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Microwave Office 中文版入门教程

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Microwave Office 中文版入门教程

AWR Design Environment 10

Microwave Office

入门指南

MWO 入门指南

AWRDE 10 版

AWR Corporation

1960 E. Grand Avenue, Suite 430

El Segundo, CA 90245

USA

Phone +1 310.726.3000

Fax +1 310.726.3005

Website www.awrcorp.com

<support@awrcorp.com>

U.S. Technical Support Phone 888.349.7610

LEGAL NOTICES

No part of this guide may be reproduced in any form or by any means, electronic, mechanical, photocopying, recording, or

otherwise, without the express written permission of AWR Corporation.

Trademarks

• Advancing the wireless revolution®, Analog Office®, APLAC®, AWR® and the AWR logo, AXIEM®, Microwave Office®, and

TX-Line® are registered trademarks of AWR Corporation.

• ACE , Analyst , AWR Connected , AWR Design Environment , AWR Signal Integrity , AWR.TV , AWR User Forum ,

EMSight , EM Socket , iFilter , iMatch , iNet , MRHB , RFA , RFB , RFI , TDNN , TestWave , Unified Data Model ,

and Visual System Simulator are trademarks of AWR Corporation.

• All other product and company names herein may be the trademarks or registered trademarks of their respective owners.

Patents

The AWR Design Environment

is covered by one or more of the following Patents:

• U.S. Patent No(s).: 7,346,480; 7,577,192; 7,940,838; 8,086,991; 8,131,521

• Other U.S. and International Patents Pending.

The information in this guide is believed to be accurate. However, no responsibility or liability is assumed by AWR Corporation

for its use.

目½

1. AWR设计环境简介 ....................................................... 1–1

关于本书 ............................................................. 1–1

前提条件 ......................................................... 1–1

目½ ............................................................. 1–2

½用约定 ......................................................... 1–2

获取更多信息 ......................................................... 1–3

AWR知识库 ........................................................ 1–3

文档 ............................................................. 1–3

在线帮助 ......................................................... 1–4

½站支持 ......................................................... 1–5

技术支持 ......................................................... 1–5

2. AWR设计环境套装 ....................................................... 2–1

运行AWR程序 .......................................................... 2–2

AWR设计环境套件的组成部分 ............................................ 2–3

基本操½ ............................................................. 2–4

工程管理 ........................................................ 2–4

新建MWO/AO原理图和½表 ........................................... 2–6

新建VSS系统框图 .................................................. 2–7

½用元件管理器 ................................................... 2–8

应用MWO/AO创建版图 ............................................. 2–13

创建输出图表并添加测试量 ....................................... 2–16

设½仿真频率并运行仿真 .......................................... 2–18

½用脚本和向导 .................................................. 2–19

½用在线帮助 ........................................................ 2–19

3. MWO：导入数据文件 ..................................................... 3–1

导入S参数数据文件 .................................................... 3–1

创建新工程 ....................................................... 3–1

导入数据文件 .................................................... 3–1

绘制数据文件 ........................................................ 3–2

在原理图中添加数据文件 .............................................. 3–4

创建原理图 ....................................................... 3–4

在原理图中放½数据文件 ........................................... 3–4

设定仿真频率 ..................................................... 3–6

仿真带有数据文件的原理图 ......................................... 3–7

4. MWO：应用线性仿真器 ................................................... 4–1

Microwave Office中的线性仿真器 ....................................... 4–1

集总参数滤波器设计 ................................................... 4–1

新建工程 ......................................................... 4–1

设½工程默认单½ ................................................. 4–2

创建原理图 ....................................................... 4–2

AWR 所有权

Getting Started Guide

iii

内容

创建图表 ......................................................... 4–7

添加测试量 ....................................................... 4–8

电路仿真 ............................................................. 4–9

电路调谐 ........................................................ 4–10

创建变量 ............................................................ 4–12

添加优化目标 ........................................................ 4–13

优化电路 ............................................................ 4–14

5. MWO：创建原理图的版图 ................................................. 5–1

Microwave Office中的版图设计 ......................................... 5–1

版图的应用技巧 ................................................... 5–1

创建原理图的版图 ..................................................... 5–1

创建新的工程 ..................................................... 5–2

导入层处理文件 ................................................... 5–2

设½数据库单½和默认的½格大小 ................................... 5–3

导入GDSII单元库 .................................................. 5–4

导入数据文件 ..................................................... 5–5

在原理图中放½数据文件并添加接地 ................................. 5–5

改变元件符号 ..................................................... 5–6

在版图中放½微带线元件 ........................................... 5–7

为原理图元件配½封装单元 ........................................ 5–10

查看版图 ........................................................ 5–10

衔接版图 ........................................................ 5–11

连通性检查 ...................................................... 5–11

固定版图单元 .................................................... 5–13

创建封装单元 .................................................... 5–14

为封装单元添加端口 .............................................. 5–16

设½电容的封装 .................................................. 5–18

应用MTRACE2元件 ................................................. 5–20

版图单元的衔接功½ .............................................. 5–22

输出版图： ...................................................... 5–27

6. MWO：½用非线性仿真器 ................................................. 6–1

Microwave Office中的谐波平衡 ......................................... 6–1

单音分析 ......................................................... 6–1

多音分析 ......................................................... 6–1

非线性测试 ....................................................... 6–1

创建功率放大器电路 ................................................... 6–2

创建新工程 ....................................................... 6–2

创建原理图 ....................................................... 6–3

创建偏½电路 ..................................................... 6–7

导入输入匹配和输出匹配原理图 .................................... 6–17

在原理图中添加子电路 ............................................ 6–19

创建输出功率随频率变化的测试量 .................................. 6–23

创建动态负½½线测试量 ............................................ 6–24

AWR Design Environment 10

AWR 所有权

内容

设½双音仿真 .................................................... 6–27

7. MWO：½用电磁仿真器 .................................................. 7–1

Microwave Office中的电磁仿真器 ....................................... 7–1

创建分布式叉指状滤波器 ............................................... 7–2

创建新工程 ....................................................... 7–2

导入层处理文件(LPF) .............................................. 7–3

创建电磁结构 ..................................................... 7–3

在版图中添加导½ ................................................ 7–10

添加过孔 ........................................................ 7–16

查看三维结构 .................................................... 7–18

添加端口和去嵌入线 .............................................. 7–19

设定仿真频率 .................................................... 7–22

查看½格剖分 .................................................... 7–23

运行电磁仿真 .................................................... 7–25

在图表中显示仿真结果 ............................................ 7–27

改变频率范围和步进值 ............................................ 7–29

动态显示电流 .................................................... 7–29

完成滤波器的版图 ................................................ 7–31

添加端口 ........................................................ 7–38

高级频率扫描 .................................................... 7–40

将电磁结构½为子电路添加到原理图中 .............................. 7–43

8. MWO：应用 Analyst 3维电磁仿真器 ...................................... 8–1

芯片到电路板间键合线的仿真 ........................................... 8–1

安装 Analyst 3维电磁仿真器 ....................................... 8–2

打开现有的工程 ................................................... 8–2

将AXIEM结构½换为Analyst ......................................... 8–2

运行仿真 ......................................................... 8–9

创建层次仿真 .................................................... 8–15

添加3维参数化单元(键合线) ....................................... 8–25

添加芯片和键合线的介质封装 ...................................... 8–28

仿真整个结构 .................................................... 8–29

仿真部分电路结构的配½方法 ...................................... 8–33

索引 .................................................................. 索引–1

AWR 所有权

Getting Started Guide

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