.555 3.536 5.011 1.551 55.2494 103.7324 271.9555 392.4210 536.6577 753.0190 1.551 0.301 0.612 1.738 2.554 3.537 5.008 2.423 56.7012 105.1174 273.3228 393.7781 538.0077 754.3668 2.423 0.300 0.612 1.737 2.555 3.534 5.010 3.006 57.7078 106.0711 274.2350 394.6919 538.9272 755.2774 3.006 0.300 0.612 1.738 2.556 3.536 5.009 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.37074 13.24465 44.10469 66.22326 92.71257 132.44652 Transition 4.37074 13.24465 44.10469 66.22326 92.71257 132.44652 0.202 0.872 1.039 1.583 1.970 2.434 3.128 0.202 47.9670 96.2230 264.1913 384.5893 528.7741 745.0743 0.392 0.934 1.101 1.645 2.033 2.496 3.190 0.392 48.0106 96.2672 264.2345 384.6293 528.8187 745.1189 1.065 1.103 1.270 1.814 2.202 2.664 3.360 1.065 48.2270 96.4849 264.4512 384.8433 529.0335 745.3292 1.551 1.207 1.374 1.918 2.305 2.769 3.464 1.551 48.3828 96.6372 264.6045 384.9952 529.1864 745.4860 2.423 1.377 1.545 2.089 2.476 2.940 3.635 2.423 48.6697 96.9261 264.8939 385.2883 529.4760 745.7742 3.006 1.484 1.651 2.195 2.583 3.046 3.740 3.006 48.8689 97.1220 265.0919 385.4798 529.6675 745.9676 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.37074 13.24465 44.10469 66.22326 92.71257 132.44652 0.202 0.301 0.612 1.737 2.555 3.536 5.008 0.392 0.301 0.612 1.738 2.556 3.538 5.009 1.065 0.301 0.612 1.739 2.556 3.537 5.011 1.551 0.301 0.612 1.738 2.557 3.535 5.010 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 3.006 0.301 0.301 0.612 0.612 1.739 1.738 2.554 2.555 3.535 3.537 5.010 5.011 2.412 2.997 1.715 1.756 1.827 1.867 2.210 2.250 2.484 2.525 2.813 2.853 3.306 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5234 35.3604 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 3.7416 5.9412 13.5843 19.0614 25.6210 35.4585 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 3.9231 6.1224 13.7656 19.2424 25.8026 35.6393 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.155 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 17.2538 18.6890 23.6573 27.2151 31.4748 37.8642 0.368 17.2073 18.6425 23.6109 27.1687 31.4281 37.8172 1.051 17.0758 18.5131 23.4811 27.0388 31.2989 37.6877 1.537 16.9889 18.4198 23.3880 26.9458 31.2056 37.5948 2.418 16.8145 18.2515 23.2190 26.7768 31.0367 37.4255 3.006 16.7040 18.1347 23.1033 26.6612 30.9204 37.3102 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.027 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Delay 0.295 0.586 0.483 0.608 1.138 0.669 1.595 0.705 2.418 0.760 2.967 0.794 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=1 Input Transition Power(pJ) 0.295 5.2878 0.483 5.3986 1.138 5.9201 1.595 6.3386 2.418 7.1043 2.967 7.6122 Output Transtion(ns): A Fall -> P from High to High impedance, condition=1 Input Transition Output Slope 0.295 0.000 0.483 0.000 1.138 0.000 1.595 0.000 2.418 0.000 2.967 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=1 Input Transition Delay 0.296 0.341 0.482 0.363 1.138 0.424 1.595 0.460 2.418 0.517 2.967 0.550 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.296 8.1734 0.482 8.2798 1.138 8.7967 1.595 9.2114 2.418 9.9588 2.967 10.4598 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=1 Path Delay(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope Input Transition Delay 0.296 0.000 0.336 0.628 0.482 0.000 0.523 0.684 1.138 0.000 1.164 0.847 1.595 0.000 1.629 0.951 2.418 0.000 2.467 1.127 2.967 0.000 3.022 1.239 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.336 4.0906 0.523 4.2840 1.164 4.9457 1.629 5.4086 2.467 6.2276 3.022 6.7705 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.336 0.000 0.523 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.022 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Delay 0.336 0.457 0.523 0.512 1.164 0.675 1.629 0.780 2.467 0.956 3.022 1.067 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=1 Input Transition Power(pJ) 0.336 11.7634 0.523 11.9583 1.164 12.6224 1.629 13.0876 2.467 13.9099 3.022 14.4557 Output Transtion(ns): A Rise -> P from High impedance to High, condition=1 Input Transition Output Slope 0.336 0.000 0.523 0.000 1.164 0.000 1.629 0.000 2.467 0.000 3.022 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.145 0.413 0.336 0.444 1.027 0.520 1.522 0.564 2.410 0.632 3.002 0.673 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.145 1.6979 0.336 1.7054 1.027 1.7389 1.522 1.7743 2.410 1.8419 3.002 1.8854 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.145 0.000 0.336 0.000 1.027 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.145 0.413 0.336 0.444 1.027 0.519 1.522 0.563 2.410 0.632 3.002 0.672 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.145 1.7081 0.336 1.7156 1.027 1.7492 1.522 1.7845 2.410 1.8522 3.002 1.8956 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.145 0.000 0.336 0.000 1.027 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay 0.151 0.741 0.344 0.795 1.029 0.939 1.522 1.028 2.408 1.175 3.000 1.268 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.151 6.0284 0.344 6.0374 1.029 6.0908 1.522 6.1288 2.408 6.1996 3.000 6.2430 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.029 0.000 1.522 0.000 2.408 0.000 3.000 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Delay 0.151 0.736 0.344 0.790 1.029 0.934 1.522 1.023 2.408 1.170 3.000 1.263 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.151 6.0211 0.344 6.0302 1.029 6.0837 1.522 6.1216 2.408 6.1925 3.000 6.2358 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.029 0.000 1.522 0.000 2.408 0.000 3.000 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.189 0.749 0.378 0.777 1.061 0.852 1.546 0.896 2.418 0.968 2.999 1.011 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.189 6.4460 0.378 6.4970 1.061 6.6707 1.546 6.8366 2.418 7.1500 2.999 7.3560 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.189 0.000 0.378 0.000 1.061 0.000 1.546 0.000 2.418 0.000 2.999 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.202 0.513 0.392 0.575 1.065 0.744 1.551 0.848 2.423 1.019 3.006 1.125 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.202 14.5181 0.392 14.5777 1.065 14.7807 1.551 14.9584 2.423 15.2407 3.006 15.4481 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.202 0.000 0.392 0.000 1.065 0.000 1.551 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.295 8.5570 0.336 8.7435 0.483 8.6662 0.523 8.9303 1.138 9.1777 1.162 9.5912 1.595 9.5872 1.629 10.0595 2.418 10.3329 2.467 10.8847 2.967 10.8272 3.022 11.4277 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8098 0.342 1.8246 1.031 1.8768 1.525 1.9188 2.410 2.0005 2.999 2.0564 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7389 1.038 0.8571 1.530 0.9344 2.413 1.0669 3.006 1.1507 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4800 1.037 2.5858 1.527 2.6484 2.413 2.7614 3.001 2.8309 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.145 6.8512 0.336 6.8615 1.027 6.9024 1.522 6.9411 2.410 7.0141 3.002 7.0612 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.145 0.7834 0.336 0.7935 1.027 0.8343 1.522 0.8722 2.410 0.9435 3.002 0.9904 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.145 6.0075 0.336 6.0176 1.027 6.0584 1.522 6.0969 2.410 6.1690 3.002 6.2171 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.151 11.8660 0.344 11.8835 1.029 11.9480 1.522 11.9939 2.408 12.0758 3.000 12.1274 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.151 0.8471 0.344 0.8624 1.029 0.9265 1.522 0.9710 2.408 1.0493 3.000 1.1006 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.151 5.9959 0.344 6.0110 1.029 6.0759 1.522 6.1205 2.408 6.1989 3.000 6.2507 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.326 6.1618 0.651 5.2070 1.778 4.3944 2.585 4.1991 4.034 4.0099 4.999 3.9299 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.320 -1.1277 0.638 -1.9383 1.766 -2.7292 2.574 -2.9340 4.030 -3.1372 5.000 -3.2253 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 5.7962 0.361 5.8181 1.047 5.9321 1.536 6.0375 2.414 6.2258 3.001 6.3461 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4540 1.047 0.5750 1.536 0.6750 2.414 0.8585 3.001 0.9816 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8136 1.536 0.9895 2.414 1.3072 3.002 1.5190 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4091 0.361 5.4226 1.047 5.5386 1.536 5.6435 2.414 5.8309 3.001 5.9524 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7978 0.361 5.8189 1.047 5.9328 1.536 6.0382 2.414 6.2265 3.001 6.3470 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1007 0.374 6.0905 1.052 6.2095 1.543 6.3070 2.423 6.4805 3.010 6.5981 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0122 2.423 1.1917 3.010 1.3116 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5876 1.052 5.5886 1.543 5.6113 2.423 5.6513 3.010 5.6816 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8292 1.543 5.9271 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1028 0.374 6.0924 1.052 6.2116 1.543 6.3089 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.189 9.7719 0.378 9.8189 1.061 10.0082 1.546 10.1798 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.189 4.8451 0.378 4.8906 1.061 5.0761 1.546 5.2444 2.423 3.010 6.1020 6.2212 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.189 4.4978 0.378 4.5459 1.061 4.7287 1.546 4.8972 2.418 5.2154 2.999 5.4221 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.202 6.7613 0.392 6.8226 1.065 7.0647 1.551 7.2290 2.423 7.5344 3.006 7.7454 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0289 0.335 4.9963 1.025 4.9223 1.520 4.8738 2.409 4.7992 3.002 4.7482 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2535 1.028 0.2876 1.522 0.3145 2.411 0.3640 3.005 0.3970 2.423 3.010 6.4823 6.6002 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.189 9.7741 0.378 9.8211 1.061 10.0105 1.546 10.1820 2.418 10.5036 2.999 10.7152 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.202 10.7474 0.392 10.8043 1.065 11.0495 1.551 11.2166 2.423 11.5323 3.006 11.7426 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3472 0.335 5.3205 1.025 5.2347 1.520 5.1797 2.409 5.0898 3.002 5.0340 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3925 0.341 0.4304 1.028 0.5772 1.522 0.6800 2.411 0.8615 3.005 0.9807 2.418 2.999 10.5016 10.7130 2.418 2.999 5.5606 5.7680 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.202 10.7460 0.392 10.8028 1.065 11.0481 1.551 11.2150 2.423 11.5309 3.006 11.7410 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.202 5.5698 0.392 5.6237 1.065 5.8589 1.551 6.0196 2.423 6.3238 3.006 6.5265 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3442 0.335 5.3179 1.025 5.2317 1.520 5.1768 2.409 5.0869 3.002 5.0314 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3993 0.335 0.4066 1.025 0.4410 1.520 0.4713 2.409 0.5296 3.002 0.5695 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4042 0.335 5.4121 1.025 5.4468 1.520 5.4769 2.409 5.5346 3.002 5.5742 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4489 0.341 0.4885 1.028 0.6429 1.522 0.7514 2.411 0.9430 3.005 1.0688 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4477 0.341 0.4875 1.028 0.6419 1.522 0.7504 2.411 0.9421 3.005 1.0680 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2600 0.341 5.1406 1.028 5.0436 1.522 5.0331 2.411 5.0503 3.005 5.0726 Toggle Power(pJ): SONOF Fall, condition=0 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.160 0.5513 0.160 1.7511 0.352 0.5619 0.352 1.7692 1.040 0.6177 1.040 1.8460 1.533 0.6619 1.533 1.9066 2.412 0.7468 2.412 2.0180 2.998 0.8035 2.998 2.0941 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P A->P condition0:NEN&PD&PEN&!PU condition1:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition2:NEN&!PD&PEN&PU condition3:NEN&PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&PEN&PU condition1:!PD&!PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1960 1.051 1.3687 1.537 1.4803 2.418 1.6688 3.006 1.7876 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2538 0.367 2.3033 1.051 2.4708 1.537 2.5738 2.418 2.7481 3.006 2.8587 Cell Description 16 mA, normal slew rate, input-output pad, 5V tolerant PSBI16N Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 9120 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.11228 0.02459 0.01899 2.00768 0.04155 0.04731 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 865.700 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70234 14.24952 47.45090 71.24760 99.74664 142.49519 Transition 4.70234 14.24952 47.45090 71.24760 99.74664 142.49519 0.245 0.762 0.989 1.621 2.051 2.562 3.326 0.245 46.8270 98.4349 279.1054 408.6383 563.7620 796.4813 0.432 0.786 1.012 1.645 2.075 2.586 3.350 0.432 46.9005 98.5097 279.1791 408.7093 563.8404 796.5564 1.103 0.848 1.075 1.707 2.137 2.649 3.413 1.103 47.2553 98.8566 279.5324 409.0701 564.1991 796.9041 1.573 0.885 1.112 1.744 2.174 2.685 3.449 1.573 47.5415 99.1452 279.8145 409.3499 564.4765 797.1975 2.421 0.941 1.167 1.800 2.230 2.741 3.505 2.421 48.0734 99.6748 280.3528 409.8842 565.0173 797.7335 2.987 0.974 1.200 1.833 2.263 2.774 3.538 2.987 48.4260 100.0291 280.7046 410.2358 565.3604 798.0790 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.70234 14.24952 47.45090 71.24760 99.74664 142.49519 0.245 0.371 0.688 1.788 2.595 3.570 5.039 0.432 0.371 0.688 1.788 2.595 3.569 5.040 1.103 0.371 0.688 1.788 2.595 3.570 5.040 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.70885 14.26925 47.51659 71.34624 99.88473 142.69247 0.245 0.784 1.002 1.632 2.061 2.572 3.335 0.432 0.807 1.025 1.655 2.084 2.595 3.358 1.103 0.870 1.088 1.718 2.147 2.658 3.421 1.573 2.421 2.987 0.371 0.371 0.371 0.688 0.688 0.688 1.788 1.788 1.788 2.595 2.595 2.595 3.570 3.570 3.570 5.039 5.039 5.039 1.574 2.422 2.988 0.906 0.962 0.995 1.124 1.181 1.214 1.754 1.810 1.843 2.184 2.240 2.273 2.694 2.750 2.783 3.457 3.514 3.547 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70885 14.26925 47.51659 71.34624 99.88473 142.69247 Transition 4.70885 14.26925 47.51659 71.34624 99.88473 142.69247 0.245 51.0204 102.0647 282.7526 412.3836 567.6538 800.5240 0.245 0.356 0.675 1.780 2.587 3.563 5.034 0.432 51.1211 102.1705 282.8560 412.4982 567.7575 800.6342 0.432 0.356 0.675 1.780 2.588 3.563 5.033 1.103 51.6189 102.6586 283.3473 412.9656 568.2275 801.1159 1.103 0.356 0.675 1.780 2.587 3.563 5.034 1.574 51.9918 103.0290 283.7184 413.3510 568.6115 801.4934 1.574 0.356 0.675 1.780 2.588 3.563 5.034 2.422 52.6890 103.7125 284.4000 414.0312 569.2984 802.1747 2.422 0.356 0.675 1.780 2.588 3.563 5.035 2.988 53.1424 104.1736 284.8535 414.4830 569.7486 802.6236 2.988 0.356 0.675 1.780 2.587 3.563 5.034 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70450 14.25606 47.47268 71.28030 99.79243 142.56061 Transition 4.70450 14.25606 47.47268 71.28030 99.79243 142.56061 0.245 0.784 1.002 1.631 2.061 2.571 3.335 0.245 55.9228 106.8919 287.3441 416.8107 571.8679 804.4701 0.432 0.807 1.025 1.655 2.084 2.595 3.358 0.432 55.9921 106.9655 287.4130 416.8801 571.9417 804.5267 1.103 0.870 1.088 1.718 2.146 2.658 3.421 1.103 56.3797 107.3452 287.7829 417.2541 572.3146 804.9060 1.574 0.906 1.124 1.754 2.183 2.693 3.457 1.574 56.6778 107.6368 288.0832 417.5511 572.6095 805.2080 2.422 0.962 1.181 1.810 2.239 2.750 3.513 2.422 57.2426 108.1945 288.6326 418.1062 573.1563 805.7677 2.988 0.995 1.214 1.843 2.272 2.783 3.546 2.988 57.6077 108.5661 288.9998 418.4664 573.5244 806.1279 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70450 14.25606 47.47268 71.28030 99.79243 142.56061 Transition 4.70473 14.25677 47.47503 71.28383 99.79736 142.56766 0.245 0.356 0.676 1.780 2.588 3.564 5.034 0.245 0.784 1.002 1.632 2.062 2.573 3.337 0.432 0.356 0.676 1.780 2.588 3.564 5.035 0.432 0.807 1.026 1.656 2.085 2.597 3.360 1.103 0.356 0.676 1.780 2.588 3.563 5.035 1.103 0.870 1.088 1.718 2.148 2.659 3.423 1.574 0.356 0.676 1.780 2.588 3.563 5.034 1.574 0.906 1.125 1.754 2.184 2.695 3.460 2.422 0.356 0.675 1.780 2.588 3.564 5.035 2.422 0.963 1.181 1.811 2.241 2.751 3.516 2.988 0.356 0.676 1.780 2.588 3.563 5.035 2.988 0.996 1.214 1.844 2.274 2.784 3.549 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70473 14.25677 47.47503 71.28383 99.79736 142.56766 Transition 4.70473 14.25677 47.47503 71.28383 99.79736 142.56766 0.245 50.7613 101.7959 282.4287 412.0255 567.2330 800.0581 0.245 0.356 0.675 1.780 2.587 3.563 5.033 0.432 50.8288 101.8652 282.4999 412.0900 567.3056 800.1328 0.432 0.356 0.675 1.779 2.587 3.563 5.033 1.103 51.2146 102.2440 282.8672 412.4605 567.6618 800.4978 1.103 0.356 0.675 1.779 2.587 3.562 5.033 1.574 51.5051 102.5430 283.1616 412.7585 567.9691 800.7971 1.574 0.356 0.675 1.779 2.587 3.563 5.033 2.422 52.0683 103.0880 283.7047 413.2987 568.5088 