Precision thermoelectric semiconductor sensor

Abstract

Objective. The aim of the study is to develop a precision thermoelectric semiconductor sensor. Method. In the course of the study, a balanced method was applied, based on the fact that instead of a temperature difference, the thermal module will measure the coincidence of temperatures. Result. The use of a thermoelectric semiconductor sensor practically reduces the error when measuring the temperature of the environment or the object under study. The thermoelectric semiconductor sensor with the Peltier effect can operate in an economical mode, without wasting energy for measuring the temperature. Conclusion. The thermoelectric semiconductor sensor operates in an adaptive temperature measurement mode, allowing you to adjust a functional sensor to measure temperature with the required accuracy depending on the object under study, as well as stabilize the melt or boiling boundary in a container in contact with a digital thermoelectric device.

Keywords

• thermoelectric semiconductor sensor
• temperature measurement
• cooling
• crystallization
• balance measurement