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简介
在过去的二十多年里，Irwin教授的《工程电路分析基础》以其讲解清
楚、材料丰富、可读性强等特点赢得了广泛的赞誉。没有其他书比它更适合
作为第一门电路分析课程的教材。本书(第7版)具有如下特点：
教学方法的改进，使得本书的结构和内容组织更有利于学生理解所学的
内容。
独具特色的“学习方法问卷调查” (见文前页的“Learning Style
Survey”)帮助学生选择适合自己的学习方式，并有效地利用包括主教材和
教辅材料在内的各种学习工具。
密切结合实际问题。许多例题以及每章从初级到高级的习题都是针对实
际应用问题而设计的。
MATLAB完全融入教材之中，CAD工具所用之处，都有特殊标志，以方便
读者阅读。
丰富的网上教学资源(http://www.wiley.com/college/irwin)，参见本
书前言(Preface)的介绍。更多>>
目录
preface .
1...basic concepts
1.1 system of units
1.2 basic quantities
1.3 circuit elements
learning check
summary
problems
2...resistive circuits
2.1 ohm's law
2.2 kirchhoff's laws
2.3 single-loop circuits
2.4 single-node-pair circuits
2.5 series and parallel resistor combinations
2.6 circuits with series-parallel combinations of resistors
2.7 wye delta transformations
2.8 circuits with dependent sources
learning by application
learning by design
learning check
.summary
problems
3...nodal and loop analysis techniques
3.1 nodal analysis
3.2 loop analysis
3.3 circuits with operational amplifiers
learning by application
learning by design
learning check
summary
problems
4...additional analysis techniques
4.1 introduction
4.2 superposition
4.3 thevenin's and norton's theorems
4.4 maximum power transfer
4.5 dc spice analysis using schematic capture
learning by application
learning by design
learning check
summary
problems
5...capacitance and inductance
5.1 capacitors
5.2 inductors
5.3 capacitor and inductor combinations
5.4 rc operational amplifier circuits
learning by application
learning check
summary
problems
6...first-and second-order transient circuits
6.1 introduction
6.2 first-order circuits
6.3 second-order circuits
6.4 transient pspice analysis using schematic capture
learning by application
learning by design
learning check
summary
problems
7...ac steady-state analysis
7.1 sinusoids
7.2 sinusoidal and complex forcing functions
7.3 phasors
7.4 phasor relationships for circuit elements
7.5 impedance and admittance
7.6 phasor diagrams,
7.7 basic analysis using kirchhoff's laws
7.8 analysis techniques
7.9 ac pspice analysis using schematic capture
learning check
summary
problems
8...magnetically coupled networks
8.1 mutual inductance
8.2 energy analysis
8.3 the ideal transformer
8.4 safety considerations
learning by application
learning by design
learning check
summary
problems
9...steady-state power analysis
9.1 instantaneous power
9.2 average power
9.3 maximum average power transfer
9.4 effective or rms values ..
9.5 the power factor
9.6 complex power
9.7 power factor correction
9.8 single-phase three-wire circuits
9.9 safety considerations
learning by application
learning by design
learning check
summary
problems
10...polyphase circuits
10.1 three-phase circuits
10.2 three-phase connections
10.3 source/load connections
10.4 power relationships
10.5 power factor correction
learning by application
learning by design
learning check
summary
problems
11...variable frequency network performance
11.1 variable-frequency response analysis
11.2 sinusoidal frequency analysis
11.3 resonant circuits
11.4 scaling
11.5 filter networks
learning by application
learning by design
learning check
summary
problems
12...the laplace transform
12.1 definition
12.2 two important singularity functions
12.3 transform pairs
12.4 properties of the transform
12.5 performing the inverse transform
12.6 convolution integral
12.7 initial-value and final-value theorems
learning by application
learning check
summary
problems
13...application of the laplace transform to circuit analysis
13.1 laplace circuit solutions
13.2 circuit element models
13.3 analysis techniques
13.4 transfer function
13.5 pole-zero plot/bode plot connection
13.6 steady-state response
learning by application
learning by design
learning check
summary
problems
14...fourier analysis techniques
14.1 fourier series
14.2 fourier transform
learning by application
learning by design
learning check
summary
problems
15...two-port networks
15.1 admittance parameters
15.2 impedance parameters
15.3 hybrid parameters
15.4 transmission parameters
15.5 parameter conversions
15.6 interconnection of two-ports
learning by application
learning by design
learning check
summary
problems
16...basic semiconductor electronic circuits
16.1 introduction
16.2 diodes
16.3 transistors
learning check
summary
problems
appendix complex numbers
index
answers to selected
problems...www. wiley. com/college/irwin ...