801.3407 2.422 0.356 0.675 1.779 2.587 3.563 5.033 2.988 52.4284 103.4527 284.0729 413.6679 568.8705 801.6997 2.988 0.355 0.675 1.780 2.587 3.563 5.034 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.70063 14.24432 47.43358 71.22160 99.71024 142.44319 Transition 4.70063 14.24432 47.43358 71.22160 99.71024 142.44319 0.245 0.784 1.002 1.632 2.062 2.572 3.336 0.245 55.6658 106.6264 287.0286 416.4539 571.4722 803.9685 0.432 0.807 1.026 1.656 2.085 2.596 3.360 0.432 55.7050 106.6608 287.0609 416.4881 571.5167 804.0200 1.103 0.870 1.088 1.718 2.148 2.659 3.422 1.103 55.9770 106.9251 287.3232 416.7592 571.7687 804.2851 1.574 0.906 1.125 1.754 2.184 2.695 3.459 1.574 56.1953 107.1459 287.5433 416.9754 571.9888 804.5038 2.422 0.963 1.181 1.811 2.240 2.751 3.514 2.422 56.6147 107.5638 287.9591 417.3827 572.4042 804.9069 2.988 0.996 1.214 1.843 2.273 2.784 3.547 2.988 56.8959 107.8399 288.2353 417.6617 572.6753 805.1788 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70063 14.24432 47.43358 71.22160 99.71024 142.44319 Transition 4.36967 13.24143 44.09397 66.20717 92.69004 132.41434 0.245 0.356 0.675 1.780 2.587 3.563 5.034 0.270 0.795 0.966 1.512 1.899 2.362 3.056 0.432 0.356 0.675 1.780 2.588 3.563 5.033 0.460 0.853 1.024 1.570 1.957 2.420 3.115 1.103 0.356 0.675 1.780 2.588 3.563 5.034 1.115 1.021 1.193 1.738 2.126 2.589 3.283 1.574 0.356 0.675 1.779 2.588 3.563 5.033 1.589 1.129 1.301 1.846 2.233 2.696 3.391 2.422 0.356 0.675 1.780 2.587 3.563 5.034 2.443 1.310 1.481 2.027 2.414 2.877 3.571 2.988 0.356 0.675 1.780 2.587 3.563 5.034 3.012 1.424 1.595 2.141 2.528 2.991 3.686 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36967 13.24143 44.09397 66.20717 92.69004 132.41434 Transition 4.36967 13.24143 44.09397 66.20717 92.69004 132.41434 0.270 44.4324 92.6893 260.6266 380.9919 525.1457 741.3439 0.270 0.319 0.626 1.744 2.561 3.540 5.012 0.460 44.5598 92.8099 260.7565 381.1157 525.2665 741.4765 0.460 0.319 0.626 1.744 2.560 3.541 5.012 1.115 45.0160 93.2672 261.2114 381.5715 525.7258 741.9356 1.115 0.319 0.626 1.745 2.559 3.540 5.011 1.589 45.3387 93.5911 261.5238 381.8922 526.0590 742.2504 1.589 0.319 0.626 1.745 2.561 3.540 5.015 2.443 45.8925 94.1579 262.1022 382.4710 526.6233 742.8258 2.443 0.319 0.626 1.745 2.560 3.539 5.014 3.012 46.2864 94.5349 262.4729 382.8401 527.0033 743.1969 3.012 0.319 0.626 1.745 2.559 3.541 5.013 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.36325 13.22197 44.02917 66.10986 92.55380 132.21972 Transition 4.36325 13.22197 44.02917 66.10986 92.55380 132.21972 0.270 0.825 0.992 1.535 1.922 2.384 3.077 0.270 53.7130 100.7813 267.7296 387.7734 531.5923 747.3823 0.460 0.883 1.050 1.593 1.980 2.442 3.136 0.460 53.8138 100.8653 267.8115 387.8546 531.6764 747.4594 1.117 1.052 1.219 1.762 2.148 2.611 3.305 1.117 54.1523 101.2021 268.1543 388.1934 532.0082 747.7926 1.589 1.160 1.327 1.870 2.256 2.718 3.413 1.589 54.3925 101.4389 268.3869 388.4128 532.2409 748.0254 2.443 1.341 1.507 2.051 2.437 2.900 3.593 2.443 54.8132 101.8511 268.8001 388.8292 532.6553 748.4416 3.012 1.455 1.622 2.165 2.552 3.014 3.708 3.012 55.0931 102.1286 269.0773 389.1080 532.9294 748.7076 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.36325 13.22197 44.02917 66.10986 92.55380 132.21972 0.270 0.310 0.624 1.745 2.560 3.540 5.012 0.460 0.310 0.623 1.745 2.559 3.538 5.014 1.117 0.311 0.624 1.744 2.561 3.541 5.013 1.589 0.310 0.623 1.745 2.560 3.540 5.012 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.36786 13.23595 44.07572 66.17976 92.65166 132.35952 0.270 0.825 0.992 1.535 1.922 2.384 3.077 0.460 0.883 1.050 1.593 1.979 2.442 3.135 1.117 1.052 1.219 1.761 2.148 2.610 3.304 1.589 1.160 1.326 1.870 2.256 2.718 3.412 2.443 3.012 0.310 0.310 0.624 0.623 1.745 1.744 2.559 2.560 3.538 3.540 5.011 5.014 2.443 3.012 1.341 1.455 1.507 1.622 2.050 2.165 2.437 2.552 2.899 3.014 3.593 3.708 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.36786 13.23595 44.07572 66.17976 92.65166 132.35952 Transition 4.36786 13.23595 44.07572 66.17976 92.65166 132.35952 0.270 53.9508 101.0532 268.1116 388.2285 532.1405 748.0623 0.270 0.310 0.624 1.746 2.561 3.541 5.013 0.460 54.0902 101.1766 268.2318 388.3427 532.2653 748.1818 0.460 0.311 0.624 1.745 2.560 3.539 5.015 1.117 54.5537 101.6312 268.6872 388.8008 532.7085 748.6450 1.117 0.311 0.623 1.745 2.561 3.541 5.014 1.589 54.8789 101.9523 269.0037 389.1199 533.0333 748.9571 1.589 0.310 0.624 1.745 2.561 3.540 5.013 2.443 55.4471 102.5196 269.5798 389.6914 533.6051 749.5220 2.443 0.310 0.623 1.746 2.559 3.539 5.012 3.012 55.8247 102.8920 269.9480 390.0558 533.9792 749.9024 3.012 0.310 0.624 1.744 2.560 3.541 5.015 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.37144 13.24679 44.11182 66.23397 92.72755 132.46794 Transition 4.37144 13.24679 44.11182 66.23397 92.72755 132.46794 0.270 0.825 0.992 1.536 1.923 2.386 3.081 0.270 48.6145 95.7967 263.1375 383.4339 527.5784 743.8628 0.460 0.883 1.050 1.594 1.981 2.445 3.139 0.460 48.7546 95.9255 263.2541 383.5585 527.7009 743.9745 1.117 1.052 1.219 1.763 2.150 2.613 3.308 1.117 49.2236 96.3874 263.7163 384.0125 528.1645 744.4408 1.589 1.160 1.327 1.871 2.258 2.721 3.416 1.589 49.5487 96.7103 264.0390 384.3400 528.4860 744.7546 2.443 1.341 1.508 2.051 2.439 2.901 3.596 2.443 50.1248 97.2799 264.6071 384.9134 529.0573 745.3401 3.012 1.455 1.622 2.166 2.553 3.017 3.711 3.012 50.5062 97.6581 264.9864 385.2817 529.4335 745.7073 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37144 13.24679 44.11182 66.23397 92.72755 132.46794 Transition 4.37257 13.25020 44.12316 66.25100 92.75139 132.50199 0.270 0.310 0.623 1.745 2.560 3.543 5.017 0.270 0.825 0.992 1.535 1.922 2.384 3.078 0.460 0.310 0.623 1.745 2.561 3.541 5.013 0.460 0.883 1.050 1.593 1.980 2.442 3.136 1.117 0.310 0.623 1.746 2.561 3.542 5.017 1.117 1.052 1.219 1.762 2.148 2.611 3.305 1.589 0.310 0.623 1.745 2.562 3.543 5.016 1.589 1.160 1.326 1.870 2.256 2.720 3.413 2.443 0.310 0.623 1.745 2.561 3.541 5.015 2.443 1.340 1.507 2.051 2.437 2.900 3.594 3.012 0.310 0.623 1.745 2.562 3.543 5.013 3.012 1.455 1.622 2.165 2.552 3.014 3.708 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37257 13.25020 44.12316 66.25100 92.75139 132.50199 Transition 4.37257 13.25020 44.12316 66.25100 92.75139 132.50199 0.270 48.8366 96.0103 263.3141 383.5994 527.7084 743.9390 0.270 0.310 0.623 1.744 2.561 3.541 5.013 0.460 49.0141 96.1709 263.4695 383.7564 527.8744 744.0868 0.460 0.310 0.623 1.744 2.560 3.539 5.011 1.117 49.6081 96.7592 264.0614 384.3355 528.4588 744.6796 1.117 0.310 0.623 1.744 2.559 3.541 5.014 1.589 50.0172 97.1684 264.4651 384.7550 528.8675 745.0854 1.589 0.310 0.623 1.744 2.560 3.540 5.013 2.443 50.7436 97.8891 265.1874 385.4677 529.5871 745.8015 2.443 0.310 0.623 1.744 2.559 3.539 5.011 3.012 51.2245 98.3593 265.6575 385.9423 530.0586 746.2786 3.012 0.310 0.623 1.744 2.560 3.541 5.010 Path Delay(ns): CONOF Fall -> D Fall Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.150 3.3823 5.5775 13.2059 18.6723 25.2165 35.0348 0.342 1.471 1.583 1.965 2.239 2.567 3.059 0.342 3.3899 5.5893 13.2181 18.6845 25.2290 35.0471 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.031 3.4459 5.6456 13.2743 18.7405 25.2852 35.1038 1.525 1.608 1.720 2.102 2.376 2.704 3.196 1.525 3.4882 5.6885 13.3173 18.7836 25.3281 35.1467 2.410 1.690 1.802 2.184 2.458 2.786 3.278 2.410 3.5721 5.7713 13.3998 18.8666 25.4107 35.2292 2.999 1.740 1.852 2.234 2.508 2.836 3.328 2.999 3.6292 5.8284 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5354 17.4966 21.0485 25.3009 31.6799 0.351 11.0783 12.5094 17.4693 21.0217 25.2748 31.6540 1.037 11.0087 12.4349 17.3949 20.9470 25.1998 31.5796 1.527 10.9511 12.3827 17.3427 20.8952 25.1485 31.5267 2.413 10.8544 12.2840 17.2439 20.7960 25.0492 31.4283 3.001 10.7874 12.2170 17.1768 20.7291 24.9824 31.3613 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70226 14.24928 47.45010 71.24640 99.74496 142.49280 Transition 4.70226 14.24928 47.45010 71.24640 99.74496 142.49280 0.153 1.195 1.422 2.054 2.484 2.995 3.758 0.153 45.2804 96.8932 277.5686 407.0947 562.2215 794.8935 0.345 1.258 1.484 2.117 2.547 3.057 3.821 0.345 45.2935 96.9017 277.5784 407.1073 562.2399 794.9124 1.031 1.430 1.656 2.289 2.719 3.230 3.993 1.031 45.3641 96.9738 277.6482 407.1723 562.3040 794.9738 1.525 1.540 1.766 2.398 2.828 3.340 4.103 1.525 45.4124 97.0194 277.6962 407.2250 562.3611 795.0309 2.411 1.725 1.951 2.584 3.014 3.524 4.288 2.411 45.4953 97.1062 277.7773 407.3033 562.4304 795.0961 3.005 1.843 2.069 2.701 3.132 3.643 4.406 3.005 45.5530 97.1598 277.8313 407.3590 562.4928 795.1554 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Transition 4.70226 14.24928 47.45010 71.24640 99.74496 142.49280 0.153 0.371 0.688 1.788 2.595 3.569 5.039 0.345 0.371 0.688 1.788 2.595 3.569 5.039 1.031 0.371 0.688 1.788 2.595 3.570 5.039 1.525 0.371 0.688 1.788 2.595 3.570 5.039 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Transition 4.71175 14.27802 47.54581 71.39011 99.94615 142.78022 0.153 1.198 1.424 2.057 2.487 2.999 3.765 0.345 1.260 1.487 2.119 2.550 3.062 3.827 1.031 1.433 1.659 2.292 2.722 3.234 4.000 1.525 1.542 1.769 2.402 2.832 3.344 4.108 2.411 3.005 0.371 0.371 0.688 0.688 1.788 1.788 2.595 2.595 3.570 3.570 5.039 5.039 2.411 3.005 1.728 1.846 1.954 2.072 2.587 2.705 3.017 3.135 3.529 3.647 4.295 4.413 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.71175 14.27802 47.54581 71.39011 99.94615 142.78022 Transition 4.71175 14.27802 47.54581 71.39011 99.94615 142.78022 0.153 43.9090 95.9819 277.0671 406.8565 562.3072 795.4572 0.153 0.367 0.683 1.784 2.592 3.568 5.041 0.345 43.9227 95.9953 277.0708 406.8694 562.3146 795.4696 0.345 0.367 0.683 1.784 2.592 3.568 5.041 1.031 43.9895 96.0611 277.1482 406.9421 562.3768 795.5423 1.031 0.367 0.683 1.784 2.592 3.568 5.041 1.525 44.0403 96.1142 277.1995 406.9897 562.4258 795.5892 1.525 0.367 0.683 1.784 2.592 3.569 5.041 2.411 44.1260 96.1990 277.2841 407.0753 562.5117 795.6691 2.411 0.367 0.683 1.784 2.592 3.568 5.041 3.005 44.1780 96.2558 277.3423 407.1301 562.5682 795.7235 3.005 0.367 0.683 1.784 2.592 3.569 5.041 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70774 14.26588 47.50539 71.32941 99.86118 142.65882 Transition 4.70774 14.26588 47.50539 71.32941 99.86118 142.65882 0.153 1.193 1.421 2.053 2.483 2.994 3.758 0.153 53.7388 106.2688 287.5898 417.2803 572.5279 805.3548 0.346 1.256 1.483 2.116 2.546 3.057 3.821 0.346 53.8385 106.3696 287.6879 417.3692 572.6196 805.4512 1.031 1.430 1.657 2.289 2.720 3.231 3.995 1.031 54.2347 106.7636 288.0848 417.7762 573.0162 805.8555 1.525 1.540 1.767 2.400 2.830 3.341 4.105 1.525 54.5665 107.0959 288.4152 418.1001 573.3510 806.1830 2.413 1.726 1.953 2.586 3.016 3.527 4.291 2.413 55.1540 107.6802 289.0093 418.6973 573.9464 806.7580 3.005 1.844 2.072 2.704 3.134 3.646 4.409 3.005 55.5470 108.0821 289.3943 419.0902 574.3333 807.1600 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70774 14.26588 47.50539 71.32941 99.86118 142.65882 Transition 4.71174 14.27801 47.54576 71.39003 99.94605 142.78007 0.153 0.361 0.678 1.781 2.590 3.566 5.038 0.153 1.193 1.421 2.053 2.484 2.995 3.760 0.346 0.361 0.679 1.781 2.590 3.566 5.038 0.346 1.256 1.483 2.116 2.547 3.058 3.823 1.031 0.361 0.679 1.782 2.590 3.566 5.038 1.031 1.430 1.657 2.290 2.720 3.231 3.996 1.525 0.361 0.679 1.781 2.590 3.566 5.038 1.525 1.540 1.767 2.400 2.831 3.342 4.106 2.413 0.362 0.679 1.782 2.590 3.566 5.038 2.413 1.726 1.953 2.586 3.016 3.527 4.292 3.005 0.362 0.679 1.781 2.590 3.566 5.038 3.005 1.844 2.072 2.704 3.135 3.646 4.411 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71174 14.27801 47.54576 71.39003 99.94605 142.78007 Transition 4.71174 14.27801 47.54576 71.39003 99.94605 142.78007 0.153 48.9256 101.5333 283.0878 412.9330 568.3643 801.4499 0.153 0.361 0.678 1.781 2.589 3.565 5.037 0.346 49.0642 101.6687 283.2203 413.0578 568.4974 801.5815 0.346 0.361 0.678 1.781 2.589 3.566 5.037 1.031 49.5880 102.1889 283.7402 413.5911 569.0162 802.1174 1.031 0.361 0.678 1.781 2.589 3.566 5.037 1.525 50.0096 102.6154 284.1642 414.0082 569.4350 802.5301 1.525 0.361 0.678 1.781 2.589 3.565 5.037 2.413 50.7514 103.3541 284.9060 414.7484 570.1818 803.2711 2.413 0.361 0.678 1.781 2.589 3.565 5.037 3.005 51.2481 103.8490 285.3999 415.2490 570.6726 803.7711 3.005 0.361 0.678 1.781 2.589 3.566 5.037 Path Delay(ns): P Fall -> D Fall, condition=0 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 0.66464 2.01407 6.70686 10.07037 14.09851 20.14073 Transition 0.66464 2.01407 6.70686 10.07037 14.09851 20.14073 0.329 0.707 0.817 1.196 1.468 1.794 2.282 0.329 9.4040 11.5826 19.1520 24.5756 31.0737 40.8168 0.652 0.802 0.912 1.291 1.563 1.889 2.377 0.652 8.4921 10.6697 18.2396 23.6633 30.1606 39.9046 1.779 1.090 1.201 1.580 1.852 2.178 2.666 1.779 8.3304 10.5113 18.0811 23.5054 30.0022 39.7462 2.587 1.280 1.390 1.769 2.041 2.367 2.855 2.587 8.6462 10.8248 18.3946 23.8174 30.3156 40.0595 4.034 1.612 1.722 2.101 2.373 2.698 3.187 4.034 9.4366 11.6147 19.1841 24.6079 31.1051 40.8490 4.998 1.829 1.939 2.319 2.591 2.916 3.405 4.998 10.0367 12.2223 19.7924 25.2160 31.7139 41.4575 Output Transtion(ns): P Fall -> D Fall, condition=0 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66464 2.01407 6.70686 10.07037 14.09851 20.14073 Transition 0.66446 2.01351 6.70500 10.06757 14.09460 20.13514 0.329 0.125 0.321 1.022 1.526 2.130 3.037 0.328 0.628 0.738 1.117 1.389 1.715 2.203 0.652 0.126 0.321 1.022 1.526 2.130 3.037 0.651 0.703 0.813 1.192 1.464 1.790 2.278 1.779 0.126 0.321 1.022 1.526 2.131 3.037 1.779 0.916 1.026 1.406 1.677 2.003 2.491 2.587 0.126 0.321 1.022 1.526 2.131 3.037 2.586 1.055 1.165 1.545 1.817 2.142 2.630 4.034 0.126 0.321 1.022 1.526 2.130 3.037 4.034 1.293 1.403 1.782 2.054 2.379 2.868 4.998 0.126 0.321 1.022 1.527 2.131 3.037 4.998 1.446 1.557 1.936 2.208 2.533 3.021 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 0.66446 2.01351 6.70500 10.06757 14.09460 20.13514 Transition 0.66446 2.01351 6.70500 10.06757 14.09460 20.13514 0.328 8.9971 11.1749 18.7430 24.1664 30.6610 40.4010 0.328 0.126 0.321 1.022 1.526 2.130 3.035 0.651 7.9734 10.1512 17.7186 23.1424 29.6372 39.3773 0.651 0.126 0.321 1.022 1.526 2.130 3.035 1.779 7.4143 9.5923 17.1597 22.5834 29.0780 38.8183 1.779 0.126 0.321 1.021 1.526 2.130 3.036 2.586 7.4565 9.6341 17.2018 22.6324 29.1273 38.8680 2.586 0.126 0.321 1.022 1.526 2.130 3.036 4.034 7.7728 9.9555 17.5240 22.9480 29.4420 39.1832 4.034 0.126 0.321 1.022 1.526 2.130 3.036 4.998 8.0614 10.2401 17.8077 23.2312 29.7265 39.4663 4.998 0.126 0.321 1.022 1.526 2.129 3.036 Path Delay(ns): P Fall -> D Fall, condition=2 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 0.66521 2.01579 6.71258 10.07895 14.11053 20.15790 Transition 0.66521 2.01579 6.71258 10.07895 14.11053 20.15790 0.329 0.546 0.656 1.036 1.308 1.634 2.122 0.329 9.2415 11.4222 18.9983 24.4275 30.9299 40.6817 0.652 0.629 0.739 1.119 1.391 1.717 2.206 0.652 8.3961 10.5834 18.1598 23.5887 30.0911 39.8431 1.782 0.858 0.968 1.348 1.620 1.946 2.435 1.782 8.4969 10.6821 18.2581 23.6871 30.1900 39.9420 2.588 1.006 1.116 1.496 1.768 2.094 2.583 2.588 9.0562 11.2433 18.8203 24.2497 30.7518 40.5038 4.034 1.264 1.374 1.754 2.026 2.352 2.841 4.034 10.3449 12.5251 20.1013 25.5300 32.0332 41.7845 4.999 1.433 1.543 1.923 2.195 2.520 3.009 4.999 11.2824 13.4624 21.0388 26.4684 32.9703 42.7221 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66521 2.01579 6.71258 10.07895 14.11053 20.15790 0.329 0.125 0.321 1.023 1.528 2.133 3.039 0.652 0.125 0.321 1.023 1.527 2.132 3.039 1.782 0.125 0.321 1.023 1.528 2.133 3.039 2.588 0.125 0.321 1.023 1.527 2.133 3.040 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43548 1.31962 4.39434 6.59811 9.23735 13.19621 0.321 0.996 1.090 1.416 1.650 1.929 2.349 0.639 0.999 1.094 1.420 1.653 1.933 2.353 1.769 1.032 1.127 1.453 1.686 1.966 2.386 2.577 1.069 1.164 1.490 1.723 2.003 2.423 4.034 4.999 0.125 0.125 0.321 0.321 1.023 1.023 1.527 1.527 2.133 2.132 3.040 3.039 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43548 1.31962 4.39434 6.59811 9.23735 13.19621 0.321 17.1677 18.6015 23.5591 27.1097 31.3607 37.7361 0.639 16.3375 17.7719 22.7299 26.2800 30.5313 36.9067 1.769 15.9546 17.3890 22.3465 25.8970 30.1485 36.5246 2.577 16.2393 17.6721 22.6305 26.1812 30.4322 36.8077 4.031 17.0314 18.4652 23.4229 26.9734 31.2247 37.6006 5.000 17.6274 19.0605 24.0189 27.5693 31.8207 38.1956 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43642 1.32247 4.40383 6.61236 9.25730 13.22471 0.321 0.750 0.844 1.171 1.405 1.685 2.106 0.639 0.741 0.835 1.162 1.396 1.676 2.097 1.768 0.700 0.794 1.120 