Table of Contents

Preface; 1. Electric charge, field and potential; 2. Electric current, resistance and electromotive force; 3. Direct-current networks; 4. Capacitance, inductance and electrical transients; 5. Introduction to the steady-state responses of networks to sinusoidal sources; 6. Transformers in networks; 7. Alternating-current instruments and bridges; 8. Attenuators and single-section filters; 9. Multiple-section filters and transmission lines; 10. Signal analysis of nonlinear and active networks; 11. Fourier and Laplace transform techniques; 12. Filter synthesis; Mathematical background appendices; Problems; Answers; Solutions; Index.

Promotional Information

This book aims to take undergraduates in science and engineering to an acceptable level of competence in network analysis.