电路分析基础（英文版）

chapter 1 circuit variables and circuit elements .

1.1 circuit analysis: an overview

1.2 voltage, current, and the basic circuit elements

1.3 the ideal basic circuit element

1.4 power and energy

1.5 voltage and current sources

1.6 electrical resistance (ohmos law)

1.7 kirchhoffos laws

1.8 analysis of a circuit containing dependent sources

chapter 2 some circuit simplification techniques

2.1 source transformations

2.2 superposition

chapter 3 techniques of circuit analysis

3.1 terminology

3.2 introduction to the node-voltage method

3.3 the node-voltage method and dependent sources

3.4 the node-voltage method: some special cases

3.5 introduction to the mesh-current method

3.6 the mesh-current method and dependent sources

3.7 the mesh-current method: some special cases

.3.8 the node-voltage method versus the mesh-current method

3.9 thvenin and norton equivalents

3.10 more on deriving a thvenin equivalent

3.11 maximum power transfer

chapter 4 the operational amplifier ..

4.1 operational amplifier terminals

4.2 terminal voltages and currents

4.3 the inverting-amplifier circuit

4.4 the summing-amplifier circuit

4.5 the noninverting-amplifier circuit

4.6 the difference-amplifier circuit

4.7 the comparator

chapter 5 the natural and step response of rl and rc circuits

5.1 the inductor

5.2 the capacitor

5.3 series-parallel combinations of inductance and capacitance

5.4 natural response of rl and rc circuits

5.5 step response of rl and rc circuits

5.6 the integrating amplifier

chapter 6 natural and step responses of rlc circuits

6.1 introduction to the natural response of a parallel rlc circuit

6.2 the forms of the natural response of a parallel rlc circuit

6.3 the step response of a parallel rlc circuit

6.4 the natural and step response of a series rlc circuit

chapter 7 sinusoidal steady-state analysis

7.1 the sinusoidal source

7.2 the sinusoidal response

7.3 the phasor

7.4 the passive circuit elements in the frequency domain

7.5 kirchhoffos laws in the frequency domain

7.6 circuit simplifications

7.7 the node-voltage method

7.8 the mesh-current method

7.9 instantaneous, average, and reactive power

7.10 the rms value and power calculations

7.11 complex power and power calculations

chapter 8 balanced three-phase circuits

8.1 balanced three-phase voltages

8.2 three-phase voltage sources

8.3 analysis of the wye-wye circuit

8.4 analysis of the wye-delta circuit

8.5 power calculations in balanced three-phase circuits

8.6 measuring average power in three-phase circuits

chapter 9 introduction to frequency selective circuits

9.1 some preliminaries

9.2 low-pass filters

9.3 high-pass filters

9.4 bandpass filters

9.5 bandreject filters

书由浅入深、系统全面地讲解了电子电路及电子系统的基本元件、基本概念、基本分析理论和计算方法，主要内容包括电路基本元件、简单电阻电路分析、电路常见分析法、运算放大器基本应用电路、一阶和二阶电路的分析、正弦稳态分析及其功率计算、平衡三相电路、选频电路及滤波器等。

此外，本书结合多年教学经验和生活中的实际应用，给出了大量例题和习题、详尽的图表资料和丰富的实用电路范例。

2019年，电路分析基础课程被认定为国家精品在线开放课程；

2020年，电路分析基础课程被教育部认定为首批“国家级一流本科课程”（线上一流课程）。

《电路分析基础》以教育部高等学校电子电气基础课程教学指导分委员会制定的《电路分析基础课程教学基本要求》为依据，以培养高素质、创新型电气、电子信息类高级应用型人才为培养目标，从电专业的人才培养和学生就业最需要的专业基础知识出发，重点强调“实践性” “应用性” 和“工程性”，结合现代电路分析基础的发展趋势和电类课程教学改革形势及实际需要编写而成。

该教材由李丽敏编著，张玉峰教授全面审阅了书稿，并提出了建议，相关教师和学生也提出了反馈意见。在该教材的编写过程中，编者吸取了参考文献中一些专家学者的经验，机械工业出版社编辑也对该教材提供了帮助。

2019年11月21日，该教材由机械工业出版社出版 。

2017年12月26日，电路分析基础课程被中华人民共和国教育部认定为“国家精品在线开放课程”。