模拟电子技术基础（初永丽）

图书标准信息

• 作者 初永丽、王雪琪、范丽杰 著
• 出版社 西安电子科技大学出版社
• 出版时间 2016-08
• 版次 1
• ISBN 9787560641577
• 定价 37.00元
• 装帧 平装
• 开本 16开
• 纸张 胶版纸
• 页数 296页
• 字数 99999千字

【内容简介】

本书根据近年来电子技术的发展变化和编者多年的教学实践经验，针对模拟电子技术课程教学的基本要求和学习特点编写而成。
本书系统地介绍了模拟电子技术的基本知识、基本理论、常用器件及其应用，共分十章，包括绪论、半导体二极管及其基本电路、晶体三极管及其基本放大电路、场效应管及其基本放大电路、放大电路的频率响应、集成运算放大电路、反馈放大电路、信号的运算与处理、信号发生电路、直流稳压电源等内容。
本书可作为高等学校电子与电气信息类专业模拟电子技术基础课程的教材，也可供工程技术人员参考。

【目录】

第1章  绪论                          1  

      1.1   电子技术的发展                           1  

      1.2   信号                           2  

      1.3   模拟电子系统                           3  

      1.4   放大的概念和放大电路的主要性能指标                          4

    第2章  半导体二极管及其基本电路                          8  

      2.1   半导体的基本知识                           8

        2.1.1  半导体材料                          8

        2.1.2  本征半导体及其导电作用                          9

        2.1.3  杂质半导体                           10

        2.1.4  PN结的形成及特性                          12  

      2.2   半导体二极管及其基本应用电路                           16

        2.2.1  二极管的结构                          16

        2.2.2  二极管的U-I特性                          17

        2.2.3  二极管的主要参数                          18

        2.2.4  二极管的等效电路及其分析方法                          19  

      2.3   特殊二极管                           23

        2.3.1  稳压二极管                          23

        2.3.2  其他类型二极管                          24  

      2.4   Multisim仿真例题                           26  

      本章小结                          27  

      习题                          28

    第3章  晶体三极管及其基本放大电路                          31  

      3.1   晶体三极管                           31

        3.1.1  BJT的结构及类型                          31

        3.1.2  放大状态下BJT的工作原理                          32

        3.1.3  BJT的U-I特性曲线                          34

        3.1.4  BJT的主要参数                          37

        3.1.5  温度对BJT参数及特性的影响                          39  

      3.2   共射极放大电路的组成及工作原理                          40

        3.2.1  共射极放大电路的组成                          40

        3.2.2  共射极放大电路的工作原理                          40  

      3.3   放大电路的分析方法                           41

        3.3.1  图解分析法                          42

        3.3.2  等效电路法                          46  

      3.4   共集电极和共基极放大电路分析                           52

        3.4.1  共集电极放大电路                          52

        3.4.2  共基极放大电路                          54

        3.4.3  三种基本放大电路的比较                          55  

      3.5   放大电路静态工作点的稳定问题                           56

        3.5.1  温度对静态工作点的影响                          56

        3.5.2  稳定工作点的电路                          57  

      3.6   多级放大电路                           62

        3.6.1  放大电路的极间耦合方式                          62

        3.6.2  多级放大电路的分析计算                          64  

      3.7   Multisim仿真例题                           67  

      本章小结                          70  

      习题                          71

    第4章  场效应管及其基本放大电路                          78  

      4.1   场效应管                           78

        4.1.1  金属氧化物-半导体(MOS)场效应管                          78

        4.1.2  结型场效应管(JFET)                           84

        4.1.3  JFET的特性曲线                          87

        4.1.4  场效应管的主要参数                          88  

      4.2   场效应管单管放大电路                           89

        4.2.1  静态工作点的计算                          90

        4.2.2  图解分析法                          91

        4.2.3  小信号模型分析法                          91  

      4.3   Multisim仿真例题                           94    

      本章小结                          96  

      习题                          96

    第5章  放大电路的频率响应                          99  

      5.1   频率响应概述                           99

        5.1.1  基本概念                          99

        5.1.2  典型RC电路的频率响应分析                          100  

      5.2   单管放大电路的高频特性                           103

        5.2.1  晶体管的混合Π型等效电路                          104

        5.2.2  单管共射极放大电路的高频特性                          108

        5.2.3  共基极放大电路的高频特性                          111  

      5.3   单管放大电路的低频特性                           112  

      5.4   多级放大电路的频率特性                           115  

      5.5   放大电路的瞬态响应                           117  

      本章小结                          119  

      习题                          120

    第6章  集成运算放大电路                          122  

      6.1   集成电路概述                           122  

      6.2   电流源电路                           123  

      6.3   差分放大电路                           127

        6.3.1  差分放大电路概述                          127

        6.3.2  差分放大电路静态分析                          128

        6.3.3  差分放大电路动态技术指标计算                          128

        6.3.4  带有恒流源的差分放大电路                          132

        6.3.5  差分放大电路的调零                          133  

      6.4   功率放大电路                           134

        6.4.1  功率放大电路的一般问题                          134

        6.4.2  乙类双电源互补对称功率放大电路                          136

        6.4.3  甲乙类互补对称功率放大电路                          139

