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Position sensors /
A resource on position sensor technology, including background, operational theory, design and applications This book explains the theory and applications of the technologies used in the measurement of linear and angular/rotary position sensors. The first three chapters provide readers with the nece...
| Clasificación: | Libro Electrónico |
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| Autor principal: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Hoboken, New Jersey :
John Wiley & Sons, Inc.,
[2016]
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Intro; Title Page ; Copyright Page; CONTENTS; ABOUT THE AUTHOR; PREFACE; TRADEMARKS; About the Companion Website ; Chapter 1 SENSOR DEFINITIONS AND CONVENTIONS; Chapter 2 SPECIFICATIONS; Chapter 3 OUTPUT TYPES AND COMMUNICATION PROTOCOLS; Chapter 4 RESISTIVE/POTENTIOMETRIC SENSING; Chapter 5 CABLE EXTENSION TRANSDUCERS; Chapter 6 CAPACITIVE SENSING; Chapter 7 INDUCTIVE SENSING; Chapter 8 THE LVDT AND RVDT; Chapter 9 DISTRIBUTED IMPEDANCE; Chapter 10 THE HALL EFFECT; Chapter 11 MAGNETORESISTIVE SENSING; Chapter 12 MAGNETOSTRICTIVE SENSING; Chapter 13 ENCODERS; Chapter 14 OPTICAL TRIANGULATION.
- 2.9 WHAT DOES ALL THIS ACCURACY STUFF MEAN TO ME?2.10 TEMPERATURE EFFECTS; 2.11 RESPONSE TIME; 2.12 DAMPING; 2.13 CROSS SENSITIVITY; 2.14 SHOCK AND VIBRATION; 2.15 ELECTROMAGNETIC COMPATIBILITY; 2.16 HIGH VOLTAGE PULSE PROTECTION; 2.17 POWER REQUIREMENTS; 2.18 INTRINSIC SAFETY, EXPLOSION PROOFING, AND PURGING; 2.19 RELIABILITY; 2.20 QUESTIONS FOR REVIEW; REFERENCES; 3.1 ANALOG OUTPUT TYPES; 3.2 DIGITAL OUTPUT TYPES; 3.3 SSI; 3.4 CANbus; 3.5 PROFIBUS; 3.6 HART; 3.7 QUESTIONS FOR REVIEW; 4.1 RESISTIVE POSITION SENSORS; 4.2 Resistance; 4.3 HISTORY OF RESISTORS AND RESISTIVE POSITION SENSORS.
- 4.4 POSITION SENSOR DESIGN4.5 THE RESISTIVE ELEMENT; 4.6 THE WIPER; 4.7 LINEAR AND ROTARY MECHANICS; 4.8 SIGNAL CONDITIONING; 4.9 ADVANTAGES/DISADVANTAGES; 4.10 TYPICAL PERFORMANCE PARAMETERS; 4.11 SPECIFICATIONS AND APPLICATION; 4.12 MANUFACTURERS; 4.13 QUESTIONS FOR REVIEW; 5.1 CABLE EXTENSION TRANSDUCER HISTORY; 5.2 CABLE EXTENSION TRANSDUCER CONSTRUCTION; 5.3 SIGNAL CONDITIONING; 5.4 APPLICATION; 5.5 ADVANTAGES/DISADVANTAGES; 5.6 TYPICAL PERFORMANCE SPECIFICATIONS; 5.7 MANUFACTURERS; 5.8 QUESTIONS FOR REVIEW; 6.1 CAPACITIVE POSITION SENSORS; 6.2 CAPACITANCE; 6.3 DIELECTRIC CONSTANT.
- 6.4 HISTORY OF CAPACITIVE POSITION SENSORS6.5 CAPACITIVE POSITION SENSOR DESIGN; 6.6 ELECTRONIC CIRCUITS FOR CAPACITIVE SENSORS; 6.7 GUARD ELECTRODES; 6.8 EMI/RFI; 6.9 TYPICAL PERFORMANCE SPECIFICATIONS AND APPLICATION; 6.10 MANUFACTURERS; 6.11 QUESTIONS FOR REVIEW; REFERENCES; 7.1 INDUCTIVE POSITION SENSORS; 7.2 INDUCTANCE; 7.3 PERMEABILITY; 7.4 HISTORY OF INDUCTIVE POSITION SENSORS; 7.5 INDUCTIVE POSITION SENSOR DESIGN; 7.6 THE COIL AND BOBBIN; 7.7 CORE; 7.8 SIGNAL CONDITIONING; 7.9 ADVANTAGES; 7.10 TYPICAL APPLICATION AND PERFORMANCE SPECIFICATIONS; 7.11 MANUFACTURERS.