简介
本书根据国家工科电工课程教学指导委员会制定的高等工业学校电路课
程教学基本要求编写，全书执行了国家关于量与单位的最新标准。
全书分18章，内容有电路分析与电气工程、基本电路元件与电路、电压
与电流定律、基本节点与网孔分析、常用的电路分析方法、运算放大器、电
容与电感、基本RL与RC电路、RLC电路、正弦稳态分析、交流功率分析、多
相电路、磁耦合电路、频率响应、二端口网络等。每章内容由基本要求、基
本理论、例题分析、实践练习、习题、习题答案、自我测验、自我测验答案
、考试样卷等几部分组成，其中基本要求、基本理论部分用中文编写，其他
部分用英文编写。
本书可以作为普通高等学校应用型本科电气工程与自动化方向专业电路
、电路基础、电路分析基础等课程采用国家教育部高等教育司推荐的英文原
版教材——[美]William H.Hayt，Jr.等著《Engineering Circuit Anal-
ysis》(工程电路分析)双语教学的辅助教科书，也可供有关科技人员参考。
目录
前言
1 电路分析与电气工枉(Circuit analysis and Electrical Engineering)
1.1 基本要求
1.2 基本理论
2 基本元件与电路(Basic Components and Electric Circuit)
2.1 基本要求
2.2 基本理论
2.3 EXAMPLES
2.4 PRACTICE
2.5 EXERCISES
2.6 ANSWERS TO EXERClSES
2.7 SELF-TEST
2.8 ANSWERS TO SELF-TEST
3 电压与电流定律(Voltage and Current Laws)
3.1 基本要求
3.2 基本理论
3.3 EXAMPLES
3.4 PRACTICE
3.5 EXERCISES
3.6 ANSWERS TO EXERCISES
3.7 SELF-TEST
3.8 ANSWERS TO SELF-TEST
4 基本节点与网孔分析(Basic Nodal and Mesh Analysis)
4.1 基本要求
4.2 基本理论
4.3 EXAMPLES
4.4 PRACTICE
4.5 EXERCISES
4.6 ANSWERS TO EXERCISES
4.7 SELF-TEST
4.8 ANSWERS TO SELF-TEST
5 常用电路分析方法(useful Circuit Analysis Techniques)
5.1 基本要求
5.2 基本理论
5.3 EXAMPLES
5.4 PRACTICE
5.5 EXERCISES
5.6 ANSWERS TO EXERCISES
5.7 SELF-TEST
5.8 ANSWERS TO SELF-TEST
6 运算放大器(The Operational Amplifier)
6.1 基本要求
6.2 基本理论
6.3 EXAMPLES
6.4 PRACTICE
6.5 EXERCISES
6.6 ANSWERS TO EXERCISES
6.7 SELF-TEST
6.8 ANSWERS TO SELF-TEST
7 电容与电感元件(Capacitors and Inductors)
7.1 基本要求
7.2 基本理论
7.3 EXAMPLES
7.4 PRACTICE
7.5 EXERCISES
7.6 ANSWERS TO EXERCISES
7.7 SEL卜TEST
7.8 ANSWERS TO SELF-TEST
8 基本RL和RC电路(Basic RL and RC Circuits)
8.1 基本要求
8.2 基本理论
8.3 EXAMPLES
8.4 PRACTICE
8.5 EXERCISES
8.6 ANSWERS TO EXERCISES
8.7 SELF-TEST
8.8 ANSWERS TO SELF-TEST
9 RLC电路(The RLC Circuit)
9.1基本要求
9.2基本理论
9.3 EXAMPLES
9.4 PRACTICE
9.5 EXERCISES
9.6 ANSWERS TO EXERCISES
9.7 SELF-TEST
9.8 ANSWERS TO SELF-TEST
10 正弦稳态电路分析(Sinusoidal Steady-State Analysis)
10.1基本要求
10.2基本内容
10.3 EXAMPLES
10.4 PRACTICE
10.5 EXERCISES
lO.6 ANSWERS TO EXERCISES
10.7 SELF-TEST
10.8 ANSWERS To SELF-TEST
11 交流电路功率分析(AC Circuit Power Analysis)
11.1基本要求
11.2基本理论
11.3 EXAMPLES
11.4 PRACTICE
11.5 EXERCISES
11.6 ANSWERS TO E……
1 电路分析与电气工枉(Circuit analysis and Electrical Engineering)
1.1 基本要求
1.2 基本理论
2 基本元件与电路(Basic Components and Electric Circuit)
2.1 基本要求
2.2 基本理论
2.3 EXAMPLES
2.4 PRACTICE
2.5 EXERCISES
2.6 ANSWERS TO EXERClSES
2.7 SELF-TEST
2.8 ANSWERS TO SELF-TEST
3 电压与电流定律(Voltage and Current Laws)
3.1 基本要求
3.2 基本理论
3.3 EXAMPLES
3.4 PRACTICE
3.5 EXERCISES
3.6 ANSWERS TO EXERCISES
3.7 SELF-TEST
3.8 ANSWERS TO SELF-TEST
4 基本节点与网孔分析(Basic Nodal and Mesh Analysis)
4.1 基本要求
4.2 基本理论
4.3 EXAMPLES
4.4 PRACTICE
4.5 EXERCISES
4.6 ANSWERS TO EXERCISES
4.7 SELF-TEST
4.8 ANSWERS TO SELF-TEST
5 常用电路分析方法(useful Circuit Analysis Techniques)
5.1 基本要求
5.2 基本理论
5.3 EXAMPLES
5.4 PRACTICE
5.5 EXERCISES
5.6 ANSWERS TO EXERCISES
5.7 SELF-TEST
5.8 ANSWERS TO SELF-TEST
6 运算放大器(The Operational Amplifier)
6.1 基本要求
6.2 基本理论
6.3 EXAMPLES
6.4 PRACTICE
6.5 EXERCISES
6.6 ANSWERS TO EXERCISES
6.7 SELF-TEST
6.8 ANSWERS TO SELF-TEST
7 电容与电感元件(Capacitors and Inductors)
7.1 基本要求
7.2 基本理论
7.3 EXAMPLES
7.4 PRACTICE
7.5 EXERCISES
7.6 ANSWERS TO EXERCISES
7.7 SEL卜TEST
7.8 ANSWERS TO SELF-TEST
8 基本RL和RC电路(Basic RL and RC Circuits)
8.1 基本要求
8.2 基本理论
8.3 EXAMPLES
8.4 PRACTICE
8.5 EXERCISES
8.6 ANSWERS TO EXERCISES
8.7 SELF-TEST
8.8 ANSWERS TO SELF-TEST
9 RLC电路(The RLC Circuit)
9.1基本要求
9.2基本理论
9.3 EXAMPLES
9.4 PRACTICE
9.5 EXERCISES
9.6 ANSWERS TO EXERCISES
9.7 SELF-TEST
9.8 ANSWERS TO SELF-TEST
10 正弦稳态电路分析(Sinusoidal Steady-State Analysis)
10.1基本要求
10.2基本内容
10.3 EXAMPLES
10.4 PRACTICE
10.5 EXERCISES
lO.6 ANSWERS TO EXERCISES
10.7 SELF-TEST
10.8 ANSWERS To SELF-TEST
11 交流电路功率分析(AC Circuit Power Analysis)
11.1基本要求
11.2基本理论
11.3 EXAMPLES
11.4 PRACTICE
11.5 EXERCISES
11.6 ANSWERS TO E……
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