Microwave Office最新中文版入門教程，手把手教您如何使用Microwave Office軟件，目測為Microwave Office初學(xué)者必備教程。

目錄
1. AWR設(shè)計(jì)環(huán)境簡介....................................................... 1–1
關(guān)于本書............................................................. 1–1
前提條件......................................................... 1–1
目錄............................................................. 1–2
使用約定......................................................... 1–2
獲取更多信息......................................................... 1–3
AWR知識(shí)庫........................................................ 1–3
文檔............................................................. 1–3
在線幫助......................................................... 1–4
網(wǎng)站支持......................................................... 1–5
技術(shù)支持......................................................... 1–5
2. AWR設(shè)計(jì)環(huán)境套裝....................................................... 2–1
運(yùn)行AWR程序.......................................................... 2–2
AWR設(shè)計(jì)環(huán)境套件的組成部分............................................ 2–3
基本操作............................................................. 2–4
工程管理........................................................ 2–4
新建MWO/AO原理圖和網(wǎng)表........................................... 2–6
新建VSS系統(tǒng)框圖.................................................. 2–7
使用元件管理器................................................... 2–8
應(yīng)用MWO/AO創(chuàng)建版圖............................................. 2–13
創(chuàng)建輸出圖表并添加測試量....................................... 2–16
設(shè)置仿真頻率并運(yùn)行仿真.......................................... 2–18
使用腳本和向?qū)?................................................. 2–19
使用在線幫助........................................................ 2–19
3. MWO：導(dǎo)入數(shù)據(jù)文件..................................................... 3–1
導(dǎo)入S參數(shù)數(shù)據(jù)文件.................................................... 3–1
創(chuàng)建新工程....................................................... 3–1
導(dǎo)入數(shù)據(jù)文件.................................................... 3–1
繪制數(shù)據(jù)文件........................................................ 3–2
在原理圖中添加數(shù)據(jù)文件.............................................. 3–4
創(chuàng)建原理圖....................................................... 3–4
在原理圖中放置數(shù)據(jù)文件........................................... 3–4
設(shè)定仿真頻率..................................................... 3–6
仿真帶有數(shù)據(jù)文件的原理圖......................................... 3–7
4. MWO：應(yīng)用線性仿真器................................................... 4–1
Microwave Office中的線性仿真器....................................... 4–1
集總參數(shù)濾波器設(shè)計(jì)................................................... 4–1
新建工程......................................................... 4–1
設(shè)置工程默認(rèn)單位................................................. 4–2
創(chuàng)建原理圖....................................................... 4–2
創(chuàng)建圖表......................................................... 4–7
添加測試量....................................................... 4–8
電路仿真............................................................. 4–9
電路調(diào)諧........................................................ 4–10
創(chuàng)建變量............................................................ 4–12
添加優(yōu)化目標(biāo)........................................................ 4–13
優(yōu)化電路............................................................ 4–14
5. MWO：創(chuàng)建原理圖的版圖................................................. 5–1
Microwave Office中的版圖設(shè)計(jì)......................................... 5–1
版圖的應(yīng)用技巧................................................... 5–1
創(chuàng)建原理圖的版圖..................................................... 5–1
創(chuàng)建新的工程..................................................... 5–2
導(dǎo)入層處理文件................................................... 5–2
設(shè)置數(shù)據(jù)庫單位和默認(rèn)的網(wǎng)格大小................................... 5–3
導(dǎo)入GDSII單元庫.................................................. 5–4
導(dǎo)入數(shù)據(jù)文件..................................................... 5–5
在原理圖中放置數(shù)據(jù)文件并添加接地................................. 5–5
改變?cè)?hào)..................................................... 5–6
在版圖中放置微帶線元件........................................... 5–7
為原理圖元件配置封裝單元........................................ 5–10
查看版圖........................................................ 5–10
銜接版圖........................................................ 5–11
連通性檢查...................................................... 5–11
固定版圖單元.................................................... 5–13
創(chuàng)建封裝單元.................................................... 5–14
為封裝單元添加端口.............................................. 5–16
設(shè)置電容的封裝.................................................. 5–18
應(yīng)用MTRACE2元件................................................. 5–20
版圖單元的銜接功能.............................................. 5–22
輸出版圖： ...................................................... 5–27
6. MWO：使用非線性仿真器................................................. 6–1
Microwave Office中的諧波平衡......................................... 6–1
單音分析......................................................... 6–1
多音分析......................................................... 6–1
非線性測試....................................................... 6–1
創(chuàng)建功率放大器電路................................................... 6–2
創(chuàng)建新工程....................................................... 6–2
創(chuàng)建原理圖....................................................... 6–3
創(chuàng)建偏置電路..................................................... 6–7
導(dǎo)入輸入匹配和輸出匹配原理圖.................................... 6–17
在原理圖中添加子電路............................................ 6–19
創(chuàng)建輸出功率隨頻率變化的測試量.................................. 6–23
創(chuàng)建動(dòng)態(tài)負(fù)載線測試量............................................ 6–24
設(shè)置雙音仿真.................................................... 6–27
7. MWO：使用電磁仿真器.................................................. 7–1
Microwave Office中的電磁仿真器....................................... 7–1
創(chuàng)建分布式叉指狀濾波器............................................... 7–2
創(chuàng)建新工程....................................................... 7–2
導(dǎo)入層處理文件(LPF) .............................................. 7–3
創(chuàng)建電磁結(jié)構(gòu)..................................................... 7–3
在版圖中添加導(dǎo)體................................................ 7–10
添加過孔........................................................ 7–16
查看三維結(jié)構(gòu).................................................... 7–18
添加端口和去嵌入線.............................................. 7–19
設(shè)定仿真頻率.................................................... 7–22
查看網(wǎng)格剖分.................................................... 7–23
運(yùn)行電磁仿真.................................................... 7–25
在圖表中顯示仿真結(jié)果............................................ 7–27
改變頻率范圍和步進(jìn)值............................................ 7–29
動(dòng)態(tài)顯示電流.................................................... 7–29
完成濾波器的版圖................................................ 7–31
添加端口........................................................ 7–38
高級(jí)頻率掃描.................................................... 7–40
將電磁結(jié)構(gòu)作為子電路添加到原理圖中.............................. 7–43
8. MWO：應(yīng)用Analyst 3維電磁仿真器...................................... 8–1
芯片到電路板間鍵合線的仿真........................................... 8–1
安裝Analyst 3維電磁仿真器....................................... 8–2
打開現(xiàn)有的工程................................................... 8–2
將AXIEM結(jié)構(gòu)轉(zhuǎn)換為Analyst ......................................... 8–2
運(yùn)行仿真......................................................... 8–9
創(chuàng)建層次仿真.................................................... 8–15
添加3維參數(shù)化單元(鍵合線) ....................................... 8–25
添加芯片和鍵合線的介質(zhì)封裝...................................... 8–28
仿真整個(gè)結(jié)構(gòu).................................................... 8–29
仿真部分電路結(jié)構(gòu)的配置方法...................................... 8–33
索引.................................................................. 索引–1 

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