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Magnetic Actuators and Sensors [Hardcover]

$134.99     $138.25    2% Off      (Free Shipping)
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  • Category: Books (Science)
  • Author:  Brauer, John R.
  • Author:  Brauer, John R.
  • ISBN-10:  1118505255
  • ISBN-10:  1118505255
  • ISBN-13:  9781118505250
  • ISBN-13:  9781118505250
  • Publisher:  Wiley-IEEE Press
  • Publisher:  Wiley-IEEE Press
  • Pages:  400
  • Pages:  400
  • Binding:  Hardcover
  • Binding:  Hardcover
  • Pub Date:  01-Jun-2014
  • Pub Date:  01-Jun-2014
  • SKU:  1118505255-11-MPOD
  • SKU:  1118505255-11-MPOD
  • Item ID: 100824015
  • List Price: $138.25
  • Seller: ShopSpell
  • Ships in: 2 business days
  • Transit time: Up to 5 business days
  • Delivery by: Apr 09 to Apr 11
  • Notes: Brand New Book. Order Now.

A fully updated, easy-to-read guide on magnetic actuators and sensors

The Second Edition of this must-have book for today's engineers includes the latest updates and advances in the field of magnetic actuators and sensors. Magnetic Actuators and Sensors emphasizes computer-aided design techniques—especially magnetic finite element analysis; offers many new sections on topics ranging from magnetic separators to spin valve sensors; and features numerous worked calculations, illustrations, and real-life applications.

To aid readers in building solid, fundamental, theoretical background and design know-how, the book provides in-depth coverage in four parts:

PART I: MAGNETICS

  • Introduction
  • Basic Electromagnetics
  • Reluctance Method
  • Finite-Element Method
  • Magnetic Force
  • Other Magnetic Performance Parameters

PART II: ACTUATORS

  • Magnetic Actuators Operated by Direct Current
  • Magnetic Actuators Operated by Alternating Current
  • Magnetic Actuator Transient Operation

PART III: SENSORS

  • Hall Effect and Magnetoresistive Sensors
  • Other Magnetic Sensors

PART IV: SYSTEMS

  • Coil Design and Temperature Calculations
  • Electromagnetic Compatibility
  • Electromechanical Finite Elements
  • Electromechanical Analysis Using Systems Models
  • Coupled Electrohydraulic Analysis Using Systems Models

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