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MT6592参考设计原理图

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    MT6592 参考设计

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    5 4 3 2 1 DVDD12_EMI R119 1 R / 0 / ohm / 0201 2 BUCK1_FB [4] T13 T16 T17 T18 T21 M11 U11 U12 V11 V12 V13 D C B For low-power testing proposal. It can be cancel for cost-down proposal 1.2V IO for DDR2 R101 R / 0 / ohm / 0603 U201B 1 2 VM12_SW_PMU T11 R11 R2 G6 G7 G14 G17 G20 H10 M20 N11 A19 A26 B4 B10 E21 F6 B12 B14 B17 B22 B24 C4 C8 C11 C12 C16 C17 C18 C20 C21 C22 C23 C25 D4 D5 D7 D9 D11 D13 D15 D17 D21 D24 E5 E8 E10 E18 F18 P21 L10 AE5 V7 U7 W7 Y7 AB6 AB8 AC3 AC5 AC7 AD4 AE3 DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG AVSS18_WBG W20 U20 V20 V21 U21 W21 Y20 Y21 AA21 AB21 U17 U18 A2 R24 AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_AP AVSS18_AP AVSS18_MEMPLL AVSS33_USB DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD12_EMI DVDD28_MSDC1 DVDD28_MSDC2 DVDD28_BPI DVDD18_IO1 DVDD18_MSDC0 DVDD18_IO0 DVDD18_IO1 DVDD18_IO2 DVDD18_IO3 DVDD18_IO4 VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC VCCK_VPROC H18 H16 H15 G9 G11 G13 G15 G16 G18 H8 E7 F7 F8 G8 H11 H13 E1 V1 AD26 U25 G26 L26 Y26 D1 W1 AG13 R10 P9 L11 L12 L13 L14 L15 L16 L17 M10 M18 N10 N18 P18 R9 R18 T10 U10 V10 N12 N13 N14 N15 N16 N17 P14 R15 P15 R14 R13 R12 R16 R17 T14 T15 U15 U16 V15 V16 DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS M15 N21 P10 P11 P12 P13 P16 P17 L18 M14 M13 M12 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 C130 C / 10 / uF / 0603 1 1 2 1 C142 1 2 1 C143 Bottom cap/1st cap group check MSDC1/2 IO power C115 close to pin E1 (150mil) C125 close to pin G26 (150mil) DVDD28_MSDC1 DVDD18_MSDC2 DVDD18_MSDC0 1 2 1 C144 1 2 1 C151 1 2 1 1 1 2 1 R102 R / NC / ohm / 0603 1 2 VM_PMU 1R108 R / 02/ ohm / 0402 1R105 R / 02/ ohm / 0402 1R106 R / 02/ ohm / 0402 check MSDC1/2 IO power VMC_PMU VIO18_PMU VIO18_PMU 1R109 R / 02/ ohm / 0402 VIO18_PMU For low-power testing proposal. It can be cancel for cost-down proposal C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 1000 / nF / 0201 C / 100 / nF / 0201 C128 2 C127 2 C122 2 C123 2 C117 2 C116 2 C115 2 C125 2 VCCK VCCK_VPROC 21 C104 C / 100 / nF / 0201 21 C124 C / 100 / nF / 0201 21 C131 C / 100 / nF / 0201 21 C140 C / 1000 / nF / 0402 21 C152 C / 1000 / nF / 0402 21 C153 C / 1000 / nF / 0402 21 C129 C / 10 / uF / 0603 21 C136 C / 10 / uF / 0603 21 C137 C / 22 / uF / 0805 Bottom cap VCORE_SW_BB R112 R / 0 / ohm / 0603 1 2 VCORE_SW_BB VCORE_SW_PMU 2 1st cap group R110 R / NC / ohm / 0603 1 R104 R / 0 / ohm / 0603 VPROC_BB 1 2 VPROC_PMU C / 22 / uF / 0805 1 C / 10 / uF / 0603 1 C / 10 / uF / 0603 1 C / 1000 / nF / 0402 1 C / 1000 / nF / 0402 1 C / 1000 / nF / 0402 C / 100 / nF / 0201 C / 100 / nF / 0201 C / 100 / nF / 0201 1 1 1 1 C134 2 C133 2 C132 2 C154 2 C155 2 C148 2 C158 2 C157 2 C156 2 Bottom cap 1st cap group R107 1 1 R103 R / 0 / ohm / 0201 2 2 R / 0 / ohm / 0201 GND_VPROC_FB [3] VPROC_FB [3] To MT6323 GND_VPROC_FB pin To MT6323 VPROC_FB pin (1)VPROC_BB, GND pin of 1st cap group should be laid differential pair with ground shielding remote sense to PMIC (2)R107 & R103 must be close to 1st cap group. If you want to remove them, please make sure the VPROC_FB/GND_VPROC_FB must connect from 1st cap. group of VPROC C135 C / 10 / uF / 0603 D C B 1C111 2 C / 100 / nF / 0201 1C113 2 C / 100 / nF / 0201 VIO18_PMU 1R111 2 R / 0 / ohm / 0402 VTCXO_PMU VIO18_PMU VIO18_PMU 1R113 2 R / 0 / ohm / 0402 1R114 2 R / 0 / ohm / 0402 1R115 2 R / 0 / ohm / 0402 1C108 2 C / 100 / nF / 0201 1C109 2 C / 100 / nF / 0201 1C110 2 C / 100 / nF / 0201 AVDD18_MD_AP AVDD28_DAC C112 1 2 C / 100 / nF / 0201 DVDD18_PLL AVDD18_MEMPLL AE21 AE19 AE22 AE18 A3 AC21 AD22 AG26 V17 V18 AA18 AB19 AF3 AG1 AVDD18_MD AVDD18_AP AVDD28_DAC DVDD18_PLLGP AVDD18_MEMPLL AVSS18_MD AVSS18_MD AVSS18_MD AVSS18_AP AVSS18_AP AVSS18_AP AVSS18_AP AVSS18_WBG AVSS18_WBG DVDD18_MIPITX L2 DVDD18_MIPIIO G1 AVDD33_USB AVDD18_USB T24 P26 DVSS18_MIPIIO DVSS18_MIPIIO DVSS18_MIPIIO DVSS18_MIPIIO DVSS18_MIPITX DVSS18_MIPITX DVSS18_MIPITX DVSS18_MIPITX H4 H5 J5 J7 L4 M7 M8 N3 AVDD33_USB AVDD18_USB C120 1 2 C / 100 / nF / 0201 C119 1 2 C / 1000 / nF / 0201 DVDD18_MIPI 1R116 2 R / 0 / ohm / 0402 VIO18_PMU 1 R117 R2/ 0 / ohm / 0402 1 2 R118 R / 0 / ohm / 0402 VUSB_PMU VIO18_PMU For low-power testing proposal. It can be cancel for cost-down proposal For low-power testing proposal. It can be cancel for cost-down proposal DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS DVSS T12 M16 K21 M17 H12 J21 H20 H17 H14 V14 AVDD18_MEMPLL pin and AVSS18_MEMPLL pin should be connected with PCB CAP first, and then connected with PMU and PCB ground. CAP should be near MT6592 as possible as we can. MT6592-LPDDR2 A A 5 4 3 PDF created with pdfFactory trial version www.pdffactory.com Title 01 MT6592 - Power Size Document Number C MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 1 of 22 2 1 5 4 3 2 1 U201A [7] TX_BBIP [7] TX_BBIN [7] TX_BBQP [7] TX_BBQN [7] RX_BBIP [7] RX_BBIN [7] RX_BBQP [7] RX_BBQN AF22 AF21 AG20 AF20 UL_I_P UL_I_N UL_Q_P UL_Q_N AG25 AG24 AG22 AG23 DL_I_P DL_I_N DL_Q_P DL_Q_N DVDD28_BPI BPI_BUS0 BPI_BUS1 BPI_BUS2 BPI_BUS3 BPI_BUS4 BPI_BUS5 BPI_BUS6 BPI_BUS7 BPI_BUS8 BPI_BUS9 BPI_BUS10 BPI_BUS11 BPI_BUS12 BPI_BUS13 BPI_BUS14 BPI_BUS15 AB24 AB23 AD25 AC24 AC23 AE25 AD24 AF16 AA17 AD16 AC16 AF15 AC17 AB17 AC15 Y15 ASM_VCTRL_A [7] ASM_VCTRL_B [7] ASM_VCTRL_C [7] WG_GGE_PA_ENABLE [7] TD_PA_B40_EN [9] DVDD18_IO4 D VM0 VM1 AG14 AF14 VM0 [9] VM1 [9] [7] WG_GGE_PA_VRAMP [7] DCOC_Flag AF25 AE24 AE14 VBIAS APC TXBPI BSI_EN BSI_CLK BSI_DATA0 BSI_DATA1 BSI_DATA2 AD14 Y14 AB14 AA14 AC14 BSI-A_EN [7] BSI-A_CK [7] BSI-A_DAT0 [7] BSI-A_DAT1 [7] BSI-A_DAT2 [7] EFUSE Notice : (1)EFUSE power (VGPx) range = 1.71V~1.98V (2)EFUSE power (VGPx) should be only for EFUSE usage (not share with other application) Pin Voltage DVDD18_EFUSE FSOURCE_P VGPx (1V8) GND Description w/i EFUSE program w/o EFUSE program MT6592-LPDDR2 TP30MIL TP208 TP30MIL TP207 URXD3 UTXD3 EFUSE Notice Please reserve UART0/1 test point UART0 for AP log UART1 for MD log TP30MIL TP206 TP30MIL TP205 TP30MIL TP204 TP30MIL TP203 TP30MIL TP202 TP30MIL TP201 URXD2 UTXD2 URXD1 UTXD1 URXD0 UTXD0 U201D SCL0 [12] SDA0 [12] SCL1 [4,13] SDA1 [4,13] SCL2 [15,21] SDA2 [15,21] [6] ED[0..31] LPDDR2 ballmap DVDD12_EMI 1 12 R209 R / 8 / K / 0201 [6] EVREF EVREF R211 R / 8 / K / 0201 1 2 1 C205 C / 100 / nF / 0201 1 C206 C / 100 / nF / 0201 C207 C / 1000 / nF / 0402 2 2 2 MT6333 switching charger function de-feature ED31 ED30 ED29 ED28 ED27 ED26 ED25 ED24 ED23 ED22 ED21 ED20 ED19 ED18 ED17 ED16 ED15 ED14 ED13 ED12 ED11 ED10 ED9 ED8 ED7 ED6 ED5 ED4 ED3 ED2 ED1 ED0 [6] EVREF C26 C24 A25 B25 B26 B23 A23 D25 A11 A14 A13 D12 A10 B13 C10 B11 D22 B20 D20 A22 C19 B19 A20 B21 B16 A17 B18 A16 B15 C15 D14 C14 RDQ31 RDQ30 RDQ29 RDQ28 RDQ27 RDQ26 RDQ25 RDQ24 RDQ23 RDQ22 RDQ21 RDQ20 RDQ19 RDQ18 RDQ17 RDQ16 RDQ15 RDQ14 RDQ13 RDQ12 RDQ11 RDQ10 RDQ9 RDQ8 RDQ7 RDQ6 RDQ5 RDQ4 RDQ3 RDQ2 RDQ1 RDQ0 F16 VREF RCS0_B RCS1_B B7 B6 RCKE B5 RDQM0 RDQM1 RDQM2 RDQM3 D16 D18 D10 D23 RDQS0 RDQS1 RDQS2 RDQS3 F15 F17 F12 E20 RDQS0_B RDQS1_B RDQS2_B RDQS3_B E15 E17 E12 F20 RCLK0_B RCLK0 F9 E9 RA0 RA1 RA2 RA3 RA4 RA5 RA6 RA7 RA8 RA9 B8 B9 D8 A8 A7 C7 A5 D6 C6 A4 ECS0_B [6] ECS1_B [6] ECKE [6] EDQM0 [6] EDQM1 [6] EDQM2 [6] EDQM3 [6] EDQS0 [6] EDQS1 [6] EDQS2 [6] EDQS3 [6] EDQS0_B [6] EDQS1_B [6] EDQS2_B [6] EDQS3_B [6] EDCLK_B [6] EDCLK [6] EA[0..9] [6] EA0 EA1 EA2 EA3 EA4 EA5 EA6 