Fundamentals of Electric Circuits

Front cover
......Page 1
Preface
......Page 2
Table of Contents
......Page 6
Part 1 - DC Circuits
......Page 10
1 - Basic Concepts
......Page 11
2 - Basic Laws
......Page 34
3 - Methods of Analysis
......Page 81
4 - Circuit Theorems
......Page 124
5 - Operational Amplifiers
......Page 169
6 - Capacitors and Inductors
......Page 205
7 - First-order Circuits
......Page 240
8 - Second-order Circuits
......Page 298
Part 2 - AC Circuits
......Page 354
9 - Sinusoids and Phasors
......Page 355
10 - Sinusoid
al Steady-State Analysis......Page 395
11 - AC Power Analysis
......Page 434
12 -Three-phase Circuits
......Page 477
13 - Magnetically Coupled Circuits
......Page 527
14 - Frequency Response
......Page 583
Part 3 - Advanced Circuit Analysis
......Page 642
15 - The Laplace Transform
......Page 643
16 - The Fourier Series
......Page 704
17 - Fourier Transform
......Page 756
18 - Two-port Networks 
......Page 792
Appendix A - Solution of Simultaneous Equations Using Cramer’s Rule
......Page 842
Appendix B - Complex Numbers
......Page 847
Appendix C - Mathematical Formulas
......Page 855
Appendix D - PSpice for Windows
......Page 860
Appendix E - Answers to Odd-Numbered Problems
......Page 887
Bibliography
......Page 923
Index
......Page 925
Companion Workbook
......Page 933