Hall Effect Sensors Theory and Application 2nd Edition by Edward Ramsden ISBN 0750679344 9780750679343
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ISBN 10: 0750679344
ISBN 13: 9780750679343
Author: Edward Ramsden
The importance of these sensors, however, contrasts with the limited information available. Many recent advances in miniaturization, smart sensor configurations, and networkable sensor technology have led to design changes and a need for reliable information. Most of the technical information on Hall effect sensors is supplied by sensor manufacturers and is slanted toward a particular product line. System design and control engineers need an independent, readable source of practical design information and technical details that is not product- or manufacturer-specific and that shows how Hall effect sensors work, how to interface to them, and how to apply them in a variety of uses. This book covers:
• the physics behind Hall effect sensors
• Hall effect transducers
• transducer interfacing
• integrated Hall effect sensors and how to interface to them
• sensing techniques using Hall effect sensors
• application-specific sensor ICs
• relevant development and design tools
This second edition is expanded and updated to reflect the latest advances in Hall effect devices and applications!
Information about various sensor technologies is scarce, scattered and hard to locate. Most of it is either too theoretical for working engineers, or is manufacturer literature that can’t be entirely trusted. Engineers and engineering managers need a comprehensive, up-to-date, and accurate reference to use when scoping out their designs incorporating Hall effect sensors.
* A comprehensive, up-to-date reference to use when crafting all kinds of designs with Hall effect sensors
*Replaces other information about sensors that is too theoretical, too biased toward one particular manufacturer, or too difficult to locate
*Highly respected and influential author in the burgeoning sensors community
Hall Effect Sensors Theory and Application 2nd Table of contents:
Chapter 1. Hall-Effect Physics
1.1 A Quantitative Examination
1.2 Hall Effect in Metals
1.3 The Hall Effect in Semiconductors
1.4 A Silicon Hall-Effect Transducer
Chapter 2. Practical Transducers
2.1 Key Transducer Characteristics
2.2 Bulk Transducers
2.3 Thin-Film Transducers
2.4 Integrated Hall Transducers
2.5 Transducer Geometry
2.6 The Quad Cell
2.7 Variations on the Basic Hall-Effect Transducer
2.8 Examples of Hall Effect Transducers
Chapter 3. Transducer Interfacing
3.1 An Electrical Transducer Model
3.2 A Model for Computer Simulation
3.3 Voltage-Mode Biasing
3.4 Current-Mode Biasing
3.5 Amplifiers
3.6 Amplifier Circuits
3.7 Analog Temperature Compensation
3.8 Offset Adjustment
3.9 Dynamic Offset Cancellation Technique
Chapter 4. Integrated Sensors: Linear and Digital Devices
4.1 Linear Sensors
4.2 Linear Transfer Curve
4.3 Drift
4.4 Ratiometry
4.5 Output Characteristics
4.6 Bandwidth
4.7 Noise
4.8 Power Supply Requirements for Linear Sensors
4.9 Temperature Range
4.10 Field-Programmable Linear Sensors
4.11 Typical Linear Devices
4.12 Switches and Latches
4.13 Definition of Switch vs. Latch
4.14 Switchpoint Stability
4.15 Bipolar Switches
4.16 Power Supply Requirements for Digital Sensors
4.17 Output Drivers
4.18 Typical Digital Devices
Chapter 5. Interfacing to Integrated Hall-Effect Devices
5.1 Interface Issues—Linear Output Sensors
5.2 Offset and Gain Adjustment
5.3 Output Thresholding
5.4 Interfacing to Switches and Latches
5.5 The Pull-Up Resistor
5.6 Interfacing to Standard Logic Devices
5.7 Discrete Logic
5.8 Driving Loads
5.9 LED Interfaces
5.10 Incandescent Lamps
5.11 Relays, Solenoids, and Inductive Loads
5.12 Wiring-Reduction Schemes
5.13 Encoding and Serialization
5.14 Digital-to-Analog Encoding
5.15 Mini-Networks
5.16 Voltage Regulation and Power Management
Chapter 6. Proximity-Sensing Techniques
6.1 Head-On Sensing
6.2 Slide-By Sensing
6.3 Magnet Null-Point Sensing
6.4 Float-Level Sensing
6.5 Linear Position Sensing
6.6 Rotary Position Sensing
6.7 Vane Switches
6.8 Some Thoughts on Designing Proximity Sensors
Chapter 7. Current-Sensing Techniques
7.1 Resistive Current Sensing
7.2 Free-Space Current Sensing
7.3 Free-Space Current Sensors II
7.4 Toroidal Current Sensors
7.5 Analysis of Slotted Toroid
7.6 Toroid Material Selection and Issues
7.7 Increasing Sensitivity with Multiple Turns
7.8 An Example Current Sensor
7.9 A Digital Current Sensor
7.10 Integrated Current Sensors
7.11 Closed-Loop Current Sensors
Chapter 8. Speed and Timing Sensors
8.1 Competitive Technologies
8.2 Magnetic Targets
8.3 Vane Switches
8.4 Geartooth Sensing
8.5 Geartooth Sensor Architecture
8.6 Single-Point Sensing
8.7 Single-Point/Fixed-Threshold Schemes
8.8 Single-Point/Dynamic-Threshold Schemes
8.9 Differential Geartooth Sensors
8.10 Differential Fixed-Threshold
8.11 Differential Variable-Threshold
8.12 Comparison of Hall-Effect Speed Sensing Methods
8.13 Speed and Direction Sensing
8.14 How Fast Do Speed Sensors Go?
Chapter 9. Application-Specific Sensors
9.1 Micropower Switches
9.2 Two-Wire Switches
9.3 Power Devices
9.4 Power + Brains = Smart Motor Control
Chapter 10. Development Tools
10.1 Electronic Bench Equipment
10.2 Magnetic Instrumentation
10.3 Mechanical Tools
10.4 Magnetic Simulation Software
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Tags: Edward Ramsden, Effect Sensors, Theory