EA7 EA8 EA9 D EINT11_G [21] (Need to add external SWCHR) EINT14_CTP_RST [12] EINT15_NFC_RST [15] EINT16_SUB_CMRST [13] EINT20_GY [21] Change notice: Page 2 1. Add GPIO_CHG_EN/GPIO93_DRVVBUS trace EINT17_IDDIG [14] EINT18_SUB_CMPDN [13] GPIO_CHG_EN [4] TP30MIL TP250 TP_MEMPLL A1 TP_MEMPLL MT6592-LPDDR2 REXTDN B3 REXTDN R221 R / 43 / ohm / 0402 (1%) KCOL0 [20] AB13 AC13 AD13 AE13 Y13 AA13 AF8 AG8 AE10 AC11 AD10 AE9 AC10 EINT11 AF10 GPIO93_DRVVBUS [4] C C AC8 AC9 AB9 AD7 AA3 AB3 AD8 AE7 AA1 AA2 T23 R23 P23 P22 U2 V2 Y2 W2 U201C MT6605 OSC_EN (SRCLKENAI) need to default low KPCOL0 KPROW0 KPCOL1 KPROW1 KPCOL2 KPROW2 EINT14 EINT15 EINT16 EINT17 EINT18 EINT19 EINT20 SPI_CS SPI_MO SPI_MI SPI_CK SCL0 SDA0 SCL1 SDA1 SCL2 SDA2 UTXD3 URXD3 UTXD2 URXD2 UTXD1 URXD1 UTXD0 URXD0 [7] CLK1_BB AF26 CLK26M for MT6605 TESTMODE boot-strap [3] RTC32K_CK RTC32K_CK L25 RTC32K_CK DVDD18_IO3 DVDD18_IO1 SYSRSTB M25 R3257 0R1 TESTMODE AF11 R3258 0R1 FSOURCE_P R5 R4 [3] WATCHDOG_B N26 TP30MIL TP213 SYSRST_B [3] TP30MIL TP209 TP30MIL TP210 AF12 AE12 TP30MIL TP211 AG11 R201 2 1 R / 5.1 / K / 0201 (1%) Close to MT6592 TP30MIL TP212 USB_VRT [14] USB_DP [14] USB_DM 90 Ohm differential AF13 P25 R26 R25 TESTMODE FSOURCE_P DVDD18_EFUSE WATCHDOG JTCK JTDO JTDI JTMS USB_VRT USB_DP USB_DM [3] CHD_DP [3] CHD_DM N23 N24 CHD_DP CHD_DM B Please reserve bypass cap for AUX_ADC decoupling (from Antenna) proposal. It can be cancel for cost-down proposal V5 U5 W5 DVDD18_IO3 I2S_BCK I2S_LRCK I2S_DATA_IN VIO18_PMU 1 R217 R218 1 [3] AUX_IN0_NTC [3] AUX_IN1_NTC AC19 AD19 AUX_IN0 AUX_IN1 SRCLKENAI SRCLKENA PWRAP_SPI0_CSN PWRAP_SPI0_CK PWRAP_SPI0_MI PWRAP_SPI0_MO PWRAP_INT AUD_CLK_MOSI AUD_DAT_MISO AUD_DAT_MOSI GPIO12 GPIO13 SIM1_SCLK SIM1_SIO SIM1_SRST SIM2_SCLK SIM2_SIO SIM2_SRST DVDD18_IO1 EINT0 EINT1 EINT2 EINT3 EINT4 EINT5 EINT6 EINT7 EINT8 EINT9 EINT10 PCM_CLK PCM_RX PCM_SYNC PCM_TX M24 N25 J23 H23 J24 H22 H24 K26 K25 J25 AG10 AF9 L21 K23 L23 L20 L24 K24 W22 V22 AA24 V24 W25 Y25 AA23 AA26 AA25 Y23 Y22 V23 V26 V25 U24 1 1 2 R / 4.7 / K / 0201 R / 4.7 / K / 0201 2 C209 C / 100 / pF / 0201 2 2 C210 C / 100 / pF / 0201 AF18 AG17 AF17 AG16 AUX_XP AUX_XM AUX_YP AUX_YM DVDD28_MSDC2 DVDD28_MSDC1 DVDD18_MSDC0 [15,21] SCL2 [15,21] SDA2 REFP AG19 AF19 REFP AVSS_REFN SRCLKENAI [15] SRCLKENA [3,4,7] PMIC_SPI_CS [3] PMIC_SPI_SCK [3] PMIC_SPI_MISO [3] PMIC_SPI_MOSI [3] EINT_PMIC [3] AUD_CLK [3] AUD_DAT_MISO [3] AUD_DAT_MOSI [3] 2 1 SYSRST_B [3] C208 NC C208 are for ESD ehnhace proposal. It can be cancel for cost-down proposal SIM1_SCLK [3] SIM1_SIO [3] SIM1_SRST [3] SIM2_SCLK [3] SIM2_SIO [3] SIM2_SRST [3] EINT0_MT6333 [4] EINT1_A [21] EINT2_CTP [12] For earpohne & MSDC hotplug plase choose EINT0~15 with HW de-bounce function. EINT5_IRQ_NFC [15] EINT6_M [21] EINT7_NFC_VENB [15] EINT8_NFC [15] EINT9_MAINCAM_RST [13] EINT10_CMPDN [13] EINT3_MC1INSI [18] EINT4_HP [5] EINT, [12] MIPI_TCP [12] MIPI_TCN [12] MIPI_TDP0 [12] MIPI_TDN0 [12] MIPI_TDP1 [12] MIPI_TDN1 [12] MIPI_TDP2 [12] MIPI_TDN2 [13] MIPI_RCP [13] MIPI_RCN [13] MIPI_RDP0 [13] MIPI_RDN0 [13] MIPI_RDP1 [13] MIPI_RDN1 [13] MIPI_RDP2 [13] MIPI_RDN2 [13] MIPI_RDP3 [13] MIPI_RDN3 [13] MIPI_RCP_A [13] MIPI_RCN_A [13] MIPI_RDP0_A [13] MIPI_RDN0_A U201E M3 M4 M1 M2 P2 N2 P1 R1 N5 M5 TCP TCN TDP0 TDN0 TDP1 TDN1 TDP2 TDN2 TDP3 TDN3 LCM_RST DSI_TE DISP_PWM U3 Y3 AD9 LRSTB [12] LPTE [12] PWM [4] K6 K5 L3 K3 K1 K2 J1 J2 G2 H2 RCP RCN RDP0 RDN0 RDP1 RDN1 RDP2 RDN2 RDP3 RDN3 CMMCLK CMPCLK B2 B1 CMDAT0 CMDAT1 E2 F2 CMMCLK [13] F5 G5 G4 G3 J3 H3 RCP_A RCN_A RDP0_A RDN0_A RDP1_A RDN1_A B MIPI_VRT N1 VRT 1 MT6592-LPDDR2 R203 R / 1.5 / K / 0201 (1%) MSDC0_DAT7 MSDC0_DAT6 MSDC0_DAT5 MSDC0_DAT4 MSDC0_DAT3 MSDC0_DAT2 MSDC0_DAT1 MSDC0_DAT0 MSDC0_CLK MSDC0_CMD MSDC0_RSTB MSDC1_DAT3 MSDC1_DAT2 MSDC1_DAT1 MSDC1_DAT0 MSDC1_CLK MSDC1_CMD MSDC2_DAT3 MSDC2_DAT2 MSDC2_DAT1 MSDC2_DAT0 MSDC2_CLK MSDC2_CMD 2 1 VIO18_PMU 1 1 R210 R / 1 / K / 0201 [4,13] SCL1 [4,13] SDA1 2 2 R212 R / 1 / K / 0201 2 C213 C / 1000 / nF / 0402 / X5R MT6592-LPDDR2 C213 Close to MT6592 AF19 should connect to C213.2 first, than connect to GND by via T2 T1 T5 T6 R7 T3 D3 C2 D2 E4 C3 E3 F22 E23 F24 G24 E26 E25 G23 G22 D26 E24 G25 eMMC_RST [6] eMMC_CMD [6] eMMC_CLK [6] eMMC_DAT0 [6] eMMC_DAT1 [6] eMMC_DAT2 [6] eMMC_DAT3 [6] eMMC_DAT4 [6] eMMC_DAT5 [6] eMMC_DAT6 [6] eMMC_DAT7 [6] Close to MT6592 VIO18_PMU 1 1 R219 R / 4.7 / K / 0201 R220 R / 4.7 / K / 0201 MC1CM [18] MC1CK [18] MC1DA0 [18] MC1DA1 [18] MC1DA2 [18] MC1DA3 [18] 2 2 A A [12] SCL0 [12] SDA0 Title 02 MT6592 - Baseband Size Document Number Custom MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 2 of 22 5 4 3 2 1 PDF created with pdfFactory trial version www.pdffactory.com 5 4 3 2 1 VBAT U301 P1 VBAT_SPK SPK_P SPK_N K1 L1 AU_SPKP [5] AU_SPKN [5] 1 C336 C / 2200 / nF / 0402 L2 GND_SPK AU_HSP AU_HSN H1 G1 AU_HSP [5] AU_HSN [5] 2 MICBIAS0 MICBIAS1 F2 G2 AU_MICBIAS0 AU_MICBIAS1 AU_HPL AU_HPR H4 J4 AU_HPL [5] AU_HPR [5] 1 if you use digital MIC, Symbol LPDDR2/1.2V PCDDR3L/1.35V PCDDR3/1.5V LPDDR1/1.8V Default please change cap (C241) to 1.0uF C241 C / 100 / nF / 0201 / X5R 2 [5] AU_VIN0_P [5] AU_VIN0_N [5] AU_VIN1_P [5] AU_VIN1_N E4 F4 AU_VIN0_P AUDIO AU_VIN0_N G3 G4 AU_VIN1_P AU_VIN1_N DRIVER ISINK0 ISINK1 ISINK2 ISINK3 E9 C9 E10 C10 iSINK0 iSINK1 iSINK2 iSINK3 ISINK0 [20] ISINK1 [20] 1 ISINK2 [20] TP7 Reserved for desense tuning proposal. SPI_CSN H L (20K) H L (20K) PU VA_PMU [5] AU_VIN2_P [5] AU_VIN2_N D2 D1 AU_VIN2_P AU_VIN2_N It can be cancel for cost-down proposal For TD only, VPA_PMU is useless. D AUD_MOSI L H (20K) H (20K) L PD 2 1 C242 C / 1000 / nF / 0402 / X5R C243 1 J2 D3 H2 AVDD28_ABB AVDD28_AUXADC GND_ABB 2 2 1 1 C / NC C354 C / NC C355 Please refer to MT6323 design notice to remove L302/C334 C333 are for VPROC_FB decoupling proposal. D C / 1000 / nF / 0402 / X5R(NC) 2 It can be cancel for cost-down proposal MT6333 switching charger function de-feature (Need to add external SWCHR) Change notice: Page 3 1. Add R335, MT6322 pin N13 (CHRLDO) connect to R335, then connect to VBUS_1 2. R330.1 connect to VUBS_1 VBUS_1 VCDT rating: 1.268V VBUS_1 [4] BATSNS [4] ISENSE BAT_ON VCDT R335 1 2 R / 3.3 / K / 0402 1 R369 2R / NC / R / 0402 1 R368 2R / 0 / R / 0402 1 1 C316 C317 [5] ACCDET [7] CLK4_Audio Connect to MT6166 XO4 pin directly E2 ACCDET E1 CLK26M BAT_ON VCDT P13 P12 K3 A12 M13 CHARGER BATSNS ISENSE BATON VCDT VDRV CHR_LDO N13 CHRLDO BUCK OUTPUT VPROC VPROC VPROC C14 D14 E14 VPROC_FB GND_VPROC_FB B12 C12 VPA VPA A14 B14 VPA_FB D12 VSYS H14 L301 L/IND/SMD/2520 0.68uH C333 C / 4700 / nF / 0603 (NC) 1 VPROC_PMU 2 L302 L/IND/SMD/2520 2.2uH L303 L/IND/SMD/2520 1 VPA_PMU L301 / L302 / L303 2 C334 C / 2200 / nF / 0603 Please use inductor recommand by MTK Refer to MT6323 design notice VSYS_PMU VPROC_FB [1] GND_VPROC_FB [1] From 1st cap. group of VPROC on MT6582 side VPROC_FB, GND_VPROC_FB should be laid differential pair with ground shielding remote sense to PMIC VIBRATOR VIBR_PMU +2 15mil VIB301 BHT-3285 1 1- 1 1 CONTROL SIGNAL C356 0.68uH C331 2 C 2 12 R330 R / 330 / K / 0402 / 1% VCDT C / 1000 / nF / 0402 Close to PMIC 2 C / NC / 0402 [2] WATCHDOG_B [2] SYSRST_B R325 R / 39 / K/ 0402 / 1% [20] PWRKEY 1R316 2 R / 1 / K / 0201 C317 is for noise decoupling proposal. It can be cancel for cost-down proposal MT6166 side MT6322 side C159 C321 No GPS NC 0.1uF VBAT Vbat should connect to C341 first, then star-connetion to MT6323 GPS co-clock 1uF w/ GPS GPS non co-clock 1uF 0.1uF 0.1uF Star-connection Reserved C321 for no GPS application. 