☞ This is the 15659th article published by Metal Processing (mw1950pub)
Editor’s Note
What is a sensor? It is a detection device that can sense the information being measured and convert that information into electrical signals or other required forms of output according to certain rules, to meet the requirements for information transmission, processing, storage, display, recording, and control.
What are the principles of different sensors?
1. Principle of Fabric Tension Measurement and Control
2. Linear Potentiometer Control of Cylinder Piston Stroke
3. Working Principle of Piezoresistive Sensor for Liquid Level Measurement
4. Structure and Measurement Circuit of MQN Type Gas Sensitive Resistor
5. Working Principle of Bubble Level
6. Diffused Silicon Pressure Sensor
7. Strain Accelerometer
8. Weighing Level Meter
9. Schematic Diagram of Electronic Belt Scale
10. Electronic Crane Scale
11. Principle of Load Sensor for Measuring Truck Scales
12. Structure and Measurement Circuit of TiO2 Oxygen Concentration Sensor
13. Potentiometer Type Sensor
14. Ceramic Humidity Sensor
15. Principle of Porous Alumina Humidity Capacitor
16. Basic Capacitive Sensor and Differential Capacitive Sensor
17. Working Principle of Variable Area Capacitive Sensor
18. Principle of Proximity Switch for Object Position Detection
19. Principle of Column Display Encoded Level Meter
20. Capacitive Pressure Sensor
21. Differential Pressure Level Meter a
22. Differential Pressure Level Meter b
23. Differential Pressure Level Meter c
24. Capacitive Level Meter Schematic
25. Capacitive Thickness Gauge
26. Capacitive Accelerometer
27. Capacitive Fuel Gauge Principle
28. Principle of Flow Measurement by Frequency Difference Method
29. Structure of Air-Conducting Ultrasonic Transmitter and Receiver
30. Two Types of Ultrasonic Applications
31. Structure of Ultrasonic Probe
32. Principle of Ultrasonic Thickness Measurement
33. Principle of Ultrasonic Density Measurement
34. Principle of Ultrasonic Level Measurement
35. Ultrasonic Anti-Theft Alarm
36. Longitudinal Wave Testing
37. Transverse Wave Testing
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