1.354 1.635 2.055 2.577 0.671 0.765 1.091 1.325 1.606 2.026 4.031 0.601 0.695 1.021 1.255 1.536 1.956 5.000 0.543 0.637 0.964 1.198 1.478 1.898 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43642 1.32247 4.40383 6.61236 9.25730 13.22471 0.321 0.131 0.326 1.026 1.530 2.133 3.035 0.639 0.132 0.326 1.026 1.529 2.132 3.035 1.768 0.132 0.326 1.027 1.529 2.130 3.035 2.577 0.132 0.326 1.026 1.530 2.131 3.036 4.031 0.133 0.326 1.026 1.529 2.132 3.035 5.000 0.133 0.326 1.026 1.530 2.132 3.039 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43515 1.31864 4.39107 6.59320 9.23047 13.18639 0.322 23.2043 24.6379 29.5922 33.1399 37.3874 43.7590 0.642 22.3488 23.7812 28.7349 32.2826 36.5304 42.9007 1.768 21.9506 23.3781 28.3328 31.8810 36.1286 42.4990 2.577 22.1559 23.5886 28.5432 32.0904 36.3386 42.7100 4.032 22.7432 24.1756 29.1301 32.6780 36.9263 43.2970 5.000 23.1951 24.6225 29.5771 33.1257 37.3730 43.7434 4.031 5.000 1.147 1.200 1.242 1.295 1.568 1.621 1.801 1.854 2.081 2.134 2.500 2.554 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43548 1.31962 4.39434 6.59811 9.23735 13.19621 0.321 0.130 0.325 1.024 1.527 2.127 3.029 0.639 0.130 0.325 1.023 1.525 2.127 3.032 1.769 0.130 0.325 1.025 1.527 2.127 3.032 2.577 0.130 0.325 1.024 1.525 2.128 3.032 4.031 0.130 0.325 1.024 1.527 2.128 3.028 5.000 0.130 0.325 1.024 1.527 2.128 3.031 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43642 1.32247 4.40383 6.61236 9.25730 13.22471 0.321 9.9664 11.4008 16.3695 19.9280 24.1876 30.5786 0.639 9.0773 10.5056 15.4744 19.0330 23.2936 29.6839 1.768 8.1691 9.6009 14.5692 18.1282 22.3878 28.7789 2.577 7.9978 9.4298 14.3980 17.9571 22.2170 28.6087 4.031 7.9472 9.3742 14.3430 17.9016 22.1623 28.5531 5.000 7.9812 9.4106 14.3787 17.9374 22.1976 28.5884 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43515 1.31864 4.39107 6.59320 9.23047 13.18639 0.322 0.563 0.657 0.983 1.216 1.496 1.915 0.642 0.563 0.657 0.983 1.216 1.496 1.915 1.768 0.553 0.647 0.973 1.206 1.486 1.905 2.577 0.539 0.634 0.960 1.193 1.472 1.892 4.032 0.504 0.598 0.924 1.158 1.437 1.856 5.000 0.475 0.568 0.894 1.128 1.407 1.826 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43515 1.31864 4.39107 6.59320 9.23047 13.18639 0.322 0.130 0.325 1.023 1.525 2.127 3.027 0.642 0.130 0.325 1.023 1.524 2.127 3.029 1.768 0.130 0.325 1.023 1.525 2.126 3.027 2.577 0.130 0.325 1.023 1.524 2.126 3.026 4.032 0.130 0.325 1.023 1.524 2.125 3.026 5.000 0.130 0.325 1.023 1.525 2.127 3.027 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.36927 13.24021 44.08989 66.20103 92.68145 132.40207 Transition 4.36927 13.24021 44.08989 66.20103 92.68145 132.40207 0.189 0.953 1.125 1.671 2.059 2.521 3.215 0.189 55.8800 104.3572 272.4069 392.7257 536.7773 752.8441 0.380 1.016 1.187 1.733 2.121 2.583 3.278 0.380 56.0597 104.5638 272.6086 392.9293 536.9851 753.0437 1.057 1.191 1.362 1.908 2.296 2.759 3.452 1.057 56.7388 105.2139 273.2570 393.5753 537.6430 753.6968 1.546 1.300 1.472 2.018 2.405 2.868 3.563 1.546 57.2170 105.6913 273.7428 394.0560 538.1218 754.1725 2.423 1.483 1.654 2.201 2.588 3.050 3.745 2.423 58.0530 106.5274 274.5749 394.8917 538.9596 755.0076 3.006 1.597 1.769 2.315 2.702 3.165 3.859 3.006 58.6254 107.0993 275.1422 395.4645 539.5270 755.5814 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.36927 13.24021 44.08989 66.20103 92.68145 132.40207 Transition 4.37256 13.25017 44.12307 66.25085 92.75119 132.50170 0.189 0.315 0.624 1.745 2.561 3.543 5.013 0.189 0.953 1.125 1.671 2.058 2.522 3.215 0.380 0.315 0.624 1.745 2.561 3.541 5.013 0.380 1.016 1.187 1.733 2.121 2.583 3.278 1.057 0.315 0.625 1.745 2.561 3.542 5.013 1.057 1.191 1.362 1.908 2.296 2.759 3.453 1.546 0.315 0.624 1.746 2.560 3.540 5.014 1.546 1.300 1.472 2.018 2.405 2.869 3.563 2.423 0.316 0.624 1.746 2.562 3.540 5.016 2.423 1.483 1.654 2.200 2.588 3.051 3.745 3.006 0.316 0.624 1.746 2.561 3.542 5.013 3.006 1.597 1.769 2.315 2.702 3.165 3.859 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37256 13.25017 44.12307 66.25085 92.75119 132.50170 Transition 4.37256 13.25017 44.12307 66.25085 92.75119 132.50170 0.189 50.7837 99.3206 267.5601 388.0076 532.2293 748.5154 0.189 0.315 0.624 1.745 2.559 3.539 5.013 0.380 51.0032 99.5653 267.8071 388.2582 532.4693 748.7636 0.380 0.315 0.623 1.744 2.558 3.540 5.013 1.057 51.8128 100.3527 268.5869 389.0473 533.2588 749.5452 1.057 0.315 0.623 1.745 2.558 3.539 5.013 1.546 52.3821 100.9189 269.1594 389.6036 533.8221 750.1143 1.546 0.314 0.624 1.744 2.560 3.540 5.014 2.423 53.3761 101.9141 270.1505 390.6047 534.8189 751.1226 2.423 0.315 0.624 1.744 2.559 3.540 5.011 3.006 54.0553 102.5849 270.8201 391.2769 535.4861 751.7746 3.006 0.315 0.624 1.744 2.561 3.539 5.012 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.36979 13.24180 44.09520 66.20901 92.69262 132.41803 Transition 4.36979 13.24180 44.09520 66.20901 92.69262 132.41803 0.189 0.939 1.110 1.655 2.042 2.506 3.201 0.189 46.7947 95.0535 262.9833 383.3499 527.5067 743.7607 0.380 1.001 1.172 1.717 2.105 2.568 3.262 0.380 46.8419 95.1054 263.0309 383.4036 527.5562 743.8037 1.057 1.176 1.347 1.893 2.280 2.743 3.438 1.057 47.0203 95.2786 263.2042 383.5784 527.7345 743.9788 1.546 1.286 1.457 2.002 2.389 2.853 3.548 1.546 47.1872 95.4379 263.3685 383.7505 527.9034 744.1453 2.423 1.468 1.638 2.184 2.571 3.034 3.729 2.423 47.4010 95.6677 263.6007 383.9690 528.1282 744.3718 3.006 1.582 1.753 2.298 2.686 3.148 3.843 3.006 47.5405 95.7948 263.7215 384.0959 528.2479 744.4918 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.36979 13.24180 44.09520 66.20901 92.69262 132.41803 0.189 0.316 0.624 1.744 2.559 3.541 5.013 0.380 0.315 0.624 1.744 2.559 3.540 5.013 1.057 0.316 0.624 1.744 2.559 3.541 5.013 1.546 0.316 0.624 1.745 2.561 3.539 5.015 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 3.006 0.316 0.316 0.624 0.624 1.744 1.744 2.560 2.560 3.540 3.542 5.012 5.014 2.412 2.997 1.715 1.756 1.827 1.867 2.210 2.250 2.484 2.525 2.813 2.853 3.306 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5234 35.3604 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 3.7416 5.9413 13.5843 19.0614 25.6210 35.4585 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 3.9231 6.1224 13.7656 19.2424 25.8026 35.6393 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.155 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 17.2537 18.6890 23.6574 27.2152 31.4748 37.8642 0.368 17.2073 18.6424 23.6109 27.1686 31.4281 37.8171 1.051 17.0758 18.5131 23.4811 27.0388 31.2990 37.6878 1.537 16.9889 18.4198 23.3880 26.9459 31.2057 37.5948 2.418 16.8145 18.2515 23.2189 26.7768 31.0366 37.4255 3.006 16.7041 18.1347 23.1033 26.6614 30.9203 37.3102 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43635 1.32228 4.40319 6.61140 9.25596 13.22280 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.027 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.245 0.671 0.432 0.695 1.102 0.758 1.574 0.794 2.422 0.851 2.987 0.884 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.245 3.8796 0.432 3.9530 1.102 4.3180 1.574 4.6093 2.422 5.1491 2.987 5.5081 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.245 0.000 0.432 0.000 1.102 0.000 1.574 0.000 2.422 0.000 2.987 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.245 0.352 0.432 0.376 1.103 0.439 1.574 0.475 2.421 0.531 2.987 0.564 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.245 7.1636 0.432 7.2385 1.103 7.5917 1.574 7.8776 2.421 8.4117 2.987 8.7645 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope Input Transition Delay 0.245 0.000 0.270 0.670 0.432 0.000 0.460 0.728 1.103 0.000 1.115 0.897 1.574 0.000 1.589 1.005 2.421 0.000 2.443 1.186 2.987 0.000 3.012 1.300 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.270 3.0709 0.460 3.1956 1.115 3.6534 1.589 3.9763 2.443 4.5474 3.012 4.9237 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.115 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.270 0.463 0.460 0.521 1.115 0.689 1.589 0.797 2.443 0.977 3.012 1.091 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.270 10.1603 0.460 10.2872 1.115 10.7458 1.589 11.0693 2.443 11.6403 3.012 12.0196 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.270 0.000 0.460 0.000 1.115 0.000 1.589 0.000 2.443 0.000 3.012 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.147 0.547 0.340 0.574 1.028 0.647 1.522 0.691 2.410 0.760 3.002 0.802 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.147 1.3424 0.340 1.3494 1.028 1.3990 1.522 1.4401 2.410 1.5158 3.002 1.5674 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.147 0.548 0.340 0.574 1.028 0.648 1.522 0.692 2.410 0.761 3.002 0.802 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.147 1.3347 0.340 1.3418 1.028 1.3914 1.522 1.4325 2.410 1.5081 3.002 1.5597 Output Transtion(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Output Slope 0.147 0.000 0.340 0.000 1.028 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Delay 0.153 0.780 0.345 0.842 1.031 1.015 1.525 1.125 2.411 1.310 3.005 1.428 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.153 5.6304 0.345 5.6468 1.031 5.7145 1.525 5.7634 2.411 5.8484 3.005 5.9053 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Delay 0.153 0.785 0.345 0.848 1.031 1.020 1.525 1.130 2.411 1.315 3.005 1.433 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.153 5.6354 0.345 5.6518 1.031 5.7194 1.525 5.7682 2.411 5.8533 3.005 5.9103 Output Transtion(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope 0.153 0.000 0.345 0.000 1.031 0.000 1.525 0.000 2.411 0.000 3.005 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.177 0.826 0.367 0.853 1.052 0.927 1.541 0.971 2.416 1.039 3.002 1.080 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.177 5.3808 0.367 5.4142 1.052 5.5464 1.541 5.6739 2.416 5.9076 3.002 6.0680 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.177 0.000 0.367 0.000 1.052 0.000 1.541 0.000 2.416 0.000 3.002 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.189 0.542 0.380 0.604 1.057 0.779 1.546 0.889 2.423 1.070 3.006 1.185 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.189 13.4407 0.380 13.4799 1.057 13.6664 1.546 13.8034 2.423 14.0249 3.006 14.1967 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.189 0.000 0.380 0.000 1.057 0.000 1.546 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.245 7.6261 0.270 7.8011 0.432 7.7013 0.460 7.9099 1.103 8.0541 1.115 8.3611 1.574 8.3408 1.589 8.6873 2.422 8.8657 2.443 9.2644 2.988 9.2156 3.012 9.6447 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8098 0.342 1.8247 1.031 1.8768 1.525 1.9188 2.410 2.0005 2.999 2.0564 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7390 1.038 0.8572 1.530 0.9344 2.413 1.0669 3.006 1.1506 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4801 1.037 2.5858 1.527 2.6484 2.413 2.7614 3.001 2.8309 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.147 6.4527 0.340 6.4633 1.028 6.5187 1.522 6.5619 2.410 6.6435 3.002 6.6983 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.147 0.5024 0.340 0.5129 1.028 0.5648 1.522 0.6080 2.410 0.6859 3.002 0.7382 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.147 5.5860 0.340 5.6035 1.028 5.6475 1.522 5.6961 2.410 5.7785 3.002 5.8339 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.153 11.4183 0.345 11.4391 1.031 11.5223 1.525 11.5794 2.411 11.6806 3.005 11.7460 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.153 0.5280 0.345 0.5487 1.031 0.6254 1.525 0.6807 2.411 0.7757 3.005 0.8362 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.153 5.5479 0.345 5.5757 1.031 5.6469 1.525 5.7086 2.411 5.8050 3.005 5.8601 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.328 6.1883 0.650 5.1167 1.777 4.2978 2.584 4.1052 4.033 3.9191 4.999 3.8401 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.319 -1.0668 0.637 -1.8667 1.764 -2.6445 2.574 -2.8458 4.030 -3.0457 5.000 -3.1326 Toggle Power(pJ): PD Fall Input Transition Toggle Power(pJ) 0.170 5.7961 0.361 5.8174 1.047 5.9312 1.536 6.0368 2.414 6.2251 3.001 6.3453 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4336 0.361 0.4540 1.047 0.5750 1.536 0.6750 2.414 0.8585 3.001 0.9816 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8137 1.536 0.9895 2.414 1.3071 3.002 1.5190 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4091 0.361 5.4226 1.047 5.5386 1.536 5.6434 2.414 5.8309 3.001 5.9524 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7979 0.361 5.8181 1.047 5.9319 1.536 6.0375 2.414 6.2258 3.001 6.3462 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1009 0.374 6.0907 1.052 6.2099 1.543 6.3072 2.423 6.4809 3.010 6.5988 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0121 2.423 1.1917 3.010 1.3116 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5875 1.052 5.5886 1.543 5.6113 2.423 5.6513 3.010 5.6817 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8292 1.543 5.9271 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1028 0.374 6.0928 1.052 6.2118 1.543 6.3092 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.177 9.0675 0.367 9.0994 1.052 9.2474 1.541 9.3807 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.177 4.1524 0.367 4.1833 1.052 4.3269 1.541 4.4570 2.423 3.010 6.1021 6.2212 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.177 3.8409 0.367 3.8719 1.052 4.0166 1.541 4.1468 2.417 4.3835 3.002 4.5401 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.189 6.1792 0.380 6.2330 1.057 6.4294 1.546 6.5700 2.423 6.8233 3.006 6.9908 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.142 5.0295 0.335 4.9973 1.025 4.9229 1.520 4.8747 2.409 4.8002 3.002 4.7489 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.149 0.2519 0.341 0.2535 1.028 0.2877 1.522 0.3145 2.411 0.3640 3.005 0.3968 2.423 3.010 6.4828 6.6010 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.177 9.0695 0.367 9.1016 1.052 9.2494 1.541 9.3827 2.416 9.6264 3.002 9.7869 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.189 10.2872 0.380 10.3355 1.057 10.5418 1.546 10.6955 2.423 10.9561 3.006 11.1341 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.142 5.3479 0.335 5.3211 1.025 5.2352 1.520 5.1802 2.409 5.0906 3.002 5.0349 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.149 0.3925 0.341 0.4304 1.028 0.5771 1.522 0.6800 2.411 0.8615 3.005 0.9807 2.416 3.002 9.6245 9.7850 2.416 3.002 4.6949 4.8515 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.189 10.2853 0.380 10.3342 1.057 10.5401 1.546 10.6940 2.423 10.9542 3.006 11.1324 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.189 5.1122 0.380 5.1572 1.057 5.3540 1.546 5.5014 2.423 5.7497 3.006 5.9201 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.142 5.3454 0.335 5.3185 1.025 5.2322 1.520 5.1773 2.409 5.0874 3.002 5.0316 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.142 0.3994 0.335 0.4067 1.025 0.4411 1.520 0.4714 2.409 0.5297 3.002 0.5696 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.142 5.4049 0.335 5.4129 1.025 5.4475 1.520 5.4774 2.409 5.5354 3.002 5.5750 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.149 0.4486 0.341 0.4883 1.028 0.6426 1.522 0.7511 2.411 0.9428 3.005 1.0686 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.149 0.4475 0.341 0.4872 1.028 0.6417 1.522 0.7502 2.411 0.9419 3.005 1.0678 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.149 5.2603 0.341 5.1410 1.028 5.0439 1.522 5.0333 2.411 5.0505 3.005 5.0712 Toggle Power(pJ): SONOF Fall, condition=0 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) Input Transition Toggle Power(pJ) 0.160 0.5513 0.160 1.7511 0.352 0.5619 0.352 1.7692 1.040 0.6177 1.040 1.8460 1.533 0.6619 1.533 1.9066 2.412 0.7468 2.412 2.0180 2.998 0.8035 2.998 2.0941 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P A->P condition0:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition1:NEN&PD&PEN&PU condition2:NEN&PD&PEN&!PU condition3:NEN&!PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:!PD&PEN&PU condition2:PEN&!PU condition3:PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.174 1.1468 0.368 1.1961 1.051 1.3687 1.537 1.4804 2.418 1.6688 3.006 1.7875 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.174 2.2538 0.367 2.3033 1.051 2.4708 1.537 2.5738 2.418 2.7481 3.006 2.8587 Cell Description 16 mA, slow slew rate, input-output pad, 5V tolerant PSBI16S Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 9120 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.05644 0.02458 0.03629 1.83366 0.04154 0.04026 0.01523 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 462.900 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.71077 14.27507 47.53599 71.37536 99.92551 142.75073 Transition 4.71077 