50mil 50mil 30mil 1 R360 R 2/ 0 / R / 0402 30mil 1 R361 R 2/ 0 / R / 0402 20mil 1 R362 R 2/ 0 / R / 0402 C341 C / 22000 / nF / 0805 20mil 1 R363 R 2/ 0 / R / 0402 1 K Close to battery connector 30mil 1 R364 R 2/ 0 / R / 0402 2 SOD123 D302 MMSZ5231BT1G A VSYS_PMU 1 R366 R 2/ 0 / R / 0402 [2] EINT_PMIC [4] EXT_PMIC_EN [2] AUD_DAT_MOSI [2] AUD_CLK [2] AUD_DAT_MISO [2,4,7] SRCLKENA [20] FCHR_ENB [2] PMIC_SPI_SCK [2] PMIC_SPI_CS [2] PMIC_SPI_MOSI [2] PMIC_SPI_MISO 1R317 2 R / 1 / K / 0201 1 R365 R 2/ 0 / R / 0402 M2 A1 K4 A9 A7 N12 PWRKEY SYSRSTB RESETB FSOURCE INT EXT_PMIC_EN N2 PMU_TESTMODE E7 E8 B6 AUD_MOSI AUD_CLK AUD_MISO A2 M1 SRCLKEN FCHR_ENB D9 B7 D8 B8 SPI_CLK SPI_CSN SPI_MOSI SPI_MISO F13 F14 G13 A13 VBAT INPUT VBAT_VPROC VBAT_VPROC VBAT_VPROC VBAT_VPA H13 P8 P6 P5 P2 VBAT_VSYS VBAT_LDOS3 VBAT_LDOS3 VBAT_LDOS2 VBAT_LDOS1 J14 M14 AVDD22_BUCK AVDD22_BUCK ALDO OUTPUT VA M3 VCN28 VTCXO N3 L4 VCAMA VCN33 AVDD33_RTC P3 M6 C3 DLDO OUTPUT VM VRF18 VIO18 VIO28 VCN18 VCAMD VCAM_IO J13 H11 L12 M4 J12 K14 L13 VEMC_3V3 VMC VMCH VUSB VSIM1 VSIM2 VGP1 P7 L6 P4 N6 P9 N9 L8 VIBR VGP2 VGP3 VCAM_AF M7 N8 L14 N7 2 C / NC VA_PMU VCN28_PMU VTCXO_PMU VCAMA_PMU VCN33_PMU VRTC 1 VCAMA_PMU C352 1 VA_PMU C353 2 2 VM_PMU VRF18_PMU VIO18_PMU VIO28_PMU VCN18_PMU VCAMD_PMU VCAMD_IO_PMU C / 1000 / nF / 0402 / X5R C / 1000 / nF / 0402 / X5R PMU side VEMC_3V3_PMU VMC_PMU VMCH_PMU VUSB_PMU VSIM1_PMU VSIM2_PMU VGP1_PMU VIBR_PMU 1 1 VCAM_AF TP10 TP11 2 C / 1000 / nF / 0402 2 Backup Batt. VRTC 1 1 C318 C / 100 / nF / 0402 R310 R / 1 / K / 0201 2 12 + GB301 HB414 IV01E - C 500mW DIODE/SMD/MMSZ5221B VF : 4.85V~5.36V DVDD18_DIG A8 DVDD18_DIG VIO18_PMU 1 R367 R 2/ 0 / R / 0402 A5 DVDD18_IO For 32k-less, please change GB301(backup battery) to 22uF cap. C321 C / 100 / nF / 0402 C322 C / 1000 / nF / 0402 / X5R Refer to MT6323 design notice for Zener selection For low-power testing proposal. It can be cancel for cost-down proposal [7] AUXADC_REF [7] THERM_ADC C322 must to be close to MT6323 pin B1 2 AUXADC_REF C2 B1 B2 AUXADC AUXADC_VREF18 AUXADC_AUXIN_GPS AVSS28_AUXADC VREF P14 C320 1 2 C / 100 / nF / 0402 Recommend implementing 1~100uF for VRTC, DONOT implement the backup battery. (Because of the Time precision: +-1.5 sec every 30 sec) For longer RTC time sustain after battery remove, 40mil 1 Rsense 2 R328 R / 0.056 / ohm / 0805 / 1% R0805 R326 1 ISENSE [4] Differential 0R 2 4mil BATSNS [4] BATTERY CONNECTOR KEIRAKU KBC13S3A2R BAT/SMD/KBC13S3A2R/KEIRAKU Vbat (K92) 1 6 NC NTC 2 GND (K92) 3 40mil 1 2 AUXADC_REF R334 R / 16.9 / K / 0402 / 1% Close to MT6322 AUXADC_VREF18 PIN, and the path need shielding with GND 1 R332 R 2/ 1 / K / 0402 VBAT BAT_ON 2 C3091 C / 4700 / nF / 0603 2 C3011 C / 4700 / nF / 0603 2 C3021 C / 4700 / nF / 0603 2 C3031 C / 4700 / nF / 0603 2 C3041 C / 1000 / nF / 0402 2 C3061 C / 10000 / nF / 0603 2 C3111 C / 10000 / nF / 0603 2 C3071 C / 1000 / nF / 0402 2 C3081 C / 1000 / nF / 0402 GND_AUXADC 1 [2] CHD_DM [2] CHD_DP Connect X600 pin2 GND to MT6323 pin B2 first then connect [2] SIM1_SCLK [2] SIM1_SIO [2] SIM1_SRST [2] SIM2_SCLK [2] SIM2_SIO [2] SIM2_SRST to main GND (near pin B2) [19] SIM1_CARD_SCLK [19] SIM1_CARD_SIO [19] SIM1_CARD_SRST [19] SIM2_CARD_SCLK [19] SIM2_CARD_SIO [19] SIM2_CARD_SRST GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO BC 1.1 A10 A11 CHG_DM CHG_DP B5 M11 E6 SIM LVS SIM1_AP_SCLK SIMLS1_AP_SIO SIM1_AP_SRST C5 K11 D6 SIM2_AP_SCLK SIMLS2_AP_SIO SIM2_AP_SRST M9 N11 M10 SIMLS1_SCLK SIMLS1_SIO SIMLS1_SRST K9 L11 K10 SIMLS2_SCLK SIMLS2_SIO SIMLS2_SRST GND_VREF N14 Close to MT6322 please refer to RTC design notice. RTC RTC_32K1V8 RTC_32K2V8 XIN XOUT D5 C4 A3 A4 RTC32K_CK [2] 32K_IN 32K_OUT GND_ISINK GND_VSYS GND_VPA GND_VPROC GND_VPROC GND_VPROC B10 G11 E13 E11 F11 F10 GND_LDO GND_LDO K6 K8 GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO GND_LDO F5 F6 F7 F8 F9 G5 G6 Regulator 2 1 X301 32K (MS3V-T1R) RTC 32K : (1) X301 / C324 / C319 = mount (2) R333 / R350 = NC 1 C324 C / 18 / pF / 0201 2 C319 C / 18 / pF / 0201 RTC 32K-less (NOT MP yet) (1) X301 / C324 / C319 = NC (2) R333 / R350 = 0R R333 R / NC / 0201 2 1 R350 R / NC / 0201 2 1 PMU_32K [7] Output Voltage(V) Output Current(mA) Input Decoupling Output Decoupling Notes 7 NC NC 4 NC 5 CON301 B 1 2 R336 R / 27 / K / 0402 / 1% Please refer to MT6322 design notice for Buck GND layout rule MT6322 J10 J9 J8 J7 J6 H10 H9 H8 H7 H6 H5 G9 G8 G7 VPROC 0.7~1.4 2800 >10uF L=0.68uH,C=10uF*4 Total outptu cap>40uF VSYS 2.2 1200 >10uF L=0.68uH,C=10uF*2 Total outptu cap>20uF VPA 0.5~3.4 600 >4.7uF L=2.2uH,C=2.2uF+2.2uF Output cap range 4.4uF +/-20% B AVL 5M 02 200 VR301 AVLC 5S 02 050 VR302 VR301 / VR302 are for ESD ehnhace proposal. It can be cancel for cost-down proposal Plasse reservr R331/NTC301 & R339/NTC302 for thermal protection option VIO18_PMU VIO18_PMU (1)MT6322 Buck GND(GND_VPROC/GND_VPA/GND_VSYS) is connected together first, and then single trace connect to GND layer (2)Use single trace >40mil or GND plan to connect buck input bypass cap and MT6322 GND pins of buck in the same layer, and then isolate this GND plan LDO VM VRF18 VIO18 VCN_1V8 Output Voltage(V) Output Current(mA) Input Decoupling Output Decoupling Notes 1.24/1.39/1.54/1.84 700 1.825 200 1.8 300 1.8 120 10uF 1uF 4.7uF 1uF -20%~+20% -20%~+200% -20%~+200% -20%~+20% Far-end bypass cap Far-end bypass cap Far-end bypass cap Far-end bypass cap 1 1 2 [2] AUX_IN0_NTC 12 R331 R / 39 / K / 0402 / 1% [2] AUX_IN1_NTC NTC301 NTC / NTCG103JF103F / 0402 12 R339 R / 39 / K / 0402 / 1% NTC302 NTC / NTCG103JF103F / 0402 2 VCAMD 1.2 /1.3/1.5/1.8 150 VCAM_IO 1.8 100 VGP3 1.2 /1.3/1.5/1.8 200 VA 2.8 150 VTCXO 2.8 40 1uF -20%~+20% Far-end bypass cap 1uF -20%~+20% Far-end bypass cap 1uF -20%~+20% Far-end bypass cap 1uF -20%~+20% Far-end bypass cap 1uF -20%~+20% Far-end bypass cap VCN28 2.8 30 1uF -20%~+20% Far-end bypass cap VCAMA 2.8 150 3.2uF -20%~+20% 1uF near-end ,2.2uF Far-end bypass cap VCN33 3.3/3.4/3.5/3.6 350 4.7uF -20%~+20% Far-end bypass cap VIO28 2.8 200 2.2uF -20%~+200% Far-end bypass cap VUSB 3.3 20 1uF -20%~+20% Far-end bypass cap VMC 1.8 /3.3 100 1uF -20%~+20% Far-end bypass cap VMCH 3.0 /3.3 400 2.2uF -20%~+20% Far-end bypass cap A VEMC_3V3 3.0 /3.3 400 4.7uF -20%~+20% Far-end bypass cap A VCAM_AF 1.2/1.3/1.5/1.8/2.0 2.8/3.0/3.3 100 1uF -20%~+20% Far-end bypass cap VSIM1 1.8 /3.0 50 1uF -20%~+20% Far-end bypass cap VSIM2 1.8 /3.0 50 1uF -20%~+20% Far-end bypass cap VGP1 1.2/1.3/1.5/1.8/2.0 2.8/3.0/3.3 100 1uF -20%~+20% Far-end bypass cap VGP2 1.2/1.3/1.5/1.8/2.0 2.5/3.0/3.3 100 1uF -20%~+20% Far-end bypass cap VIBR 1.2/1.3/1.5/1.8/2.0 2.8/3.0/3.3 100 1uF -20%~+20% Far-end bypass caTpitle 03 MT6592 - Power & MT6322 VDIG18 1.8 20 1uF -20%~+20% Far-end bypass MT6592 PHONE capSize Document Number Cus tom Rev V1.0 VRTC 2.8 2 0.1uF to 1000uF -20%~+20% Far-end bypass caDpate: Thursday, August 15, 2013 Sheet 3 of 22 5 4 3 2 1 PDF created with pdfFactory trial version www.pdffactory.com 5 4 3 2 1 VBUS C1807 C / 22 / pF / 0201 1 R1806 1 2 VBUS_1 R / 0 / ohm / 0402 1 C330 25V rating 2 2 C / 1000 / nF / 0603 / X5R MT6333 switching charger function de-feature (Need to add external SWCHR) Change notice: Page 4 1. Delete R813/C839/U3/R817/R1812/C1815/R335 2. Change C1809 to 1uf 3. Add R341/C1810 for ESD protection 4. Delete ISENSE/BATSNS net 5. Change C1806 location (close to MT6333) 6. Add U402 and related circuits 1 25V rating 2 C1814 C / 4700 / nF / 0603 / X5R MT6333 I2C Address: 0xD6, 0xD7 L1801 / L304 / L305 / L306 Please use inductor recommand by MTK Refer to MT6333 design notice PGND_CHR C5 