本书分为主册和附册两部分。主册以各章、节为单元，将全书知识点分解为知识同步指导、经典例题解析、同步练习三部分来达到学习指导和巩固练习的目的。是一套全面综合了全国多个省份职教高考大纲并紧扣考试大纲的要求而编写的较为全面的学习、复习指导用书。附册的内容为八套单元质量检测试卷，方便教师对各章节知识的掌握情况依教学进度进行考核检查。本书内容包括：直流电路基础知识、复杂直流电路、电容器、磁与电磁、正弦交流电路、正弦交流电的相量法、三相交流电和电动机、变压器、非正弦交流电路、过渡过程九章共计67个单元知识的同步指导、200例经典例题解析示范、67个单元知识同步练习、9套单元质量检测试卷以及所各单元知识同步练习题和各单元质量检测试卷的参考答案。本书为电子类专业职教高考学生、职业院校电子类/机电类学生的学习指导用书，也可以作为相关专业教师的教学参考用书。

国家职业技能鉴定考评员，郴州市电子专业的专业带头人和专业名师，对口高考部年级组长。对电子电工知识体系有独道见解，能完全胜任电子专业的理论课程教学和实习指导工作，教学水平高，教学经验丰富，高考成绩在湖南省同专业中数一数二。

第1 章 直流电路基础知识 ·············································································.
1.1 库仑定律 ·························································································
1.2 电场及电场强度、静电感应和静电屏蔽 ··················································.
1.3 电流 ·····························································································
1.4 电压和电位 ····················································································
1.5 电源和电动势 ················································································
1.6 电阻和电阻定律 ···············································································
1.7 电路和欧姆定律 ················································································
1.8 电能和电功率 ·················································································
1.9 电源最大输出功率 ·············································································
第2 章 直流电路 ·······················································································
2.1 电阻串联电路 ···················
2.2 电阻并联电路 ···················································································.
2.3 电阻混联电路 ···················································································.
2.4 电源的连接 ······················································································.
2.5 电路中各点电位的计算 ·······································································.
2.6 基尔霍夫定律 ···················································································.
2.7 支路电流法 ······················································································.
2.8 电压源、电流源及其等效变换 ······························································.
2.9 叠加定理 ··························································································
2.10 弥尔曼定理 ····················································································.
2.11 戴维南定理 ·····················································································
2.12 电桥电路 ························································································
第3 章 电容器 ··················································································
3.1 电容器和电容 ···············································································
3.2 电容器的参数和种类 ······································································
3.3 电容器的基本特性 ··········································································
3.4 电容器的连接 ········································································
第4 章 磁与电磁 ························································································
4.1 磁感应强度和磁通 ·············································································.
4.2 磁导率和磁场强度 ·············································································.
4.3 磁性材料的磁化与磁滞回线 ·································································.
4.4 磁路定义及磁路欧姆定律 ····································································.
4.5 磁场对电流的作用 ·············································································.
4.6 电磁感应现象 ···················································································.
4.7 楞次定律 ·························································································.
4.8 感应电动势和电磁感应定律 ·································································.
4.9 电感器 ····························································································.
4.10 自感与互感 ····················································································.
4.11 互感线圈的同名端 ···········································································.
4.12 涡流、磁屏蔽和线圈中的磁场能 ·························································.
第5 章 正弦交流电路 ···················································································.
5.1 正弦交流电的基本概念 ·······································································.
5.2 旋转相量 ·························································································.
5.3 纯电阻交流电路 ················································································.
5.4 纯电感交流电路 ················································································.
5.5 纯电容交流电路 ················································································.
5.6 RL 串联交流电路 ··············································································.
5.7 RC 串联交流电路 ··············································································.
5.8 RLC 串联交流电路 ············································································.
5.9 串联谐振电路 ···················································································.
5.10 实际线圈与电容并联电路 ··································································
5.11 并联谐振电路 ·················································································.
5.12 提高功率因数的意义和方法 ·······························································.
※第6 章 正弦交流电的相量法 ·········································································.
6.1 复数及其运算 ···················································································.
6.2 正弦量的相量表示 ·············································································.
6.3 相量法 ····························································································.242
第7 章 三相交流电路和电动机 ·······································································.249
7.1 三相交流电源 ···················································································.249
7.2 三相负载的连接 ················································································.254
7.3 三相交流电路的功率 ···········································································
※7.4 三相笼型异步电动机 ········································································.
※7.5 单相交流异步电动机 ········································································.
7.6 安全用电 ·························································································.
第8 章 变压器 ····························································································.
8.1 变压器的构造和工作原理 ····································································
8.2 变压器的功率和效率 ··········································································.
8.3 几种常用的变压器 ·············································································
※第9 章 非正弦交流电路 ··············································································
9.1 非正弦交流电的产生与分解 ·································································.
9.2 非正弦交流电的计算 ··········································································
第10 章 过渡过程 ························································································
10.1 过渡过程的概念和换路定律 ································································
10.2 RC、RL 电路的过渡过程 ···································································
10.3 一阶过渡电路的三要素法 ··································································.
※10.4 LC 振荡电路 ·················································································