- Taschenbuch: 408 Seiten
- Verlag: Newnes; Auflage: Reprint (19. Juni 1991)
- Sprache: Englisch
- ISBN-10: 0750696400
- ISBN-13: 978-0750696401
- Größe und/oder Gewicht: 17,8 x 2,3 x 25,4 cm
- Durchschnittliche Kundenbewertung: 3 Kundenrezensionen
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Analog Circuit Design: Art, Science and Personalities (Edn Series for Design Engineers) (Englisch) Taschenbuch – 19. Juni 1991
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If you do any analog circuits design, buy this book! The well-indexed volume contains much useful information' EDN Magazine
* This excellent book (contains) twenty four of the best known names in analogue design (and) represents a source of wisdom rather than a traditional reference book. The lighthearted short story format of the book makes it very readable.' New Electronics Magazine
'The book provides a wealth of practical working circuits together with anecdotes from each author's experience.' - Electronics (The Maplin Magazine), May 1996
This book is far more than just another tutorial or reference guide - it's a tour through the world of analog design, combining theory and applications with the philosophies behind the design process. Readers will learn how leading analog circuit designers approach problems and how they think about solutions to those problems. They'll also learn about the 'analog way' - a broad, flexible method of thinking about analog design tasks. It is a comprehensive and useful guide to analog theory and applications. It covers visualizing the operation of analog circuits. It looks at how to rapidly determine workable approximations of analog circuit parameters.Alle Produktbeschreibungen
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There are five parts, though the 30 chapters could just as well be organized other ways. The variety of electronics topics covered is vast, though of course within the analog world and not much digital. But there is some digital: there is a great chapter with covers various ways to design a D2A. I usually toss together a simple R-2R ladder but there are subtleties to this craft I hadn't though of before. BTW, the readers most likely to derive insight and pleasure from this book, already know what "D2A" and "R-2R" refer to. Beginners with less knowledge may yet find career inspiration from most of the chapters, and use curiosity about unfamiliar concepts as launching points for personal study.
The challenge of engineering is that engineers must kow-tow to the laws of physics and the cruel strictness of mathematics. There are also manufacturing and economics limitations. In other fields of Human endeavor such as politics or retail marketing, the main limitations are man-made, fuzzily-defined, and variable. Engineering must work within the hard realities of the physical world. One chapter is "Reality-based Analog Integrated Circuit Design". Given a tough new problem, how can an engineer come up with a superb solution when the great masters of the past have published and patented some very good designs for similar problems? Have we pushed up against what physical or manufacturing reality allows? There is always room for novel solutions applicable to any given niche. The great engineers of today will indeed surpass the great engineers of the past, with the right kind of thinking and a good understanding of new technologies. This is the main point of the book.
This book won't become obsolete soon. The stories told may involve old technologies, even vacuum tubes. One chapter, "Reflections of a Dinosaur", acknowledges this, though actually that chapter doesn't show any vacuum tube schematics. (In fact, it covers the aforementioned D2A converters.) The thinking process, how to make use of what one has available to solve tomorrow's problems, is a decade-independent art.
Physically, the book is well-built, hardcover and not falling apart after only a couple years like some books do.
Enjoyable reading (for engineers), and a way to peer inside the minds of good engineers. A taste of real life as an EE, rather than the theory and processes of textbooks. This is among my few most favorite books.
I especially enjoyed Chapter 17, Richard Burwyn's "How to Design Analog Circuits without a Computer or a Lot of Paper" because it smacks of practicality and parsimony. It describes practical methods and a relatively small number of things to memorize that'll save you loads of time later. But there are many good chapters -- for example, I got a much better understanding of how several common IC circuits *really* work (e.g., the Gilbert cell) after reading the chapters written by their inventors. Most people will like a few chapters a lot, and others not so much -- but it'll be different chapters for different people.
I first encountered this book at my company's library several years ago, then after I left there, bought a copy for myself and recently, a copy for a friend. It's not a perfect book, but I think most people will find at least a few things in it that will make reading it worth their time.