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Electric Circuits (Print on Demand)

Author(s): Dr. James S. Kang

ISBN: 9789386650344

1st Edition

Copyright: 2018

India Release: 2017

₹3960

Binding: Paperback

Pages: 1584

Trim Size: 279 x 216 mm

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Introduce your students to electric circuits with common design practices and simulations when you use Kang’s ELECTRIC CIRCUITS. This engaging book presents the fundamental concepts of electric circuits alongside examples, exercises and problems. Fresh examples provide students with clear methods for understanding how electric circuits function. Each chapter includes several examples and problems related to circuit design with answers provided for the odd-numbered questions. This allows students to use the questions for self-guided study and practice. ELECTRIC CIRCUITS offers comprehensive coverage, from DC circuits and AC circuits to Laplace transformed circuits. MATLAB® scripts for certain examples provide an alternate method for solving circuit problems and give students an effective tool for checking answers and reducing laborious derivations and calculations. The book also includes PSpice® and Simulink® examples to demonstrate electric circuit simulations.

  • Each chapter begins with a chapter summary that emphasizes the key points that follow in the chapter. Every chapter then ends with a concise review of the fundamental concepts that the author presented.
  • The author presents topics using a straightforward, intuitive approach followed by memorable examples and practical exercises. The examples and exercises reinforce learning by starting with simple questions and then moving to more challenging questions as students gain confidence. The solutions to the questions used in the examples are detailed so that students can check their understanding.
  • MATLAB® scripts highlight alternative methods for solving circuit problems. This efficient tool is provided for certain examples as an alternate method to solve circuit problems. MATLAB® is a tool that can be used effectively in checking answers and reducing laborious derivations and calculations.
  • Examples utilize pspice® and simulink® to demonstrate circuit simulation. Each chapter includes examples that provide students with hands-on practice using these professional tools.
  • End-Of-Chapter Problems Ensure Student Understanding. Each chapter concludes with a set of problems for students. Answers for selected questions appear in the appendix so students may use them for self-study. The full set of answers is available for you, the instructor.
  • Carefully reviewed test bank saves preparation time and checks mastery of material.

 

1. Voltage, current, power, and sources.

2. Circuit laws.

3. Circuit analysis methods.

4. Circuit theorems.

5. Operational amplifier circuits.

6. Capacitors and inductors.

7. RL and RC circuits.

8. RLC circuits.

9. Phasors and impedances.

10. Analysis of phasor transformed circuits.

11. Ac power.

12. Three-phase systems.

13. Magnetically coupled circuits.

14. Laplace transform.

15. Circuits analysis in the s-domain.    

16. First and second order analog filters.

17. Butterworth filter design.

18. Fourier series.

19. Fourier transform.

20. Two-port circuits.

Dr. James S. Kang, California State Polytechnic University, Pomona

Dr. James S. Kang is a professor of electrical and computer engineering at the California State Polytechnic University, Pomona, commonly known as Cal Poly Pomona. Cal Poly Pomona is famous for laboratory-oriented, hands-on approach for engineering education. Most of the electrical and computer engineering courses offered at Cal Poly Pomona include a companion laboratory course. Students design, build, and test practical circuits in the laboratory based on the theory they learned in the lecture course. ELECTRIC CIRCUITS incorporates this philosophy.

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