Photodetection and Measurement: Maximizing Performance in Optical Systems Hardcover - 2003 - 1st Edition
by Mark Johnson
- Used
- Acceptable
Photodetection techniques are becoming increasingly necessary for electronics design work, and this reference provides a practical "rules of thumb" approach to making accurate optical measurements with equipment commonly found in labs and companies.
Description
Standard delivery: 7 to 14 days
Details
- Title Photodetection and Measurement: Maximizing Performance in Optical Systems
- Author Mark Johnson
- Binding Hardcover
- Edition number 1st
- Edition 1
- Condition Used - Acceptable
- Pages 298
- Volumes 1
- Language ENG
- Publisher McGraw-Hill Companies, USA
- Date 2003-08-18
- Illustrated Yes
- Features Bibliography, Illustrated, Index
- Bookseller's Inventory # A0071409440
- ISBN 9780071409445 / 0071409440
- Weight 1.53 lbs (0.69 kg)
- Dimensions 9.58 x 7.48 x 1.05 in (24.33 x 19.00 x 2.67 cm)
- Library of Congress subjects Optoelectronic devices, Optical detectors
- Library of Congress Catalog Number 2003046318
- Dewey Decimal Code 621.36
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From the rear cover
The "opto-electronics revolution" has made the art and science of making sensitive, accurate, and inexpensive optical measurements must-know information for legions of electronic engineers and research students. And there's no faster or easier way to master photodetection and measurement techniques than with this hands-on tutorial written by a teacher with experience enough to know the questions you would ask.
A clear, easy-to-understand "rules-of-thumb" approach shows you how to make high-performance optical measurements by getting the fundamentals right, often with simple, inexpensive equipment commonly found in laboratories. It includes treatment of:* Photodetectors
* Amplifiers
* LED sources
* Electronic modulation and demodulation
* Interference avoidance
* Data acquisition and basic DSP You'll also gain a firm understanding of noise-reduction techniques and the essentials of building-in speed, sensitivity, and stability. If you want to learn the secret of making sound optical measurements without expensive equipment, this is the one resource you shouldn't work without.