CHR_GATE C4 GND D3 AGND C3 U1802 D L1801 D L/IND/SMD/2520 1.0uH 40mil A5 CHRIN LX B4 LX B5 25mil 25mil 1 40mil C1802 40mil B3 VBUS BOOT A3 2 C / 100 / nF / 0201 K A FlashLED LED1301 EHP-69/GT01C-P01/TR VLED 2 1 1 VIO18_PMU 2 C1809 C / 1000 / nF / 0201 R1810 R / 1 / K / 0201 / 1% 1 VLED 25mil 2 2 R338 R / 4.7 / K / 0402 A2 DRVCDT C1 ISET CS CS D4 D5 BATSNS C2 A4 VLED VBAT VBAT E4 E5 Switching Charger Buck Converter 2 1 40mil 40mil C1806 C / 10 / uF / 0603 / X5R 2 1 R1811 R / 0 / ohm / 0402 1 2 1 2 R1807 R / 0 / ohm / 0402 40mil C1803 C / 10000 / nF / 0603 Close to L1801 40mil 2 1 VBAT C1808 C / 10 / uF / 0603 / X5R (NC) 1 L304 0.68uH [2] EINT0_MT6333 E2 INT VMEM_LX E3 BUCK1_SW L/IND/SMD/2520 1 VM12_SW_PMU Need pull-up resistor to VIO18 [2,13] SCL1 [2,13] SDA1 A1 B1 SCL SDA VMEM_FB B2 BUCK1_FB BUCK1_FB [1] L305 0.68uH 2 C338 C / 4700 / nF / 0603 (NC) [2,3,7] SRCLKENA E1 SLEEP_B BUCK2_SW L/IND/SMD/2520 1 VCORE_SW_PMU [3] EXT_PMIC_EN 2 1 R341 F1 BUCK_EN VCORE_LX F5 C339 C / 4700 / nF / 0603 (NC) 2 1 C R / 1 / K / 0402 C1810 C / 47 / nF / 0201 VCORE_FB D1 VCORE_SW_BB C PGND_BUCK PGND_BUCK 2 Backlight LED Driver MT6333 C338 / C339 are for VMEM_FB / VCORE_FB decoupling proposal. It can be cancel for cost-down proposal F2 VRF_LX D2 VRF_FB F3 F4 L306 2.2uH L901 VRF_SW_PMU VBAT LQH3NPN220MJ0L(22UH) U901 6 VIN SW 4 D901 D / RB160M-60 LEDA LEDA [12] L/IND/SMD/2520 1 C521 C / 4700 / nF / 0603 2 COMP 2 PAD GND [2] PWM 5 CTRL FB 1 LEDK LEDK [12] 1 1 TPS61161 7 3 C922 SON6/SMD/P0.65/TPRS96013161 C / 2200 / nF / 0402 R / 10 / ohm / 0201 1 C924 C / 220 / nF / 0201 / X7R 2 2 2 VOUT max. : 38V Switch Frequency : 5KHz~100KHz Switching Charger I2C Address FN5405 : 0xD4, 0xD5 FAN54015 : 0xD4, 0xD5 BQ24158 : 0xD4, 0xD5 VFB : 200mV VBUS_1 L403 U402 1.0uH B [2,13] SCL1 [2,13] SDA1 [2] GPIO93_DRVVBUS [2] GPIO_CHG_EN 1 R422 1R423 2 2 1 40mil A1 A2 VBUS VBUS SW SW C405 C/ 4700 / nF / 0402 B1 B2 B3 / X5R PMID PMID PMID SW BOOT PGND PGND R / 02/ ohm / 0201 A4 B4 C4 D4 E2 PGND SCL SDA CSIN STAT CSOUT OTG CD VREF C1 C2 C3 A3 D1 D2 D3 E1 E4 E3 1 2 1 1 40mil C406 C / NC / 0201 NC : FN5405/FN54015 33nF : BQ24158 R420 1 1 R421 R / 0 / ohm / 0201 2 2 40mil R / 0 / ohm / 0402 1 1 ISENSE [3] BATSNS [3] B 1 1 R / 0 / ohm / 0201 FAN54015 C404 C407 C403 C408 WCSP20/P0.4/B0.25/BQ24158 2 2 2 2 R404 R411 1 2 R405 R / 10 / K / 0201 2 2 [3] BATSNS C / 4700 / nF / 0402 / X5R C / 100 / nF / 0201 C / 100 / nF / 0201 C / 1000 / nF / 0201 R / 470 / K / 0201 R / 0 / ohm / 0201(NC) A 5 4 3 PDF created with pdfFactory trial version www.pdffactory.com A Title 04 SWCHR & BL Driver Size Document Number C MT6592 PHONE Date: Thursday, August 15, 2013 Sheet 4 of Rev V1.0 22 2 1 5 4 3 2 Speaker VR501 / VR502 are for ESD ehnhace proposal. They can be cancel for cost-down proposal A [3] AU_SPKP R501 1 R / 0 / ohm2/ 0603 R502 R / 0 / ohm / 0603 D [3] AU_SPKN 1 2 R501 / R502 are for desense-free proposal. They can be cancel for cost-down proposal 2 11 22 C501 C / 33 / pF / 0201 AU_SPK_P C502 C / 100 / pF / 0201 AU_SPK_N C503 C / 33 / pF / 0201 1 K K VR501 NC_ESD / TVS / ESD9B5.0ST5G / SOD923 SPK501 2 DMSP1115KJ-10-F1-G 1 SPEAKER/SMD/2403-260-00071 VR502 NC_ESD / TVS / ESD9B5.0ST5G / SOD923 Earphone Audio As for R507/R508/C519/C520 value, please refer to MT6323 design noitce (AC couple audio design note) close to IC A 1 1 C / NC / pF / 0201 C423 2 2 C / NC / pF / 0201 C421 Receiver close to IC close to connector [3] AU_HSP R504 2 1 R / 0 / ohm / 0402 [3] AU_HSN R503 2 1 R / 0 / ohm / 0402 R503 / R504 are for TDD-free proposal. C They can be cancel for cost-down proposal 1 2 2 1 1 2 C / 33 / pF / 0201 C506 AU_OUT0_P_OUT C / 100 / pF / 0201 C505 AU_OUT0_N_OUT C / 33 / pF / 0201 C504 K K A [3] AU_HPL [3] AU_HPR VR503 NC_ESD / TVS / ESD9B5.0ST5G / SOD923 CC5/1292 / uF / 0805 BEAD410 1 2 FB / BLM18BD252SN1 R507 R / 100 / ohm / 0402 1 2 BEAD411 1 2 FB / BLM18BD252SN1 C520 C / 22 / uF / 0805 1 2 R508 R / 100 / ohm / 0402 1 2 RECEIVE/SMD/NXP REC / 2403 260 00031 REC501 VR504 NC_ESD / TVS / ESD9B5.0ST5G / SOD923 BEAD410 / BEAD411 / C421 / C423 are for FM-desense tuning proposal. They can be cancel for cost-down proposal A VR503 / VR504 are for ESD ehnhace proposal. They can be cancel for cost-down proposal close to connector HP_MP3L HP_MIC [2] EINT4_HP HP_MP3R VIO18_PMU 1 R409 R / 470 / K / 0402 2 BEAD408 BEAD407 BEAD409 FB / BLM18BD252SN1 FB / BLM18BD252SN1 Pole3 2R410 R1/ 47 / K / 0402 FB / BLM18BD252SN1 Pole4 1R / 470 / 0402 1R / 470 / 0402 VR407 VR403 VR405 C420 1 1 C422 2 R407 2 R408 AVLC 5S 02 050 AVLC 5S 02 050 AVLC 5S 02 050 C / 33 / pF / 0201 2 2 C / 33 / pF / 0201 C420 / C422 are for TDD-free proposal. They can be cancel for cost-down proposal 1 D Linkconn JAF00-0536401512 6 AUDIOJACK/6P/DIP/JAF00-05364-1512/LCN 2 4 5 3 1 CON401 L442 1 2 R / 0 / R / 0402 FM_ANT [10] C Handset Microphone 1 Earphone MICPHONE MICBIAS1 GND of C(4.7uF) and headset 1 MICBIAS0 Analog MIC MIC501 4 VDD Output 1 2 Close to MIC Close to BB C511 C / 1000 / nF / 0402 2 1 AU_VIN0_P [3] [3] AU_VIN1_N Close to BB C525 2 1 C / 100 / nF / 0201 Close to MIC AU_VIN1_N1 12 R517 R / 1 / K / 0201 should tie together and single via to GND plane C532 1 2 GND_EARMIC C / 4.7 / uF / 0603 SH502 2 1 R515 Close to EarJack C / 33 / pF / 0201 2C526 1 1 12 C507 C / 100 / nF / 0201 2 3 GND GND 2 1 C508 C / 100 / pF / 0201 C512 C / 1000 / nF / 0402 2 1 AU_VIN0_N [3] C534 C / 100 / pF / 0201 2 R / 1.5 / K / 0201 C510 C / 33 / pF / 0201 C509 C / 33 / pF / 0201 2C533 1 MIC / SPM0410HR5H-PB FILTER/SMD/SPM0410HR5H-PB 1 1 Could change to 100nF if no requirements of 1. WB-AMR Call tie together and single via to GND plane 2 2 2. Low Freq performance of Recording [3] AU_VIN1_P C535 2 1 HP_MIC C / 100 / nF / 0201 GND_MIC0 B C / 33 / pF / 0201 2 SH501 1 [3] ACCDET R516 1 2 R / 1 / K / 0201 together then single via to main GND Handset Microphone 2 MICBIAS0 Close to MIC Close to BB 1 C514 Analog MIC MIC502 4 VDD Output 1 3 GND GND 2 MIC / SPM0410HR5H-PB FILTER/SMD/SPM0410HR5H-PB 1 2 C518 C / 1000 / nF / 0402 2 1 AU_VIN2_P [3] C516 C / 100 / pF / 0201 C513 C / 1000 / nF / 0402 2 1 AU_VIN2_N [3] Could change to 100nF if no requirements of 1. WB-AMR Call 2. Low Freq performance of Recording 2 21 C515 C / 33 / pF / 0201 C517 C / 33 / pF / 0201 21 C / 100 / nF / 0201 GND_MIC2 A SH503 2 1 together then single via to main GND 5 4 3 2 PDF created with pdfFactory trial version www.pdffactory.com 2 D401 ESD9L5 0ST5G 1 1 2 L402 LQM18NN82NM00 BEAD0603 1R443 R2/ 0 / ohm / 0402 Single via to GND plane FM_RX_N_6627 [10] B A Title 05 MT6592 - Audio Size Document Number C MT6592 PHONE Date: Thursday, August 15, 2013 1 Sheet 5 of Rev V1.0 22 5 4 3 2 1 eMMC+LPDDR2 162/186 Ball, 0.5mm pitch D C B A 5 4 PDF created with pdfFactory trial version www.pdffactory.com VDD1=1.8V VDD2=1.20V VDDCA=1.2V VDDQ= 1.20V [2] EA[0..9] [2] ED[0..31] R509 1 R510 1 U501 EA0 EA1 EA2 EA3 EA4 EA5 EA6 EA7 EA8 EA9 Y6 W6 V6 V5 V4 N5 M5 M6 L6 L5 CA0 CA1 CA2 CA3 CA4 CA5 CA6 CA7 CA8 CA9 ED0 ED1 ED2 ED3 ED4 ED5 ED6 ED7 ED8 ED9 ED10 ED11 ED12 ED13 ED14 ED15 ED16 ED17 ED18 ED19 ED20 ED21 ED22 ED23 ED24 ED25 ED26 ED27 ED28 ED29 ED30 ED31 W11 V11 V10 V12 V9 U10 U11 U12 N12 N11 N10 M9 M12 M10 M11 L11 AB10 Y9 AB11 W8 Y10 AB12 AA11 W9 L9 J11 H12 K10 L8 H11 K9 H10 DQ0 DQ1 DQ2 DQ3 DQ4 DQ5 DQ6 DQ7 DQ8 DQ9 DQ10 DQ11 DQ12 DQ13 DQ14 DQ15 DQ16 DQ17 DQ18 DQ19 DQ20 DQ21 DQ22 DQ23 DQ24 DQ25 DQ26 DQ27 DQ28 DQ29 DQ30 DQ31 2 R / 240 / ohm / 0201 2 R / 240 / ohm / 0201 K6 J6 ZQ0 ZQ1 J9 J12 K13 L13 M8 N13 R8 U13 V8 W13 Y13 AA9 AA12 W4 R4 L4 E12 H4 J5 J8 K4 P5 R11 Y4 