For DEH system of steam turbine, the displacement sensor TDZ-1E-32 is required to be able to respond quickly to achieve high precision and real-time performance. Response time has an important influence on the performance of linear displacement sensors. The response time is the time delay between the sensor receiving the input signal and generating the corresponding output.

The following are the effects of response time on the performance of linear displacement sensors:

Real-time performance: response time directly affects the real-time performance of LVDT sensor TDZ-1E-32. Faster response time means that the sensor can detect and respond to displacement changes faster, resulting in faster data updates and feedback. Shorter response times are essential in applications requiring real-time monitoring and control.

Dynamic performance: the response time also affects the dynamic performance of the LVDT displacement sensor TDZ-1E-32, i.e. the sensor’s ability to detect and track rapidly changing displacement. Shorter response time improves the dynamic performance of the sensor, enabling it to more accurately capture and measure rapidly changing displacements.

Measurement accuracy: the response time may affect the measurement accuracy of the displacement sensor TDZ-1E-32. If the response time is long, the sensor may miss some transient displacement changes, resulting in inaccurate measurement results. Shorter response time can reduce this error.

Energy consumption and stability: the response time is also related to the energy consumption and stability of the displacement sensor TDZ-1E-32. Longer response times may require more energy to achieve faster response, while shorter response times may require higher sensor stability and noise rejection capabilities.