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