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The Art of Electronics - third Edition

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I suspect that just as importantly though, the time needed to publish these chapters would have allowed the rest of the information updated in AoE3 to stagnate for 4 years.

While I’ll discuss some of the highlights of each chapter — but not an exhaustive list — keep in mind that this book reads a little differently than AoE3: it’s more engineering reference handbook and less textbook. e. design of op-amps) as a core class, but most EEs that I went to school didn’t like the follow on courses and didn’t take the more advanced courses. Having documented my attempts at this in these very pages, I can really appreciate the care and detail that went into the treatment of this subject in the x-Chapters.My only 'twinge' is that [it] disclosed and explained (in glorious graphical detail and with real part numbers) many topics that I thought were my personal trade secrets … I love the plots. I never heard of the book until the age of the popular internet, maybe 1996, but then it seemed referenced “everywhere”, I always assumed because many had it as a university text book. I will say that, having loved the style of the v2 pdf version, v3 seems to follow on in the same vein. In the first paragraph of the book’s preface, the authors give the basic picture: the “x” is for eXtra, meaning that the material in this book was originally slated to be part of the AoE3, but simply didn’t fit — that book is 1250 pages as it stands.

The style of the book is that of an experienced engineer telling you all they know and emphasising what is important - rather than an academic / technical lecturer. There’s an expanded discussion of feedback stability, a detailed treatment of transresistance amplifiers, such as for photodiodes, coverage of unity-gain buffers and their uses, and two chapters on high-speed op-amps: one on the voltage-feedback variety, and a second for current-feedback types. There are also application circuits for measuring MOSFET gate charge and FET transconductance, with tabulated results for a variety of types.at times, i felt completely lost, especially as they dug into relative minutiae of various components. In contrast, The Art of Electronics contains tables, equations, diagrams, and other material practitioners use for reference. Also shame, as though I was righter than Stack Exchange, I was not quite as right as Horowitz and Hill!

Or, if not a lie, it at least sets you up for an extremely steep learning curve, not helped any by the authors' annoying habit of using concepts long before they're introduced, and you very much do already need to have a solid enough grounding (haha) in electricity to be able to read circuit diagrams (there's an appendix about them but it's about how to draw good ones rather than bad ones, not fundamentals) and to have some familiarity with how it behaves: though the first chapter starts with Ohm's law and the concept of the electron, it skips over a pretty significant middle bit as it throws you into the deep end. Theory is on target, just enough to be enough, described in plain language, expressed in math that everyone can grasp. It defines the current state of the art in electronics … Most parts of the book will continue to be relevant for several decades. Recent interests include high-voltage RF (to 15kV) and precision high-current electronics (to 6000A).If you’ve been into electronics for any length of time, you’ve almost certainly run across the practical bible in the field, The Art of Electronics, commonly abbreviated AoE. Go for an easier one to start with, such as Practical Electronics for Inventors, book 4, and Learning the Art of Electronics then drift into this superb volume. It’s really too bad that they don’t teach more about circuits design and manipulation in undergrad as it is more applicable to a lot of jobs. However, if you’ve used any of the three editions of The Art of Electronics with success, I’d recommend the x-Chapters without hesitation. What I would say is that: This book does a poor job at explaining individual topics but that's fine.

I think the major difference between being an EE and a tech is that if you know the math, it’s not as hard to learn about the circuitry design, but if you know the circuitry it’s harder to figure out the math when there is actually a design problem, if you haven’t studied the higher level math.Any fan of the book will certainly want to consider obtaining the latest release, The Art of Electronics: The x-Chapters, which follows the previous third edition of AoE from 2015. Likewise, there are discussions of real-world resistors of various types, including digital potentiometers. I still don't own a copy, mind you, but I have finally figured out how to use the inter-university-library-loan system to borrow it more or less permenantly.

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