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The Analysis and Design of Linear Circuits, 6th Edition

by Thomas, Roland E., United States Air Force Academy, Emeritus; Rosa, Albert J., United States Air Force Academy; Toussaint, Gregory J., Air Force Institute of Technology

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Copyright, iv
Preface, vii
Contents, xv
Chapter 1. Introduction, 1
1-1. About This Book, 2
1-2. Symbols and Units, 3
1-3. Circuit Variables, 5
1-4. Computational Software Introduction, 11
Summary, 12
Problems, 12
Integrating Problems, 14
Chapter 2. Basic Circuit Analysis, 16
2-1. Element Constraints, 17
2-2. Connection Constraints, 22
2-3. Combined Constraints, 30
2-4. Equivalent Circuits, 36
2-5. Voltage and Current Division, 42
2-6. Circuit Reduction, 50
2-7. Computer-Aided Circuit Analysis, 55
Summary, 61
Problems, 61
Integrating Problems, 68
Chapter 3. Circuit Analysis Techniques, 70
3-1. Node-Voltage Analysis, 71
3-2. Mesh-Current Analysis, 87
3-3. Linearity Properties, 96
3-4. Thévenin and Norton Equivalent Circuits, 103
3-5. Maximum Signal Transfer, 115
3-6. Interface Circuit Design, 119
Summary, 131
Problems, 131
Integrating Problems, 141
Chapter 4. Active Circuits, 143
4-1. Linear Dependent Sources, 144
4-2. Analysis of Circuits with Dependent Sources, 147
4-3. The Operational Amplifier, 162
4-4. OP AMP Circuit Analysis, 169
4-5. OP AMP Circuit Design, 184
4-6. OP AMP Circuit Applications, 191
Summary, 208
Problems, 208
Integrating Problems, 217
Chapter 5. Signal Waveforms, 219
5-1. Introduction, 220
5-2. The Step Waveform, 221
5-3. The Exponential Waveform, 226
5-4. The Sinusoidal Waveform, 231
5-5. Composite Waveforms, 238
5-6. Waveform Partial Descriptors, 246
5-7. Signals and Software Tools, 254
Summary, 265
Problems, 266
Integrating Problems, 269
Chapter 6. Capacitance and Inductance, 271
6-1. The Capacitor, 272
6-2. The Inductor, 279
6-3. Dynamic OP AMP Circuits, 286
6-4. Equivalent Capacitance and Inductance, 295
Summary, 298
Problems, 299
Integrating Problems, 303
Chapter 7. First- and Second-Order Circuits, 305
7-1. RC and RL Circuits, 306
7-2. First-Order Circuit Step Response, 314
7-3. Initial and Final Conditions, 323
7-4. First-Order Circuit Response to Exponential and Sinusoidal Inputs, 330
7-5. The Series RLC Circuit, 337
7-6. The Parallel RLC Circuit, 347
7-7. Second-Order Circuit Step Response, 353
Summary, 364
Problems, 364
Integrating Problems, 371
Chapter 8. Sinusoidal Steady-State Response, 375
8-1. Sinusoids and Phasors, 376
8-2. Phasor Circuit Analysis, 381
8-3. Basic Circuit Analysis with Phasors, 386
8-4. Circuit Theorems with Phasors, 403
8-5. General Circuit Analysis with Phasors, 413
8-6. Energy and Power, 424
Summary, 429
Problems, 430
Integrating Problems, 436
Chapter 9. Laplace Transforms, 439
9-1. Signal Waveforms and Transforms, 440
9-2. Basic Properties and Pairs, 444
9-3. Pole-Zero Diagrams, 452
9-4. Inverse Laplace Transforms: Classical Approach, 458
9-5. Inverse Laplace Transforms: Software Approach, 467
9-6. Circuit Response Using Laplace Transforms, 469
9-7. Initial Value and Final Value Properties, 477
Summary, 479
Problems, 480
Integrating Problems, 484
Chapter 10. S-Domain Circuit Analysis, 485
10-1. Transformed Circuits, 486
