Practical Electronics for Inventors

I teach an introductory class in electronics at a small university. The class is intended for scientists, not electrical engineers; so the emphasis is on basic knowledge, practical troubleshooting skills, and design. I've used the Second Edition of this book a number of times with some satisfaction simply because the book covered most of what I needed. It was a great reference book for just about anything someone would want to know about electronics. However, there were some notable gaps in the Second Edition that I typically teach in an electronics class; specifically, I teach a section on transducers and microcontrollers. With the Third Edition, there are new sections on sensors (transducers) and microcontrollers, and now this book has everything in it that I could possibly want to teach. I've been using the Arduino for class the last couple of years because most scientists would use a microcontroller to design a piece of equipment instead of discrete gates and logic chips. So with these new additions, I cannot imagine any other book that would be needed for a class. So from this point forward, I will be using this book for EVERY electronics class that I teach. The detail in the book is in-depth enough for folks who want to know how everything works, BUT the person who wants to skip past the theory can certainly do that and STILL learn a lot from this book. As I teach, I tend to skip around within the book to cover what is important to me. The chapters are designed to be somewhat modular; for instance, I can teach the basics of analog electronics and transistors and then move to microcontrollers without necessarily having to spend a lot of time time on discrete logic chips. There are lots of illustrations and graphs; so those who need to see something to understand it will be pleased. There is also a lot of detail on practical things like motors that generally are NOT in an electronics book. The sections on household electricity are excellent and very useful, since some equipment/inventions would require mains power. So knowing how to be safe around it and how to use it properly is important. I haven't read every single page yet and marked it up. In a book this size, I am sure there will be some typographical errors along the way and maybe even a mistake or two in explaining something. But I would still say this book is the BEST practical book on electronics out there. Kudos to Mr Scherz and Dr. Monk. You've taken an excellent book and modernized it in a great way for the current day. In short, for a 1000 page book, anyone who buys this is getting a bargain. It's the BEST.

I work in RF electronics and packet radio transmission and this book is now used to supplement a few gray areas and enhance my knowledge...What I love about this book and what sets it different from other books is the decision by the author to not only involve minute details about how capacitors and inductors work, but also illustrate in 3d like substance what these electrons actually do under the influence of voltage potentials, timings and other things...The effort put into this book by the authors is just monumental...These are not 2d drawings with meaningless text attached, but actually problems that are meticulously worked out to minute detail and presented in a juicy 3d representation...I never knew I could learn so much details about coils, magnetism, flux lines, stray capacitance and resistance (parasitics), inductance, flux mechanisms, permeability of core material, air coils, toroids with various AL indexes of every fashion are all discussed with worked out problems in the book...This author is not only one of the non-lazy, I'm so smart so go figure it yourself author that copies irrelevant integration formulas from other books, but by simplifying complicated terminology, also manages to take you on a trip of the mind that goes beyond understanding the fundamentals and continuously engages and enhances your knowledge spectrum by continuously also stimulating your interest and sometimes refreshing your memory on some of the gray areas with ease and substance...Can this book ever be outdone? I'm quarter of the way through it and I am insanely grateful to this author! Things have become so much more clear! Next book he puts out...I'm getting it without even looking at the reviews!

This review is based on my completing the first 251 pages (Chapter 2: Theory). I've browsed the rest of the book and expect the following review will hold true as I progress through it the remainder. TL;DR summary: A solid tutorial and reference for a serious learner that occupies a needed niche between the "for dummies" and college text categories. Thiry years ago, I took two years of electircal engineering in collage before switching to computer science. While I'm a "software guy," I still get my hands dirty interfacing with hardware and simple design. I purchased this book in the hopes that I could fortify my knowledge. Thus far this book has been a perfect mix of theory and practice for my reeducation. The authors give enough physics to understand the principles at work without getting lost in details. Being a book with the word "practical" in the title, it touches on real-world variations from theory that one will likely encounter. There are ample illustrations of principles and problems to work through with answers to let one check their understanding. I recommend one take the time to work through the problems. (If one has basic electronic tesst equipment, I also recommend building some of these simple circuits and fiddling with them to see them in action.) The book doesn't shy away from the mathematics, but the authors don't assume that the reader is a mathematician. With a little persaverance one could start from scratch and get up to speed on basic electornics.

It's a nice book, kind of like a university coursebook, with all the merits and failings one would expect of a university coursebook. :) Anyway, I really like it, and it's definitely worth the price. That said, DO NOT get the Kindle version. It just doesn't do the book justice. The figures are low resolution with JPEG artifacts. It's borderline unusable. It would be nice if Amazon watched out more for the quality of Kindle e-books - current quality assurance seems to be markedly lacking.