14.27507 47.53599 71.37536 99.92551 142.75073 0.186 0.853 1.099 1.749 2.183 2.697 3.463 0.186 45.2951 96.8468 277.7907 407.5570 562.9658 796.0600 0.374 0.878 1.124 1.774 2.208 2.722 3.488 0.374 45.3283 96.8748 277.8217 407.5848 562.9890 796.0979 1.058 0.945 1.191 1.841 2.275 2.789 3.555 1.058 45.4997 97.0516 278.0035 407.7634 563.1655 796.2790 1.544 0.984 1.230 1.880 2.314 2.828 3.594 1.544 45.6474 97.1984 278.1421 407.9091 563.3231 796.4206 2.418 1.043 1.289 1.940 2.374 2.888 3.654 2.418 45.9179 97.4702 278.4282 408.1734 563.5872 796.6981 3.000 1.079 1.325 1.975 2.409 2.922 3.689 3.000 46.1017 97.6518 278.5960 408.3630 563.7703 796.8685 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 4.71077 14.27507 47.53599 71.37536 99.92551 142.75073 0.186 0.406 0.725 1.815 2.617 3.588 5.056 0.374 0.406 0.725 1.815 2.617 3.588 5.056 1.058 0.406 0.725 1.815 2.617 3.589 5.056 1.544 0.406 0.725 1.816 2.617 3.589 5.055 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 4.71146 14.27715 47.54290 71.38574 99.94004 142.77148 0.186 0.881 1.114 1.759 2.192 2.704 3.469 0.374 0.906 1.139 1.784 2.218 2.730 3.495 1.058 0.973 1.205 1.850 2.284 2.796 3.561 1.544 1.012 1.244 1.889 2.323 2.835 3.600 2.418 3.000 0.406 0.406 0.725 0.725 1.816 1.816 2.617 2.617 3.588 3.588 5.056 5.055 2.418 3.000 1.071 1.107 1.304 1.339 1.949 1.984 2.382 2.417 2.894 2.930 3.659 3.695 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.71146 14.27715 47.54290 71.38574 99.94004 142.77148 Transition 4.71146 14.27715 47.54290 71.38574 99.94004 142.77148 0.186 49.7066 100.1401 280.6864 410.3530 565.6720 798.6791 0.186 0.386 0.709 1.805 2.607 3.578 5.045 0.374 49.7761 100.2098 280.7563 410.4215 565.7458 798.7556 0.374 0.386 0.709 1.805 2.607 3.578 5.045 1.058 50.0729 100.5043 281.0502 410.7176 566.0398 799.0395 1.058 0.386 0.708 1.805 2.607 3.578 5.045 1.544 50.3207 100.7434 281.2828 410.9545 566.2836 799.2651 1.544 0.386 0.708 1.804 2.607 3.578 5.044 2.418 50.7650 101.1761 281.7181 411.3810 566.7069 799.7039 2.418 0.386 0.708 1.805 2.607 3.578 5.045 3.000 51.0468 101.4621 282.0006 411.6608 566.9867 799.9851 3.000 0.386 0.708 1.805 2.607 3.578 5.044 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.70714 14.26407 47.49934 71.32033 99.84847 142.64067 Transition 4.70714 14.26407 47.49934 71.32033 99.84847 142.64067 0.186 0.881 1.114 1.758 2.191 2.703 3.468 0.186 54.5999 104.9519 285.2499 414.7566 569.8794 802.5847 0.374 0.906 1.139 1.784 2.217 2.729 3.493 0.374 54.6304 104.9900 285.2878 414.7875 569.9194 802.6285 1.058 0.973 1.205 1.850 2.283 2.795 3.560 1.058 54.8176 105.1670 285.4649 414.9701 570.0984 802.8073 1.544 1.012 1.244 1.889 2.322 2.835 3.599 1.544 54.9867 105.3320 285.6236 415.1282 570.2467 802.9489 2.418 1.072 1.304 1.949 2.382 2.894 3.659 2.418 55.2939 105.6282 285.9120 415.4126 570.5440 803.2444 3.000 1.107 1.339 1.984 2.417 2.929 3.693 3.000 55.4849 105.8188 286.1079 415.6045 570.7387 803.4392 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70714 14.26407 47.49934 71.32033 99.84847 142.64067 Transition 4.70711 14.26397 47.49903 71.31987 99.84782 142.63974 0.186 0.386 0.709 1.805 2.607 3.578 5.046 0.186 0.881 1.114 1.759 2.193 2.706 3.471 0.374 0.386 0.709 1.805 2.607 3.579 5.046 0.374 0.907 1.139 1.785 2.218 2.731 3.496 1.058 0.386 0.709 1.805 2.608 3.578 5.045 1.058 0.973 1.206 1.851 2.285 2.797 3.563 1.544 0.386 0.709 1.805 2.607 3.578 5.044 1.544 1.012 1.245 1.890 2.324 2.836 3.601 2.418 0.386 0.709 1.805 2.607 3.579 5.045 2.418 1.072 1.304 1.950 2.383 2.895 3.661 3.000 0.386 0.709 1.805 2.607 3.579 5.046 3.000 1.107 1.339 1.985 2.418 2.931 3.696 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.70711 14.26397 47.49903 71.31987 99.84782 142.63974 Transition 4.70711 14.26397 47.49903 71.31987 99.84782 142.63974 0.186 49.4348 99.8559 280.3407 409.9567 565.2227 798.1324 0.186 0.385 0.708 1.804 2.606 3.577 5.044 0.374 49.4699 99.8934 280.3727 409.9986 565.2628 798.1790 0.374 0.386 0.708 1.804 2.606 3.578 5.044 1.058 49.6456 100.0683 280.5462 410.1673 565.4379 798.3503 1.058 0.385 0.708 1.804 2.606 3.577 5.045 1.544 49.8182 100.2313 280.7054 410.3238 565.5745 798.4918 1.544 0.385 0.708 1.804 2.606 3.578 5.044 2.418 50.1159 100.5213 280.9937 410.6017 565.8797 798.7958 2.418 0.385 0.708 1.804 2.607 3.577 5.044 3.000 50.3038 100.7084 281.1718 410.7931 566.0625 798.9731 3.000 0.386 0.708 1.804 2.606 3.577 5.043 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.70229 14.24935 47.45035 71.24677 99.74548 142.49355 Transition 4.70229 14.24935 47.45035 71.24677 99.74548 142.49355 0.186 0.882 1.114 1.759 2.192 2.704 3.469 0.186 54.3199 104.6554 284.8707 414.3150 569.3512 801.9266 0.374 0.907 1.139 1.784 2.218 2.730 3.495 0.374 54.3261 104.6581 284.8717 414.3122 569.3573 801.9305 1.058 0.973 1.206 1.851 2.284 2.796 3.561 1.058 54.3898 104.7220 284.9389 414.3763 569.4172 801.9933 1.544 1.012 1.245 1.890 2.323 2.835 3.600 1.544 54.4822 104.8075 285.0172 414.4601 569.4941 802.0695 2.418 1.072 1.304 1.949 2.383 2.894 3.659 2.418 54.6407 104.9593 285.1618 414.5941 569.6505 802.2117 3.000 1.107 1.339 1.985 2.418 2.930 3.695 3.000 54.7421 105.0568 285.2585 414.7011 569.7244 802.3142 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70229 14.24935 47.45035 71.24677 99.74548 142.49355 Transition 4.38099 13.27572 44.20814 66.37859 92.93003 132.75719 0.186 0.386 0.708 1.805 2.606 3.577 5.044 0.199 0.903 1.086 1.638 2.026 2.491 3.187 0.374 0.386 0.708 1.804 2.607 3.578 5.044 0.390 0.966 1.148 1.700 2.089 2.554 3.250 1.058 0.386 0.708 1.804 2.607 3.577 5.044 1.063 1.144 1.326 1.878 2.267 2.730 3.428 1.544 0.386 0.708 1.804 2.606 3.577 5.043 1.548 1.257 1.439 1.991 2.380 2.844 3.540 2.418 0.386 0.708 1.804 2.607 3.578 5.044 2.423 1.446 1.629 2.181 2.569 3.034 3.730 3.000 0.386 0.708 1.804 2.606 3.578 5.045 3.008 1.567 1.750 2.302 2.690 3.155 3.851 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.38099 13.27572 44.20814 66.37859 92.93003 132.75719 Transition 4.38099 13.27572 44.20814 66.37859 92.93003 132.75719 0.199 41.4847 89.8937 258.2637 378.9440 523.4705 740.2764 0.199 0.349 0.653 1.760 2.573 3.551 5.026 0.390 41.5541 89.9482 258.3218 379.0047 523.5258 740.3235 0.390 0.349 0.653 1.761 2.573 3.553 5.026 1.063 41.7697 90.1746 258.5519 379.2364 523.7591 740.5698 1.063 0.349 0.653 1.761 2.574 3.553 5.024 1.548 41.9452 90.3370 258.7096 379.3905 523.9141 740.7254 1.548 0.349 0.653 1.761 2.573 3.552 5.028 2.423 42.2232 90.6314 258.9963 379.6821 524.2099 741.0079 2.423 0.349 0.654 1.761 2.574 3.553 5.029 3.008 42.4266 90.8146 259.1916 379.8585 524.3867 741.1982 3.008 0.349 0.653 1.761 2.573 3.553 5.025 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37046 13.24383 44.10194 66.21913 92.70678 132.43825 Transition 4.37046 13.24383 44.10194 66.21913 92.70678 132.43825 0.199 0.952 1.126 1.673 2.060 2.523 3.217 0.199 52.3632 98.8017 265.4446 385.5474 529.5421 745.6355 0.390 1.014 1.189 1.735 2.122 2.586 3.280 0.390 52.3770 98.8206 265.4575 385.5616 529.5623 745.6515 1.063 1.192 1.366 1.913 2.300 2.763 3.458 1.063 52.4881 98.9242 265.5548 385.6646 529.6525 745.7535 1.548 1.305 1.479 2.026 2.413 2.876 3.571 1.548 52.5453 98.9987 265.6361 385.7456 529.7298 745.8193 2.423 1.495 1.670 2.216 2.604 3.066 3.761 2.423 52.6976 99.1286 265.7575 385.8706 529.8628 745.9542 3.008 1.616 1.791 2.337 2.724 3.188 3.882 3.008 52.7802 99.2169 265.8473 385.9663 529.9492 746.0415 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.37046 13.24383 44.10194 66.21913 92.70678 132.43825 0.199 0.334 0.647 1.758 2.570 3.549 5.022 0.390 0.334 0.647 1.758 2.570 3.549 5.022 1.063 0.334 0.647 1.758 2.571 3.549 5.020 1.548 0.334 0.647 1.759 2.570 3.548 5.020 2.423 0.334 0.647 1.758 2.571 3.548 5.020 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.37457 13.25626 44.14336 66.28131 92.79384 132.56263 0.199 0.951 1.126 1.672 2.059 2.522 3.217 0.390 1.014 1.188 1.735 2.121 2.585 3.280 1.063 1.192 1.366 1.913 2.300 2.763 3.457 1.548 1.305 1.479 2.026 2.412 2.876 3.570 2.423 1.495 1.669 2.216 2.603 3.066 3.760 3.008 0.334 0.647 1.759 2.569 3.548 5.021 3.008 1.616 1.790 2.337 2.724 3.187 3.881 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.37457 13.25626 44.14336 66.28131 92.79384 132.56263 Transition 4.37457 13.25626 44.14336 66.28131 92.79384 132.56263 0.199 52.6191 99.0831 265.8070 385.9940 530.0518 746.2421 0.199 0.334 0.647 1.759 2.571 3.548 5.023 0.390 52.6769 99.1422 265.8636 386.0420 530.1062 746.2874 0.390 0.334 0.647 1.759 2.571 3.549 5.023 1.063 52.9129 99.3742 266.0902 386.2670 530.3399 746.5153 1.063 0.334 0.647 1.759 2.569 3.550 5.022 1.548 53.0580 99.5341 266.2498 386.4269 530.4931 746.6794 1.548 0.334 0.647 1.759 2.571 3.548 5.020 2.423 53.3636 99.8247 266.5401 386.7154 530.7884 746.9655 2.423 0.334 0.647 1.758 2.571 3.549 5.021 3.008 53.5526 100.0102 266.7321 386.9020 530.9645 747.1449 3.008 0.334 0.647 1.759 2.570 3.548 5.022 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.37899 13.26967 44.18800 66.34834 92.88768 132.69668 Transition 4.37899 13.26967 44.18800 66.34834 92.88768 132.69668 0.199 0.952 1.126 1.674 2.061 2.525 3.221 0.199 47.2831 93.8440 260.8779 381.2687 525.5870 742.1837 0.390 1.014 1.189 1.736 2.124 2.587 3.283 0.390 47.3428 93.9040 260.9360 381.3232 525.6571 742.2476 1.063 1.192 1.366 1.914 2.301 2.765 3.461 1.063 47.5832 94.1412 261.1684 381.5590 525.8822 742.4864 1.548 1.305 1.480 2.027 2.415 2.878 3.575 1.548 47.7335 94.3062 261.3280 381.7184 526.0523 742.6471 2.423 1.495 1.670 2.217 2.605 3.069 3.764 2.423 48.0419 94.5945 261.6202 382.0072 526.3313 742.9442 3.008 1.616 1.791 2.338 2.726 3.189 3.885 3.008 48.2362 94.7913 261.8127 382.2010 526.5246 743.1274 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.37899 13.26967 44.18800 66.34834 92.88768 132.69668 Transition 4.38137 13.27686 44.21196 66.38432 92.93805 132.76864 0.199 0.333 0.647 1.760 2.573 3.550 5.026 0.199 0.951 1.126 1.673 2.060 2.524 3.219 0.390 0.333 0.647 1.760 2.572 3.551 5.026 0.390 1.014 1.188 1.735 2.123 2.586 3.281 1.063 0.333 0.647 1.760 2.571 3.552 5.025 1.063 1.192 1.366 1.913 2.300 2.764 3.459 1.548 0.333 0.647 1.759 2.572 3.550 5.024 1.548 1.305 1.479 2.026 2.414 2.877 3.572 2.423 0.333 0.647 1.759 2.573 3.551 5.024 2.423 1.495 1.669 2.216 2.604 3.068 3.762 3.008 0.333 0.647 1.759 2.571 3.550 5.025 3.008 1.616 1.790 2.337 2.725 3.188 3.884 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.38137 13.27686 44.21196 66.38432 92.93805 132.76864 Transition 4.38137 13.27686 44.21196 66.38432 92.93805 132.76864 0.199 47.5370 94.1024 261.1528 381.5495 525.8922 742.5105 0.199 0.333 0.647 1.759 2.571 3.551 5.023 0.390 47.6352 94.1994 261.2504 381.6472 525.9945 742.6051 0.390 0.333 0.647 1.758 2.571 3.549 5.023 1.063 48.0008 94.5631 261.6104 382.0057 526.3449 742.9725 1.063 0.333 0.647 1.759 2.572 3.549 5.021 1.548 48.2369 94.8167 261.8603 382.2583 526.5982 743.2215 1.548 0.333 0.647 1.759 2.571 3.551 5.025 2.423 48.6996 95.2640 262.3045 382.7044 527.0489 743.6552 2.423 0.333 0.647 1.758 2.571 3.548 5.025 3.008 48.9960 95.5521 262.5982 382.9987 527.3346 743.9504 3.008 0.333 0.647 1.759 2.572 3.551 5.021 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 0.148 1.333 1.444 1.825 2.098 2.425 2.916 0.340 1.366 1.477 1.858 2.132 2.459 2.949 1.030 1.451 1.562 1.943 2.216 2.543 3.034 1.526 1.502 1.613 1.994 2.267 2.594 3.085 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 0.148 3.1881 5.3821 12.9887 18.4390 24.9666 34.7569 0.340 3.2003 5.3937 13.0006 18.4516 24.9785 34.7689 1.030 3.2561 5.4497 13.0567 18.5072 25.0342 34.8253 1.526 3.3005 5.4940 13.1012 18.5520 25.0789 34.8693 2.410 3.000 1.584 1.633 1.695 1.744 2.076 2.125 2.349 2.398 2.676 2.725 3.167 3.216 2.410 3.000 3.3836 5.5764 13.1836 18.6341 25.1617 34.9523 3.4404 5.6333 13.2401 18.6910 25.2182 35.0085 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66777 2.02355 6.73843 10.11777 14.16488 20.23554 0.148 0.127 0.322 1.025 1.532 2.140 3.049 0.340 0.128 0.322 1.026 1.532 2.139 3.050 1.030 0.128 0.322 1.026 1.532 2.139 3.050 1.526 0.128 0.322 1.025 1.532 2.139 3.050 2.410 0.127 0.322 1.026 1.532 2.139 3.050 3.000 0.128 0.322 1.025 1.532 2.139 3.050 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 0.836 0.931 1.258 1.492 1.772 2.193 0.350 0.906 1.001 1.328 1.562 1.842 2.263 1.036 1.101 1.196 1.522 1.757 2.037 2.457 1.527 1.222 1.317 1.643 1.877 2.158 2.578 2.410 1.420 1.515 1.842 2.076 2.356 2.777 3.002 1.544 1.639 1.965 2.199 2.480 2.900 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 10.9754 12.4112 17.3813 20.9407 25.2026 31.5952 0.350 10.9485 12.3845 17.3545 20.9138 25.1761 31.5686 1.036 10.8757 12.3100 17.2805 20.8393 25.1016 31.4942 1.527 10.8228 12.2584 17.2289 20.7881 25.0500 31.4428 2.410 10.7254 12.1612 17.1314 20.6917 24.9532 31.3448 3.002 10.6588 12.0948 17.0648 20.6245 24.8862 31.2784 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43655 1.32288 4.40518 6.61439 9.26014 13.22878 0.157 0.129 0.324 1.025 1.527 2.129 3.034 0.350 0.129 0.324 1.024 1.529 2.131 3.036 1.036 0.129 0.324 1.025 1.527 2.132 3.034 1.527 0.129 0.324 1.024 1.528 2.131 3.037 2.410 0.129 0.324 1.025 1.529 2.130 3.035 3.002 0.129 0.324 1.024 1.529 2.130 3.035 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.70956 14.27139 47.52372 71.35694 99.89972 142.71388 Transition 4.70956 14.27139 47.52372 71.35694 99.89972 142.71388 0.172 1.239 1.485 2.135 2.569 3.083 3.848 0.172 44.5671 96.1193 277.0364 406.7598 562.1203 795.1497 0.364 1.298 1.544 2.194 2.628 3.142 3.908 0.364 44.5998 96.1518 277.0566 406.7870 562.1505 795.1790 1.044 1.468 1.714 2.363 2.798 3.311 4.077 1.044 44.7389 96.2866 277.1954 406.9253 562.2831 795.3164 1.535 1.575 1.821 2.471 2.906 3.419 4.185 1.535 44.8373 96.3816 277.2904 407.0099 562.3976 795.4102 2.415 1.758 2.004 2.653 3.088 3.601 4.368 2.415 45.0162 96.5622 277.4708 407.2036 562.5665 795.5970 3.002 1.874 2.120 2.770 3.204 3.718 4.483 3.002 45.1300 96.6801 277.5833 407.3136 562.6847 795.7145 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.70956 14.27139 47.52372 71.35694 99.89972 142.71388 Transition 4.71294 14.28163 47.55783 71.40815 99.97141 142.81630 0.172 0.406 0.725 1.815 2.617 3.587 5.054 0.172 1.243 1.489 2.139 2.573 3.086 3.852 0.364 0.406 0.725 1.815 2.616 3.587 5.055 0.364 1.300 1.546 2.196 2.630 3.143 3.910 1.044 0.406 0.725 1.815 2.617 3.587 5.055 1.045 1.469 1.715 2.365 2.799 3.312 4.078 1.535 0.406 0.725 1.815 2.617 3.588 5.054 1.536 1.577 1.823 2.473 2.907 3.421 4.187 2.415 0.406 0.725 1.815 2.616 3.587 5.055 2.416 1.760 2.006 2.657 3.090 3.604 4.370 3.002 0.406 0.725 1.815 2.617 3.588 5.054 3.007 1.877 2.123 2.773 3.208 3.720 4.487 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.71294 14.28163 47.55783 71.40815 99.97141 142.81630 Transition 4.71294 14.28163 47.55783 71.40815 99.97141 142.81630 0.172 51.2726 103.8266 285.3802 415.2329 570.6540 803.7673 0.172 0.394 0.714 1.808 2.610 3.582 5.051 0.364 51.3315 103.8836 285.4454 415.2924 570.7114 803.8296 0.364 0.393 0.714 1.808 2.611 3.583 5.052 1.045 51.6265 104.1818 285.7377 415.5738 571.0177 804.1108 1.045 0.393 0.714 1.808 2.611 3.583 5.052 1.536 51.8626 104.4171 285.9791 415.8287 571.2449 804.3562 1.536 0.394 0.714 1.808 2.611 3.583 5.052 2.416 52.2881 104.8384 286.4014 416.2437 571.6674 804.7803 2.416 0.394 0.714 1.807 2.611 3.583 5.052 3.007 52.5711 105.1241 286.6824 416.5377 571.9557 805.0560 3.007 0.394 0.714 1.808 2.611 3.582 5.052 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.71719 14.29450 47.60069 71.47250 100.06150 142.94501 Transition 4.71719 14.29450 47.60069 71.47250 100.06150 142.94501 0.172 1.243 1.489 2.139 2.574 3.087 3.853 0.172 46.4683 99.1029 280.9049 410.9212 566.5268 799.9488 0.364 1.300 1.546 2.196 2.630 3.144 3.910 0.364 46.5664 99.2069 281.0052 411.0127 566.6290 800.0408 1.045 1.468 1.715 2.365 2.799 3.313 4.078 1.045 46.9883 99.6247 281.4257 411.4351 567.0540 800.4464 1.536 1.577 1.823 2.474 2.908 3.422 4.187 1.536 47.3115 99.9456 281.7525 411.7648 567.3691 800.7792 2.416 1.760 2.006 2.657 3.091 3.604 4.370 2.416 47.8916 100.5243 282.3241 412.3396 567.9503 801.3706 3.007 1.877 2.123 2.773 3.208 3.721 4.487 3.007 48.2739 100.9109 282.7087 412.7257 568.3385 801.7395 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71719 14.29450 47.60069 71.47250 100.06150 142.94501 Transition 4.71645 14.29228 47.59330 71.46141 100.04597 142.92282 0.172 0.393 0.714 1.807 2.610 3.582 5.051 0.172 1.242 1.488 2.137 2.571 3.085 3.852 0.364 0.393 0.714 1.807 2.610 3.582 5.052 0.364 1.301 1.546 2.196 2.631 3.145 3.911 1.045 0.393 0.714 1.807 2.610 3.582 5.052 1.044 1.470 1.716 2.366 2.800 3.314 4.080 1.536 0.393 0.714 1.807 2.610 3.582 5.050 1.535 