AA5 AA8 F6 A1 A3 A14 A16 B2 B15 C1 C16 D4 D5 D12 D13 E4 E13 H13 K2 K15 M2 M15 R2 R15 U2 U15 AB4 AB13 AC4 AC5 AC12 AC13 AD1 AD16 AE2 AE15 AF1 AF3 AF14 AF16 VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSQ VSSCA VSSCA VSSCA VSSm VSSm VSS VSS VSS VSS VSS VSS VSS VSS VSSQm DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU DNU VDD1 VDD1 VDD1 VDD1 VDD2 VDD2 VDD2 VDD2 VDD2 VDD2 Power VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDQ VDDCA VDDCA VDDCA VCC VCC VCCQ VDDI eMMC CLKm RST CMD DAT7 DAT6 DAT5 DAT4 DAT3 DAT2 DAT1 DAT0 CS0# CS1# CKE0 CKE1 CLK CLK# DQS0 DQS0# DQS1 DQS1# DQS2 DQS2# DQS3 DQS3# DM0 LP-DDR2 DM1 DM2 DM3 VREFCA VREFDQ NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC NC H9 J4 AA4 AB9 H8 K5 N4 R10 Y5 AB8 J10 J13 K8 L12 M13 P9 R9 T9 V13 W12 Y8 AA10 AA13 M4 P4 W5 D11 E5 E11 D8 E8 F4 F8 E7 D7 D9 E9 D10 E10 E6 D6 U4 U5 T4 T5 R6 P6 U9 U8 N9 N8 Y11 Y12 K11 K12 T8 P8 W10 L10 N6 R12 F5 F7 F9 G4 G5 G6 G7 G8 G9 H5 H6 R5 T6 U6 AA6 AB5 AB6 MT6592 QVL Memory 3 2 1 R418 D VIO18_PMU 1 2 DVDD18_EMI R / 0 / ohm / 0402 VDD1 : Core 1 DVDD18_EMI C / 2200 / nF / 0402 1 1 C542 VDD2 : Core 2 DVDD12_EMI C531 C / 100 / nF / 0201 2 2 C530 C / 100 / nF / 0201 C529 C / 100 / nF / 0201 C528 C / 100 / nF / 0201 C527 C / 100 / nF / 0201 C / 2200 / nF / 0402 C / 2200 / nF / 0402 1 1 1 1 1 1 C540 C539 2 2 2 2 2 2 1. VCC : Core Voltage 2.7v ~ 3.6v C 2. VCCQ : IO Voltage 1.7v~1.95v (low voltage range) C543 C / 100 / nF / 0201 C537 C / 2200 / nF / 0402 C524 C / 220 / nF / 0201 C536 C / 4700 / nF / 0603 C522 C / 1000 / nF / 0402 C / 100 / nF / 0201 eMMC_CLK [2] eMMC_RST [2] eMMC_CMD [2] 1 1 1 1 1 1 1R512 R2/ 0 / ohm / 0402 VEMC_3V3_PMU 1R513 R2/ 0 / ohm / 0402 VIO18_PMU For low-power testing proposal. It can be cancel for cost-down proposal 2 2 C523 eMMC_DAT7 [2] eMMC_DAT6 [2] eMMC_DAT5 [2] eMMC_DAT4 [2] eMMC_DAT3 [2] eMMC_DAT2 [2] eMMC_DAT1 [2] eMMC_DAT0 [2] 2 2 Close to Memory 2 2 ECKE ECKE EDCLK EDCLK_B ECS0_B [2] ECS1_B [2] ECKE [2] ECKE [2] EDCLK [2] EDCLK_B [2] The eMMC VCC/VCCQ/VDDI bypass cap recommand value, please refer to vendor datasheet or MT6582 Design Notice (eMMC power capacitor value reference) EDQS0 [2] EDQS0_B [2] EDQS1 [2] EDQS1_B [2] EDQS2 [2] EDQS2_B [2] B EDQS3 [2] EDQS3_B [2] EDQM0 [2] EDQM1 [2] EDQM2 [2] EDQM3 [2] EVREF [2] C541 C / 100 / nF / 0201 C538 C / 4700 / nF / 0603 1 2 A Title 06 Memory (eMMC + x32LPDDR2) Size Document Number C MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 6 of 22 2 1 [2] ASM_VCTRL_A [2] ASM_VCTRL_B [2] ASM_VCTRL_C WG_GGE_PA_ENABLE WG_GGE_PA_VRAMP [3] PMU_32K [2] BSI-A_EN [2] BSI-A_CK [2] BSI-A_DAT0 [2] BSI-A_DAT1 [2] BSI-A_DAT2 [2] DCOC_Flag D[2,3,4] SRCLKENA [2] CLK1_BB [10] CLK2_WCN [15] CLK3_CMMB_NFC [3] CLK4_Audio [2] RX_BBIP [2] RX_BBIN [2] RX_BBQP [2] RX_BBQN [2] TX_BBIP [2] TX_BBIN [2] TX_BBQP [2] TX_BBQN [3] AUXADC_REF [3] THERM_ADC [9] TDD_PA_B40_IN [9] B40_CPL_OUT [9] TDD_PA_B40_TX [9] TDD_B40_RX [9] B40_RXP [9] B40_RXN C 2 5 4 VBAT 3 ASM_VCTRL_A [2] ASM_VCTRL_B [2] ASM_VCTRL_C [2] WG_GGE_PA_ENABLE [2] WG_GGE_PA_VRAMP [2] PMU_32K [3] BSI-A_EN [2] BSI-A_CK [2] BSI-A_DAT0 [2] BSI-A_DAT1 [2] BSI-A_DAT2 [2] DCOC_Flag [2] SRCLKENA [2,3,4] CLK1_BB [2] CLK2_WCN [10] CLK3_CMMB_NFC [15] CLK4_Audio [3] RX_BBIP [2] RX_BBIN [2] RX_BBQP [2] RX_BBQN [2] TX_BBIP [2] TX_BBIN [2] TX_BBQP [2] TX_BBQN [2] AUXADC_REF [3] THERM_ADC [3] SKY77590 control logic table Enable VctC VctB VctA LB_GMSK_TX HLLH HB_GMSK_TX HLHH LB_EDGE_TX HHLH HB_EDGE_TX HHHH TRX1 LHLL TRX2 LHHL TRX3 LHLH TRX4 LHHH TRX5 LLHL TRX6 LLLH TDSCDMA HHHH VBAT VTCXO_PMU VRF18_PMU VBAT VTCXO_PMU [2] VRF18_PMU [2] C608 C607 1 1 C / 100nF / 0402 2 C / 33pF / 0402 2 GGE_PA_HB_IN C613 C / 18 / pF / 0402 1 2 DC Block required GGE_PA_LB_IN C614 C / 56 / pF / 0402 1 2 C697 L / NM / nH / 0402 ASM_VCTRL_A ASM_VCTRL_B 1 2 1 2 C602 C604 C / 22 / uF / 0603 / X5R 1 1 2 C / 1uF / 0402 2 R640 R /10 / ohm / 04022 C695 L / NM / nH / 0402 2 C694 L / NM / nH / 0402 1 R641 R /10 / ohm / 04022 2 C696 L / NM / nH / 0402 1 R602 R / 1 / K / 0201 1 2 2 R604 1 C699 C / 22 / pF / 0201 / X5R R / 1 / K / 0201 2 21 C698 C / 22 / pF / 0201 / X5R 1 TDD_PA_B40_IN [9] VIO18_PMU VIO18_PMU B40_CPL_OUT [9] TDD_PA_B40_TX [9] TDD_B40_RX [9] B40_RXP [9] B40_RXN [9] VPA_PMU 1 VPA_PMU C631 C / 2200 / nF / 0402 / X5R For TD only, VPA_PMU is useless. You can remove C631. EDGE TXM U616 PA / SKY77590 2 8 7 6 5 4 3 2 1 GND GND GND GND GND GND GND GND 9 10 11 12 13 14 TX_HB_IN TX_LB_IN BS2 BS1 VBATT VCC SKY77590 GND 29 GND GND ANT GND TRX_6 TRX_5 28 27 26 25 24 23 TDD_PA_B40_TX [9] GND MODE TxEN VRAMP TRX_1 TRX_2 TRX_3 TRX_4 15 16 17 18 19 20 21 22 2 1 C606 C / 220 / pF / 0201 1 R612 R / 10 / K / 0201 1 2 R613 R / 24/ K / 0201 TDD_B40_RX [9] 2G_LB 2G_HB WG_GGE_PA_VRAMP [2] 2 1 C691 C / 22 / pF / 0201 / X5R 1 2 2 R608 R / 1 / K / 0201 1 2 2 C693 C / 22 / pF / 0201 / X5R 1 R607 R / 1 / K / 0201 WG_GGE_PA_ENABLE [2] ASM_VCTRL_C [2] VRF18_PMU C610 2 1 1 C609 C / 39 / pF / 0402 1 2 CON600 3 4 2 1 L730 R / 0 / ohm / 0402 2 C / NC / 0402 1 5 6 C611 L / 39 / nH / 0402 C744 C740 C / NC / 0402 C / NC / 0402 MM8130-2602 D ANT702 CON / 4 / MM5829-2700 ANT708 CON / 4 / MM5829-2700 4 3 1 2 2 1 3 4 4 3 1 2 2 1 3 4 C GGE_PA_LB_IN [9] GGE_PA_HB_IN TDD_PA_B40_IN 1 E3 D3 C3 J2 C2 A2 A3 B3 B4 A5 B5 A6 B6 B8 A8 1 L630 2 A9 L / 2 / nH / 0201 A10 A11 B11 D11 B10 C10 C7 J7 C8 J8 C9 [9] B40_RXP [9] B40_RXN PDET 2 C669 C / 470 / nF / 0201 / X5R R629 R / 26 / ohm / 0402 1 2 2 R630 1 2 R / 26 / ohm / 0402 R632 R / 35 / ohm / 0402 B40_CPL_OUT [9] B40 closed loop is under development 1 L600 L / 10 / nH / 0402 U811 10dB attenuator GND GND GND GND GND 3GB1_RXP 3GB1_RXN 3GB5_RXP 3GB5_RXN 3GB2_RXP 3GB2_RXN 3GB8_RXP 3GB8_RXN 2GHB_TX 3GH1_TX 3GH2_TX 3GL5_TX 2GLB_TX VTXHF DET GND GND GND GND GND GND GND 1 2 1 1 L615 2G_LB 2G_HB 1 2 1 L618 L / 2.2/ nH / 0402 1 2 C665 C / NC / pF / 0402 L622 L / 2.2 / nH / 0402 1 2 C668 1 2 1 Z600 10 L / NC / 0402 Balun / RFBLN2012090BM5T25 GND 1 LBin LBout 9 2 C666 C / NC / pF / 0402 2 GND 3 GND LBout 8 HBout 7 C670 4 HBin HBout 6 L624 GND 1 L616 L / 33 / nH / 0402 L619 L / 10 / nH / 0402 1 2 2 L623 L / 1.5 / nH / 0402 1 2 1 L625 L / 5.6 / nH / 0402 B40_RXP B40_RXN LB_RXP F3 G3 H3 J3 C4 D4 GND GND GND GND GND GND A1 B40_RXP B1 B40_RXN C1 LB_RXP FDD RX TDD RX TXO GND GND GND GND GND GND D9 E9 F9 G9 H9 J9 DETGND D10 TMEAS C11 V28 E10 Remove external thermistor; use MT6166 built-in thermistor VTCXO_PMU 2 2 C / NC / pF / 0402 2 C / NC / 0402 5 L / NC / 0402 L626 L / 1.5 / nH / 0402 LB_RXN D1 LB_RXN 3GTX_IP G10 TX_BBIP [2] Close to each other and nearby X600 2 1 2 2 HB_RXP E1 HB_RXP TX(I/Q) 3GTX_IN G11 TX_BBIN [2] C674 C / 470 / nF / 0201 / X5R 1 B [3] AUXADC_REF R340 R / NC / ohm / 0402 / 2 1 VRF18_PMU HB_RXN F1 HB_RXN 3GTX_QP F10 TX_BBQP [2] B Connect X600 pin2 GND to MT6323 pin B2 first then connect to main GND 1 [3] THERM_ADC R656 2 1 R / NC / ohm / 0201 2 MT6166 QVL 26M , EX: EXP60S0ON, X1E000021043400 4 GND/THERM HOT 3 1 C675 C / 470 / nF / 0201 / X5R 2 F2 VRXHF G2 NC XTAL1 J1 XTAL1 XTAL2 H2 XTAL2 XO MT6166 3GTX_QN F11 NC L11 VTXLF J11 TXBPI H10 TX_BBQN [2] 1 DCOC_Flag [2] C676 VRF18_PMU 2 C / 1000 / nF / 0402 C159 near pin B2 2 R655 R / 0 / ohm / 0201 1 HOT GND 2 Xtal_Thermistor_G 1 C677 K1 VTCXO28 Test pin RCAL J10 RCAL C / 470 / nF / 0201 / X5R 1 GND_AUXADC R677 2 1Xtal_Thermistor_G 2 R / NC / ohm / 0201 VTCXO_PMU 2 C / 470 / nF / 0201 / X5R 32K_EN G1 32K_EN L1 EN_BB K2 CLK_SEL 26M output BSI NC K11 NC L10 BSI_DATA2 G8 1 BSI-A_DAT2 [2] R600 R / 2 / K / 0201 / 1% 2 R678 R / 0 / ohm / 0201 VTCXO_PMU 