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Tables of Contents for The Analysis and Design of Linear Circuits
Chapter/Section Title
Page #
Page Count
Introduction
1
15
About This Book
2
1
Symbols and Units
3
1
Circuit Variables
4
12
Summary
11
1
Problems
12
3
Integrating Problems
15
1
Basic Circuit Analysis
16
56
Element Constraints
17
5
Connection Constraints
22
8
Combined Constraints
30
5
Equivalent Circuits
35
6
Voltage and Current Division
41
7
Circuit Reduction
48
6
Computer-aided Circuit Analysis
54
18
Summary
58
1
Problems
58
10
Integrating Problems
68
4
Circuit Analysis Techniques
72
76
Node-voltage Analysis
73
15
Mesh-current Analysis
88
9
Linearity Properties
97
8
Thevenin and Norton Equivalent Circuits
105
13
Maximum Signal Transfer
118
3
Interface Circuit Design
121
27
Summary
131
1
Problems
132
12
Integrating Problems
144
4
Active Circuits
148
76
Linear Dependent Sources
149
2
Analysis of Circuits with Dependent Sources
151
13
The Transistor
164
5
The Operational Amplifier
169
7
OP AMP Circuit Analysis
176
15
OP AMP Circuit Design
191
12
The Comparator
203
21
Summary
206
1
Problems
207
11
Integrating Problems
218
6
Signal Waveforms
224
40
Introduction
225
2
The Step Waveform
227
4
The Exponential Waveform
231
4
The Sinusoidal Waveform
235
8
Composite Waveforms
243
5
Waveform Partial Descriptors
248
16
Summary
255
1
Problems
256
5
Integrating Problems
261
3
Capacitance and Inductance
264
34
The Capacitor
265
7
The Inductor
272
6
Dynamic OP AMP Circuits
278
7
Equivalent Capacitance and Inductance
285
13
Summary
288
1
Problems
289
4
Integrating Problems
293
5
First - And Second-Order Circuits
298
72
RC and RL Circuits
299
10
First-order Circuit Step Response
309
9
Initial and Final Conditions
318
5
First-order Circuit Sinusoidal Response
323
7
The Series RLC Circuit
330
10
The Parallel RLC Circuit
340
5
Second-order Circuit Step Response
345
7
Some Other Second-order Circuits
352
18
Summary
356
1
Problems
357
9
Integrating Problems
366
4
Sinusoidal Steady-State Response
370
60
Sinusoids and Phasors
371
6
Phasor Circuit Analysis
377
5
Basic Circuit Analysis with Phasors
382
11
Circuit Theorems with Phasors
393
10
General Circuit Analysis with Phasors
403
10
Energy and Power
413
17
Summary
418
1
Problems
419
9
Integrating Problems
428
2
Laplace Transforms
430
50
Signal Waveforms and Transforms
431
4
Basic Properties and Pairs
435
9
Pole-zero Diagrams
444
3
Inverse Laplace Transforms
447
6
Some Special Cases
453
5
Circuit Response Using Laplace Transforms
458
10
Initial Value and Final Value Properties
468
12
Summary
471
1
Problems
471
6
Integrating Problems
477
3
s-Domain Circuit Analysis
480
58
Transformed Circuits
481
9
Basic Circuit Analysis in the s Domain
490
5
Circuit Theorems in the s Domain
495
11
Node-voltage Analysis in the s Domain
506
13
Mesh-current Analysis in the s Domain
519
6
Summary of s-Domain Circuit Analysis
525
13
Summary
528
1
Problems
528
8
Integrating Problems
536
2
Network Functions
538
53
Definition of a Network Function
539
3
Network Functions of One- and Two-port Circuits
542
12
Network Functions and Impulse Response
554
2
Network Functions and Step Response
556
5
Network Functions and Sinusoidal Steady-state Response
561
5
Network Function Design
566
25
Summary
581
1
Problems
582
6
Integrating Problems
588
3
Frequency Response
591
78
Frequency-response Descriptors
592
5
First-order Circuit Frequency Response
597
16
Second-order Circuit Frequency Response
613
14
The Frequency Response of RLC Circuits
627
7
Bode Diagrams
634
10
Bode Diagrams with Complex Critical Frequencies
644
7
Frequency Response and Step Response
651
18
Summary
656
1
Problems
657
9
Integrating Problems
666
3
Fourier Series
669
34
Overview of Fourier Analysis
670
2
Fourier Coefficients
672
9
Waveform Symmetries
681
3
Circuit Analysis Using Fourier Series
684
5
RMS Value and Average Power
689
14
Summary
694
1
Problems
695
6
Integrating Problems
701
2
Analog Filter Design
703
57
Frequency-domain Signal Processing
704
1
Design with First-order Circuits
705
9
Design with Second-order Circuits
714
8
Low-pass Filter Design
722
18
High-pass Filter Design
740
4
Bandpass and Bandstop Filter Design
744
16
Summary
749
1
Problems
749
8
Integrating Problems
757
3
Mutual Inductance
760
32
Coupled Inductors
761
3
The Dot Convention
764
3
Energy Analysis
767
2
The Ideal Transformer
769
6
Transformers in the Sinusoidal Steady State
775
5
Transformer Equivalent Circuits
780
12
Summary
785
1
Problems
785
5
Integrating Problems
790
2
Power in the Sinusoidal Steady State
792
1
Average and Reactive Power
793
3
Complex Power
796
4
AC Power Analysis
800
3
Load-flow Analysis
803
7
Three-phase Circuits
810
4
Three-phase AC Power Analysis
814
10
Summary
824
1
Problems
824
7
Integrating Problems
831
Appendix A--Standard Values
A-1
Appendix B--Solution of Linear Equations
A-2
Appendix C--Complex Numbers
A-12
Appendix D--References
A-16
Answers to Selected Problems
A-19
Index
I-1