Great for preparing for licensing exams, previous editions of this guide have been prized by thousands of students and professionals for the book’s uniquely thorough coverage, ranging from dc and ac concepts and circuits to semiconductors and integrated circuits. Packed with more than 500 learning-enhanced illustrations, practical examples, and self-quizzes and tests, this matchless reference:

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This Volume of the “Lessons In Electric Circuits” textbook series focuses on switching circuits, both relay and semiconductor. Unique emphasis is placed on concepts spanning these diverse technologies, showing how athematical analysis (Boolean algebra in particular) illuminate circuit function and purpose. With electro techanical relay logic still prevalent in industrial control systems, you will find this book unique in its inclusion of relay logic alongside semiconductor gate logic, showing how the two are merely different implementations of the same concepts.

A basic understanding of algebra is assumed on the part of the reader. Boolean algebra is introduced to the reader with no prior exposure assumed. Numerous examples illustrate applications of mathematics to the analysis of circuits. Numerous examples illustrate applications of mathematics to the analysis of circuits.

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Lessons in Electric Circuits – Vol 5 – Reference
This Volume of the “Lessons In Electric Circuits” textbook series is a reference manual, full of formulae, symbols, and instructions on using analysis software.
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This Volume of the “Lessons In Electric Circuits” textbook series walks the reader through sets of simple experiments designed to illustrate essential concepts of electronics. All experiments have been tested and proven to function.
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Lessons in Electric Circuits – Vol 2 – AC

This Volume of the “Lessons In Electric Circuits” textbook series focuses on alternating-current (AC) circuits and applications. Emphasis is placed on understanding how and why AC circuits behave as they do, with full descriptions cast in easy-to-understand terminology. From basic concepts of alternating current through AC motors and signal transmission lines, you will find this textbook unique in its field for how it presents and explains fundamental concepts of electric circuits.

A basic understanding of algebra is assumed on the part of the reader. The subject of complex numbers (phasors), so essential to the analysis of AC circuits, is introduced to the reader in simple terms. Numerous examples illustrate applications of mathematics to the analysis of circuits.

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This Volume of the “Lessons In Electric Circuits” textbook series focuses on semiconductor devices, circuits, and applications. Emphasis is placed on understanding how and why semiconductor circuits behave as they do, with full descriptions cast in easy-to-understand terminology. From basic concepts of P-N junctions through operational amplifier circuits, you will find this textbook unique in its field for how it presents and explains fundamental concepts of electric circuits.
A basic understanding of algebra is assumed on the part of the reader. Numerous examples illustrate applications of mathematics to the analysis of circuits.

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McGraw-Hill – Teach Yourself Electricity and Electronics
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