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Principles of Electronic Instrumentation, by A. James Diefenderfer, Brian E. Holton
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This student-oriented text familiarizes undergraduates with the electronics involved in scientific instrumentation and control systems for use in research and end products. Suitable for the one- or two-semester courses, the text emphasizes electronics applications, rather than the physics or engineering of a device. This makes the material suitable for students who need a fundamental knowledge of electronics for the laboratory or workplace. Manufacturers' data sheets for nearly every common component are gathered in a convenient appendix, making learning and applications much easier and providing students with a valuable reference tool.
- Sales Rank: #731636 in Books
- Published on: 1994-01-02
- Ingredients: Example Ingredients
- Original language: English
- Number of items: 1
- Dimensions: 10.50" h x 8.50" w x 1.00" l, 3.15 pounds
- Binding: Textbook Binding
- 600 pages
Most helpful customer reviews
9 of 10 people found the following review helpful.
call this a text book
By A Customer
Each chapter on has a couple of examples with minimual calculations, diagrams are unexplained and what topics that are explained are without diagrams. There are no solutions to any problems and typos are everywhere, including formulas. They can't even get the formula for equivalent capacitance of capacitors in series correct.
6 of 6 people found the following review helpful.
a very good book
By A.Reader1
I'm not sure why there are so many poor reviews of this book. I used the 2nd edition years ago and liked it - this 3rd edition continues to be very good.
It's approach is simple, clear & direct. The math is mostly algebra & trigonometry based with a bit of calculus thrown in here and there. This makes it very approachable especially if you don't have much experience with electronics. It's much clearer than Brophy ever was and more detailed than Faissler's book (Introduction to Modern Electronics).
I find many university level intro electronics books don't give enough motivation i.e. how you actually use the stuff. Electronics is, after all, an intensely PRACTICAL subject. This book throughout shows you where and how it relates to scientific applications. Chapter 7 on transducers and chapter 15 on noise are good intros to these areas in this regard.
dislikes: 30% (170/577 pages) of book is devoted to datasheets. Why I don't know. In every intro electronics course I've seen datasheets are rarely used. And just how likely is it that you'll need the ones in this book? - usually you'll need sheets for some oddball component in the lab portion of a course. These pages are a waste and should have been devoted to something else.
It would've been nice to have end-of-chapter references to more advanced works. Glossary would have been nice,too.
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if you want a more rigorous intro book use "Principles of Electronics: Analog and Digital" by Lloyd R. Fortney.
If you want more info on transducers, practical building and noise reduction techniques look at 1) "Electronics and Instrumentation for Scientists" by Malmstadt/Enke/Crouch, 2) "Measurement and Instrumentation Principles" 3rd Edition by Alan S. Morris, 3) "Signal Recovery from Noise in Electronic Instrumentation" by T.H. Wilmshurst, 4) "Electronic Instrument Handbook" by Clyde F. Coombs and 5) "Building Scientific Apparatus" by Moore/Davis/Coplan
4 of 5 people found the following review helpful.
Thoroughly Error Ridden, Little Support
By M. Cirtain
I used this book in my undergraduate career as a physics and math major. I took Electronics Instrumentation as an elective because I genuinely wanted to learn the material, but I was sorely disappointed in the text. Besides being riddled with typos and errors, I found that the book was of no use as far as giving solutions (or even answers!) to any of the problems at the ends of the chapters. Additionally, I used the lab manual that accompanies the text, and it was equally error-ridden and unsupportive. It was as though no one ever proofed the texts prior to publication. Overall I think that with some editing, added solutions, and attention to student feedback this book could be a good resource as it covers a broad range of topics, but as it stands it is lacking.
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