1.578 1.824 2.473 2.908 3.422 4.189 2.416 0.393 0.714 1.807 2.610 3.583 5.051 2.415 1.760 2.006 2.656 3.090 3.604 4.371 3.007 0.393 0.714 1.807 2.610 3.582 5.052 3.002 1.877 2.122 2.772 3.207 3.721 4.488 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.71645 14.29228 47.59330 71.46141 100.04597 142.92282 Transition 4.71645 14.29228 47.59330 71.46141 100.04597 142.92282 0.172 43.0305 95.1536 276.4135 406.3479 561.9575 795.3198 0.172 0.399 0.719 1.810 2.613 3.585 5.053 0.364 43.0666 95.1818 276.4503 406.3750 561.9923 795.3511 0.364 0.399 0.719 1.810 2.613 3.586 5.054 1.044 43.2068 95.3274 276.5900 406.5001 562.1278 795.4859 1.044 0.400 0.719 1.810 2.613 3.585 5.054 1.535 43.3044 95.4253 276.6847 406.6137 562.2302 795.5833 1.535 0.400 0.719 1.810 2.613 3.585 5.054 2.415 43.4817 95.6053 276.8620 406.7829 562.4061 795.7728 2.415 0.399 0.719 1.810 2.613 3.585 5.054 3.002 43.5974 95.7204 276.9815 406.9070 562.5161 795.8930 3.002 0.399 0.719 1.810 2.613 3.585 5.054 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66522 2.01580 6.71263 10.07902 14.11063 20.15804 0.317 0.675 0.785 1.164 1.436 1.762 2.251 0.639 0.769 0.879 1.259 1.531 1.857 2.346 1.769 1.056 1.166 1.545 1.817 2.143 2.632 2.579 1.244 1.354 1.734 2.006 2.332 2.821 4.031 1.575 1.686 2.065 2.337 2.663 3.152 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66522 2.01580 6.71263 10.07902 14.11063 20.15804 0.317 9.6357 11.8157 19.3912 24.8204 31.3227 41.0745 0.639 8.4930 10.6731 18.2494 23.6783 30.1813 39.9333 1.769 8.3137 10.4936 18.0694 23.4983 30.0012 39.7518 2.579 8.6410 10.8213 18.3975 23.8266 30.3295 40.0814 4.031 9.4531 11.6335 19.2100 24.6387 31.1413 40.8934 4.999 1.791 1.901 2.281 2.553 2.878 3.367 4.999 10.0621 12.2424 19.8184 25.2467 31.7499 41.5018 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66522 2.01580 6.71263 10.07902 14.11063 20.15804 0.317 0.124 0.320 1.022 1.526 2.131 3.038 0.639 0.124 0.320 1.022 1.526 2.131 3.038 1.769 0.124 0.320 1.021 1.526 2.131 3.039 2.579 0.124 0.320 1.022 1.526 2.131 3.038 4.031 0.124 0.320 1.021 1.527 2.132 3.038 4.999 0.124 0.319 1.022 1.526 2.131 3.038 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66490 2.01485 6.70946 10.07426 14.10396 20.14851 0.317 0.599 0.709 1.089 1.361 1.687 2.175 0.638 0.673 0.783 1.163 1.435 1.760 2.249 1.769 0.884 0.994 1.373 1.645 1.971 2.459 2.579 1.022 1.132 1.512 1.784 2.109 2.598 4.031 1.259 1.369 1.749 2.020 2.346 2.835 4.999 1.412 1.523 1.902 2.174 2.500 2.988 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66490 2.01485 6.70946 10.07426 14.10396 20.14851 0.317 9.2423 11.4211 18.9935 24.4198 30.9191 40.6674 0.638 7.9924 10.1724 17.7453 23.1708 29.6695 39.4183 1.769 7.4065 9.5856 17.1585 22.5846 29.0835 38.8330 2.579 7.4727 9.6512 17.2234 22.6502 29.1491 38.8981 4.031 7.8135 9.9930 17.5661 22.9918 29.4910 39.2404 4.999 8.1123 10.2911 17.8635 23.2891 29.7893 39.5379 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66490 2.01485 6.70946 10.07426 14.10396 20.14851 0.317 0.124 0.319 1.021 1.526 2.131 3.037 0.638 0.124 0.320 1.021 1.526 2.130 3.037 1.769 0.124 0.320 1.021 1.526 2.130 3.037 2.579 0.124 0.320 1.021 1.525 2.130 3.037 4.031 0.124 0.320 1.021 1.526 2.130 3.036 4.999 0.125 0.320 1.021 1.526 2.130 3.037 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66357 2.01080 6.69598 10.05402 14.07562 20.10803 0.318 0.521 0.631 1.010 1.281 1.606 2.093 0.640 0.602 0.712 1.091 1.362 1.688 2.175 1.772 0.829 0.939 1.318 1.589 1.914 2.402 2.580 0.977 1.087 1.466 1.737 2.062 2.550 4.032 1.236 1.346 1.725 1.996 2.321 2.808 5.000 1.405 1.515 1.894 2.165 2.490 2.978 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66357 2.01080 6.69598 10.05402 14.07562 20.10803 0.318 9.4762 11.6513 19.2079 24.6232 31.1095 40.8373 0.640 8.3903 10.5701 18.1277 23.5431 30.0298 39.7574 1.772 8.4845 10.6593 18.2164 23.6321 30.1184 39.8466 2.580 9.0626 11.2429 18.8005 24.2162 30.7025 40.4299 4.032 10.3770 12.5565 20.1144 25.5301 32.0159 41.7438 5.000 11.3345 13.5081 21.0647 26.4801 32.9663 42.6942 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66357 2.01080 6.69598 10.05402 14.07562 20.10803 0.318 0.124 0.319 1.019 1.522 2.126 3.030 0.640 0.124 0.319 1.019 1.522 2.125 3.030 1.772 0.124 0.319 1.019 1.523 2.126 3.031 2.580 0.124 0.319 1.019 1.523 2.126 3.030 4.032 0.123 0.319 1.019 1.522 2.125 3.031 5.000 0.124 0.319 1.019 1.522 2.126 3.031 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43519 1.31875 4.39143 6.59374 9.23123 13.18747 0.308 0.952 1.046 1.372 1.606 1.885 2.304 0.627 0.955 1.049 1.375 1.608 1.888 2.307 1.759 0.987 1.081 1.407 1.640 1.920 2.339 2.570 1.025 1.118 1.444 1.678 1.957 2.376 4.029 1.102 1.196 1.522 1.755 2.034 2.454 4.998 1.156 1.251 1.576 1.810 2.089 2.508 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43519 1.31875 4.39143 6.59374 9.23123 13.18747 0.308 16.6663 18.0941 23.0492 26.5976 30.8462 37.2171 0.627 15.8356 17.2684 22.2235 25.7714 30.0199 36.3914 1.759 15.4913 16.9217 21.8764 25.4247 29.6727 36.0442 2.570 15.7967 17.2242 22.1796 25.7280 29.9764 36.3473 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43519 1.31875 4.39143 6.59374 9.23123 13.18747 0.308 0.129 0.323 1.021 1.523 2.123 3.027 0.627 0.128 0.323 1.022 1.524 2.124 3.025 1.759 0.128 0.323 1.022 1.523 2.125 3.025 2.570 0.128 0.323 1.022 1.524 2.124 3.024 4.029 4.998 16.6071 18.0371 22.9922 26.5399 30.7892 37.1593 17.2100 18.6409 23.5959 27.1440 31.3924 37.7627 4.029 4.998 0.128 0.128 0.323 0.323 1.021 1.022 1.522 1.524 2.124 2.124 3.024 3.025 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43574 1.32043 4.39704 6.60217 9.24304 13.20434 0.308 0.716 0.810 1.136 1.370 1.649 2.069 0.628 0.705 0.799 1.126 1.359 1.639 2.059 1.759 0.662 0.756 1.083 1.316 1.596 2.016 2.570 0.631 0.726 1.052 1.286 1.565 1.985 4.029 0.558 0.652 0.978 1.211 1.491 1.911 4.998 0.498 0.592 0.918 1.152 1.432 1.852 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43574 1.32043 4.39704 6.60217 9.24304 13.20434 0.308 9.5399 10.9719 15.9325 19.4865 23.7400 30.1204 0.628 8.6466 10.0764 15.0370 18.5904 22.8441 29.2248 1.759 7.7710 9.2037 14.1642 17.7175 21.9719 28.3508 2.570 7.6175 9.0504 14.0113 17.5636 21.8183 28.1977 4.029 7.5854 9.0160 13.9763 17.5294 21.7829 28.1632 4.998 7.6347 9.0609 14.0220 17.5752 21.8290 28.2080 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43574 1.32043 4.39704 6.60217 9.24304 13.20434 0.308 0.129 0.324 1.023 1.524 2.127 3.028 0.628 0.130 0.323 1.022 1.526 2.127 3.030 1.759 0.130 0.323 1.023 1.525 2.125 3.030 2.570 0.130 0.323 1.023 1.525 2.127 3.032 4.029 0.130 0.324 1.023 1.526 2.128 3.028 4.998 0.131 0.323 1.023 1.526 2.127 3.027 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43590 1.32090 4.39861 6.60451 9.24632 13.20903 0.310 0.539 0.633 0.960 1.194 1.474 1.893 0.631 0.538 0.633 0.959 1.193 1.473 1.893 1.759 0.526 0.621 0.947 1.181 1.461 1.881 2.570 0.513 0.607 0.933 1.167 1.447 1.867 4.029 0.475 0.569 0.896 1.129 1.409 1.829 5.003 0.444 0.538 0.864 1.098 1.378 1.798 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43590 1.32090 4.39861 6.60451 9.24632 13.20903 0.310 22.7727 24.2083 29.1712 32.7251 36.9806 43.3630 0.631 21.9249 23.3610 28.3235 31.8776 36.1324 42.5146 1.759 21.5685 23.0040 27.9670 31.5211 35.7760 42.1586 2.570 21.8013 23.2314 28.1946 31.7488 36.0033 42.3857 4.029 22.4038 23.8397 28.8026 32.3561 36.6112 42.9934 5.003 22.8604 24.2935 29.2567 32.8106 37.0653 43.4477 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43590 1.32090 4.39861 6.60451 9.24632 13.20903 0.310 0.128 0.323 1.023 1.526 2.129 3.029 0.631 0.128 0.323 1.023 1.526 2.126 3.031 1.759 0.128 0.323 1.023 1.526 2.130 3.030 2.570 0.128 0.323 1.022 1.525 2.127 3.029 4.029 0.128 0.323 1.023 1.525 2.127 3.034 5.003 0.128 0.323 1.023 1.526 2.127 3.030 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.37857 13.26839 44.18375 66.34196 92.87875 132.68393 Transition 4.37857 13.26839 44.18375 66.34196 92.87875 132.68393 0.178 1.077 1.260 1.812 2.200 2.664 3.359 0.178 52.1087 100.6884 269.1337 389.7103 534.0946 750.6167 0.369 1.146 1.329 1.881 2.269 2.733 3.429 0.369 52.1988 100.7964 269.2375 389.8205 534.1877 750.7103 1.049 1.345 1.527 2.079 2.467 2.931 3.626 1.049 52.5908 101.1909 269.6335 390.2110 534.5816 751.0986 1.538 1.471 1.654 2.206 2.594 3.058 3.753 1.538 52.8686 101.4851 269.9099 390.5002 534.8647 751.3777 2.420 1.683 1.866 2.418 2.805 3.270 3.965 2.420 53.4153 102.0135 270.4268 391.0032 535.3892 751.8947 3.007 1.817 2.000 2.552 2.939 3.404 4.099 3.007 53.7757 102.3447 270.7462 391.3291 535.7109 752.2114 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.37857 13.26839 44.18375 66.34196 92.87875 132.68393 Transition 4.38343 13.28311 44.23276 66.41555 92.98177 132.83110 0.178 0.345 0.650 1.759 2.571 3.552 5.025 0.178 1.077 1.260 1.812 2.200 2.664 3.360 0.369 0.345 0.651 1.760 2.571 3.553 5.028 0.369 1.146 1.329 1.881 2.269 2.734 3.430 1.049 0.345 0.650 1.759 2.572 3.550 5.024 1.049 1.344 1.527 2.080 2.468 2.932 3.628 1.538 0.344 0.650 1.760 2.571 3.551 5.027 1.538 1.471 1.654 2.206 2.594 3.058 3.754 2.420 0.344 0.650 1.759 2.572 3.550 5.024 2.420 1.683 1.866 2.418 2.806 3.271 3.966 3.007 0.344 0.650 1.759 2.571 3.552 5.025 3.007 1.817 2.000 2.552 2.940 3.404 4.100 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.38343 13.28311 44.23276 66.41555 92.98177 132.83110 Transition 4.38343 13.28311 44.23276 66.41555 92.98177 132.83110 0.178 47.0410 95.7051 264.3981 385.1582 529.7423 746.5826 0.178 0.344 0.650 1.759 2.571 3.552 5.025 0.369 47.1818 95.8566 264.5495 385.3096 529.9031 746.7375 0.369 0.344 0.650 1.758 2.571 3.552 5.027 1.049 47.7081 96.3908 265.0827 385.8425 530.4363 747.2736 1.049 0.344 0.650 1.759 2.572 3.550 5.023 1.538 48.0835 96.7812 265.4560 386.2231 530.8026 747.6480 1.538 0.343 0.650 1.760 2.571 3.551 5.027 2.420 48.7960 97.4742 266.1436 386.9138 531.4786 748.3221 2.420 0.343 0.649 1.759 2.572 3.550 5.023 3.007 49.2667 97.9153 266.5677 387.3308 531.9025 748.7451 3.007 0.343 0.650 1.759 2.571 3.551 5.025 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.38172 13.27794 44.21555 66.38971 92.94560 132.77942 Transition 4.38172 13.27794 44.21555 66.38971 92.94560 132.77942 0.178 1.059 1.241 1.793 2.181 2.645 3.342 0.178 44.2354 92.6329 261.0373 381.7325 526.2806 743.1186 0.369 1.129 1.311 1.863 2.251 2.716 3.412 0.369 44.2507 92.6642 261.0698 381.7586 526.3163 743.1430 1.050 1.330 1.512 2.063 2.452 2.917 3.613 1.050 44.4300 92.8256 261.2306 381.9229 526.4722 743.3013 1.538 1.457 1.639 2.191 2.580 3.044 3.740 1.538 44.5438 92.9414 261.3406 382.0417 526.5785 743.4124 2.420 1.671 1.852 2.404 2.793 3.257 3.954 2.420 44.7546 93.1463 261.5422 382.2472 526.8027 743.6115 3.007 1.805 1.987 2.539 2.927 3.392 4.088 3.007 44.8908 93.2865 261.6877 382.3817 526.9313 743.7670 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.38172 13.27794 44.21555 66.38971 92.94560 132.77942 Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.178 0.345 0.651 1.760 2.573 3.554 5.029 0.159 1.382 1.493 1.875 2.148 2.476 2.967 0.369 0.344 0.651 1.760 2.572 3.552 5.025 0.350 1.412 1.524 1.905 2.179 2.506 2.998 1.050 0.345 0.650 1.760 2.573 3.553 5.029 1.039 1.489 1.600 1.982 2.256 2.583 3.074 1.538 0.345 0.651 1.760 2.574 3.552 5.027 1.531 1.534 1.645 2.027 2.300 2.628 3.119 2.420 0.345 0.650 1.759 2.573 3.553 5.026 2.410 1.603 1.714 2.096 2.369 2.697 3.188 3.007 0.345 0.650 1.760 2.573 3.554 5.027 2.997 1.643 1.755 2.136 2.410 2.737 3.229 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.159 3.4417 5.6378 13.2560 18.7138 25.2502 35.0542 0.350 3.4577 5.6544 13.2721 18.7298 25.2665 35.0706 1.039 3.5387 5.7353 13.3530 18.8110 25.3470 35.1517 1.531 3.6018 5.7992 13.4168 18.8742 25.4113 35.2155 2.410 3.7207 5.9175 13.5347 18.9934 25.5295 35.3330 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.66872 2.02641 6.74794 10.13205 14.18487 20.26410 0.159 0.128 0.322 1.027 1.534 2.142 3.054 0.350 0.128 0.323 1.027 1.534 2.142 3.054 1.039 0.128 0.322 1.027 1.534 2.142 3.054 1.531 0.128 0.323 1.027 1.534 2.142 3.054 2.410 0.128 0.323 1.027 1.534 2.142 3.054 2.997 3.8008 5.9975 13.6153 19.0733 25.6100 35.4135 2.997 0.128 0.322 1.027 1.534 2.142 3.054 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.172 0.910 1.004 1.330 1.564 1.843 2.263 0.366 0.976 1.071 1.397 1.631 1.910 2.330 1.049 1.160 1.254 1.580 1.814 2.094 2.513 1.536 1.273 1.368 1.694 1.927 2.207 2.626 2.415 1.458 1.552 1.878 2.112 2.392 2.811 3.003 1.573 1.667 1.993 2.227 2.507 2.926 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.172 17.0842 18.5167 23.4749 27.0254 31.2770 37.6528 0.366 17.0392 18.4732 23.4309 26.9815 31.2328 37.6083 1.049 16.9140 18.3443 23.3024 26.8531 31.1039 37.4797 1.536 16.8193 18.2535 23.2113 26.7617 31.0136 37.3883 2.415 16.6480 18.0827 23.0412 26.5914 30.8428 37.2184 3.003 16.5390 17.9698 22.9276 26.4783 30.7300 37.1051 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43548 1.31962 4.39435 6.59812 9.23737 13.19624 0.172 0.128 0.323 1.022 1.524 2.126 3.026 0.366 0.128 0.323 1.022 1.525 2.126 3.026 1.049 0.129 0.323 1.022 1.524 2.127 3.027 1.536 0.128 0.323 1.023 1.525 2.125 3.030 2.415 0.128 0.323 1.022 1.524 2.128 3.028 3.003 0.128 0.323 1.022 1.525 2.124 3.028 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.186 0.794 0.374 0.820 1.058 0.887 1.544 0.926 2.418 0.986 3.000 1.021 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.186 2.3350 0.374 2.3700 1.058 2.5448 1.544 2.6999 2.418 2.9794 3.000 3.1644 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.186 0.000 0.374 0.000 1.058 0.000 1.544 0.000 2.418 0.000 3.000 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.186 0.375 0.374 0.401 1.058 0.467 1.544 0.506 2.418 0.566 3.000 0.601 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.186 6.1102 0.374 6.1443 1.058 6.3189 1.544 6.4653 2.418 6.7380 3.000 6.9197 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.186 0.000 0.374 0.000 1.058 0.000 1.544 0.000 2.418 0.000 3.000 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Delay 0.199 0.791 0.390 0.854 1.064 1.032 1.548 1.145 2.423 1.335 3.008 1.456 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.199 1.9766 0.390 2.0338 1.064 2.2638 1.548 2.4272 2.423 2.7152 3.008 2.9053 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.199 0.000 0.390 0.000 1.064 0.000 1.548 0.000 2.423 0.000 3.008 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.199 0.514 0.390 0.576 1.063 0.754 1.548 0.866 2.423 1.056 3.008 1.177 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.199 8.4536 0.390 8.5111 1.063 8.7421 1.548 8.9059 2.423 9.1958 3.008 9.3880 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.199 0.000 0.390 0.000 1.063 0.000 1.548 0.000 2.423 0.000 3.008 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.165 0.525 0.358 0.546 1.042 0.600 1.533 0.630 2.414 0.676 3.003 0.703 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.165 1.1077 0.358 1.1371 1.042 1.2671 1.533 1.3649 2.414 1.5433 3.003 1.6631 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.165 0.000 0.358 0.000 1.042 0.000 1.533 0.000 2.414 0.000 3.003 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=3 Input Transition Delay 0.165 0.525 0.358 0.546 1.042 0.601 1.533 0.631 2.414 0.676 3.003 0.704 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=3 Input Transition Power(pJ) 0.165 1.1001 0.358 1.1294 1.042 1.2594 1.533 1.3573 2.414 1.5358 3.003 1.6554 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=3 condition=0 Input Transition Output Slope Input Transition Delay 0.165 0.000 0.172 0.761 0.358 0.000 0.364 0.819 1.042 0.000 1.044 0.989 1.533 0.000 1.535 1.097 2.414 0.000 2.415 1.279 3.003 0.000 3.002 1.395 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.172 5.3956 0.364 5.4279 1.044 5.5662 1.535 5.6661 2.415 5.8431 3.002 5.9610 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=3 Input Transition Output Slope Input Transition Delay 0.172 0.000 0.172 0.767 0.364 0.000 0.364 0.825 1.044 0.000 1.044 0.995 1.535 0.000 1.535 1.102 2.415 0.000 2.415 1.285 3.002 0.000 3.002 1.401 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=3 Input Transition Power(pJ) 0.172 5.4005 0.364 5.4328 1.044 5.5710 1.535 5.6709 2.415 5.8480 3.002 5.9659 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=3 Input Transition Output Slope 0.172 0.000 0.364 0.000 1.044 0.000 1.535 0.000 2.415 0.000 3.002 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.168 0.579 0.359 0.646 1.045 0.668 1.535 0.711 2.414 0.806 3.001 0.802 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.168 4.2401 0.359 4.2585 1.045 4.3923 1.535 4.5038 2.414 4.6902 3.001 4.8308 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.168 