Average Reviews:
(More customer reviews)This unwieldy tome is a great book on just about every kind of sensor you could think of. It is an edited work, and consists of over 100 chapters/articles written by different groups of individuals. In spite of that, the book has a good logical flow.
Part one is on measurement and instrumentation in general. It discusses the desirable characteristics, operational modes, accuracy, and standards of instrumentation in general.
The next ten sections discuss specific classes of sensors, their operation, applicable mathematical equations, and typical configuration/circuits needed for their use. The sensors are broken down into those that measure spatial variables, time and frequency, solid mechanical variables, fluid mechanical variables, thermal mechanical variables, electromagnetic variables, optical variables, radiation, chemical variables, and finally biomedical variables. It would probably be very difficult for any one person to understand all of these sections, as specific sections require a basic knowledge of specific disciplines, but the language is very accessible and the content very interesting. Each article contains an extensive bibliography and list of reference articles where more information can be obtained.
The next section is about signal processing. This covers everything from A/D conversion to the mathematics of analog and digital signal processing. There are plenty of circuits shown and even some worked out examples on how to design filters with certain given characteristics. This is very accessible to anyone with a background in signals and systems.
Next is a less mentally taxing section on displays. There is some history of each device, theory of operation, and advice on the most suitable environment for each type of display device, as well as interfacing information.
The final section is a brief one on control. This section seemed rather rushed and really didn't do a very good job of explaining control systems compared to the high quality of the rest of the book.
Of all the books I've owned or read on the subject of sensors, this one has the best combination of device physics, theory of operation, application circuitry, signal processing, and applicable mathematics. I highly recommend this book to any scientist who needs to learn about specific sensors and anything related to their operation, control, and possible interfaces.
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The Measurement Instrumentation and Sensors Handbook describes the use of instruments and techniques for practical measurements required in engineering, physics, chemistry, and the life sciences.The book examines:
Sensors
Hardware
Software
Techniques
Information processing systems
Automatic data acquisition
Reduction and analysis as well as their incorporation for control purposesOrganized according to the measurement problem, each section addresses the different ways of making a measurement for a given variable. Chapters present information on three levels:
Basic information without equations and a description of the subject that can be understood by the newcomer
Detailed text and mathematical treatment essential fordiscovering applications and solving problems outside one's field of specialty
Advanced applications of the subject, evaluative opinions, and areas for future studyThe Measurement, Instrumentation and Sensors Handbook provides a graded level of difficulty from start to finish, serving the reference needs of the broadest group of readers. Edited by one of the more noted instrumentation experts in the world, the book contains nearly 150 contributions, covering all aspects on the design and implementation of various instrumentation.
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