Ebook: Introductory electrical engineering with math explained in accessible language

"This book teaches the basics of electrical engineering and explains the underlying mathematics involved using examples that allow the reader to grasp the theory along with the mathematics. The author explains the math theory needed to understand every topic. He includes all math knowledge needed to understand the book. The book incorporates several math tricks and knowledge, such as matrices determinant and multiplication, and how certain formulas are derived. The book also includes tables of integrals and Laplace Transforms and other tables to help the reader to, for example, find resistor's and capacitor's values. The author utilizes twenty-five years in the educational field to provide the reader with accessible language, examples and images to make things easy"--;

About the author

Preface

Introduction

0 Conventions

1. Scientific Method

2. Infinitesimal Calculus

3. Atom

4. Voltage and Current

5. Resistors

6. Ohm's Laws

7. Delta-Wye Conversions

8. Capacitors

9. Electromagnetism

10. Inductors

11. Transformers

12. Generators

13. Semiconductors

14. Diodes and Transistors

15. Diodes and Transistors

16. Source Transformations

17. Impedance and Phase

18. Power

19. Kirchhoff's Laws

20. Nodal Analysis

21. Norton's Theorem

22. Norton's Theorem

23. Superposition Theorem

24. Millman's Theorem

25. RC Circuits

26. RL Circuits

27. RLC Circuits -- Part 1

28. RLC Circuits -- Part 2

29. RLC Circuits -- Part 2

30. Operational Amplifiers

31. Instrumentation and Bench

Appendix 1

Appendix 2

Appendix 3

Appendix 4

Appendix 5

Appendix 6

Appendix 7

Appendix 8

Appendix 9

Appendix 10

Appendix 11

Index