3 L2 XO3 BSI_DATA1 H8 BSI-A_DAT1 [2] 1 1.Route AUXADC_REF_RF/THERM_SENSE with 4mil trace width 2.Route AUXADC_REF_RF/THERM_SENSE as differential trace with well GND shielding 3.Route AUXADC_GND with 24mil trace width under 2 1 R647 R / 0 / ohm / 0402-3P(1-2) E4 F4 G4 H4 GND GND GND GND RX(I/Q) GND GND GND GND B7 J6 D8 E8 GND GND GND GND GND GND GND GND GND GND GND GND THERM_SENSE/AUXADC_REF trace to provide return current path. [2,3,4] SRCLKENA MT6166 F8 BSI_DATA0 H6 BSI_CLK G6 BSI_EN K8 RX_IN K10 RX_QP K9 RX_QN L8 RX_IP L7 VRXLF K7 VXODIG K6 AVDD_VIO18 K5 OUT32K L5 XMODE L4 XO1 K3 XO2 K4 XO4 C6 D6 E6 F6 E7 J5 J4 C5 D5 E5 F5 D7 MODE Component X600 R655 R678 Xtal Mode Xtal 0ohm A Xtal GPS co-clock + Thermistor NC R340 NC R656 R677 NC C159 1uF 100K+/-1% 0ohm 1uF [15] CLK3_CMMB_NFC [3] CLK4_Audio [10] CLK2_WCN [2] CLK1_BB [3] PMU_32K VIO18_LC VTCXO_PMU R649 1 2 3 MODE VCTCXO R / 0 / ohm / 0402-3P(1-2) Logic DCXO_ 32K_EN XMODE VXODIG 0(GND) 0(GND) 1(VIO18) DCXO + 32K XO 0(GND) 1(VIO18) 1(VIO18) DCXO + 32K-Less 1(VTXCO28) 1(VTXCO28) 1(VTXCO28) PDF created with pdfF5actory trial version www.pdffactory.com 4 1 2 XMODE_MT6166 VIO18_LC 1 R650 VIO18_PMU R / NC / 0201 1 R673 2 R / 0 / ohm / 0201 Reserve for filtering Noise C683 C / 1 / uF / 0402 / X5R 2 VIO18_LC VTCXO_PMU R651 1 2 3 R / 0 / ohm / 0402-3P(1-2) 3 2 1 C684 C / 470 / nF / 0201 / X5R VRF18_PMU RX_BBIP RX_BBI[N2] RX_BBQ[[22P]] RX_BBQN [2] BSI-A_DAT0 [2] BSI-A_CK [2] BSI-A_EN [2] A Title 07 MT6166 RF and 2G TXM Size Document Number A3 MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 7 of 22 2 1 5 4 3 2 1 TD-SCDMA_B40 PA B40 PA need to use VBAT as supply voltage! VBAT 1 D C625 C635 C / 39 / pF / 0402 C / NC / pF / 0402 1 GND 11 VBAT [2] TD_PA_B40_EN TD_PA_B40_EN [2] D [2] VM1 [2] VM0 VM1 [2] VM0 [2] 2 2 [7] TDD_PA_B40_IN C628 1 R631 2 2 1 1 R / 0 / ohm / 0402 C / 15 / pF / 0402 C640 2 C / NC / 0402 [2] VM1 [2] VM0 1 VBAT 2 RF_IN 3 VMODE_2 4 VMODE_1 5 VEN SKY77709 U604 VCC 10 RF_OUT 9 CPL_IN 8 GND 7 CPL_OUT 6 [7] TDD_PA_B40_IN 1 2 C622 C / NC C623 C / 2200 / nF / 0402 / X5R U606 5G G2 C626 2 1 R / 0 / ohm / 0402 1 R620 2 1 R / 0 / ohm / 0402 L607 IN G OUT 3 SAFEA2G34MA1F0A C634 4 2 1 TDD_PA_B40_TX [7] L / 2.2 / nH /0402 R / 0 / Ohm / 0402 L631 C / 0.5 / pF / 0402 L636 L / 3.3 nH / 0402 B40_CPL_IN [7] TDD_PA_B40_TX [7] B40_CPL_OUT [7] B40_RXP [7] B40_RXN [7] TDD_B40_RX TDD_PA_B40_IN [7] TDD_PA_B40_TX [7] B40_CPL_OUT [7] B40_RXP [7] B40_RXN [7] TDD_B40_RX [7] 2 [2] TD_PA_B40_EN B40_CPL_OUT [7] R627 R / 51 / ohm / 0402 1 C C B TD-SCDMA_B40 RX SAW [7] TDD_B40_RX 2 C673 2 1 L635 C / 18 / pF / 0402 L / NC / nH / 0402 2 L627 L / NC / 0402 U613 SAFEA2G34FA1F00(P) 1 IN OUT OUT 4 3 5G G2 C672 C / 4.7 / pF / 0402 2 1 L628 L / NC L629 3nH 2 1 C671 C / 4.7 / pF / 0402 1 1 A B40_RXP [7] B40_RXN [7] 5 4 3 PDF created with pdfFactory trial version www.pdffactory.com B A Title 09 MT6166 TD_SCDMA B40 Size Document Number A3 MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 9 of 22 2 1 5 4 3 2 1 U201F WB_RSTB AF6 WB_RSTB AVDD18_WBG XIN_WBG AE4 AD6 XO_IN VCN18_PMU 2 R1025 U1005 R / 0 / ohm / 0402 3 OUT VCC 4 R / 0 / ohm / 0402 1 2 R1208 VCN28_PMU FM_DATA FM_CLK Y10 AA10 F2W_DATA F2W_CLK GPS_RXQN GPS_RXQP GPS_RXIN GPS_RXIP AF5 AG5 AG4 AF4 GPS_RX_QN GPS_RX_QP GPS_RX_IN GPS_RX_IP 1 C224 0.1uF D MODE Component U1005 R1208 R1025 R1026 2 GND NC 1 MT6627 QVL TCXO WB_SCLK WB_SDATA WB_SEN AG7 AF7 AE6 WB_SCLK WB_SDATA WB_SEN WB_TXQN WB_TXQP WB_TXIN WB_TXIP AF2 AG2 AF1 AE1 WB_TX_QN WB_TX_QP WB_TX_IN WB_TX_IP D 2 Xtal Mode GPS co-clock QVL TCXO 0ohm NC NC NC 0 ohm XO_IN R1026 R / NC / ohm / 0402 Share same pad CLK2_WCN [7] 1 C1022 C / 1000 / nF / 0402 WB_CTRL0 WB_CTRL1 WB_CTRL2 WB_CTRL3 WB_CTRL4 WB_CTRL5 Y6 AA6 AA5 AA4 AB5 AB4 WB_CRTL0 WB_CRTL1 WB_CRTL2 WB_CRTL3 WB_CRTL4 WB_CRTL5 WB_RXQN WB_RXQP WB_RXIN WB_RXIP AE2 AD2 AC2 AC1 WB_RX_QN WB_RX_QP WB_RX_IN WB_RX_IP ANT_SEL0 ANT_SEL1 ANT_SEL2 AB25 AC26 AC25 ANT_SEL0 1 ANT_SEL1 1 ANT_SEL2 1 TP22 TP24 TP23 MT6592-LPDDR2 Debug usage 2 ANT1002 101266-1 ANT1001 101266-1 2 R1009 50 Ohm R1010 R / NC / ohm / 0402 WB_CTRL4 WB_CTRL3 Feed 1 Feed 1 1 R1006 1 2 CON1001 Car_Kit / MM8430-2610 50 Ohm 1 2 1 R / NC / ohm / 0402 R1008 1 2 MTK QVL Diplexer 6 GND WIFI 1 5 ANT GND 2 R1007 1 2 R / 0 / ohm / 0402 WF_ANT 50 Ohm 1 WB_CTRL5 VCN18_PMU WB_CTRL2 WB_CTRL1 C1042 C / NC / 0402 1 R / 0 / ohm / 0402 4 L1004 L / NC / nH / 0402 6 5 3 R / 0 / ohm / 0402 4 GND GPS 3 C1044 50 O1hm 2 GPS_RF_LNA C / 18 / pF / 0402 C221 C / 0.1 / uF / 0402 1 2 WB_CTRL0 2 2 F201 WB_RX_IP C C225 C / 0.1 / nF / 0402 C 1 2 WB_RX_IN ANT1003 101266-1 Share same pad U2 WB_AUX_RX 30 WB_AVDD18 29 WB_CTRL5 28 WB_CTRL4 27 WB_CTRL3 26 WB_CTRL2 25 WB_CTRL1 24 WB_CTRL0 23 WB_RX_IP 22 WB_RX_IN 21 Feed 1 WF_ANT L1007 L / NC / nH / 0402 C1013 C / NC / nF / 0402 1 2 B [5] FM_RX_N_6627 [5] FM_ANT L1006 1 2 L / 82 / nH / 0402 L / 100 / nH / 0402 L1009 R1014 NC_R / 0 / ohm / 0402 GPS xLNA 2 12 1 50 Ohm 31 WIFI_ANT GPS_DIP_RF 32 NC VCN33_PMU 33 WB_AVDD33 2 1 C227 C / 4.7 / uF / 0402 Close to MT6625 1 2 C222 C / 100 / pF / 0201 34 NC 35 NC FM_AVDD28 36 1 2 C / 10 / nF / 0402 C219 37 AVDD28_FM FM_LANT_N MT6625_IPD_QFN40 Share same pad R / NC / ohm / 0402 GPS_DIP_RF R1071 50 Ohm R / 0 / ohm / 0402 GPS_ANT R1072 38 FM_LANT_P 39 GPS_RFIN VCN18_PMU C217 40 AVDD18_GPS 1 2 41 DVSS C / 4.7 / nF / 0402 WB_RX_QP 20 WB_RX_QP WB_RX_QN 19 WB_RX_QN WB_TX_IP 18 WB_TX_IP WB_TX_IN 17 WB_TX_IN WB_TX_QP 16 WB_TX_QP WB_TX_QN 15 WB_TX_QN GPS_RX_IP 14 GPS_RX_IP GPS_RX_IN 13 GPS_RX_IN GPS_RX_QP 12 GPS_RX_QP GPS_RX_QN 11 GPS_RX_QN 1 AVDD28_FSOURCE 2 HRST_B 3 FM_DBG 4 F2W_DATA 5 F2W_CLK 6 SCLK 7 SDATA 8 SEN 9 CEXT 10 XO_IN Close to ANT 2 VCN28_PMU R1019 R / 0 / ohm / 0402 1 matching value depends on LNA selected C1051 1 2 C / 1000 / nF / 0402 A 50 Ohm C1037 L1008 4 GNDRF VCC 2 GPS_RF_LNA 1 IN G G G OUT 4 2 1 1 2 5 AI AO 3 GPS_ANT 50 Ohm 2 3 5 C / 18 / pF / 0402 U1006 MTK QVL GPS SAW 2 1 L / 5.6 / nH / 0402 6 PON C1050 C / NC / pF / 0402 2 U1010 R1027 GND 1 MTK QVL GPS LNA R / 0 / ohm / 0402 1 ANT_SEL0 2 1 WB_RSTB C1028 C / NC / pF / 040F2M_DATA FM_CLK WB_SCLK WB_SDATA WB_SEN MT6625 IPD XO_IN 21 C / 100 / pF / 0201 1 C / 1000 / nF / 0402 2 C1031 C1014 5 4 3 2 PDF created with pdfFactory trial version www.pdffactory.com FM_AVDD28 VCN28_PMU BEAD1001 FB / BLM15AG601SN1 Bead1001 are for FM desense-free proposal. They can be cancel for cost-down proposal VCN18_PMU 12/14 by Hank VCN18_PMU 2 C216 B 1uF 1 A Title 10 MT6625 Size Document Number C MT6592 PHONE Date: Thursday, August 15, 2013 1 Sheet 10 of Rev V1.0 22 41 42 43 44 5 4 CTP J901 AXT340124 CON20X2/SMD/F/AXT340124/WS1917 40 39 38 37 36 35 GT_DRV0 GT_DRV2 GT_DRV4 GT_DRV6 GT_DRV8 GT_SENS0 34 GT_SENS2 33 GT_SENS4 32 GT_SENS6 31 GT_SENS8 30 GT_SENS10 29 GT_SENS12 28 27 GT_DRV19 26 GT_DRV17 25 GT_DRV15 24 GT_DRV13 23 GT_DRV11 22 21 GT_DRV10 20 GT_DRV12 19 GT_DRV14 18 GT_DRV16 17 GT_DRV18 16 15 14 GT_SENS11 13 GT_SENS9 12 GT_SENS7 11 GT_SENS5 10 9 8 7 6 5 4 3 2 1 OPT1 GT_SENS3 GT_SENS1 GT_DRV9 GT_DRV7 GT_DRV5 GT_DRV3 GT_DRV1 D GT_SENS2 GT_SENS1 GT_SENS0 GT_DRV0 GT_DRV1 GT_DRV2 GT_DRV3 GT_DRV4 GT_DRV5 GT_DRV6 GT_DRV7 49 48 47 46 45 44 43 42 41 40 39 38 37 VGP1_PMU C 2 1 U902 GT_SENS3 GT_SENS4 GT_SENS5 GT_SENS6 GT_SENS7 GT_SENS8 GT_SENS9 GT_SENS10 GT_SENS11 GT_SENS12 C913 C / 1000 / nF / 0402 1 2 3 4 5 6 7 8 9 10 11 12 SENS3 SENS4 SENS5 SENS6 SENS7 SENS8 SENS9 SENS10 SENS11 SENS12 SENS13 AVDD28 GT913 AVDD18 DVDD12 DGNDGIO0 GIO1/INT GIO4/SPI_CLK/RX GIO5/SPI_SO/TX GIO2/I2C_SDA/SPI_SI GIO3/I2C_SCL/SPI_SS DVDDIO RSTB DRV21 DRV20 EPAD SENS2 