The analysis and design of linear circuits

목차 (Table of Contents)

• CONTENTS
• PART ONE Resistance Circuits = 1
• COURSE OBJECTIVES = 1
• CHAPTER 1 Introduction = 2
• 1-1 About This Book = 3
• 1-2 Symbols and Units = 6
• 1-3 Circuit Variables = 7
• SUMMARY = 16
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 17
• CHAPTER 2 Basic Circuit Analysis = 22
• 2-1 Element Constraints = 23
• 2-2 Connection Constraints = 31
• 2-3 Combined Constraints = 39
• 2-4 Equivalent Circuits = 45
• 2-5 Voltage and Current Division = 54
• 2-6 Circuit Reduction = 62
• SUMMARY = 67
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 68
• CHAPTER INTEGRATING PROBLEMS = 80
• CHAPTER 3 Circuit Theorems = 84
• 3-1 Proportionality = 85
• 3-2 Superposition = 90
• 3-3 Thevenin and Norton Equivalent Circuits = 94
• 3-4 Maximum Signal Transfer = 106
• 3-5 Interface Circuit Design = 110
• SUMMARY = 121
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 122
• CHAPTER INTEGRATING PROBLEMS = 132
• CHAPTER 4 Active Circuits = 134
• 4-1 Linear-Dependent Sources = 136
• 4-2 Analysis of Circuits with Dependent Sources = 138
• 4-3 The Transistor = 144
• 4-4 The Operational Amplifier = 149
• 4-5 Basic Linear OP AMP Circuits = 159
• 4-6 Cascaded OP AMP Circuits = 168
• 4-7 Interface Design with OP AMPs = 175
• 4-8 The Comparator = 182
• SUMMARY = 188
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 190
• CHAPTER INTEGRATING PROBLEMS = 204
• CHAPTER 5 General Circuit Analysis = 208
• 5-1 Device and Connection Analysis = 210
• 5-2 Node-Voltage Analysis = 213
• 5-3 Node Analysis with Voltage Sources = 221
• 5-4 Mesh-Current Analysis = 233
• 5-5 Computer-Aided Circuit Analysis = 243
• 5-6 Comparison of Analysis Methods = 261
• SUMMARY = 264
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 265
• CHAPTER INTEGRATING PROBLEMS = 274
• COURSE INTEGRATING PROBLEMS(PART ONE) = 276
• PART TWO Dynamic Circuits = 283
• COURSE OBJECTIVES = 283
• CHAPTER 6 Dynamic Circuits = 284
• 6-1 Introduction = 286
• 6-2 The Step Waveform = 287
• 6-3 The Exponential Waveform = 293
• 6-4 The Sinusoidal Waveform = 297
• 6-5 Composite Waveforms = 304
• 6-6 Waveform Partial Descriptors = 309
• 6-7 Signal Spectra = 315
• 6-8 SPICE Waveforms = 321
• SUMMARY = 326
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 327
• CHAPTER INTEGRATING PROBLEMS = 336
• CHAPTER 7 Capacitance and Inductance = 338
• 7-1 The Capacitor = 340
• 7-2 The Inductor = 348
• 7-3 Dynamic OP AMP Circuits = 354
• 7-4 Equivalent Capacitance and Inductance = 361
• 7-5 Mutual Inductance = 365
• 7-6 The Ideal Transformer = 373
• 7-7 SPICE Syntax for Capacitors and Inductors = 379
• SUMMARY = 384
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 385
• CHAPTER INTEGRATING PROBLEMS = 395
• CHAPTER 8 First- and Second-Order Circuits = 396
• 8-1 RC and RL Circuits = 398
• 8-2 First-Order Circuit Step Response = 406
• 8-3 Initial and Final Conditions = 415
• 8-4 First-Order Circuit Sinusoidal Response = 420
• 8-5 The Series RLC Circuit = 427
• 8-6 The Parallel RLC Circuit = 438
• 8-7 Second-Order Circuit Step Response = 443
• 8-8 Transient Analysis Using SPICE = 452
• SUMMARY = 456
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 458
• CHAPTER INTEGRATING PROBLEMS = 466
• CHAPTER 9 Laplace Transforms = 468
• 9-1 Signal Waveforms and Transforms = 470
• 9-2 Basic Properties and Pairs = 474
• 9-3 Pole-Zero Diagrams = 482
• 9-4 Inverse Laplace Transforms = 484
• 9-5 Some Special Cases = 490
• 9-6 Circuit Response Using Laplace Transforms = 494
• 9-7 Translation and Scaling Properties = 503
• 9-8 Initial-Value and Final-Value Properties = 511
• 9-9 Convolution Property = 514