10-2. Basic Circuit Analysis in the s Domain, 495
10-3. Circuit Theorems in the s Domain, 500
10-4. Node-Voltage Analysis in the s Domain, 508
10-5. Mesh-Current Analysis in the s Domain, 520
10-6. Summary of s -Domain Circuit Analysis, 526
Summary, 531
Problems, 531
Integrating Problems, 538
Chapter 11. Network Functions, 539
11-1. Definition of a Network Function, 540
11-2. Network Functions of One- and Two-Port Circuits, 543
11-3. Network Functions and Impulse Response, 555
11-4. Network Functions and Step Response, 558
11-5. Network Functions and Sinusoidal Steady-State Response, 564
11-6. Impulse Response and Convolution, 569
11-7. Network Function Design, 575
Summary, 591
Problems, 592
Integrating Problems, 597
Chapter 12. Frequency Response, 599
12-1. Frequency-Response Descriptors, 600
12-2. Bode Diagrams, 601
12-3. First-Order Low-Pass and High-Pass Responses, 604
12-4. Bandpass and Bandstop Responses, 617
12-5. The Frequency Response of RLC Circuits, 625
12-6. Bode Diagrams with Real Poles and Zeros, 635
12-7. Bode Diagrams with Complex Poles and Zeros, 646
12-8. Frequency Response and Step Response, 652
Summary, 658
Problems, 658
Integrating Problems, 665
Chapter 13. Fourier Analysis, 667
13-1. Overview of Fourier Analysis, 668
13-2. Fourier Coefficients, 669
13-3. Waveform Symmetries, 678
13-4. Circuit Analysis Using the Fourier Series, 681
13-5. RMS Value and Average Power, 688
13-6. Fourier Transforms, 691
13-7. Circuit Analysis Using Fourier Transforms, 706
13-8. Impulse Response and Convolution, 709
13-9. Parseval’s Theorem, 712
Summary, 720
Problems, 720
Integrating Problems, 726
Chapter 14. Active Filter Design, 728
14-1. Active Filters, 729
14-2. Second-Order Low-Pass and High-Pass Filters, 730
14-3. Second-Order Bandpass and Bandstop Filters, 740
14-4. Low-Pass Filter Design, 746
14-5. Low-Pass Filter Evaluation, 764
14-6. High-Pass Filter Design, 768
14-7. Bandpass and Bandstop Filter Design, 778
Summary, 782
Problems, 783
Integrating Problems, 787
Chapter 15. Mutual Inductance and Transformers, 789
15-1. Coupled Inductors, 790
15-2. The Dot Convention, 792
15-3. Energy Analysis, 795
15-4. The Ideal Transformer, 796
15-5. Linear Transformers, 802
15-6. Transformer Equivalent Circuits, 807
Summary, 810
Problems, 810
Integrating Problems, 814
Chapter 16. AC Power Systems, 815
16-1. Average and Reactive Power, 816
16-2. Complex Power, 818
16-3. Single-Phase Circuit Analysis, 821
16-4. Single-Phase Power Flow, 825
16-5. Balanced Three-Phase Circuits, 830
16-6. Three-Phase Circuit Analysis, 836
16-7. Three-Phase Power Flow, 845
Summary, 849
Problems, 850
Integrating Problems, 855
Chapter 17. Two-Port Networks (On Web), W-1
17-1. Introduction, W-2
17-2. Impedance Parameters, W-3
17-3. Admittance Parameters, W-5
17-4. Hybrid Parameters, W-7
17-5. Transmission Parameters, W-9
17-6. Two-Port Conversions and Connections, W-12
Summary, W-15
Problems, W-16
Integrating Problems, W-18
Appendix A. Complex Numbers, A-1
Appendix B. Computational Tools, A-5
Answers to Selected Problems, A-9
Thomas Permissions Log, PC-1
Index, I-1
Web Appendix A: Solution of Linear Equations, W-19
Web Appendix B: Butterworth and Chebychev Poles, W-27

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