This book is chock full of everything a person could hope for. Possibly more than you'll ever need. Couple this with the Gibilisco book "Teach Yourself Electricity and Electronics"and his book on reading schematics and that's probably all you'll ever need. It's a shame that Amazon doesn't provide a way to rate sellers. I buy a lot of books online, actual printed books made of paper. Many book sellers these days think it's enough to put a book in a thin plastic sleeves, or a paper USPS Priority envelope. IT IS *NOT*. I bought my copy on amazon because some nimrod elsewhere sent the first copy in a plastic sleeve. A book that was listed in very good condition was now in fair condition. Thanks dillweed. The seller of the copy purchased here did the one and only thing *EVERY* book seller should - they sent it in a heavy vardboard box. Close to the size of the book with material around it to keep it from banging around inside its box. Thank you!!! Book sellers take note of the facts above. Most people these days seem to have become complacent and let people get away with things, whether it is politicians, corporate executives or retailers and sellers of goods. Not me. If you drop the ball, I will be raising hell with the retailer, customer support, representatives, congress persons and senators. Rant over, off of soapbox. If you're interested in electricity and electronics, buy this book. The key/legend in the front of the book explaining how component symbols on schematics are drawn might be worth the book alone.

This book is packed with useful theory and practical information. It would be great for anyone who wants to learn electronics, or who already knows the subject and needs a helpful reference. It covers theory at every level from basic hydraulic analogies (voltage = pressure, current = flow) to Thevenin's Theorem and phasor diagrams. Moving beyond theory, the book examines the properties of typical commercially available components including optoelectronics and sensors, and gives dozens of practical examples of circuit design. A chapter on "Hands-On Electronics" has practical advice ranging from soldering to the use of test instruments and how to set up an electronics lab. The last third of the book explores operational amplifiers (op-amps), filters, voltage regulators, digital electronics (and commonly used integrated circuits), microcontrollers (with a focus on the Arduino), motors, audio, and finally modular electronics. These are followed by appendices with reference information on power distribution and home wiring, error analysis, and useful facts and formulas. The only part of this 2013 edition that seems at all dated is the Modular Electronics chapter, which omits some currently popular hardware such as the Raspberry Pi. However, the chapter is still useful for its examples, and current information can easily be found on line. I strongly recommend this book as a text for anyone who wants to learn electronics, or anyone who already knows the subject and would like a handy reference.

This is an excellent book for those wanting to learn electronics without a calculus background. The book explains concepts very well and offers good examples of the math to help understand the material being covered. Although it's not a textbook with exercises at the end of each chapter, it's obviously geared for those who wish to learn at a self-pace and are motivated to learn the subject and have shown a passion for electronics. The only mathematics that is required is a good understanding of algebra. Although some example problems are shown using calculus but a simpler algebraic alternative is also shown. The book title is appropriately named for those with creativity to invent but lack the knowledge of electronics. I highly recommend "Practical Electronics for Inventors" since it covers a wide range of material from basic to advanced concepts, and now the third edition covers sensors, micro-controllers, and modular electronics useful in prototyping.A must have in the inventor's library.

I'm a middle of the road electronics hobbyist. Meaning, I get the basics, and need something more. This book fits the bill. There is theory that transitions to practical illustrations. This has helped me better understand circuitry. It will take me years to completely digest everything presented in this book. The amount of information in this book is amazing. It covers theory, analog basics, basic circuit components, then into semiconductors, and a great portion on Op-Amps. There is also a stout section on digital electronics, and even a good chunk on micro controllers (ie Aduino). Also motors, sensor and opto-electronics. In other words, this book has most of what you need to dive very deeply into advanced hobby electronics. I prefer this book to most internet searches, because I don't have to sift through the wanna-be pseudo-experts to get to the good stuff. The amount of information in this book makes it an exceptional value, and saves me time. As an addendum, I have found is that if Simon Monk is an author, the book will be good.

* Physical 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. * Summary 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)

Questo libro dovrebbe essere utilizzato da tutte le scuole con indirizzo elettronico! I miei libri erano molto meno belli ed entusiasmanti! Lo consiglio vivamente. Inglese semplice e di lettura scorrevole quindi non spaventatevi. I disegni e i grafici aiutano ed arricchiscono moltissimo certi concetti. 5 stelle piene!.

Este libro está separado en dos partes: la primera condensa todo los conocimientos teóricos de electrónica y electricidad. Es un capítulo que abarca aproximadamente una cuarta parte del libro y donde, en la medida de lo posible, se ha intentado reducir la carga matemática. La segunda parte comprende el resto de capítulos y es prácticamente una enciclopedia de electrónica: una referencia donde ir y aprender lo que se necesita en cada momento. Yo necesitaba un libro de electrónica, y sólo uno. Un único libro denso, versátil y que no fuera el intragable y formal texto universitario de siempre. Lo he encontrado. Además incorpora un capítulo especial de electrónica práctica donde se trata sobre cómo ponerse manos a la obra, las herramientas, la configuración de un taller/laboratorio, listas de componentes, etc. No es para principiantes. Si se quiere practicar y aprender desde cero, recomiendo Make: Electronics. Lástima que ninguno de estos libros esté en español.

(read 100+ pages) The book mixes theory and practice in (indeed) a practical way. For me it has the right level of depth. The book explains most things without referring to other books. The book can be used as a reference, and you can start almost in any chapter reading which is a big plus. If you want to buy this book you should have knowledge of math including understanding what differentiate, integration and complex numbers are. You should not be afraid from some big formulas.

Very solid introduction to electronics in a very practical way. It clarified some doubts I had for a long time in electrictity.