0.000 0.359 0.000 1.045 0.000 1.535 0.000 2.414 0.000 3.001 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.178 0.561 0.369 0.631 1.050 0.832 1.538 0.959 2.420 1.173 3.007 1.307 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.178 12.0472 0.369 12.0762 1.050 12.2347 1.538 12.3605 2.420 12.5666 3.007 12.7162 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.178 0.000 0.369 0.000 1.050 0.000 1.538 0.000 2.420 0.000 3.007 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.186 6.6654 0.199 6.7647 0.374 6.7027 0.390 6.7875 1.058 6.8746 1.063 6.9901 1.544 7.0217 1.548 7.1570 2.418 7.2923 2.423 7.4522 3.000 7.4734 3.008 7.6464 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.148 0.3546 0.340 0.3625 1.030 0.4031 1.526 0.4356 2.410 0.4970 3.000 0.5396 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.148 1.7935 0.340 1.8077 1.030 1.8597 1.526 1.9038 2.410 1.9833 3.000 2.0394 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.157 0.6913 0.350 0.7257 1.036 0.8439 1.527 0.9210 2.410 1.0535 3.002 1.1371 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.157 2.4380 0.351 2.4649 1.037 2.5615 1.529 2.6284 2.413 2.7487 3.002 2.8170 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.165 6.1788 0.358 6.2118 1.042 6.3440 1.533 6.4445 2.414 6.6334 3.003 6.7582 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.165 0.4655 0.358 0.4959 1.042 0.6240 1.533 0.7210 2.414 0.8979 3.003 1.0152 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.165 5.5595 0.358 5.5943 1.042 5.7256 1.533 5.8333 2.414 6.0233 3.003 6.1447 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.172 11.1493 0.364 11.1839 1.044 11.3363 1.535 11.4430 2.415 11.6333 3.002 11.7609 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.172 0.4936 0.364 0.5233 1.044 0.6599 1.535 0.7606 2.415 0.9389 3.002 1.0572 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.172 5.5699 0.364 5.5660 1.044 5.6717 1.535 5.7734 2.415 5.9533 3.002 6.0742 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.316 6.5407 0.637 5.2494 1.768 4.3969 2.577 4.2062 4.031 4.0220 5.000 3.9425 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.307 -1.3756 0.625 -2.1689 1.756 -2.9193 2.567 -3.1122 4.029 -3.3047 4.998 -3.3891 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.169 5.7699 0.360 5.7960 1.046 5.9130 1.535 6.0186 2.414 6.2064 3.000 6.3323 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.169 0.4105 0.360 0.4328 1.046 0.5537 1.535 0.6556 2.414 0.8395 3.000 0.9642 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.168 0.5027 0.360 0.5591 1.046 0.7893 1.535 0.9670 2.414 1.2846 3.001 1.4960 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.169 5.3819 0.360 5.4004 1.046 5.5166 1.535 5.6233 2.414 5.8112 3.000 5.9376 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.169 5.7712 0.360 5.7967 1.046 5.9135 1.535 6.0193 2.414 6.2070 3.000 6.3331 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.181 6.0642 0.373 6.0713 1.052 6.1910 1.541 6.2888 2.423 6.4619 3.007 6.5804 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.181 0.7232 0.373 0.7553 1.052 0.8909 1.541 0.9917 2.423 1.1714 3.007 1.2916 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.181 5.6077 0.373 5.5733 1.052 5.5756 1.541 5.5991 2.423 5.6392 3.007 5.6703 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.181 5.6801 0.373 5.6888 1.052 5.8095 1.541 5.9078 2.423 6.0826 3.007 6.2022 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.181 6.0662 0.373 6.0733 1.052 6.1929 1.541 6.2906 2.423 6.4640 3.007 6.5824 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.168 8.2850 0.359 8.3133 1.045 8.4416 1.535 8.5577 2.414 8.7611 3.001 8.8982 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.168 3.4028 0.359 3.4290 1.045 3.5557 1.535 3.6685 2.414 3.8662 3.001 3.9990 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.168 3.1227 0.359 3.1498 1.045 3.2766 1.535 3.3886 2.414 3.5879 Toggle Power(pJ): PEN Fall, condition=2 Input Transition Toggle Power(pJ) 0.168 8.2871 0.359 8.3156 1.045 8.4433 1.535 8.5599 2.414 8.7630 Toggle Power(pJ): PEN Rise Input Transition Toggle Power(pJ) 0.178 9.5828 0.369 9.6278 1.050 9.8130 1.538 9.9458 2.420 10.1842 Toggle Power(pJ): PEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.178 4.4197 0.369 4.4645 1.050 4.6365 1.538 4.7621 2.420 4.9879 3.001 3.7200 Toggle Power(pJ): PEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.178 5.3802 0.369 5.4316 1.050 5.6084 1.538 5.7314 2.420 5.9451 3.007 6.1060 Toggle Power(pJ): PU Fall, condition=1 Input Transition Toggle Power(pJ) 0.141 5.0037 0.333 4.9797 1.024 4.9041 1.520 4.8558 2.409 4.7816 3.003 4.7327 Toggle Power(pJ): PU Rise, condition=0 Input Transition Toggle Power(pJ) 0.147 0.2357 0.340 0.2403 1.027 0.2750 1.522 0.3025 2.410 0.3519 3.002 0.3850 Toggle Power(pJ): SONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.159 0.5318 0.350 0.5417 1.039 0.5973 1.531 0.6419 2.410 0.7255 2.997 0.7828 Condition List Toggle Power CONOF condition0:!P condition1:P&SONOF P->D condition0:!CONOF&SONOF condition1:CONOF&!SONOF condition2:CONOF&SONOF Toggle Power SONOF condition0:!P condition1:CONOF&P 3.001 8.9001 3.007 10.3406 3.007 5.1362 Toggle Power(pJ): PEN Rise, condition=2 Input Transition Toggle Power(pJ) 0.178 9.5844 0.369 9.6306 1.050 9.8145 1.538 9.9474 2.420 10.1859 3.007 10.3423 Toggle Power(pJ): PU Fall Input Transition Toggle Power(pJ) 0.141 5.3312 0.333 5.3021 1.024 5.2167 1.520 5.1694 2.409 5.0804 3.003 5.0221 Toggle Power(pJ): PU Fall, condition=0 Input Transition Toggle Power(pJ) 0.141 0.3729 0.333 0.3796 1.024 0.4149 1.520 0.4457 2.409 0.5044 3.003 0.5444 Toggle Power(pJ): PU Fall, condition=2 Input Transition Toggle Power(pJ) 0.141 5.3345 0.333 5.3054 1.024 5.2199 1.520 5.1723 2.409 5.0835 3.003 5.0257 Toggle Power(pJ): PU Fall, condition=3 Input Transition Toggle Power(pJ) 0.141 5.3812 0.333 5.3853 1.024 5.4211 1.520 5.4516 2.409 5.5114 3.003 5.5512 Toggle Power(pJ): PU Rise Input Transition Toggle Power(pJ) 0.147 0.4204 0.340 0.4629 1.027 0.6176 1.522 0.7263 2.410 0.9178 3.002 1.0437 Toggle Power(pJ): PU Rise, condition=1 Input Transition Toggle Power(pJ) 0.147 0.3709 0.340 0.4113 1.027 0.5582 1.522 0.6612 2.410 0.8424 3.002 0.9617 Toggle Power(pJ): PU Rise, condition=2 Input Transition Toggle Power(pJ) 0.147 0.4194 0.340 0.4620 1.027 0.6167 1.522 0.7255 2.410 0.9170 3.002 1.0430 Toggle Power(pJ): PU Rise, condition=3 Input Transition Toggle Power(pJ) 0.147 5.2155 0.340 5.1234 1.027 5.0277 1.522 5.0208 2.410 5.0375 3.002 5.0588 Toggle Power(pJ): SONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.159 1.7324 0.350 1.7498 1.039 1.8259 1.531 1.8870 2.410 1.9982 2.997 2.0736 Toggle Power(pJ): SONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.172 1.1236 0.366 1.1750 1.049 1.3475 1.536 1.4592 2.415 1.6477 3.003 1.7662 Toggle Power(pJ): SONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.172 2.2261 0.365 2.2746 1.048 2.4393 1.536 2.5433 2.415 2.7248 3.003 2.8347 A->P condition0:(!NEN&!PD&PEN&PU|NEN&!PD&!PEN&PU) condition1:NEN&PD&PEN&PU condition2:NEN&PD&PEN&!PU condition3:NEN&!PD&PEN&PU condition4:NEN&!PD&PEN&!PU NEN->P condition0:!PD&!PEN&PU condition1:PEN&!PU condition2:PD&PEN&PU condition3:!PD&PEN&PU Toggle Power NEN condition0:!PD&((!PEN&PU)|PEN) condition1:PD&PEN Toggle Power PD condition0:!A&NEN&PU condition1:A&PEN condition2:!A&NEN&PEN&!PU condition3:!A&NEN&!PEN&!PU PEN->P condition0:NEN&PD condition1:NEN&!PD&!PU condition2:!PD&PU Toggle Power PEN condition0:NEN&PU condition1:!NEN&!PD&PU condition2:NEN&!PU Toggle Power PU condition0:A&!PD&PEN condition1:!A&NEN&PEN condition2:!A&NEN&!PEN condition3:A&PD&PEN Cell Description 24mA, fast slew rate, input-output pad, 5V tolerant PSBI24F Cell Attributes Function D = P&(SONOF|CONOF) P = PU&!PD&(!PEN&!NEN|!PEN&NEN&A|PEN&!NEN&!A) ? "z" : PEN&NEN ? A : !PEN&NEN&!A ? 0 : PEN&!NEN&A ? 1 : (!PU&!PD ? "h" : PU&PD ? "l" : "x") Logic Symbol Area Operating Condition 9120 Vdd=1.8V Temperature=25C Typical Process Cell Data Input Pin Capacitance(pF) Pin A CONOF NEN P PD PEN PU SONOF capcitance 0.16276 0.02459 0.01739 2.02936 0.04155 0.05800 0.01524 0.03664 Supply Voltage vdd vddh vddo 1.8V 3.3V 3.3V Static Power 442.100 pW Cell Characteristics Path Delay(ns): A Fall -> P Fall, condition=0 Dynamic Power(pJ): A Fall -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.89876 17.87502 59.52382 89.37511 125.12516 178.75022 Transition 5.89876 17.87502 59.52382 89.37511 125.12516 178.75022 0.296 0.730 0.950 1.576 2.006 2.517 3.285 0.296 56.0951 121.1324 347.8305 510.3349 704.9667 996.8581 0.481 0.752 0.971 1.598 2.028 2.539 3.305 0.481 56.2014 121.2352 347.9422 510.4458 705.0753 996.9474 1.138 0.813 1.033 1.659 2.089 2.601 3.367 1.138 56.7019 121.7466 348.4538 510.9455 705.5950 997.4697 1.595 0.850 1.069 1.696 2.125 2.638 3.405 1.595 57.1287 122.1665 348.8698 511.3644 705.9980 997.8910 2.418 0.907 1.126 1.752 2.183 2.694 3.460 2.418 57.8658 122.9171 349.6194 512.1180 706.7443 998.6331 2.967 0.940 1.160 1.786 2.216 2.728 3.494 2.967 58.3779 123.4173 350.1211 512.6174 707.2563 999.1396 Output Transtion(ns): A Fall -> P Fall, condition=0 Input Output Load(pF) Transition 5.89876 17.87502 59.52382 89.37511 125.12516 178.75022 0.296 0.335 0.656 1.767 2.579 3.560 5.037 0.481 0.335 0.656 1.767 2.579 3.560 5.037 1.138 0.335 0.656 1.767 2.579 3.560 5.037 1.595 0.335 0.656 1.767 2.580 3.559 5.037 Path Delay(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Transition 5.90865 17.90501 59.62370 89.52507 125.33510 179.05014 0.296 0.742 0.959 1.585 2.015 2.526 3.293 0.481 0.764 0.981 1.607 2.037 2.548 3.315 1.138 0.826 1.043 1.668 2.098 2.611 3.377 1.595 0.862 1.079 1.705 2.135 2.647 3.413 2.418 2.967 0.334 0.335 0.656 0.656 1.767 1.767 2.579 2.580 3.560 3.559 5.037 5.036 2.418 2.967 0.919 0.952 1.135 1.169 1.761 1.795 2.191 2.225 2.703 2.737 3.470 3.503 Dynamic Power(pJ): A Fall -> P Fall, condition=1 Output Transtion(ns): A Fall -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.90865 17.90501 59.62370 89.52507 125.33510 179.05014 Transition 5.90865 17.90501 59.62370 89.52507 125.33510 179.05014 0.296 60.0008 125.1448 352.2925 515.0353 709.9336 1002.1876 0.296 0.324 0.646 1.760 2.574 3.555 5.034 0.481 60.1438 125.2851 352.4297 515.1702 710.0607 1002.3239 0.481 0.324 0.646 1.760 2.574 3.555 5.034 1.138 60.7896 125.9216 353.0728 515.8114 710.7013 1002.9641 1.138 0.324 0.646 1.760 2.574 3.555 5.034 1.595 61.2946 126.4243 353.5716 516.3064 711.2070 1003.4604 1.595 0.324 0.646 1.760 2.573 3.556 5.034 2.418 62.1965 127.3300 354.4738 517.2159 712.1095 1004.3711 2.418 0.324 0.646 1.760 2.574 3.556 5.034 2.967 62.8178 127.9432 355.0874 517.8207 712.7343 1004.9919 2.967 0.324 0.646 1.760 2.574 3.555 5.034 Path Delay(ns): A Fall -> P Fall, condition=2 Dynamic Power(pJ): A Fall -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90292 17.88762 59.56578 89.43811 125.21336 178.87623 Transition 5.90292 17.88762 59.56578 89.43811 125.21336 178.87623 0.296 0.742 0.959 1.584 2.014 2.525 3.291 0.296 64.9055 129.9540 356.8001 519.3391 713.9365 1005.9087 0.481 0.764 0.981 1.606 2.036 2.547 3.313 0.481 65.0163 130.0570 356.9114 519.4386 714.0519 1006.0088 1.138 0.826 1.043 1.668 2.098 2.609 3.375 1.138 65.5521 130.5968 357.4509 519.9790 714.5986 1006.5457 1.595 0.862 1.079 1.704 2.134 2.646 3.411 1.595 65.9783 131.0230 357.8728 520.4063 715.0153 1006.9735 2.418 0.919 1.135 1.760 2.190 2.702 3.469 2.418 66.7564 131.7979 358.6479 521.1796 715.7888 1007.7486 2.967 0.952 1.169 1.794 2.224 2.736 3.503 2.967 67.2879 132.3241 359.1748 521.7072 716.3166 1008.2911 Output Transtion(ns): A Fall -> P Fall, condition=2 Path Delay(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90292 17.88762 59.56578 89.43811 125.21336 178.87623 Transition 5.90471 17.89307 59.58392 89.46535 125.25149 178.93069 0.296 0.324 0.646 1.760 2.573 3.554 5.033 0.296 0.742 0.959 1.585 2.016 2.527 3.295 0.481 0.324 0.646 1.760 2.574 3.555 5.033 0.481 0.764 0.981 1.607 2.037 2.549 3.317 1.138 0.324 0.646 1.760 2.574 3.555 5.033 1.138 0.826 1.043 1.669 2.099 2.611 3.378 1.595 0.324 0.646 1.760 2.573 3.555 5.033 1.595 0.862 1.079 1.705 2.136 2.647 3.415 2.418 0.324 0.646 1.760 2.573 3.555 5.034 2.418 0.919 1.136 1.761 2.192 2.704 3.471 2.967 0.324 0.646 1.760 2.574 3.555 5.034 2.967 0.953 1.170 1.795 2.226 2.738 3.504 Dynamic Power(pJ): A Fall -> P Fall, condition=3 Output Transtion(ns): A Fall -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90471 17.89307 59.58392 89.46535 125.25149 178.93069 Transition 5.90471 17.89307 59.58392 89.46535 125.25149 178.93069 0.296 59.7567 124.8850 352.0096 514.7098 709.5352 1001.7774 0.296 0.324 0.646 1.760 2.573 3.555 5.033 0.481 59.8624 124.9885 352.0980 514.8162 709.6566 1001.8850 0.481 0.324 0.646 1.760 2.574 3.554 5.034 1.138 60.3860 125.5202 352.6338 515.3408 710.1729 1002.4085 1.138 0.324 0.646 1.760 2.574 3.555 5.034 1.595 60.8263 125.9520 353.0658 515.7763 710.5996 1002.8438 1.595 0.324 0.646 1.760 2.573 3.555 5.033 2.418 61.5854 126.7168 353.8338 516.5373 711.3759 1003.6131 2.418 0.324 0.646 1.760 2.574 3.555 5.033 2.967 62.1234 127.2427 354.3559 517.0590 711.8854 1004.1394 2.967 0.324 0.646 1.760 2.573 3.554 5.034 Path Delay(ns): A Fall -> P Fall, condition=4 Dynamic Power(pJ): A Fall -> P Fall, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 5.90081 17.88123 59.54451 89.40617 125.16863 178.81233 Transition 5.90081 17.88123 59.54451 89.40617 125.16863 178.81233 0.296 0.742 0.959 1.585 2.015 2.527 3.294 0.296 64.6630 129.7200 356.6083 519.1633 713.8256 1005.7643 0.481 0.764 0.981 1.607 2.037 2.549 3.315 0.481 64.7398 129.7925 356.6818 519.2434 713.8934 1005.8383 1.138 0.826 1.043 1.669 2.098 2.611 3.378 1.138 65.1570 130.2191 357.1090 519.6585 714.3257 1006.2573 1.595 0.862 1.080 1.705 2.135 2.647 3.413 1.595 65.5194 130.5688 357.4568 520.0074 714.6754 1006.6019 2.418 0.919 1.136 1.761 2.191 2.703 3.470 2.418 66.1509 131.2131 358.1031 520.6526 715.3125 1007.2503 2.967 0.953 1.170 1.795 2.225 2.737 3.504 2.967 66.6036 131.6500 358.5345 521.0892 715.7411 1007.6969 Output Transtion(ns): A Fall -> P Fall, condition=4 Path Delay(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.90081 17.88123 59.54451 89.40617 125.16863 178.81233 Transition 4.77329 14.46453 48.16687 72.32263 101.25169 144.64526 0.296 0.324 0.646 1.760 2.574 3.555 5.034 0.336 0.774 0.941 1.487 1.874 2.338 3.034 0.481 0.324 0.646 1.760 2.574 3.556 5.034 0.523 0.829 0.996 1.542 1.929 2.393 3.089 1.138 0.324 0.646 1.760 2.574 3.555 5.034 1.162 0.992 1.159 1.704 2.092 2.556 3.251 1.595 0.324 0.646 1.760 2.574 3.555 5.034 1.626 1.097 1.264 1.809 2.197 2.661 3.356 2.418 0.324 0.646 1.760 2.574 3.555 5.035 2.462 1.273 1.440 1.985 2.373 2.837 3.532 2.967 0.324 0.646 1.760 2.574 3.556 5.035 3.018 1.385 1.552 2.097 2.485 2.948 3.644 Dynamic Power(pJ): A Rise -> P Rise, condition=0 Output Transtion(ns): A Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77329 14.46453 48.16687 72.32263 101.25169 144.64526 Transition 4.77329 14.46453 48.16687 72.32263 101.25169 144.64526 0.336 49.6802 102.3399 285.7920 417.2834 574.7473 810.9837 0.336 0.297 0.607 1.733 2.553 3.535 5.011 0.523 49.8712 102.5318 285.9818 417.4715 574.9355 811.1763 0.523 0.297 0.607 1.734 2.552 3.535 5.012 1.162 50.5336 103.2033 286.6493 418.1483 575.6090 811.8472 1.162 0.297 0.607 1.733 2.552 3.535 5.011 1.626 51.0055 103.6688 287.1175 418.6042 576.0670 812.3059 1.626 0.297 0.607 1.735 2.554 3.535 5.009 2.462 51.8263 104.4886 287.9385 419.4273 576.8939 813.1331 2.462 0.297 0.607 1.734 2.552 3.536 5.010 3.018 52.3750 105.0312 288.4788 419.9777 577.4269 813.6719 3.018 0.297 0.607 1.734 2.551 3.536 5.012 Path Delay(ns): A Rise -> P Rise, condition=1 Dynamic Power(pJ): A Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.76801 14.44850 48.11352 72.24252 101.13953 144.48505 Transition 4.76801 14.44850 48.11352 72.24252 101.13953 144.48505 0.336 0.804 0.968 1.510 1.898 2.362 3.056 0.336 59.6888 111.0785 293.5818 424.7723 581.9549 817.8078 0.524 0.859 1.023 1.566 1.953 2.416 3.112 0.524 59.8478 111.2351 293.7364 424.9286 582.1119 817.9621 1.164 1.022 1.186 1.729 2.116 2.579 3.273 1.164 60.3994 111.7896 294.2891 425.4871 582.6604 818.5106 1.627 1.127 1.291 1.834 2.221 2.684 3.379 1.627 60.7855 112.1617 294.6617 425.8561 583.0403 818.8787 2.467 1.304 1.467 2.010 2.398 2.861 3.556 2.467 61.4628 112.8350 295.3434 426.5333 583.7117 819.5536 3.022 1.416 1.579 2.122 2.510 2.973 3.667 3.022 61.9005 113.2880 295.7796 426.9769 584.1543 820.0022 Output Transtion(ns): A Rise -> P Rise, condition=1 Input Output Load(pF) Transition 4.76801 14.44850 48.11352 72.24252 101.13953 144.48505 0.336 