on 29 March 2013
A few months ago I started playing around with arduinos and electronics and since then I've been building up electronics bits and bobs and being a bit of a book whore, quite a few books aswell!
Arduino is great because it has lowered the barrier to entry into electronics to such a level that anyone that can assemble flatpack furniture and copy & paste can now do some electronics, unfortunately this also makes arduino terrible, the second you stray away from shields and tutorials you quickly realise that you still don't have a clue what you are doing and in reality know next to nothing about electronics.
This book will fix that.
Of the nine books on electronics and arduino that I have read this is the one that is going to stay out permanently, be constantly checked for solutions to problems and browsed for inspiration or for refreshing knowledge. When you have outgrown the 'dummies' level and are ready to learn some proper electronics this is the only book you need.
As a bonus it is also a huge book, it easily has more content than the other eight books I have combined and it would still be a good purchase at £70, when it's on sale here for £20 it is a total bargain.
This book is around 1000 pages long and is printed in black and white, on good paper quality, and has an agreeable size of text.
* Target Audience
Whether by design or accident, this book - printed in America - follows the electronic parts of 'H.N.D Electrical and Electronic Engineering'. If you are following this qualification, then (i.m.h.o) this book is a great investment to field this major qualification either as on its own, or as entrance of degree level electrical and electronic studies.
* Whats it cover then at H.N.D level?
Theory (Chapter 2, 244 pages) / Basic Electronic Circuits (Chapter 3, 145 pages) / Semiconductors (Chapter 4, 91 pages) / Optoelectronics (Chapter 5, 29 pages) / Sensors (Chapter 6, 24 pages) / Hands on electronics (Chapter 7, 80 pages) / Operational Amplifiers (Chapter 8, 22 pages) / Filters (Chapter 9, 18 pages) / Oscillators and Timers (Chapter 10, 14 pages) / Voltage Regulators and Power Supplies (Chapter 11, 16 pages) / Digital Electronics (Chapter 12, 135 pages) / Microcontrollers (Chapter 13, 49 pages) / Motors (chapter 14, pages 120 / Audio Electronics (Chapter 15, 13 pages) / Modular Electronics ( Chapter 16, 7 pages) / Appendix, A,B,C
* Whats the best bits then?
Its the really impressive way these authors constantly shape the technical depth of the topics throughout its book. Its covering it in such a way that its easier to pick it up in this book on its own rather than using several books on the same topics. There are aspects covering the equations you need to activity understand, say in transistors, serial and parallel resonance circuits, and the descriptions of batteries or 'hands on electronics' which you only use for reference. The mathematical parts as used, say Fourier, gives it away from being of H.N.D but its quoted rather than developed to use. There are loads of pages on these topics which is impressive. Its a good way to read this book that allows you to jump around are read what turns up. Not many at all books allow you to do this. The sections on digital circuits is clearly explained and helpful.The digital coverage is wide ranging and really is straightforward to show how to use these individual components in multiple component designs.
Wish that i had this clear book when i did my H.N.D. Its really, really impressively, and comprehensively explains what you need to know. This book, as written previously, covers the major electronic parts (low voltages and low currents) of the H.N.D syllabus of 'Electrical and Electronic Engineering'. Its in one volume and shows you what you need to comprehend in straightforward explanations. If you would like to know what the major electrical parts ( high voltages and high currents) of the H.N.D syllabus of 'Electrical and Electronic Engineering', then (i.m.h.o) try
'Higher Electrical Engineering' Paperback by J. Shepherd.
The latter book has more in-depth mathematical descriptions however.
Also try this book too as its analysis at this H.N.D level is truly excellent
Introductory Circuit Analysis Hardcover
by Robert L. Boylestad (Author)
on 2 March 2013
excellent book all the mistakes have been fixed from the second edition i have checked with the online errata but not sure if there are any new mistakes as i havent been through it all yet but excellent book
on 11 November 2014
After getting on the Arduino gravy train and reading some hobby/entry level electronics books I felt like I needed something more advanced to take my electronics hobby to the next level. After looking at what was available on Amazon I settled on this book. However I didn't realise that it is more of a tome than a book - it is bigger than A4 page size and about 2.5" thick! The thing is like a phone book - so good value in that respect I suppose.
I found much of the content to be at university level or beyond with a lot of assumptions about mathematical expertise - I also didn't really follow how the book was aimed at inventors per se, nor how it was 'practical' - much of the book is detailed theoretical study that would not look out of place in a university textbook.
