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Known for its student-friendly approach, the revision of this best-selling book thoroughly covers the fundamentals of circuit theory from both a time domain and frequency domain point of view. The third edition of this comprehensive text has been fully updated and modernized to reflect current approaches to the course. It includes a greater emphasis on design, SPICE, and op amps, so as to better reflect the recent developments in the study of linear circuits.This text provides the student with a solid foundation for future studies in any branch of electrical engineering. It is appropriate for sophomore-level courses in Introductory Circuit Analysis.
David E. Johnson, Birmingham Southern CollegeJohnny R. Johnson, University of North AlabamaJohn L. Hilburn, Microcomputer SystemsPeter D. Scott, SUNY at Buffalo
* Introduction* Resistive Circuits* Dependent Sources and Op Amps* Analysis Methods* Energy Storage Elements* First Order Circuits* Second Order Circuits* Sinusoidal Sources and Phasors* AC Steady State Analysis* AC Steady State Power* Three Phase Circuits* The Laplace Transform* Circuit Analysis in the S Domain* Frequency Response* Transformers* Two-port Circuits* Fourier Series and Transform* Putting it all Together: Linear Circuit Design* Appendices* Matrix Methods* Complex Numbers and the Complex Exponential* Circuit Topology.* SPICE Reference Guide* MATLAB Reference Guide* Answers to Selected Odd-Numbered Problems
Jozef Ole?ski, Alexander Maz Machado, Carmen López Esteban, Cristina Almaraz López, Jozef Oleński, Jeffrey Sachs, Jozef Olenski, Jozef Ole¿ski, Masayuki Susai