Basic Engineering Circuit Analysis, Ninth Edition maintains its student friendly, accessible approach to circuit analysis and now includes even more features to engage and motivate students. In addition to brand new exciting chapter openers, all new accompanying photos are included to help engage visual learners. This revision introduces completely re-done figures with color coding to significantly improve student comprehension and FE exam problems at the ends of chapters for student practice. The text continues to provide a strong problem-solving approach along with a large variety of problems and examples.

Table of Contents

Preface. Chapter 1. Basic Concepts. Chapter 2. Resistive Circuits. Chapter 3. Nodal and Loop Analysis Techniques. Chapter 4. Operational Amplifiers. Chapter 5. Additional Analysis Techniques. Chapter 6. Capacitance and Inductance. Chapter 7. First - and Second - Order Transient Circuits. Chapter 8. AC Steady -State Analysis. Chapter 9. Steady-State Power Analysis. Chapter 10. Magnetically Coupled Networks. Chapter 11. Polyphase Circuits. Chapter 12. Variable- Frequency Network Performance. Chapter 13. The Laplace Transform. Chapter 14. Application of the Laplace Transform to Circuit Analysis. Chapter 15. Fourier Analysis Techniques. Chapter 16. Two-Port Networks. Appendix Complex Numbers. Index.