Table of contents 1. Circuit Elements And Kirchhoff?s Laws
2. Methods Of Analysing Circuits
3. Useful Theorems In Circuit Analysis
4. Introduction To Alternating Currents
And Voltages
5. Complex Impedance
6. Power And Power Factor
7. Steady State Ac Analysis
8. Resonance
9. Polyphase Circuits
10. Coupled Circuits
11. Differential Equations
12. Transients
13. Laplace Transforms
14. Network Functions
15. Two-Port Networks
Additional Solved Problems
Practice Problems
Objective-type Questions
Appendix A?Fourier Series A.4
Appendix B?Fourier Transforms B.2
Appendix C?The j Factor C.4
Appendix D?Answers D.9
Appendix E?Model Question Papers E.1
Appendix F?Solved Question Papers May/June 2006 F.1
Appendix G?Solved Question Papers Apr/May 2007 G.1
Appendix H?Solved Question Papers Apr/May 2008
New Features
? The title of the book has been changed to ?Electric Circuit Analysis? as per the requirements of the syllabus.
? Topics such as network topology, Kirchoff?s Laws, average and RMS values of different waveforms are covered in detail.
? Rich Pedagogy
? 171 Solved Examples
? 248 Additional Solved Examples
? 238 Practice Problems
? 239 Objective Questions
? 12 Model Question Papers and the 2007 and 2008 (4 sets each) solved university question papers are provided in the book.
? Roadmap to the syllabus and a Visual Walkthrough has been provided in the book.