Maxfield C. Bebop to the boolean boogie: an unconventional guide to electronics fundamentals, components and processes

2nd edition. — Elsevier Science, 2003. — 483 p. — ISBN: 0-7506-7543-8.This outrageously interesting book has two namesakes, Bebop, a jazz style known for its fast tempos and agitated rhythms, and Boolean algebra, a branch of mathematics that is the mainstay of the electronics designer’s tool chest. Bebop to the Boolean Boogie meets the expectations set by both, because it leaps from topic to topic with the agility of a mountain goat, and it will become your key reference guide to understanding the weird and wonderful world of electronics.
Section 1: Fundamental Concepts starts by considering the differences between analog and digital views of the world. We then proceed rapidly through atomic theory and semiconductor switches to primitive logic functions and their electronic implementations. The concepts of alternative numbering systems are presented, along with binary arithmetic, Boolean algebra, and Karnaugh map representations. Finally, the construction of more complex logical functions is considered along with their applications.
Section 2: Components and Processes is where we consider the components from which electronic systems are formed and the processes required to construct them. The construction of integrated circuits is examined in some detail, followed by introductions to memory devices, programmable devices, and application-specific devices. The discussion continues with hybrids, printed circuit boards, and multichip modules. We close with an overview of some alternative and future technologies along with a history of where everything came from. Also, there’s a bonus chapter (Chapter 22), An Illustrated History of Electronics and Computing, on the CD-ROM accompanying this book, that will answer questions you didn’t even think to ask!