0.291 0.605 1.734 2.552 3.535 5.012 0.524 0.291 0.605 1.735 2.553 3.534 5.008 1.164 0.291 0.605 1.735 2.553 3.534 5.008 1.627 0.291 0.605 1.734 2.553 3.537 5.009 2.467 0.291 0.605 1.734 2.553 3.537 5.009 Path Delay(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Transition 4.77014 14.45497 48.13504 72.27484 101.18477 144.54968 0.336 0.804 0.967 1.510 1.897 2.360 3.054 0.524 0.859 1.023 1.565 1.952 2.415 3.110 1.164 1.022 1.186 1.728 2.115 2.578 3.272 1.627 1.127 1.291 1.833 2.220 2.683 3.378 2.467 1.304 1.467 2.010 2.397 2.860 3.554 3.022 0.291 0.605 1.735 2.552 3.536 5.010 3.022 1.416 1.579 2.122 2.509 2.972 3.666 Dynamic Power(pJ): A Rise -> P Rise, condition=2 Output Transtion(ns): A Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77014 14.45497 48.13504 72.27484 101.18477 144.54968 Transition 4.77014 14.45497 48.13504 72.27484 101.18477 144.54968 0.336 59.9296 111.3103 293.8393 425.0488 582.2216 818.0972 0.336 0.291 0.605 1.733 2.552 3.532 5.008 0.524 60.1197 111.5115 294.0365 425.2400 582.4166 818.2922 0.524 0.290 0.605 1.733 2.553 3.535 5.009 1.164 60.7942 112.1874 294.7070 425.9069 583.0891 818.9607 1.164 0.291 0.605 1.734 2.551 3.535 5.009 1.627 61.2645 112.6408 295.1691 426.3713 583.5480 819.4152 1.627 0.291 0.605 1.733 2.551 3.534 5.010 2.467 62.0851 113.4648 295.9841 427.1959 584.3703 820.2441 2.467 0.291 0.605 1.733 2.551 3.534 5.010 3.022 62.6197 114.0063 296.5273 427.7326 584.9051 820.7873 3.022 0.291 0.605 1.734 2.552 3.533 5.009 Path Delay(ns): A Rise -> P Rise, condition=3 Dynamic Power(pJ): A Rise -> P Rise, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 4.77113 14.45796 48.14500 72.28979 101.20571 144.57958 Transition 4.77113 14.45796 48.14500 72.28979 101.20571 144.57958 0.336 0.804 0.967 1.510 1.898 2.362 3.056 0.336 54.5694 106.0042 288.7028 420.0191 577.3789 813.4153 0.524 0.859 1.023 1.566 1.953 2.416 3.112 0.524 54.7657 106.2060 288.8925 420.2129 577.5776 813.6054 1.164 1.022 1.186 1.729 2.116 2.579 3.275 1.164 55.4459 106.8874 289.5682 420.8936 578.2538 814.2829 1.627 1.127 1.291 1.834 2.221 2.684 3.379 1.627 55.9154 107.3469 290.0346 421.3490 578.7144 814.7399 2.467 1.304 1.467 2.010 2.398 2.861 3.556 2.467 56.7435 108.1718 290.8607 422.1719 579.5422 815.5664 3.022 1.416 1.579 2.122 2.510 2.973 3.667 3.022 57.2808 108.7189 291.3966 422.7239 580.0809 816.1186 Output Transtion(ns): A Rise -> P Rise, condition=3 Path Delay(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77113 14.45796 48.14500 72.28979 101.20571 144.57958 Transition 4.77671 14.47489 48.20139 72.37446 101.32424 144.74891 0.336 0.290 0.605 1.733 2.552 3.535 5.007 0.336 0.804 0.967 1.510 1.898 2.362 3.056 0.524 0.290 0.604 1.733 2.552 3.534 5.008 0.524 0.859 1.023 1.566 1.953 2.416 3.112 1.164 0.290 0.604 1.733 2.550 3.534 5.008 1.164 1.022 1.186 1.729 2.116 2.579 3.275 1.627 0.290 0.605 1.733 2.551 3.533 5.009 1.627 1.127 1.291 1.834 2.221 2.684 3.379 2.467 0.290 0.605 1.733 2.551 3.533 5.009 2.467 1.304 1.467 2.010 2.398 2.861 3.556 3.022 0.290 0.605 1.733 2.552 3.532 5.010 3.022 1.416 1.579 2.122 2.510 2.973 3.669 Dynamic Power(pJ): A Rise -> P Rise, condition=4 Output Transtion(ns): A Rise -> P Rise, condition=4 Input Output Load(pF) Input Output Load(pF) Transition 4.77671 14.47489 48.20139 72.37446 101.32424 144.74891 Transition 4.77671 14.47489 48.20139 72.37446 101.32424 144.74891 0.336 54.8257 106.3030 289.1480 420.5699 578.0269 814.2936 0.336 0.290 0.605 1.734 2.552 3.535 5.008 0.524 55.0603 106.5399 289.3760 420.8070 578.2468 814.5348 0.524 0.290 0.605 1.733 2.553 3.534 5.009 1.164 55.8558 107.3404 290.1752 421.6036 579.0425 815.3266 1.164 0.290 0.605 1.733 2.553 3.535 5.009 1.627 56.4117 107.8799 290.7195 422.1467 579.5975 815.8703 1.627 0.290 0.605 1.734 2.551 3.534 5.010 2.467 57.3854 108.8571 291.6918 423.1210 580.5657 816.8480 2.467 0.290 0.605 1.734 2.551 3.534 5.010 3.022 58.0159 109.5018 292.3301 423.7573 581.2074 817.4755 3.022 0.290 0.605 1.733 2.552 3.535 5.011 Path Delay(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 1.438 1.549 1.932 2.205 2.533 3.025 0.342 1.471 1.583 1.965 2.239 2.567 3.059 1.031 1.557 1.668 2.051 2.324 2.652 3.144 1.525 1.608 1.720 2.102 2.376 2.704 3.196 Dynamic Power(pJ): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 3.3823 5.5775 13.2059 18.6723 25.2165 35.0348 0.342 3.3899 5.5894 13.2182 18.6845 25.2290 35.0471 1.031 3.4459 5.6456 13.2743 18.7405 25.2852 35.1038 1.525 3.4882 5.6885 13.3173 18.7835 25.3282 35.1467 2.410 2.999 1.690 1.740 1.802 1.852 2.184 2.234 2.458 2.508 2.786 2.836 3.278 3.328 2.410 2.999 3.5721 5.7713 13.3998 18.8666 25.4107 35.2292 3.6292 5.8284 13.4569 18.9225 25.4678 35.2866 Output Transtion(ns): CONOF Fall -> D Fall Input Output Load(pF) Transition 0.66968 2.02933 6.75767 10.14665 14.20531 20.29331 0.150 0.130 0.324 1.030 1.538 2.147 3.060 0.342 0.130 0.324 1.030 1.538 2.147 3.059 1.031 0.130 0.324 1.030 1.537 2.147 3.059 1.525 0.130 0.324 1.030 1.538 2.147 3.059 2.410 0.130 0.324 1.030 1.538 2.146 3.060 2.999 0.130 0.324 1.030 1.538 2.147 3.059 Path Delay(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.868 0.962 1.288 1.522 1.802 2.221 0.351 0.939 1.033 1.359 1.593 1.873 2.292 1.037 1.135 1.229 1.555 1.789 2.068 2.488 1.527 1.256 1.350 1.676 1.910 2.190 2.610 2.413 1.455 1.549 1.875 2.109 2.389 2.808 3.001 1.579 1.673 1.999 2.233 2.513 2.933 Dynamic Power(pJ): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 11.1091 12.5355 17.4966 21.0484 25.3011 31.6799 0.351 11.0783 12.5094 17.4694 21.0217 25.2748 31.6540 1.037 11.0087 12.4349 17.3950 20.9470 25.1999 31.5795 1.527 10.9512 12.3827 17.3427 20.8952 25.1485 31.5266 2.413 10.8545 12.2841 17.2439 20.7961 25.0492 31.4282 3.001 10.7874 12.2169 17.1767 20.7291 24.9824 31.3612 Output Transtion(ns): CONOF Rise -> D Rise Input Output Load(pF) Transition 0.43567 1.32021 4.39629 6.60103 9.24145 13.20207 0.159 0.132 0.325 1.024 1.527 2.130 3.031 0.351 0.132 0.325 1.024 1.528 2.128 3.032 1.037 0.132 0.326 1.024 1.528 2.129 3.029 1.527 0.131 0.325 1.025 1.526 2.129 3.032 2.413 0.132 0.326 1.024 1.526 2.130 3.030 3.001 0.132 0.326 1.024 1.526 2.130 3.030 Path Delay(ns): NEN Rise -> P Fall, condition=0 Dynamic Power(pJ): NEN Rise -> P Fall, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 5.91020 17.90969 59.63926 89.54844 125.36781 179.09687 Transition 5.91020 17.90969 59.63926 89.54844 125.36781 179.09687 0.151 1.139 1.359 1.986 2.416 2.929 3.697 0.151 52.4986 117.8208 344.9823 507.7841 702.7892 995.2841 0.344 1.193 1.412 2.039 2.470 2.982 3.750 0.344 52.5085 117.8306 344.9835 507.7989 702.7971 995.2970 1.029 1.337 1.557 2.184 2.614 3.127 3.894 1.029 52.5548 117.8807 345.0354 507.8461 702.8577 995.3393 1.522 1.426 1.646 2.272 2.703 3.216 3.983 1.522 52.5939 117.9186 345.0761 507.8979 702.8938 995.3784 2.408 1.573 1.793 2.419 2.850 3.363 4.131 2.408 52.6649 117.9877 345.1501 507.9635 702.9561 995.4550 3.000 1.666 1.885 2.512 2.943 3.455 4.223 3.000 52.7158 118.0328 345.1927 508.0034 703.0173 995.5014 Output Transtion(ns): NEN Rise -> P Fall, condition=0 Path Delay(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.91020 17.90969 59.63926 89.54844 125.36781 179.09687 Transition 5.89945 17.87712 59.53081 89.38560 125.13984 178.77120 0.151 0.333 0.651 1.763 2.577 3.559 5.039 0.151 1.138 1.357 1.984 2.413 2.925 3.692 0.344 0.333 0.652 1.763 2.576 3.558 5.039 0.344 1.191 1.411 2.037 2.467 2.978 3.745 1.029 0.333 0.651 1.763 2.577 3.558 5.039 1.029 1.335 1.555 2.182 2.612 3.123 3.890 1.522 0.333 0.651 1.763 2.577 3.558 5.039 1.522 1.424 1.644 2.270 2.701 3.212 3.979 2.408 0.333 0.652 1.763 2.576 3.558 5.039 2.408 1.571 1.791 2.417 2.848 3.359 4.126 3.000 0.333 0.651 1.763 2.577 3.559 5.038 3.000 1.664 1.883 2.510 2.940 3.452 4.218 Dynamic Power(pJ): NEN Rise -> P Fall, condition=1 Output Transtion(ns): NEN Rise -> P Fall, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 5.89945 17.87712 59.53081 89.38560 125.13984 178.77120 Transition 5.89945 17.87712 59.53081 89.38560 125.13984 178.77120 0.151 53.8781 118.9262 345.6530 508.1835 702.8055 994.7395 0.151 0.335 0.656 1.767 2.580 3.560 5.038 0.344 53.8819 118.9377 345.6708 508.1860 702.8193 994.7694 0.344 0.335 0.656 1.767 2.579 3.560 5.037 1.029 53.9305 118.9933 345.7240 508.2410 702.8771 994.8141 1.029 0.334 0.656 1.767 2.580 3.560 5.037 1.522 53.9677 119.0257 345.7666 508.2754 702.9127 994.8530 1.522 0.334 0.656 1.767 2.580 3.560 5.037 2.408 54.0386 119.0964 345.8291 508.3471 702.9737 994.9197 2.408 0.335 0.656 1.767 2.580 3.560 5.037 3.000 54.0894 119.1442 345.8697 508.3886 703.0297 994.9576 3.000 0.335 0.656 1.767 2.579 3.560 5.037 Path Delay(ns): NEN Rise -> P Fall, condition=2 Dynamic Power(pJ): NEN Rise -> P Fall, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 5.90419 17.89148 59.57864 89.45742 125.24039 178.91484 Transition 5.90419 17.89148 59.57864 89.45742 125.24039 178.91484 0.151 1.136 1.357 1.983 2.413 2.925 3.691 0.151 64.4544 130.2942 357.5765 520.1957 714.8948 1006.8843 0.344 1.189 1.410 2.036 2.466 2.978 3.744 0.344 64.5900 130.4318 357.7089 520.3328 715.0404 1007.0180 1.029 1.335 1.556 2.182 2.612 3.124 3.890 1.029 65.1613 130.9967 358.2785 520.8979 715.5985 1007.5866 1.522 1.424 1.645 2.271 2.701 3.213 3.980 1.522 65.6170 131.4598 358.7358 521.3596 716.0527 1008.0525 2.408 1.572 1.792 2.418 2.848 3.360 4.126 2.408 66.4357 132.2835 359.5637 522.1887 716.8953 1008.8774 3.000 1.664 1.885 2.511 2.941 3.453 4.219 3.000 66.9954 132.8358 360.1177 522.7437 717.4376 1009.4342 Output Transtion(ns): NEN Rise -> P Fall, condition=2 Path Delay(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90419 17.89148 59.57864 89.45742 125.24039 178.91484 Transition 5.90928 17.90690 59.62999 89.53452 125.34832 179.06903 0.151 0.327 0.647 1.761 2.574 3.556 5.035 0.151 1.136 1.357 1.983 2.413 2.925 3.693 0.344 0.327 0.647 1.760 2.574 3.555 5.034 0.344 1.189 1.410 2.037 2.466 2.978 3.745 1.029 0.327 0.647 1.760 2.574 3.555 5.034 1.029 1.335 1.556 2.182 2.613 3.124 3.891 1.522 0.327 0.647 1.760 2.574 3.555 5.035 1.522 1.424 1.645 2.271 2.701 3.214 3.980 2.408 0.327 0.647 1.760 2.574 3.556 5.034 2.408 1.572 1.792 2.419 2.849 3.361 4.128 3.000 0.327 0.647 1.760 2.574 3.555 5.035 3.000 1.664 1.885 2.511 2.942 3.454 4.221 Dynamic Power(pJ): NEN Rise -> P Fall, condition=3 Output Transtion(ns): NEN Rise -> P Fall, condition=3 Input Output Load(pF) Input Output Load(pF) Transition 5.90928 17.90690 59.62999 89.53452 125.34832 179.06903 Transition 5.90928 17.90690 59.62999 89.53452 125.34832 179.06903 0.151 59.6336 125.5613 353.1011 515.9185 710.8483 1003.1846 0.151 0.327 0.647 1.760 2.574 3.555 5.034 0.344 59.8068 125.7423 353.2736 516.0933 711.0214 1003.3594 0.344 0.327 0.647 1.760 2.574 3.556 5.034 1.029 60.4981 126.4279 353.9615 516.7778 711.7061 1004.0603 1.029 0.327 0.647 1.760 2.574 3.556 5.035 1.522 61.0378 126.9668 354.5046 517.3191 712.2472 1004.5921 1.522 0.327 0.647 1.760 2.574 3.556 5.035 2.408 62.0140 127.9426 355.4773 518.3058 713.2282 1005.5567 2.408 0.327 0.647 1.761 2.574 3.555 5.034 3.000 62.6597 128.5900 356.1235 518.9437 713.8671 1006.2104 3.000 0.327 0.647 1.760 2.574 3.556 5.034 Path Delay(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66532 2.01613 6.71372 10.08067 14.11293 20.16133 0.325 0.713 0.824 1.203 1.475 1.801 2.290 0.652 0.811 0.921 1.301 1.573 1.899 2.388 1.780 1.100 1.210 1.590 1.862 2.188 2.677 2.587 1.289 1.399 1.779 2.051 2.377 2.866 4.034 1.619 1.729 2.109 2.381 2.707 3.196 Dynamic Power(pJ): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66532 2.01613 6.71372 10.08067 14.11293 20.16133 0.325 9.4592 11.6422 19.2197 24.6505 31.1528 40.9065 0.652 8.7265 10.9097 18.4872 23.9178 30.4200 40.1742 1.780 8.5492 10.7302 18.3080 23.7387 30.2405 39.9940 2.587 8.8457 11.0259 18.6030 24.0337 30.5366 40.2893 4.034 9.6172 11.7967 19.3743 24.8061 31.3076 41.0616 4.998 1.835 1.945 2.325 2.597 2.923 3.411 4.998 10.2087 12.3894 19.9667 25.3975 31.8993 41.6532 Output Transtion(ns): P Fall -> D Fall, condition=0 Input Output Load(pF) Transition 0.66532 2.01613 6.71372 10.08067 14.11293 20.16133 0.325 0.126 0.321 1.023 1.528 2.133 3.040 0.652 0.126 0.321 1.023 1.528 2.132 3.040 1.780 0.126 0.321 1.023 1.528 2.132 3.040 2.587 0.126 0.321 1.023 1.528 2.132 3.040 4.034 0.126 0.321 1.023 1.528 2.133 3.040 4.998 0.126 0.321 1.023 1.528 2.133 3.040 Path Delay(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66504 2.01527 6.71086 10.07636 14.10691 20.15273 0.324 0.632 0.742 1.122 1.394 1.719 2.208 0.651 0.710 0.820 1.200 1.471 1.797 2.286 1.780 0.926 1.036 1.416 1.688 2.014 2.502 2.587 1.065 1.176 1.555 1.827 2.153 2.642 4.034 1.302 1.413 1.792 2.064 2.390 2.879 4.998 1.454 1.565 1.944 2.216 2.542 3.031 Dynamic Power(pJ): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66504 2.01527 6.71086 10.07636 14.10691 20.15273 0.324 9.0450 11.2240 18.7980 24.2252 30.7250 40.4763 0.651 8.2013 10.3800 17.9538 23.3810 29.8824 39.6323 1.780 7.6235 9.8033 17.3774 22.8046 29.3054 39.0557 2.587 7.6522 9.8389 17.4132 22.8405 29.3413 39.0916 4.034 7.9538 10.1336 17.7070 23.1351 29.6355 39.3853 4.998 8.2359 10.4222 17.9975 23.4245 29.9253 39.6755 Output Transtion(ns): P Fall -> D Fall, condition=1 Input Output Load(pF) Transition 0.66504 2.01527 6.71086 10.07636 14.10691 20.15273 0.324 0.126 0.321 1.022 1.527 2.132 3.039 0.651 0.126 0.321 1.023 1.527 2.131 3.038 1.780 0.126 0.321 1.023 1.527 2.132 3.039 2.587 0.126 0.321 1.023 1.527 2.131 3.039 4.034 0.126 0.321 1.023 1.527 2.131 3.039 4.998 0.126 0.321 1.023 1.527 2.132 3.039 Path Delay(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66491 2.01489 6.70958 10.07444 14.10422 20.14889 0.325 0.550 0.660 1.040 1.312 1.637 2.126 0.652 0.636 0.746 1.126 1.398 1.723 2.212 1.783 0.869 0.979 1.358 1.630 1.956 2.444 2.588 1.016 1.126 1.506 1.778 2.103 2.592 4.034 1.272 1.382 1.761 2.033 2.359 2.847 4.999 1.441 1.551 1.931 2.203 2.529 3.017 Dynamic Power(pJ): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66491 2.01489 6.70958 10.07444 14.10422 20.14889 0.325 9.2965 11.4805 19.0534 24.4794 30.9784 40.7270 0.652 8.6471 10.8262 18.3988 23.8247 30.3235 40.0724 1.783 8.7306 10.9101 18.4830 23.9091 30.4083 40.1565 2.588 9.2628 11.4491 19.0221 24.4485 30.9477 40.6961 4.034 10.5286 12.7072 20.2799 25.7057 32.2050 41.9539 4.999 11.4570 13.6358 21.2079 26.6347 33.1339 42.8823 Output Transtion(ns): P Fall -> D Fall, condition=2 Input Output Load(pF) Transition 0.66491 2.01489 6.70958 10.07444 14.10422 20.14889 0.325 0.125 0.321 1.022 1.527 2.132 3.038 0.652 0.125 0.321 1.022 1.527 2.131 3.038 1.783 0.125 0.321 1.022 1.527 2.131 3.038 2.588 0.125 0.321 1.022 1.527 2.131 3.038 4.034 0.125 0.321 1.022 1.527 2.131 3.039 4.999 0.126 0.321 1.022 1.527 2.132 3.038 Path Delay(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43543 1.31947 4.39383 6.59735 9.23629 13.19470 0.324 1.000 1.094 1.420 1.654 1.933 2.353 0.641 1.004 1.099 1.425 1.658 1.938 2.357 1.771 1.038 1.132 1.458 1.692 1.972 2.391 2.579 1.076 1.169 1.495 1.729 2.009 2.428 4.033 1.152 1.246 1.572 1.806 2.085 2.505 5.001 1.206 1.300 1.626 1.860 2.139 2.559 Dynamic Power(pJ): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43543 1.31947 4.39383 6.59735 9.23629 13.19470 0.324 17.1711 18.6045 23.5617 27.1117 31.3624 37.7386 0.641 16.2700 17.7026 22.6604 26.2106 30.4619 36.8373 1.771 15.8365 17.2696 22.2273 25.7771 30.0279 36.4038 2.579 16.1111 17.5387 22.4970 26.0468 30.2979 36.6735 Output Transtion(ns): P Rise -> D Rise, condition=0 Input Output Load(pF) Transition 0.43543 1.31947 4.39383 6.59735 9.23629 13.19470 0.324 0.130 0.325 1.024 1.526 2.127 3.030 0.641 0.130 0.325 1.024 1.526 2.127 3.032 1.771 0.130 0.325 1.024 1.527 2.128 3.031 2.579 0.130 0.325 1.024 1.526 2.126 3.031 4.033 5.001 16.8865 18.3196 23.2765 26.8264 31.0770 37.4530 17.4771 18.9111 23.8684 27.4186 31.6693 38.0445 4.033 5.001 0.130 0.130 0.325 0.325 1.024 1.024 1.526 1.526 2.128 2.126 3.028 3.031 Path Delay(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43493 1.31798 4.38888 6.58991 9.22588 13.17983 0.324 0.753 0.847 1.173 1.406 1.686 2.105 0.642 0.746 0.840 1.165 1.398 1.678 2.097 1.769 0.705 0.799 1.124 1.357 1.637 2.056 2.577 0.676 0.770 1.095 1.328 1.608 2.027 4.031 0.606 0.700 1.026 1.259 1.538 1.957 5.001 0.549 0.642 0.968 1.201 1.481 1.900 Dynamic Power(pJ): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43493 1.31798 4.38888 6.58991 9.22588 13.17983 0.324 9.9544 11.3846 16.3361 19.8827 24.1282 30.4972 0.642 9.0022 10.4305 15.3823 18.9281 23.1742 29.5432 1.769 8.0544 9.4776 14.4293 17.9760 22.2213 28.5903 2.577 7.8699 9.2930 14.2445 17.7904 22.0367 28.4056 4.031 7.7991 9.2272 14.1788 17.7253 