Circuit Analysis – Theory and Practice

Robbins

Table of contents :
1 – Introduction……Page 1
2 – Voltage and Current……Page 27
3 – Resistance……Page 57
4 – Ohm’s Law, Power, and Energy……Page 93
5 – Series Circuits……Page 127
6 – Parallel Circuits……Page 175
7 – Series-Parallel Circuits……Page 219
8 – Methods of Analysis……Page 263
9 – Network Theorems……Page 325
10 – Capacitors and Capacitance……Page 383
11 – Capacitor Charging, Discharging, and Simple Waveshaping Circuits……Page 415
12 – Magnetism and Magnetic Circuits……Page 459
13 – Inductance and Inductors……Page 491
14 – Inductive Transients……Page 517
15 – AC Fundamentals……Page 547
16 – R, L, and C Elements and the Impedance Concept……Page 603
17 – Power in AC Circuits……Page 639
18 – AC Series-Parallel Circuits……Page 671
19 – Methods of AC Analysis……Page 735
20 – AC Network Theorems……Page 781
21 – Resonance……Page 833
22 – Filters and the Bode Plot……Page 881
23 – Three-Phase Systems……Page 933
24 – Transformers and Coupled Circuits……Page 977
25 – Nonsinusoidal Waveforms……Page 1029
Appendix A – OrCAD-PSpice AD……Page 1067
Appendix B – Solution of Simultaneous Linear Equations……Page 1077
Appendix C – Maximum Power Transfer Theorem……Page 1085
Appendix D – Answers to Selected Odd-Numbered Problems……Page 1089
Glossary……Page 1103