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Learning objectives. To understand basic principles of temperature measurement To learn different temperature measurement techniques To be able to determine the operating range of different temperature sensors.. Thermal expansion methods: Bimetallic sensors. This type of sensors is based on the o
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1. Measurements Part 2: Measurement of Temperature
2. Learning objectives To understand basic principles of temperature measurement
To learn different temperature measurement techniques
To be able to determine the operating range of different temperature sensors.
3. Thermal expansion methods: Bimetallic sensors
4. Thermal expansion methods: Bimetallic sensors
5. Thermal expansion methods: Bimetallic sensors
6. Thermal expansion methods: Bimetallic sensors
7. Thermal expansion methods: Bimetallic sensors
8. Resistive thermometers
9. Resistive thermometers: RTD
10. Resistive thermometers: RTD (for laboratory use)
11. Resistive thermometers: RTD (for industrial use)
12. Resistive thermometers: RTD (Resistive and temperature profile)
13. Mathematical relationships
14. Electrical circuits for RTD
15. Characteristics and issues of RTD
16. Thermistors
17. Thermistors
18. Typical characteristics of Thermistors
19. Thermocouple
20. Thermocouple: Principle
21. Thermocouple: Types
22. Thermocouple: Characteristics
23. Thermocouple: Connection
24. Liquid-in-glass thermometers
25. Liquid-in-glass thermometers <<<6.2>>><<<6.2>>>