1...basic concepts
1.1 system of units
1.2 basic quantities
1.3 circuit elements
learning check
summary
problems
2...resistive circuits
2.1 ohm's law
2.2 kirchhoff's laws
2.3 single-loop circuits
2.4 single-node-pair circuits
2.5 series and parallel resistor combinations
2.6 circuits with series-parallel combinations of resistors
2.7 wye delta transformations
2.8 circuits with dependent sources
learning by application
learning by design
learning check
.summary
problems
3...nodal and loop analysis techniques
3.1 nodal analysis
3.2 loop analysis
3.3 circuits with operational amplifiers
learning by application
learning by design
learning check
summary
problems
4...additional analysis techniques
4.1 introduction
4.2 superposition
4.3 thevenin's and norton's theorems
4.4 maximum power transfer
4.5 dc spice analysis using schematic capture
learning by application
learning by design
learning check
summary
problems
5...capacitance and inductance
5.1 capacitors
5.2 inductors
5.3 capacitor and inductor combinations
5.4 rc operational amplifier circuits
learning by application
learning check
summary
problems
6...first-and second-order transient circuits
6.1 introduction
6.2 first-order circuits
6.3 second-order circuits
6.4 transient pspice analysis using schematic capture
learning by application
learning by design
learning check
summary
problems
7...ac steady-state analysis
7.1 sinusoids
7.2 sinusoidal and complex forcing functions
7.3 phasors
7.4 phasor relationships for circuit elements
7.5 impedance and admittance
7.6 phasor diagrams,
7.7 basic analysis using kirchhoff's laws
7.8 analysis techniques
7.9 ac pspice analysis using schematic capture
learning check
summary
problems
8...magnetically coupled networks
8.1 mutual inductance
8.2 energy analysis
8.3 the ideal transformer
8.4 safety considerations
learning by application
learning by design
learning check
summary
problems
9...steady-state power analysis
9.1 instantaneous power
9.2 average power
9.3 maximum average power transfer
9.4 effective or rms values ..
9.5 the power factor
9.6 complex power
9.7 power factor correction
9.8 single-phase three-wire circuits
9.9 safety considerations
learning by application
learning by design
learning check
summary
problems
10...polyphase circuits
10.1 three-phase circuits
10.2 three-phase connections
10.3 source/load connections
10.4 power relationships
10.5 power factor correction
learning by application
learning by design
learning check
summary
problems
11...variable frequency network performance
11.1 variable-frequency response analysis
11.2 sinusoidal frequency analysis
11.3 resonant circuits
11.4 scaling
11.5 filter networks
learning by application
learning by design
learning check
summary
problems
12...the laplace transform
12.1 definition
12.2 two important singularity functions
12.3 transform pairs
12.4 properties of the transform
12.5 performing the inverse transform
12.6 convolution integral
12.7 initial-value and final-value theorems
learning by application
learning check
summary
problems
13...application of the laplace transform to circuit analysis
13.1 laplace circuit solutions
13.2 circuit element models
13.3 analysis techniques
13.4 transfer function
13.5 pole-zero plot/bode plot connection
13.6 steady-state response
learning by application
learning by design
learning check
summary
problems
14...fourier analysis techniques
14.1 fourier series
14.2 fourier transform
learning by application
learning by design
learning check
summary
problems
15...two-port networks
15.1 admittance parameters
15.2 impedance parameters
15.3 hybrid parameters
15.4 transmission parameters
15.5 parameter conversions
15.6 interconnection of two-ports
learning by application
learning by design
learning check
summary
problems
16...basic semiconductor electronic circuits
16.1 introduction
16.2 diodes
16.3 transistors
learning check
summary
problems
appendix complex numbers
index
answers to selected
problems...www. wiley. com/college/irwin ...
Basic engineering circuit analysis / 7th ed.
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