21.9711 28.3393 5.001 7.8315 9.2591 14.2100 17.7565 22.0029 28.3706 Output Transtion(ns): P Rise -> D Rise, condition=1 Input Output Load(pF) Transition 0.43493 1.31798 4.38888 6.58991 9.22588 13.17983 0.324 0.131 0.325 1.023 1.524 2.124 3.027 0.642 0.131 0.325 1.023 1.525 2.125 3.027 1.769 0.132 0.325 1.023 1.525 2.125 3.025 2.577 0.132 0.325 1.022 1.524 2.126 3.026 4.031 0.132 0.325 1.023 1.523 2.125 3.025 5.001 0.133 0.325 1.023 1.524 2.124 3.024 Path Delay(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43577 1.32051 4.39731 6.60257 9.24360 13.20515 0.325 0.568 0.662 0.988 1.222 1.501 1.921 0.644 0.568 0.662 0.989 1.222 1.502 1.922 1.769 0.558 0.652 0.979 1.212 1.492 1.912 2.577 0.546 0.640 0.967 1.200 1.480 1.900 4.031 0.510 0.605 0.931 1.165 1.445 1.864 5.001 0.479 0.574 0.900 1.134 1.414 1.834 Dynamic Power(pJ): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43577 1.32051 4.39731 6.60257 9.24360 13.20515 0.325 23.2154 24.6449 29.6064 33.1596 37.4139 43.7933 0.644 22.2827 23.7170 28.6781 32.2313 36.4857 42.8658 1.769 21.8283 23.2627 28.2244 31.7767 36.0307 42.4109 2.577 22.0251 23.4602 28.4211 31.9738 36.2277 42.6083 4.031 22.5995 24.0346 28.9951 32.5480 36.8014 43.1825 5.001 23.0396 24.4740 29.4358 32.9886 37.2424 43.6225 Output Transtion(ns): P Rise -> D Rise, condition=2 Input Output Load(pF) Transition 0.43577 1.32051 4.39731 6.60257 9.24360 13.20515 0.325 0.130 0.325 1.025 1.526 2.130 3.033 0.644 0.130 0.325 1.025 1.527 2.129 3.034 1.769 0.130 0.325 1.025 1.527 2.131 3.031 2.577 0.130 0.325 1.024 1.528 2.129 3.034 4.031 0.130 0.325 1.024 1.528 2.129 3.034 5.001 0.130 0.325 1.025 1.527 2.128 3.031 Path Delay(ns): PEN Rise -> P Rise, condition=0 Dynamic Power(pJ): PEN Rise -> P Rise, condition=0 Input Output Load(pF) Input Output Load(pF) Transition 4.77254 14.46224 48.15925 72.31119 101.23566 144.62237 Transition 4.77254 14.46224 48.15925 72.31119 101.23566 144.62237 0.202 0.908 1.075 1.621 2.009 2.472 3.168 0.202 62.3888 115.1861 298.7478 430.1947 587.6003 823.6053 0.392 0.968 1.136 1.682 2.069 2.533 3.228 0.392 62.6103 115.4521 299.0399 430.4892 587.9038 823.9135 1.065 1.138 1.306 1.851 2.239 2.702 3.397 1.065 63.5532 116.3846 299.9709 431.4153 588.8365 824.8381 1.551 1.243 1.411 1.957 2.344 2.808 3.502 1.551 64.2767 117.0838 300.6554 432.1004 589.5112 825.5297 2.423 1.417 1.585 2.130 2.518 2.982 3.676 2.423 65.6753 118.3827 301.8981 433.3317 590.7366 826.7408 3.006 1.527 1.694 2.239 2.627 3.090 3.785 3.006 66.6660 119.2826 302.7337 434.1647 591.5598 827.5612 Output Transtion(ns): PEN Rise -> P Rise, condition=0 Path Delay(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77254 14.46224 48.15925 72.31119 101.23566 144.62237 Transition 4.77678 14.47509 48.20204 72.37543 101.32561 144.75087 0.202 0.294 0.606 1.733 2.553 3.536 5.013 0.202 0.908 1.075 1.621 2.009 2.472 3.168 0.392 0.294 0.606 1.734 2.552 3.536 5.010 0.392 0.968 1.136 1.682 2.069 2.533 3.228 1.065 0.294 0.606 1.734 2.554 3.536 5.012 1.065 1.138 1.306 1.851 2.239 2.703 3.398 1.551 0.294 0.606 1.734 2.553 3.535 5.009 1.551 1.243 1.411 1.957 2.344 2.809 3.504 2.423 0.294 0.606 1.735 2.553 3.535 5.011 2.423 1.417 1.585 2.130 2.518 2.982 3.677 3.006 0.293 0.606 1.735 2.554 3.537 5.010 3.006 1.527 1.694 2.239 2.627 3.090 3.786 Dynamic Power(pJ): PEN Rise -> P Rise, condition=1 Output Transtion(ns): PEN Rise -> P Rise, condition=1 Input Output Load(pF) Input Output Load(pF) Transition 4.77678 14.47509 48.20204 72.37543 101.32561 144.75087 Transition 4.77678 14.47509 48.20204 72.37543 101.32561 144.75087 0.202 57.2877 110.1519 293.9436 425.5505 583.1465 819.4455 0.202 0.294 0.605 1.733 2.553 3.536 5.008 0.392 57.5529 110.4636 294.2770 425.8815 583.4864 819.7879 0.392 0.294 0.605 1.734 2.552 3.536 5.010 1.065 58.6226 111.5299 295.3422 426.9474 584.5494 820.8476 1.065 0.294 0.605 1.734 2.551 3.534 5.012 1.551 59.4382 112.3178 296.1050 427.7236 585.3153 821.6205 1.551 0.293 0.605 1.734 2.553 3.534 5.009 2.423 60.9893 113.7648 297.5082 429.1011 586.6927 822.9886 2.423 0.293 0.605 1.733 2.553 3.535 5.011 3.006 62.0800 114.7700 298.4474 430.0356 587.6173 823.9068 3.006 0.293 0.605 1.733 2.551 3.533 5.009 Path Delay(ns): PEN Rise -> P Rise, condition=2 Dynamic Power(pJ): PEN Rise -> P Rise, condition=2 Input Output Load(pF) Input Output Load(pF) Transition 4.77166 14.45958 48.15041 72.29791 101.21708 144.59583 Transition 4.77166 14.45958 48.15041 72.29791 101.21708 144.59583 0.202 0.884 1.051 1.596 1.984 2.448 3.143 0.202 51.3807 104.0078 287.3852 418.8324 576.2689 812.3988 0.392 0.946 1.113 1.658 2.045 2.509 3.204 0.392 51.4425 104.0723 287.4534 418.9018 576.3332 812.4663 1.065 1.115 1.282 1.827 2.214 2.678 3.373 1.065 51.6596 104.2909 287.6675 419.1136 576.5419 812.6773 1.551 1.220 1.386 1.931 2.319 2.782 3.478 1.551 51.8146 104.4360 287.8051 419.2508 576.6966 812.8160 2.423 1.390 1.557 2.102 2.489 2.953 3.648 2.423 52.1052 104.7328 288.1097 419.5589 576.9863 813.1313 3.006 1.496 1.663 2.208 2.596 3.059 3.755 3.006 52.3062 104.9346 288.3131 419.7531 577.1876 813.3239 Output Transtion(ns): PEN Rise -> P Rise, condition=2 Path Delay(ns): SONOF Fall -> D Fall Input Output Load(pF) Input Output Load(pF) Transition 4.77166 14.45958 48.15041 72.29791 101.21708 144.59583 Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.202 0.294 0.605 1.733 2.552 3.534 5.008 0.160 1.492 1.603 1.986 2.261 2.589 3.082 0.392 0.294 0.605 1.732 2.550 3.533 5.008 0.352 1.523 1.635 2.018 2.292 2.621 3.114 1.065 0.294 0.605 1.733 2.551 3.535 5.006 1.040 1.601 1.712 2.095 2.369 2.698 3.191 1.551 0.294 0.605 1.732 2.551 3.533 5.009 1.533 1.645 1.757 2.140 2.414 2.743 3.236 2.423 0.294 0.605 1.733 2.551 3.533 5.009 2.412 1.715 1.827 2.210 2.484 2.813 3.306 3.006 0.294 0.605 1.732 2.552 3.534 5.010 2.997 1.756 1.867 2.250 2.525 2.853 3.346 Dynamic Power(pJ): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 3.6436 5.8433 13.4866 18.9634 25.5234 35.3604 0.352 3.6608 5.8601 13.5036 18.9802 25.5399 35.3773 1.040 3.7416 5.9412 13.5843 19.0614 25.6210 35.4585 1.533 3.8007 6.0029 13.6474 19.1242 25.6827 35.5209 2.412 3.9231 6.1224 13.7656 19.2424 25.8026 35.6393 Output Transtion(ns): SONOF Fall -> D Fall Input Output Load(pF) Transition 0.67102 2.03339 6.77118 10.16694 14.23372 20.33388 0.160 0.130 0.325 1.032 1.541 2.151 3.065 0.352 0.130 0.325 1.032 1.541 2.151 3.066 1.040 0.130 0.325 1.032 1.541 2.151 3.065 1.533 0.130 0.325 1.032 1.541 2.151 3.065 2.412 0.130 0.325 1.032 1.541 2.151 3.066 2.997 4.0030 6.2024 13.8456 19.3225 25.8819 35.7194 2.997 0.130 0.325 1.032 1.541 2.151 3.066 Path Delay(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43632 1.32220 4.40291 6.61098 9.25537 13.22196 0.174 0.948 1.043 1.370 1.604 1.884 2.304 0.368 1.015 1.110 1.436 1.670 1.951 2.371 1.051 1.200 1.294 1.621 1.855 2.135 2.556 1.537 1.314 1.408 1.734 1.968 2.249 2.669 2.418 1.499 1.594 1.920 2.154 2.435 2.855 3.006 1.615 1.709 2.036 2.270 2.550 2.971 Dynamic Power(pJ): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43632 1.32220 4.40291 6.61098 9.25537 13.22196 0.174 17.2537 18.6888 23.6566 27.2144 31.4740 37.8629 0.368 17.2072 18.6423 23.6105 27.1678 31.4273 37.8156 1.051 17.0757 18.5127 23.4805 27.0379 31.2977 37.6862 1.537 16.9889 18.4197 23.3876 26.9454 31.2047 37.5932 2.418 16.8144 18.2513 23.2186 26.7762 31.0358 37.4240 3.006 16.7040 18.1346 23.1028 26.6606 30.9195 37.3083 Output Transtion(ns): SONOF Rise -> D Rise Input Output Load(pF) Transition 0.43632 1.32220 4.40291 6.61098 9.25537 13.22196 0.174 0.130 0.326 1.026 1.529 2.130 3.035 0.368 0.130 0.325 1.025 1.529 2.131 3.035 1.051 0.130 0.326 1.026 1.529 2.132 3.035 1.537 0.131 0.325 1.026 1.529 2.133 3.037 2.418 0.130 0.325 1.026 1.528 2.131 3.034 3.006 0.130 0.326 1.026 1.530 2.131 3.034 Path Delay(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Delay 0.296 0.593 0.481 0.616 1.138 0.677 1.595 0.714 2.418 0.771 2.968 0.804 Dynamic Power(pJ): A Fall -> P from High to High impedance, condition=0 Input Transition Power(pJ) 0.296 5.7903 0.481 5.9068 1.138 6.4262 1.595 6.8489 2.418 7.6121 2.968 8.1234 Output Transtion(ns): A Fall -> P from High to High impedance, condition=0 Input Transition Output Slope 0.296 0.000 0.481 0.000 1.138 0.000 1.595 0.000 2.418 0.000 2.968 0.000 Path Delay(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Delay 0.296 0.346 0.481 0.368 1.138 0.430 1.595 0.466 2.418 0.523 2.968 0.556 Dynamic Power(pJ): A Fall -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.296 9.6380 0.481 9.7435 1.138 10.2561 1.595 10.6712 2.418 11.4214 2.968 11.9251 Output Transtion(ns): A Fall -> P from High impedance to Low, condition=0 Input Transition Output Slope 0.296 0.000 0.481 0.000 1.138 0.000 1.595 0.000 2.418 0.000 2.968 0.000 Path Delay(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Delay 0.336 0.665 0.524 0.720 1.164 0.883 1.627 0.988 2.467 1.164 3.022 1.277 Dynamic Power(pJ): A Rise -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.336 4.5223 0.524 4.7202 1.164 5.3828 1.627 5.8495 2.467 6.6728 3.022 7.2165 Output Transtion(ns): A Rise -> P from Low to High impedance, condition=0 Input Transition Output Slope 0.336 0.000 0.524 0.000 1.164 0.000 1.627 0.000 2.467 0.000 3.022 0.000 Path Delay(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Delay 0.336 0.473 0.523 0.527 1.162 0.690 1.626 0.795 2.462 0.970 3.018 1.083 Dynamic Power(pJ): A Rise -> P from High impedance to High, condition=0 Input Transition Power(pJ) 0.336 13.0203 0.523 13.2117 1.162 13.8797 1.626 14.3476 2.462 15.1734 3.018 15.7206 Output Transtion(ns): A Rise -> P from High impedance to High, condition=0 Input Transition Output Slope 0.336 0.000 0.523 0.000 1.162 0.000 1.626 0.000 2.462 0.000 3.018 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Delay 0.145 0.438 0.336 0.469 1.027 0.544 1.522 0.588 2.410 0.657 3.002 0.697 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=0 Input Transition Power(pJ) 0.145 1.9640 0.336 1.9711 1.027 2.0031 1.522 2.0379 2.410 2.1049 3.002 2.1502 Output Transtion(ns): NEN Fall > P from Low to High impedance, condition=0 Input Transition Output Slope 0.145 0.000 0.336 0.000 1.027 0.000 1.522 0.000 2.410 0.000 3.002 0.000 Path Delay(ns): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Delay 0.145 0.437 0.336 0.469 1.027 0.544 1.522 0.588 2.410 0.656 3.002 0.697 Dynamic Power(pJ): NEN Fall -> P from Low to High impedance, condition=1 Input Transition Power(pJ) 0.145 1.9780 0.336 1.9851 1.027 2.0171 1.522 2.0518 2.410 2.1190 3.002 2.1642 Output Transtion(ns): NEN Fall Path Delay(ns): NEN Rise -> P -> P from Low to High from High impedance to Low, impedance, condition=1 condition=0 Input Transition Output Slope Input Transition Delay 0.145 0.000 0.151 0.757 0.336 0.000 0.344 0.810 1.027 0.000 1.029 0.954 1.522 0.000 1.522 1.043 2.410 0.000 2.408 1.190 3.002 0.000 3.000 1.283 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=0 Input Transition Power(pJ) 0.151 7.4133 0.344 7.4263 1.029 7.4816 1.522 7.5191 2.408 7.5856 3.000 7.6319 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=0 Path Delay(ns): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Output Slope Input Transition Delay 0.151 0.000 0.151 0.752 0.344 0.000 0.344 0.805 1.029 0.000 1.029 0.949 1.522 0.000 1.522 1.038 2.408 0.000 2.408 1.185 3.000 0.000 3.000 1.278 Dynamic Power(pJ): NEN Rise -> P from High impedance to Low, condition=1 Input Transition Power(pJ) 0.151 7.4036 0.344 7.4167 1.029 7.4704 1.522 7.5093 2.408 7.5759 3.000 7.6220 Output Transtion(ns): NEN Rise > P from High impedance to Low, condition=1 Input Transition Output Slope 0.151 0.000 0.344 0.000 1.029 0.000 1.522 0.000 2.408 0.000 3.000 0.000 Path Delay(ns): PEN Fall -> P from High to High impedance, condition=2 Input Transition Delay 0.189 0.766 0.378 0.794 1.061 0.868 1.545 0.914 2.418 0.985 2.998 1.027 Dynamic Power(pJ): PEN Fall -> P from High to High impedance, condition=2 Input Transition Power(pJ) 0.189 6.9021 0.378 6.9412 1.061 7.1261 1.545 7.2941 2.418 7.5990 2.998 7.8043 Output Transtion(ns): PEN Fall > P from High to High impedance, condition=2 Input Transition Output Slope 0.189 0.000 0.378 0.000 1.061 0.000 1.545 0.000 2.418 0.000 2.998 0.000 Path Delay(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Delay 0.202 0.525 0.392 0.586 1.065 0.755 1.551 0.859 2.423 1.029 3.006 1.135 Dynamic Power(pJ): PEN Rise -> P from High impedance to High, condition=2 Input Transition Power(pJ) 0.202 15.6418 0.392 15.7017 1.065 15.9159 1.551 16.0786 2.423 16.3716 3.006 16.5595 Output Transtion(ns): PEN Rise -> P from High impedance to High, condition=2 Input Transition Output Slope 0.202 0.000 0.392 0.000 1.065 0.000 1.551 0.000 2.423 0.000 3.006 0.000 Toggle Power(pJ): A Fall Toggle Power(pJ): A Rise Input Toggle Transition Power(pJ) Input Toggle Transition Power(pJ) 0.296 8.7193 0.336 8.9840 0.482 8.8308 0.523 9.1722 1.138 9.3367 1.164 9.8385 1.595 9.7435 1.629 10.3077 2.418 10.4884 2.467 11.1354 2.968 10.9832 3.022 11.6804 Toggle Power(pJ): CONOF Fall, condition=0 Input Transition Toggle Power(pJ) 0.150 0.3679 0.342 0.3755 1.031 0.4160 1.525 0.4486 2.410 0.5100 2.999 0.5522 Toggle Power(pJ): CONOF Fall, condition=1 Input Transition Toggle Power(pJ) 0.150 1.8098 0.342 1.8247 1.031 1.8768 1.525 1.9188 2.410 2.0006 2.999 2.0564 Toggle Power(pJ): CONOF Rise, condition=0 Input Transition Toggle Power(pJ) 0.159 0.7053 0.351 0.7389 1.038 0.8571 1.530 0.9343 2.413 1.0668 3.006 1.1507 Toggle Power(pJ): CONOF Rise, condition=1 Input Transition Toggle Power(pJ) 0.159 2.4566 0.351 2.4801 1.037 2.5858 1.527 2.6484 2.413 2.7614 3.001 2.8310 Toggle Power(pJ): NEN Fall Input Transition Toggle Power(pJ) 0.145 7.0754 0.336 7.0854 1.027 7.1236 1.522 7.1628 2.410 7.2358 3.002 7.2839 Toggle Power(pJ): NEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.145 0.8601 0.336 0.8699 1.027 0.9106 1.522 0.9478 2.410 1.0186 3.002 1.0658 Toggle Power(pJ): NEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.145 6.0831 0.336 6.0932 1.027 6.1340 1.522 6.1710 2.410 6.2435 3.002 6.2910 Toggle Power(pJ): NEN Rise Input Transition Toggle Power(pJ) 0.151 13.3203 0.344 13.3357 1.029 13.4026 1.522 13.4484 2.408 13.5292 3.000 13.5814 Toggle Power(pJ): NEN Rise, condition=0 Input Transition Toggle Power(pJ) 0.151 0.9121 0.344 0.9271 1.029 0.9912 1.522 1.0357 2.408 1.1148 3.000 1.1654 Toggle Power(pJ): NEN Rise, condition=1 Input Transition Toggle Power(pJ) 0.151 6.0651 0.344 6.0802 1.029 6.1446 1.522 6.1893 2.408 6.2716 3.000 6.3194 Toggle Power(pJ): P Fall Input Toggle Transition Power(pJ) 0.324 6.2318 0.651 5.3373 1.778 4.4909 2.585 4.2844 4.034 4.0845 4.999 4.0004 Toggle Power(pJ): P Rise Input Toggle Transition Power(pJ) 0.323 -1.0784 0.640 -1.9358 1.766 -2.7607 2.577 -2.9750 4.031 -3.1870 5.000 -3.2786 Toggle Power(pJ): PD Fall Input Toggle Transition Power(pJ) 0.170 5.7960 0.361 5.8184 1.047 5.9324 1.536 6.0377 2.414 6.2260 3.001 6.3466 Toggle Power(pJ): PD Fall, condition=0 Input Transition Toggle Power(pJ) 0.170 0.4335 0.361 0.4539 1.047 0.5749 1.536 0.6748 2.414 0.8583 3.001 0.9814 Toggle Power(pJ): PD Fall, condition=1 Input Transition Toggle Power(pJ) 0.170 0.5280 0.361 0.5837 1.047 0.8136 1.536 0.9895 2.414 1.3071 3.002 1.5190 Toggle Power(pJ): PD Fall, condition=2 Input Transition Toggle Power(pJ) 0.170 5.4087 0.361 5.4215 1.047 5.5381 1.536 5.6425 2.414 5.8300 3.001 5.9516 Toggle Power(pJ): PD Fall, condition=3 Input Transition Toggle Power(pJ) 0.170 5.7976 0.361 5.8186 1.047 5.9325 1.536 6.0379 2.414 6.2263 3.001 6.3466 Toggle Power(pJ): PD Rise Input Transition Toggle Power(pJ) 0.183 6.1007 0.374 6.0903 1.052 6.2093 1.543 6.3068 2.423 6.4801 3.010 6.5978 Toggle Power(pJ): PD Rise, condition=0 Input Transition Toggle Power(pJ) 0.183 0.7468 0.374 0.7768 1.052 0.9119 1.543 1.0122 2.423 1.1917 3.010 1.3117 Toggle Power(pJ): PD Rise, condition=1 Input Transition Toggle Power(pJ) 0.183 5.6430 0.374 5.5876 1.052 5.5887 1.543 5.6114 2.423 5.6514 3.010 5.6817 Toggle Power(pJ): PD Rise, condition=2 Input Transition Toggle Power(pJ) 0.183 5.7167 0.374 5.7092 1.052 5.8293 1.543 5.9273 2.423 6.1022 3.010 6.2215 Toggle Power(pJ): PD Rise, condition=3 Input Transition Toggle Power(pJ) 0.183 6.1026 0.374 6.0923 1.052 6.2114 1.543 6.3087 2.423 6.4821 3.010 6.6003 Toggle Power(pJ): PEN Fall Input Transition Toggle Power(pJ) 0.189 9.9817 0.378 10.0277 1.060 10.2187 1.545 10.3930 2.418 10.7110 2.998 10.9192 Toggle Power(pJ): PEN Fall, condition=0 Input Transition Toggle Power(pJ) 0.189 5.0632 0.378 5.1078 1.060 5.2947 1.545 5.4658 2.418 5.7781 2.998 5.9824 Toggle Power(pJ): PEN Fall, condition=1 Input Transition Toggle Power(pJ) 0.189 4.69