SENS1 SENS0 AGND DRV0 DRV1 DRV2 DRV3 DRV4 DRV5 DRV6 DRV7 DRV8 DRV9 DRV10 DRV11 DRV12 DRV13 DRV14 DRV15 DRV16 DRV17 DRV18 DRV19 36 35 34 33 32 31 30 29 28 27 26 25 GT_DRV8 GT_DRV9 GT_DRV10 GT_DRV11 GT_DRV12 GT_DRV13 GT_DRV14 GT_DRV15 GT_DRV16 GT_DRV17 GT_DRV18 GT_DRV19 GT9006/MQFN48/SMD/P0.4/6X6/S 24 23 22 20 19 18 17 16 15 EINT14_CTP_RST [2] 2C917 C1 / 1000 / nF / 0402 21 2C916 C1 / 1000 / nF / 0402 14 2C915 C1 / 1000 / nF / 0402 13 OPT2 OPT1 [2] EINT2_CTP R904 R / 680 / Ohm / 0402 1 2 1 C914 2 C / 1 / nF / 0402 TP903 TP / 30mil Optional:650uA@doze mode; R904/C914 is no-need if this feature doesn't enable in your system 2 R905 1 R / 300 / K / 0201 SCL0 [2] SDA0 [2] OPT2 pull low : I2C OPT2 pull high: SPI I2C ID 0xBA (power on @INT=low) 0x28 (power on @INT=high) B Sensor ID (identify different TP module) OPT1/OPT2 need to connect to TP (please refer to Goodix design notice) 3 2 1 Main LCM For low-power testing proposal. It can be cancel for cost-down proposal 2C906 1 C / 100 / nF / 0201 2C905 1 C / 100 / nF / 0201 CON901 R915 EMI906 [2] LPTE 4 5 TE TE1 AVDD IOVDD 7 6 1 R / 0 / ohm2 / 0402 VIO28_PMU 1 2 R916 VIO18_PMU R / 0 / ohm / 0402 D [2] MIPI_TDP2 [2] MIPI_TDN2 1 2 I1 O1 I2 O2 4 3 [2] LRSTB 9 XRES [2] MIPI_TDP1 [2] MIPI_TDN1 [2] MIPI_TCP [2] MIPI_TCN ICMF062P900MFR EMI907 1 2 I1 O1 I2 O2 4 3 ICMF062P900MFR EMI908 1 2 I1 O1 I2 O2 4 3 ICMF062P900MFR 12 13 14 15 16 17 18 19 20 21 22 23 24 GND GND GND/MTP DSI_D2P DSI_D2N GND ID0 DSI_D1P ID1 DSI_D1N GND DSI_CLKP LEDPWM DSI_CLKN GND DSI_D0P DSI_D0N LED+ GND LED- 3 25 10 11 8 1 2 Panasonic AYF332535BP H25/SMD/P0.3/AYF332535/A 1R901 R / 1200 / K / 0201 1R902 R / 1200 / K / 0201 VIO18_PMU LEDA LEDA [4] LEDK LEDK [4] C909 C / 1000 / nF / 0603 / X5R (50V) 1 2 EMI910 [2] MIPI_TDP0 [2] MIPI_TDN0 1 2 I1 O1 I2 O2 4 3 ICMF062P900MFR EMI906 /EMI907 / EMI908 / EMI910 are for desense tuning proposal. They can be cancel for cost-down proposal C B A 5 4 3 PDF created with pdfFactory trial version www.pdffactory.com A Title 12 LCD, CTP Size Document Number C MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 12 of 22 2 1 5 4 3 2 Main Camera EMI905 D [2] MIPI_RDP3 [2] MIPI_RDN3 1 4 I1 O1 I2 O2 2 3 1 DLP0NSC280HL2 L/CHOKE/SMD/DLP0NS0806 EMI904 [2] MIPI_RDP2 [2] MIPI_RDN2 1 4 I1 O1 I2 O2 2 3 DLP0NSC280HL2 L/CHOKE/SMD/DLP0NS0806 EMI901 [2] MIPI_RCP [2] MIPI_RCN 1 4 I1 O1 I2 O2 2 3 DLP0NSC280HL2 L/CHOKE/SMD/DLP0NS0806 EMI903 [2] MIPI_RDP1 [2] MIPI_RDN1 1 4 I1 O1 I2 O2 2 3 DLP0NSC280HL2 L/CHOKE/SMD/DLP0NS0806 EMI902 [2] MIPI_RDP0 [2] MIPI_RDN0 1 4 I1 O1 I2 O2 2 3 TP2 1 [2,4] SDA1 [2,4] SCL1 CON902 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 AGND STROBE SIOD SIOC DGND MDP3 MDN3 DGND MDP2 MDN2 DGND MCP MCN DGND MDP1 MDN1 DGND MDP0 MDN0 DGND 41 43 45 DGND DGND DGND AF_AGND AF_VCC PD AVDD INTD INTC RESET_B NC NC DGND NC NC DGND NC NC DGND XCLK DVDD DOVDD DGND 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 DGND DGND DGND 42 44 46 Hirose FX12B-40P-0.4SV CAMERA/SMD/OV5642-AF EINT10_CMPDN [2] EINT9_MAINCAM_RST [2] 2 1 2 C919 C / 1000 / nF / 0402 C918 C / 1000 / nF / 0402 VCAM_AF VCAMA_PMU 2 1 CMMCLK [2] C904 C / 1000 / nF / 0402 2 1 VCAMD_IO_PMU C902 C / 1000 / nF / 0402 VCAMD_PMU only 150mA from VCAMD please check your CAM module DVDD current. external LDO is required for DVDD current > 150mA DLP0NSC280HL2 L/CHOKE/SMD/DLP0NS0806 C EMI901 /EMI902 / EMI903 / EMI904 / EMI905 are for desense-free proposal. They can be cancel for cost-down proposal Sub Camera 1 C911 B C / 1000 / nF / 0402 2 VCAMA_PMU 41 42 [2,4] SDA1 [2,4] SCL1 [2] EINT16_SUB_CMRST [2] EINT18_SUB_CMPDN CON903 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 AGND STROBE SIOD SIOC RESETB VPP NC NC PWDN NC NC NC NC NC NC NC NC NC NC DGND GND GND NC NC NC AVDD NC NC DGND NC NC DGND MCP MCN DGND MDP0 MDN0 DGND XCLK DVDD DOVDD DGND 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 EMI916 2 3 O1 I1 O2 I2 1 4 MIPI_RCP_A [2] MIPI_RCN_A [2] DLP0NSC280HL2 L/CHOKE/SMD/DLP0NS0806 EMI915 2 3 O1 I1 O2 I2 1 4 MIPI_RDP0_A [2] MIPI_RDN0_A [2] DLP0NSC280HL2 L/CHOKE/SMD/DLP0NS0806 CMMCLK [2] EMI915 /EMI916 are for desense-free proposal. They can be cancel for cost-down proposal VCAMD_PMU VCAMD_IO_PMU 2 2 Hirose FX12B-40P-0.4SV CAMERA_MODULE/40P/SMD/Q1S05C-0JG C910 C / 100 / nF / 0402 C908 C / 1000 / nF / 0402 1 1 A 5 4 3 2 PDF created with pdfFactory trial version www.pdffactory.com 1 D C B A Title 13 Camera Size Document Number C MT6592 PHONE Date: Thursday, August 15, 2013 1 Sheet 13 of Rev V1.0 22 5 D C B 4 3 2 USB HS IF [2] EINT17_IDDIG 90 ohm differential [2] USB_DP [2] USB_DM VR1403 ADUC 10S 02 1R1 VR1401 ADUC 10S 02 1R1 VR1402 ADUC 10S 02 1R1 VBUS VR1101 AVL 5M 02 200 VR1401 / VR1402 / VR1403 / VR1101 are for ESD enhance proposal. They can be cancel for cost-down proposal 6 GND3 9 GND2 GND0 7 GND1 8 CON1101 5 GND 4 ID 3 D+ 2 D1 VBUS MICROUSB/5P/SMD/P0.65/R/KIU90511S1R KEIRAKU KIU90511S1R 1 D C B A 5 4 3 PDF created with pdfFactory trial version www.pdffactory.com A Title 14 USB Size Document Number Custom MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 14 of 22 2 1 5 4 3 2 1 ANT1201 ANT / R2.2 ANT1202 ANT / R2.2 R1203 2R / 0 / ohm /10402 R1201 2R / 0 / ohm /10402 D C VSIM1_NFC [19] SIM1_NFC_SWP1 VSIM1_PMU VSIM2_NFC [19] SIM2_NFC_SWP2 VSIM2_PMU [18] MSDC_NFC_VCCSWP [18] MSDC_NFC_SWPIO DVDD_SIM1 Shielding by GND VSIM1_NFC NFC_SWP1 SIM1_NFC_SWP1 DVDD_EPMU1 VSIM1_PMU DVDD_SIM2 Shielding by GND VSIM2_NFC NFC_SWP2 SIM2_NFC_SWP2 DVDD_EPMU2 VSIM2_PMU NFC_VCCSWP NFC_SWPIO MSDC_NFC_VCCSWP Shielding by GND MSDC_NFC_SWPIO Shielding by GND B NFC +1.8V電 源 VIO18_PMU VRTC VBAT DVDD_IO_NFC VRTC_NFC VBAT_NFC VIO18_PMU VRTC VBAT 1 2 ANT_P C1211 C / 47 / pF / 0402,2% C1213 1 2 C /1.2/ pF / 0402,2% C / NC / 0402 C1214 C1215 1 21 2 2 1 C1211,C1212,C1213,C1214,C1215,C1216,C1217, C1218, C1219 need to use 2% accuracy and 50V tolerance capacitor, C1212 PS: 0201 cap can't tolerance 50V C / 47 / pF / 0402,2% C /1.2/ pF / 0402,2% ANT_N C / 68 / pF / 0402,2% C1216 C1217 1 21 2 C / 68 / pF / 0402,2% 1 1 C1218 C1219 POWER MODE[1:0]=[NFC_RST:NFC_VENB] D Power Mode NFC_RST NFC_VENB NFC enable (configure, R/W, card, polling loop, polling loop card 1 0 listening) NFC disable (HPD) 0 1 Hign battery card listening 1 1 Reset 0 0 CLK3_CMMB_NFC C / 22 / pF / 0402,2% 2 C / 22 / pF / 0402,2% 2 RXIN_P TX_P C1224 1 2 C1220 C1221 1 21 2 C1223 12 R1204 6k C / 180 / pF / 0402 C / 180 / pF / 0402 C / 180 / pF / 0402 NC/C / 180 / pF / 0402 L1201 L1202 R1205 560nH/MLF1608DR56J 560nH/MLF1608DR56J NC/6k TX_N RXIN_N R1207 0 Components in this region use 5% accuracy VBAT U1201 ENB (NFC_VEN) 1.Input pin 2.Internal pull low 3.Low active 4.If default NFC would like to disable, please configure to high VRTC VIO18_PMU C1201 1 2 C / 2200 / nF / 0402 / X5R 20 VBAT EINT7_NFC_VENB 21 C1202 close to pin19 C1202 1 2 19 C / 1000 / nF / 0402 / X5R C1203 1 2 22 C / 4700 / nF / 0402 / X5R C1205 1 2 29 C / 470/ nF / 0402 / X5R C1206 1 2 28 C / 100 / nF / 0402 / X5R ENB AVDD_PA AVDD DVDD12 DVDD18 30 DVDD28 C1204 1 2 C / 1000 / nF / 0402 / X5R 3 DVDD_IO DVDD_SE SWIO_SE ANT_P 25 ANT_P RXIN_P 23 RXIN_P 14 DVDD_EPMU1 15 DVDD_SIM1 16 SWIO1/GPIO6 TX_P 18 TX_P MT6605 QFN32 4x4 TX_N 17 TX_N RXIN_N 24 RXIN_N 11 DVDD_EPMU2 12 DVDD_SIM2 13 SWIO2 ANT_N 26 ANT_N 1 2 C1210/R1202 are close to each other 4 3 C1210 C / NC / 0402 R1202 1 2 1 2 R / 0 / ohm / 0402 X1201 QUARTZ 27.12 Mhz C EINT15_NFC_RST SYSRST_B (NFC_RST) 1.Input pin 2.Internal pull high 3.Low active MAIN_GND 33 SYSRST_B 31 CLK_IN 27 Test_Mode/GPIO1/OSC_EN/JTAG_TDO 32 SRCLKENAI 1.NFC_OSC_EN is output pin, and high active. 