A decent book and good value for money, but not quite what I expected.
on 19 December 2013
A really useful book which I use for the occasional reference. As a professionally qualified electrical and electronics engineer who still teaches the subject, I'd say it's one of the best publications I've read of late.
on 10 May 2013
A great book. It's wide on coverage and deep in content. You can scan it to find out how specific devices work or how to design a particular circuit or like me you can simply read the book from start to finish and then dip in again regularly. It covers practical electronics at every reasonable level and is both stimulating and useful. The descriptions of theory are very clearly explained and go to just the right level for me (stopping just short of deep particle physics). In order to help the understanding of the operation of all the basic devices such as ordinary transistors and MOSFETs for example, clear mechanical water based analogies are presented.
The book goes on to explain practical non-textbook stuff that you need to know but typically don't find very easily. There are heaps of illustrations, circuit examples and know how in the form of data tables and diagrams. This all lets you understand how things work and enables you to design and build practical circuits for a host of applications. The book generally is full of highly relevant contextual information as well, eg on how to use basic lab equipment to help build and test circuits.
This 3rd edition adds a large collection of new useful and interesting material in areas such as microcontrollers and modular electronics that bring it up to date with current practice.
I'd thoroughly recommend this book to students of any technical discipline who are studying electronics and want to make sense of the theory in the real world or to anyone wishing to learn electronics concepts in order to develop useful circuits or prototype products. I'd also recommend this book to anyone who simply wants to see how to write an excellent technical opus.
I wish I had this book 30 years ago when I was struggling with electronics lectures and had a desire to build stuff for my mobile disco. I could have done with an expert friend like this. In fact I liked this book so much I bought a Kindle version too so that I always have a copy nearby. There's not many non-fiction books I'd consider for my top 10 favourite books but this one goes in there. It would be hard to over-rate this book in my opinion.
on 10 May 2013
This is a BIG book, physically, and in scope. It does NOT disappoint. I'm only 20 or so pages in, and already it's taught me something fundamental that I had not learned from all the other books on this subject I've read over the last 40 years. Because it's covering all the bases (the electronics, the underlying physics and the maths) it requires concentration, but that, I'm confident, will be rewarded with a grasp of the subject I've failed to acquire elsewhere. Recommended.
on 16 March 2014
Sometimes you read a book written by someone who is knowledgeable, passionate about their subject and can actually write. This is such a book. It's quite simply inspiring and I've thoroughly enjoyed it and I have no doubt I will be going back to it again (and again) in the future.
on 5 July 2014
I've been dealing with electronics over fifty years. Nobody wrote books like this back then. This book provides the professional and the amateur alike with facts, formulae, circuits, types of device, tips, explanations, why it works, how it works, what not to do, how to do it ... but ... what really takes the biscuit is the manner in which it is laid out, thus:
You are introduced to physics and associated formulae. You are then made more knowledgable with each turn of a page, until you have attained a standard suffice to cope with integrated circuits in all their forms. You will be taught how to make filters ... make I/C's do just about anything etc., in fact, by the time you reach the end of the book, after say six months and many hours of study, you will have become quite a dab hand.
Brilliantly written by two very clever men, Paul Scherz and Simon Monk, who know how the human brain functions when on a steep learning curve, they have managed to squeeze into 1000 pages the sum total of my 50 years in electronics plus drag me into the 21st century.
This is a third edition. I hope there is to be a fourth. This book will be treasured by anybody who loves electronics. I keep meaning to put it back on the shelf, but, now well-thumbed, it remains at hand permanently alongside my oscilloscope.
A beautiful book, wonderfully well-written and an 'adventure' for any keen student. For the professional, a reference manual from the basics to calculus. It has a huge index, but rarely does it take more than a minute to find what you are looking for. Buy it, look after it, it will never date! You can't get better than that. Truly an investment.
on 21 June 2013
I got this book to help me do electronic hacking. My knowledge dates back from a year in High School some 40 years ago. I have read about 10% so far and the subjects covered, mainly basics have been very helpful to me. That is good.
However, there a quite a few typos, and potentially other errors in the oversizes which I wonder about. The publisher (McGraw Hill) does offer an errata sheet, but there is no way that I can find to ask questions to the authors/publisher, nor forum to post to etc. I did write to the publsiher's customer service a couple of times but they do not reply. This is the bad.
All in all, it has been worth the money because the subjects covered are the ones I need. For a 3rd edition I would expect less mistakes, and I always expect the authors to be available to discuss their work, but this does not seem to be the case here.