• SUMMARY = 516
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 518
• CHAPTER INTEGRATING PROBLEMS = 524
• CHAPTER 10 s-Domain Circuit Analysis = 526
• 10-1 Transformed Circuits = 527
• 10-2 Basic Circuit Analysis in the s Domain = 535
• 10-3 Circuit Theorems in the s Domain = 539
• 10-4 Node-Voltage Analysis in the s Domain = 549
• 10-5 Mesh-Current Analysis in the s Domain = 560
• 10-6 Summary of s Domain Circuit Analysis = 567
• SUMMARY = 568
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 569
• CHAPTER INTEGRATING PROBLEMS = 577
• CHATTER 11 Network Functions = 578
• 11-1 Introduction = 580
• 11-2 Properties of Network Functions = 591
• 11-3 Transfer Function Design = 603
• 11-4 Transfer Functions and Step Response Descriptors = 617
• 11-5 Step Response Using SPICE = 626
• SUMMARY = 628
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 630
• CHAPTER INTEGRATING PROBLEMS = 637
• COURSE INTEGRATING PROBLEMS(PART TWO) = 639
• PART THREE Applications : COURSE OBJECTIVES = 645
• CHAPTER 12 Frequency Response = 646
• 12-1 The Sinusoidal Steady State = 648
• 12-2 Frequency-Response Descriptors = 652
• 12-3 First-Order Circuit Frequency Response = 657
• 12-4 Second-Order Circuit Frequency Response = 670
• 12-5 Bode Plots = 684
• 12-6 Frequency Response Using SPICE = 702
• SUMMARY = 709
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 710
• CHAPTER INTEGRATING PROBLEMS = 718
• CHAPTER 13 Sinusoidal Steady-State Response = 720
• 13-1 Sinusoids and Phasors = 722
• 13-2 Phasor Circuit Analysis = 728
• 13-3 Basic Circuit Analysis in the Phasor Domain = 732
• 13-4 Circuit Theorems in the Phasor Domain = 743
• 13-5 General Circuit Analysis in the Phasor Domain = 751
• 13-6 Resonant Circuits = 758
• 13-7 The Linear Transformer = 765
• 13-8 AC Circuit Analysis Using SPICE = 773
• SUMMARY = 777
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 778
• CHAPTER INTEGRATING PROBLEMS = 787
• CHAPTER 14 Power in the Sinusoidal Steady State = 788
• 14-1 Average and Reactive Power = 790
• 14-2 Complex Power = 793
• 14-3 AC Power Analysis = 797
• 14-4 Maximum Power Transfer = 801
• 14-5 Load-Flow Analysis = 806
• 14-6 Three-Phase Circuits = 810
• 14-7 Three-Phase AC Power Analysis = 814
• 14-8 AC Power Analysis Using SPICE = 821
• SUMMARY = 827
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 828
• CHAPTER INTEGRATING PROBLEMS = 838
• CHAPTER 15 Filter Design = 840
• 15-1 Frequency Domain Signal Processing = 841
• 15-2 Cascade Design with First-Order Circuits = 844
• 15-3 Cascade Design with Second-Order Circuits = 854
• 15-4 Low-Pass Filter Design = 862
• 15-5 High-Pass, Bandpass, and Bandstop Filter Design = 876
• 15-6 Simulating Active RC Circuits Using SPICE = 885
• SUMMARY = 890
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 892
• CHAPTER INTEGRATING PROBLEMS = 898
• CHAPTER 16 Fourier Transforms = 900
• 16-1 The Fourier Series = 902
• 16-2 The Exponential Fourier Series = 912
• 16-3 Fourier Series to Fourier Transforms = 916
• 16-4 Laplace Transforms to Fourier Transforms = 923
• 16-5 Basic Transform Properties and Pairs = 926
• 16-6 More Fourier Transform Properties = 931
• 16-7 Circuit Analysis Using Fourier Transforms = 935
• 16-8 Parseval's Theorem and Filtering = 944
• SUMMARY = 950
• EN ROUTE OBJECTIVES AND ASSOCIATED PROBLEMS = 951
• CHAPTER INTEGRATING PROBLEMS = 958
• COURSE INTEGRATING PROBLEMS(PART THREE) = 960
• APPENDIX A- COMPONENTS = A-1
• APPENDIX B- SOLUTION OF LINEAR EQUATIONS = A-10
• APPENDIX C- COMPLEX NUMBERS = A-23
• APPENDIX D- AN ABRIDGED SPICE SYNTAX = A-28
• APPENDIX E- TWO-PORT CIRCUITS = A-38
• ANSWERS TO SELECTED PROBLEMS = Ans-1
• INDEX = I-1