2.Need to connect to host SRCLKENAI and SRCLKENAI pin need to be default low. UART_TXD/I2C_DAT/SPI_CS 2 UART_RXD/I2C_CK/SPI_CK 1 SPI_MISO/GPIO2/JTAG_TMS/DBG_TXD 4 SPI_MOSI/GPIO3/JTAG_TCK/DBG_RXD 5 SDA2 SCL2 R1206 2R / 10 / K / 01402 (NC) VIO18_PMU Only can use HW I2C. SW I2C is not allowed. R1206 NC : XTAL MODE R1206 10K : Co-Clock IRQ/GPIO4 6 EINT5_IRQ_NFC NFC_EINT B 1.Input pin EINT/GPIO5/JTAG_TDI 7 EINT8_NFC 2.Internal pull low 3.High active GPIO0/JTAG_TRST 8 MT6605/MQFN32/SMD/P0.4/4X4/S MT6605 QFN (32 Pins, 0.4mm pitch) 1.NFC_IRQ is output pin, and high active. 2.NFC_IRQ is also strap pin and host I/F connected with IRQ need to be default low. C1209 C / 470 / nF / 0402 / X5R SIM2_NFC_SWP2 C1208 C / 470 / nF / 0402 / X5R SIM1_NFC_SWP1 C1207 C / 470 / nF / 0402 / X5R MSDC_NFC_SWPIO 9 1 MSDC_NFC_VCCSW1P0 [2] EINT8_NFC [2] EINT5_IRQ_NFC [2] EINT15_NFC_RST [2] EINT7_NFC_VENB A [7] CLK3_CMMB_NFC [2] SRCLKENAI [2,21] SCL2 [2,21] SDA2 NFC_EINT EINT8_NFC NFC_IRQ EINT5_IRQ_NFC NFC_RST EINT15_NFC_RST NFC_VENB EINT7_NFC_VENB NFC_CLK1 CLK3_CMMB_NFC NFC_OSC_EN SRCLKENAI NFC_I2C_SCL SCL2 NFC_I2C_SDA SDA2 R1251 MSDC_NFC_SWPIO 1R / 0 / ohm /20402 External SE : (1) U17 = mount 1 U17 1 2 3 4 VPS GND NC2 SWIO RST NC1 CLK IO0 MAIN_GND 8 7 6 5 9 OTS080CD(NC) DFN8/SMD/P1.0/OTS0800D R1250 1R / 0 / ohm /20402 MSDC_NFC_VCCSWP R1252 1R / NC / ohm2/ 0402 VIO18_PMU 2 R1253 R / 0 / ohm / 0402 (2) R1250 / R1251 / R1253 = 0 ohm (3) R1252 = NC Non external SE : (1) U17 = NC (2) R1250 / R1251 / (3) R1252 = NC R1253 = NC 2 2 2 T-Card SIM1 SIM2 VSIM1_NFC VSIM1_PMU VSIM2_NFC VSIM2_PMU 2 2 C1222 1 C / 1000 / nF / 0402 1 C1225 1 C / 1000 / nF / 0402 1 5 4 3 2 PDF created with pdfFactory trial version www.pdffactory.com A Title 15 NFC MT6605 Size Document Number C MT6592 PHONE Date: Thursday, August 15, 2013 1 Sheet 15 of Rev V1.0 21 5 SD CARD D [2] MC1DA2 C [2] MC1DA3 [2] MC1CM [2] MC1CK [2] MC1DA0 [2] MC1DA1 4 3 2 VMCH_PMU Shielding connect to ground U1401 1 2 3 4 5 6 7 8 SWPIO DATA2 VCCSWP CD/DATA3 CMD VDD CD CLK VSS GND DATA0 GND DATA1 GND GND GND 9 10 11 12 13 14 15 16 MSDP-F-701-0-0 MICROSD/SMD/MSDP-F-701-0-0 MSDC_NFC_SWPIO [15] MSDC_NFC_VCCSWP [15] EINT3_MC1INSI [2] C / 2200 / nF / 0402 1 C1401 2 B Please refer to design notice to get better MSDC signal quality 1 D C B A 5 4 PDF created with pdfFactory trial version www.pdffactory.com A Title 18 Memory CARD Size Document Number A MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 18 of 22 3 2 1 5 D 4 3 2 SIM1 & SmartCard VR1506 / VR1507 / VR1509 / VR1510 are for ESD ehnhace proposal. They can be cancel for cost-down proposal 1 D ADUC 10S 02 0R5 VR1509 ADUC 10S 02 0R5 VR1510 11 10 9 ADUC 10S 02 0R5 VR1506 ADUC 10S 02 0R5 VR1507 [3] SIM1_CARD_SCLK R1510[3] SIM1_CARD_SRST VSIM1_NFC 1 C 2 VSIM1_PMU 3 1 R / 0 / ohm / 0402-3P(1-2) C1505 C / 1000 / nF / 0402 2 [3] SIM2_CARD_SCLK VSIM2_NFC R1[35]11SIM2_CARD_SRST 1 2 VSIM2_PMU 3 B R / 0 / ohm / 0402-3P(1-2) 1 U1501 C4 DP G G G DM C8 C3 SIM1 CLK I/O C7 C2 RST VPP C6 C1 VCC GND C5 R1504 1R / NC / 04022 SIM2 3 CLK SIM2 I/O 7 2 RST VPP 6 1 VCC GND 5 G G 12 13 TP-SS011-014-05-815 DUAL_SIM/SMD/TP-SS011-014-05-815NB SIM1_CARD_SIO [3] SIM1_NFC_SWP1 [15] C SIM2_CARD_SIO [3] SIM2_NFC_SWP2 [15] B ADUC 10S 02 0R5 VR1503 ADUC 10S 02 0R5 VR1504 ADUC 10S 02 0R5 VR1501 ADUC 10S 02 0R5 VR1502 2 C / 1000 / nF / 0402 C1512 A 5 R1509 1R / NC / 04022 VR1501 / VR1502 / VR1503 / VR1504 are for ESD ehnhace proposal. They can be cancel for cost-down proposal A Title 19 Dual SIM Size Document Number Custom MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 19 of 21 4 3 2 1 PDF created with pdfFactory trial version www.pdffactory.com 5 4 3 2 1 Power Key D DO NOT put pull-up resistor on PWRKEY [3] PWRKEY C901 C / 100 / nF / 0402 1 SW901 22 44 11 33 LS10N2-T Indicator LED D Green [3] ISINK0 Red [3] ISINK1 Blue [3] ISINK2 ISINK0 5 5 LED301 66 B R G iSINK1 3 3 44 iSINK2 1 1 22 ROHM SMLP36RGB1W LED/6P/SMD/SMLP36 VBAT VBAT VBAT AVLC 5S 02 050 VR901 2 VR901 / VR902 / VR903 / VR904 / VR905 are for ESD ehnhace proposal. They can be cancel for cost-down proposal C C Volume Up SW902 [2] KCOL0 22 44 11 33 LS10N2-T AVLC 5S 02 050 VR903 AVLC 5S 02 050 VR902 KCOL0 KCOL1 KCOL2 KROW0 KEY 2 KEY 5 KROW1 KEY 1 KEY 3 KEY 6 KROW2 KEY 4 KEY 7 B B Volume Down Notice : FCHR_ENB can be configured as a normal key function [3] FCHR_ENB SW903 22 44 There are 3 options for "Long press to shutdown" function 1.PWRKEY + FCHR_ENB 2.PWERKEY only 11 33 LS10N2-T 3.FCHR_ENB only During download mode, defalut = PWRKEY + FCHR_ENB For other case (exclude download mode), defalut = PWERKEY only AVLC 5S 02 050 VR904 AVLC 5S 02 050 VR905 A A Title 20 Key LEDs Size Document Number B MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 20 of 22 5 4 3 2 1 PDF created with pdfFactory trial version www.pdffactory.com 5 4 3 2 1 G+M-Sensor G Sensor I2C address : 0x18 M Sensor I2C address : 0X10 C / 100 / nF / 0201 1 C1615 2 C / 100 / nF / 0201 D [2,15] SCL2 [2] EINT11_G U1601 16 15 14 13 12 1 C1614 INT1 SCK VDDIO VDD GND 2 VIO18_PMU 1 2 3 INT2 PS1 PS2 SDI SDO DRDY 11 10 9 SDA2 [2,15] INT3 CSB1 CSB2 GND GND 4 5 6 7 8 BMC050 LGA16/SMD/P0.5/BMC050 [2] EINT6_M C VIO18_PMU VIO28_PMU ALS & PS Sensor I2C address: 0X60 VIO28_PMU D 2 R1626 1 C1603 R / 5.1 / ohm / 0402 C / 2200 / nF / 0402 11 2 D1610 CM36521 LED/2P/SMD/CM36521 2 U1603 1 GND VDD 3 2 LED SCL SDA INT 6 5 4 1 CM36283 OPLGA6/SMD/P0.6/CM3623 C1604 C / 100 / nF / 0201 2 SCL2 [2,15] SDA2 [2,15] EINT1_A [2] C Gyro Sensor I2C Address: 0x68 (Write:0xD0, Read:0xD1) 2 B [2,15] SCL2 [2,15] SDA2 1 C1610 C / 2.2 / nF / 0201 25 24 23 22 21 20 19 U1602 GND SDA SCL CLKOUT RESV CPOUT RESV 1 2 3 4 5 6 CLKIN NC NC NC NC IME_DA GND NC NC NC NC VDD 18 17 16 15 14 13 VIO28_PMU 1 IME_CL VLOGIC AD0 REGOUT FSYNC INT 7 8 9 10 11 12 MPU-3050 QFN30/SMD/MPU-3000 2 C1609 C / 100 / nF / 0201 EINT20_GY [2] VIO18_PMU A C1607 C / 10 / nF / 0201 1 1 C1608 C / 100 / nF / 0201 2 2 5 4 3 PDF created with pdfFactory trial version www.pdffactory.com B A Title 21 Sensors Size Document Number B MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 21 of 22 2 1 5 4 3 2 1 D D C C B B A A Title 98 Block Diagram Size Document Number B MT6592 PHONE Rev V1.0 Date: Tuesday, August 13, 2013 Sheet 98 of 22 5 4 3 2 1 PDF created with pdfFactory trial version www.pdffactory.com 5 Version History Date Version Page 2013/07/15 V0.17 All 02 D 2013/07/30 V0.18 03 04 02 03 2013/08/14 V0.19 02 04 C 14 4 3 2 Description 1st release, sync with WTG version (MT6592_MT6166_MT6625_MT6322_MT6333_EMMC_LPDDR2_WTG_V017.DSN) MT6333 switching charger function de-feature (Need to add external SWCHR) 1. Add GPIO_CHG_EN/GPIO93_DRVVBUS trace 1. Add R335, MT6322 pin N13 (CHRLDO) connect to R335, then connect to VBUS_1 2. R330.1 connect to VUBS_1 1. Delete R813/C839/U3/R817/R1812/C1815/R335 2. Change C1809 to 1uf 3. Add R341/C1810 for ESD protection 4. Delete ISENSE/BATSNS net 5. Change C1806 location (close to MT6333) 6. Add U402 and related circuits 1.R221 change to 43 ohm (1%) 1.Add R328 / R326 and related connection for external SWCHR 1.Update EFUSE power notice 1.Update C406 recommend value to 33nF for BQ24158 2.Add MT6333/External SWCHR I2C address 1.Add VR1403 for ESD enhance proposal 1 D C B B A 5 4 3 PDF created with pdfFactory trial version www.pdffactory.com A Title 99 Version History Size Document Number C MT6592 PHONE Rev V1.0 Date: Thursday, August 15, 2013 Sheet 99 of 22 2 1

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