Can displacement sensors fail in high-temperature environments? 1

A displacement sensor is a device used to measure the position, attitude, or linear motion of an object. It typically consists of a sensing component and a signal processing unit. The CDC536DBR displacement sensor operates through various methods, including optical, electromagnetic, ultrasonic, and piezoelectric technologies. Specifically, common types of displacement sensors include resistive, capacitive, laser-based, and ultrasonic varieties.diode

Whether a displacement sensor will be damaged in high-temperature environments depends on its design and materials. Generally, most traditional displacement sensors may experience misalignment, drift, reduced sensitivity, or even damage under high temperatures. The causes include the thermal expansion coefficient of materials, the heat resistance of electronic components, and the thermal stability of mechanical parts. For high-temperature environments, some specially designed displacement sensors, such as molybdenum skin resistance displacement sensors and tungsten spring displacement sensors, can operate normally at elevated temperatures.diode

When using a displacement sensor, it is necessary to select the appropriate type and specifications based on the actual working environment. When using a displacement sensor in high-temperature environments, the following points should be noted diode