        6.4.4  实际的功率放大电路                          141  

      6.5   集成运算放大器                           141

        6.5.1  典型的集成运算放大器电路                          141

        6.5.2  集成运放的主要参数                          144

        6.5.3  CMOS集成运放                          146

        6.5.4  专用型集成运放                          147  

      6.6   Multisim仿真例题                           148

        6.6.1  仿真例题1                           148

        6.6.2  仿真例题2                          152  

      本章小结                          155  

      习题                          155

    第7章  反馈放大电路                          161  

      7.1   反馈的基本概念与分类                           161

        7.1.1  什么是反馈                           161

        7.1.2  直流反馈与交流反馈                          162

        7.1.3  正反馈与负反馈                          164

        7.1.4  串联反馈与并联反馈                           165

        7.1.5  电压反馈与电流反馈                          166  

      7.2   负反馈放大电路的四种组态                           167

        7.2.1  电压串联负反馈放大电路                          167

        7.2.2  电压并联负反馈放大电路                          168

        7.2.3  电流串联负反馈放大电路                          168

        7.2.4  电流并联负反馈放大电路                          169  

      7.3   负反馈放大电路增益的一般表达                           170  

      7.4   反馈对放大电路性能的影响                           172

        7.4.1  提高增益的稳定性                          172

        7.4.2  减小非线性失真                          173

        7.4.3  对输入电阻和输出电阻的影响                          174  

      7.5   深度负反馈条件下的近似计算                           177  

      7.6   负反馈放大电路的自激振荡及消除方法                          180

        7.6.1  产生自激振荡的原因及条件                          180

        7.6.2  负反馈放大电路稳定工作的条件及稳定性分析                          181

        7.6.3  消除自激振荡的方法                          182  

      7.7   Multisim仿真例题                           185  

      本章小结                          190  

      习题                          191

    第8章  信号的运算与处理                          196  

      8.1   集成运算放大器的应用基础                           196

        8.1.1  集成运算放大器的符号                          196

        8.1.2  理想集成运算放大器                          197

        8.1.3  集成运算放大器的电压传输特性                          197  

      8.2   基本运算电路                           198

        8.2.1  比例运算电路                          199

        8.2.2  加法电路                          202

        8.2.3  减法电路                          202

        8.2.4  积分电路                          204

        8.2.5  微分电路                          204

        8.2.6  非理想运算放大器运算电路的分析                          206  

      8.3   对数和指数运算放大电路                           208

        8.3.1  对数运算放大电路                          209

        8.3.2  指数运算放大电路                          210  

      8.4   模拟乘法器                           211

        8.4.1  用对数函数网络构成的乘法器                          211

        8.4.2  四象限变跨导模拟乘法器                          213  

      8.5   有源滤波电路                           217

        8.5.1  一阶有源滤波电路                          218

        8.5.2  二阶有源滤波电路                          219  

      8.6   Multisim仿真例题                           224  

      本章小结                          227  

      习题                          228

    第 9 章  信号发生电路                          235  

      9.1   正弦波振荡电路                           235  

      9.2   RC正弦波振荡电路                           237

        9.2.1  RC移相选频网络                          237

        9.2.2  RC串并联网络振荡电路                          239  

      9.3   LC正弦波振荡电路                           240

        9.3.1  LC并联电路的频率响应                          240

        9.3.2  LC选频放大电路                          242

        9.3.3  变压器反馈式LC正弦波振荡电路                          242

        9.3.4  三点式LC振荡电路                          243  

      9.4   石英晶体振荡电路                           245

        9.4.1  石英晶体谐振器的电特性                          246

        9.4.2  石英晶体振荡电路                          247  

      9.5   非正弦波发生电路                           247

        9.5.1  电压比较器                          247

        9.5.2  方波发生电路                          251

        9.5.3  方波-三角波发生电路                          253

        9.5.4  锯齿波发生电路                          254  

      9.6   Multisim仿真例题                           255  

      本章小结                          257  

      习题                          258

    第10章  直流稳压电源                          266  

      10.1  小功率整流滤波电路                          266

        10.1.1  单相桥式整流电路                          266

        10.1.2  滤波电路                          268  

      10.2  稳压电路                          271

        10.2.1  稳压电源的质量指标                           271

        10.2.2  稳压管稳压电路                          272

        10.2.3  串联反馈式稳压电路的工作原理                          273

        10.2.4  三端集成稳压电路                          274  

      10.3  串联开关式稳压电路                          278  

      本章小结                          280  

      习题                          280

    附录  模拟电子技术符号说明                          285

    参考文献                           288