- 电子工业出版社
- 9787121316623
- 1-1
- 284616
- 46217865-8
- 平塑
- 16开
- 2017-10
- 493
- 308
- 工学
- 电子科学与技术
- TM133
- 电子科学与技术(工学/理学)
- 本科 研究生（硕士、EMBA、MBA、MPA、博士）
内容简介
本书包括电路的基本概念与基本定律、电路的等效变换、电路的基本分析方法、电路的基本定理、正弦稳态电路的分析、耦合电感和理想变压器、三相电路、非正弦周期电流电路、动态电路的时域分析、双口网络和非线性电阻电路共11章内容。本书最大的特点是所有的知识点都配有教学视频、电子课件，在线测试等，各章还配有小结视频、综合测试题及测试题讲解视频。扫描书上的二维码就可以观看视频、完成在线测试并实时查看测试结果以及参与交流讨论等。因此，本书不仅适用于传统方法教学，还适用于MOOC教学。本书与国家首批精品在线开放课程《电路分析基础》相配套，在线课程免费对所有高校老师和学生开放，课程链接为：http:///course/detail/30007327。本书可作为本科院校和高职院校电气与电子信息类各专业及其他相近专业的教材，也可用于混合式教学或供相关科技人员参考。
目录
第 1章电路的基本概念与基本定律·························································· 1 1.1电路的组成与电路模型 ············································································ 1 1.1.1 电路的组成及其作用 ········································································· 1 1.1.2 电路模型 ························································································ 2 1.2电路的基本物理量 ·················································································· 3 1.2.1 电流 ······························································································ 3 1.2.2 电压和电位 ····················································································· 5 1.2.3 功率 ······························································································ 7 1.3基尔霍夫定律 ························································································ 8 1.3.1 基尔霍夫电流定律 ············································································ 9 1.3.2 基尔霍夫电压定律 ··········································································· 10 1.4无源元件 ····························································································· 12 1.4.1 电阻元件 ······················································································· 12 1.4.2 电容元件 ······················································································· 14 1.4.3 电感元件 ······················································································· 16 1.5有源元件 ····························································································· 18 1.5.1 独立电源 ······················································································· 18 1.5.2 受控电源 ······················································································· 20 1.6应用实例 ····························································································· 23 1.6.1 电吹风机 ······················································································· 23 1.6.2 汽车油箱油量检测电路 ····································································· 25 本章小结 ··································································································· 26 习题 1 ······································································································· 28 第 2章电路的等效变换 ······································································32 2.1二端网络等效的概念 ·············································································· 322.2电阻的等效变换 ···················································································· 332.2.1 电阻的串并联等效变换 ····································································· 33 2.2.2 电阻的 Y-△等效变换 ······································································· 35 2.3电源的等效变换 ···················································································· 37 2.3.1实际电源的两种模型及其等效变换 ······················································ 37 2.3.2 理想电源的串并联等效 ····································································· 39 2.4电路的等效分析 ···················································································· 41 2.5无源二端网络的等效电阻 ········································································ 42 2.6应用实例 ····························································································· 43 2.6.1直流电表的设计 ·············································································· 43 2.6.2 惠斯通电桥电路 ·············································································· 45 本章小结 ··································································································· 46 习题 2 ······································································································· 48 第 3章电路的基本分析方法·································································52 3.1支路电流法 ·························································································· 52 3.1.1 两类约束和电路方程 ········································································ 52 3.1.2 支路电流方程的列写 ·····································································
