Measuring and defectoscopic transducers

About the book

The work discusses the general principles for the description of static and dynamic properties of measuring transducers. An analysis of the properties of analog and digital electric signal converters, transducers of various physical quantities - magnetic, mechanical, thermal, chemical, etc. was given. The methods of designing structures of these transducers according to accuracy and information criteria are presented. A special advantage of the work is the presentation of various and also the latest solutions of transducers manufactured in Poland and abroad.

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Table of Contents

1. Classification and structure of measuring transducers
2. Static properties of measuring transducers
2.1. Characteristics and parameters describing the static properties of analog measuring transducers
2.2. Static parameters of analog-digital converters
3. Dynamic properties of measuring transducers
3.1. Characteristics and parameters describing the dynamic properties of analog measuring transducers
3.2. Dynamic parameters of analog-digital converters
4. Converters of analogue electric and magnetic quantities
4.1. Introduction
4.2. Bypasses
4.3. Additional resistors (posts)
4.4. Voltage dividers
4.5. Gates
4.6. Alternating current transformers
4.7. DC transformers
4.8. Measuring amplifiers
4.9. Rectifier transducers
4.10. Sampling transducers
4.11. Thermoelectric converters of effective value
4.12. Multiplicating transducers
4.13. AC power converters
5. Digital converters
5.1. Digital-to-digital converters (C / C)
5.2. Digital-to-analogue converters (C / A)
5.3. Analog-to-digital converters (A / C)
6. Non-electric size transducers
6.1. Introduction
6.2. Mechanical and electrical transducers
6.3. Photoelectric transducers
6.4. Thermoelectric transducers
6.5. Chemoelectric transducers
6.6. Ultrasound transducers
6.7. Transducers of ionizing radiation
Bibliography