Network Theory

Contents: 1. Network variables and elements. 2. Kirchhoff's laws and resistive networks. 3. Differential equations and initial conditions in RLC networks. 4. RL and RC networks. 5. Response of RLC networks. 6. Laplace transform method of analysis of networks. 7. Single phase circuits. 8. Polyphase circuits. 9. Network theorems. 10. Two port networks. 11. Networks topology. 12. Network filters, attenuators and equalizers. 13. Circuit analysis using spice. 14. Fourier series and Fourier transforms. Answers. Bibliography.

"The material presented in this book is an outcome of the vast experience the authors have gained while teaching the subject to undergraduate students for many of years. They have presented the concepts of network analysis in a lucid way so that students will be able to understand the subject easily. No prerequisites, other than a rudimentary knowledge of physics, including the concepts of electricity and magnetism, are necessary. In this second edition they have also included a chapter on Fourier Series and Fourier Transforms."