Engineering Circuit Analysis

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This classic text has a long tradition of helping students develop a strong intuitive understanding of circuit analysis concepts. Throughout the text, the exposition of topics is delivered in an informal way and the topics are explored through appropriate design examples and computer aided analysis. The rich pedagogy supports and encourages the students by offering tips and warnings, carefully drawn figures and step by step solved examples Key Features New chapters on Network Theorems and Network Topology Emphasizes on problem solving techniques to help students develop a methodical approach to circuit analysis Practical Application throughout the book connects material to real-world situations. PSPICE & MATLAB examples in relevant chapters Design oriented questions to help students grasp the complexities of design processes Two additional chapters on `State Variable Analysis? and `The Operational Amplifiers? available online Pedagogy: Solved examples Practice questions Table Of Contents 1. Introduction 2. Basic Components and Electric Circuits 3. Voltage and Current Laws 4. Basic Nodal and Mesh Analysis 5. Network Topology 6. Network Theorems & Useful Circuit Analysis Techniques 7. Capacitors and Inductors 8. Basic RL and RC Circuits 9. The RLC Circuit 10. Sinusoidal Steady-State Analysis 11. AC Circuit Power Analysis 12. Polyphase Circuits 13. Magnetically Coupled Circuits 14. Complex Frequency and The Laplace Transform 15. Circuit Analysis in the s?Domain 16. Frequency Response 17. Two ? Port Networks 18. Fourier Circuit Analysis Appendix 1: An Introduction to Network Topology Appendix 2: Solution of Simultaneous Equations Appendix 3: A Proof of Thevenins? Equations Appendix 4: A PSPICE? Tutorial Appendix 5: Complex Numbers Appendix 6: A Brief MATLAB Tutorial Appendix 7: Additional Laplace Transform Theorems