This practical guide provides a comprehensive survey of all relevant inductive sensor classes for industrial applications in a single volume, from automotive use to white goods, covering design, fabrication, implementation, principles and functionality as well as standards and EMC requirements. The book addresses professional engineers and technicians, but is also accessible to students who require a solid basic knowledge of inductive sensors. Each chapter begins with classic, traditional explanations and gradually moves on to state-of- the art analog and digital solutions, including large-scale integrated systems-on-chip, software defined sensors SDS, digital signal synthesis, coils on silicon and active inductors.
The book employs three modern analysis methods: analytic computation; popular graphical methods (phasor diagrams, phase plans, Smith charts, etc.) and computer assisted tools, like the electromagnetic field simulator, Maxwell, and the popular Spice simulator for electronic circuits. For traditional solutions, the chapters give overviews in tables with computation formulae (including empirical expressions). Numerical examples help the reader consolidate the theoretical knowledge gained. Concrete examples for currently available commercial parts are provided.
Introduction; Basics of Inductive Sensors, Definition and Conventions; Inductive Proximity Sensors – Standards, EMC/EMI, Safety, Reliability, Availability; Inductive Sensors – Definitions, Main Types and Market Share; Inductive Sensing Elements – Evaluation Methods; Inductive Sensing Elements – Practical Implementations; Magnetic Materials for Cores/Plungers of Inductive Sensing Elements; Evaluation Electronics of the Inductive Sensors; Driving and Evaluation of the Inductive Sensing Element – Oscillators; Inductive Sensors – Signal Processing and Conditioning; Inductive Sensors – Output Signal Providing; Inductive Sensors – Power Supply and Sensor Protections; Inductive Sensors – Adjustment and Calibration; Inductive Sensors – Temperature Compensation; Intelligent Inductive Sensors – Networking.
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Sorin Fericean
is a professional expert on the subject of design and manufacturing of electronic sensors for industrial applications and ASIC designing, testing, and release for such products. After more than 25 years with one of the 10 global players on the field of industrial sensors - Balluff GmbH Company, Germany - he is currently working as a freelancer in his consulting office FerSensC/Leonberg, Germany, carrying out sensor design projects. He holds 69 patents and is a Senior Member of IEEE.
Reviews
Review: Midwest Book Review - December 1, 2018
Sorin Fericean's Inductive Sensors for Industrial Applications provides a weighty, in-depth survey of all inductive sensor classes for industrial applications ranging from automotive use to white goods, and provides professionals and students with an exploration that uses three contemporary analysis models to provide overviews. Numerical examples help link theories while examples of modern commercial parts are included. Surveys of implementations to different kinds of LC oscillators and digital inductive sensors contribute to a survey packed with detail and examples. All are solid contributions highly recommended for any college-level reference holding.