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Don’t worry if you never took a physics course, you can easily update your electronics knowledge by following Lou’s clear and logical systems-level approach. When you finish this book you will understand different types of electronic circuits, how they work, and how they fit together to create modern electronic equipment, enabling you to apply, use, select, operate and discuss common electronic products and systems. And all this is explained using basic functional building blocks rather than detailed circuit analysis!
- Introduces you to the principles that form the basis of electronics, including the core concepts of how to generate current flow, how to control it, and magnetism.
- Learn about the basic components of electronics such as resistors, capacitors, inductors, transformers, diodes, transistors, and integrated circuits.
- Discover different types of circuits, using the functional block diagram approach which makes it easy to understand their purpose and application without requiring nitty-gritty circuit analysis.
- Get a grip on embedded controllers, the single-chip microcontrollers that are built into virtually every electronic device.
- Get involved with Hands-On projects in each chapter.
- A fresh look at how electronics work
- Learn about the inner workings of your HDTV, cell phone, and video game console
- Hands-on projects and experiments bring electronics to life
- Sales Rank: #963254 in Books
- Brand: Brand: Newnes
- Published on: 2010-05-19
- Released on: 2010-05-05
- Original language: English
- Number of items: 1
- Dimensions: 9.00" h x .82" w x 6.00" l, 1.09 pounds
- Binding: Paperback
- 360 pages
- Used Book in Good Condition
Review
"The author, a Technology Editor for Electronic Design, has written an introductory electronics book for people with short attention spans, no scientific or technical knowledge, and �€œlooking for near-instant gratification of electronics knowledge.�€ Instead of approaching electronics bottom-up beginning with components, then circuits, and finally systems, the author takes a top-down approach, emphasizing block diagrams at the expense of what is in them. One reason is that electronics is now too complicated to understand by non-experts at any but the block-diagram level."
- Dennis L Feucht, en-genius.net
From the Back Cover
Don’t worry if you never took a physics course, you can easily update your electronics knowledge by following Lou’s clear and logical systems-level approach. When you finish this book you will understand different types of electronic circuits, how they work, and how they fit together to create modern electronic equipment, enabling you to apply, use, select, operate and discuss common electronic products and systems. And all this is explained using basic functional building blocks rather than detailed circuit analysis!
About the Author
Louis Frenzel has been a Technology Editor with Electronic Design magazine since 2000 and covers the wireless, communications, networking and test/measurement fields. He also writes for Wireless System Design Update an online newsletter. Lou has over 25 years of electronic industry experience as an engineer in the geophysical, aerospace and computer fields. Prior to joining ED he was a college professor teaching electronics and semiconductor manufacturing and working on several NSF grants. He holds bachelors and masters degrees in electronics and is author of 19 books on communications, computers and electronics.
Most helpful customer reviews
13 of 13 people found the following review helpful.
An up to date overview of modern electronic technology
By GK
I'd say this book is definitely not for the seasoned professional. But it's a great book for someone who has at least some background in the electronics field, and who is looking for an overview of modern day electronic technology. For instance, I took my core electronic courses forty-years ago, and with that background I made it through the book without too much trouble. The electronics we now take for granted wasn't even dreamed of in those days. So to me, this book was filled with fascinating material, including a good explanation of how all these newfangled electronic gadgets like the cell phone actually work.
Cited as the systems approach to learning about electronics, the author approaches each of his topics as a complete unit, rather than an explanation of the individual electronic components and how they operate. So after a brief introduction to simple circuit components like capacitors, resistors, transformers and a little about Ohms Law, the author takes the reader on a fascinating trip through everything from integrated digital logic circuits, and OpAmps, and power supplies, and computers, to cell phones, antennas, and satellites, to wireless networks, LANS and WANS, audio and video and industrial control technology, as well as a bunch of stuff I haven't mentioned. That's a lot of technical information in just 300 hundred pages, so it moves fast and it got a little overwhelming for me in a few places. But I finished the book and I feel that I learned a lot, which was my goal in reading the book in the first place. I recommend this book for anyone interested in an overview of up-to-date modern electronic technology and its applications.
17 of 20 people found the following review helpful.
Too cursory for its own good
By S. J Parker
I really wanted to like this book. I come from a background in Computer Science, and have enjoyed dabbling in Electronics, but never had a taste for the hard-core engineering that make up Computer and Electrical Engineering. This book attempts to bridge a gap between basic electrical components and full-fledged electrical systems(TV, computers, Microwaves, etc..). Unfortunately, I don't think it does a good job.
The first third of the book wallows in the minutia of electronics, covering basic theory like Ohm's Law, electron flow, electromagnets, and the like. But it never goes deep enough for these concepts to make sense. The examples given are too sparse, and there's no context. No equations are given that would allow someone to compute how large a resistor to place in front of an LED to build a christmas light, or how one would actually use an OpAmp in a real circuit. Seemingly complex electrical diagrams of common components are presented, but no indication how to apply those drawing if I wanted to build a circuit. The goal of these early chapters was supposed to present all these basic components, then to assume they are being used in more complex system components later on. Unfortunately, presenting these chapters at all left me more confused than enlightened. Would have been better to skip them entirely, or maybe stick them in an appendix.
The book moves on to larger things. A chapter is wasted glossing over microcomputers programming. Time is spent with a stub program showing what some syntax might possibly look like for assembly programming a microprocessor circa 1993. Not at all applicable. similar stubs of introduction are given to C and Basic.
Another chapter on wireless communication includes many facts about antennas, like how they are usually 1/4 the height of the wavelength being broadcast. The book is full of impressive graphics and charts, lots of facts and figures, but none of it is applicable. They are tidbits of knowledge without any indication how to actually use any of it. Why does it matter that Aircraft radios typically operate in the 108-135Mhz band and use AM. I don't feel I actually know anything more. I've consumed a great deal of samples, but nothing in depth, nothing of substance. Junk food for electronics? Maybe.
4 of 4 people found the following review helpful.
A Review of electronics explained
By Chicago Gal
When I first ordered the book, I thought it would be more of a hands on type manual, something along the lines of what you might find at Radio Shack. But it has a different objective. It is not a technical manual of how to begin to do electronics. The author makes that clear early on. It does a very nice job of providing an overview of basic (and some not so basic) electronics and how it applies to real world applications but not from a project/wire some circuits point of view. It is short of circuit theory (intentionally) and long on descriptives relative to actual applications, for example how an ipod is wired or how cds actually provide music. I recommend it for someone who needs a basic overview of how electronics affects our everyday lives but not for someone wanting to begin a hobby in the area or needs some more technical step by step direction.
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