Selection of thermal resistors and thermocouples
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In applications where the temperature ranges from 0 to 300 degrees, the pressure is between 0 and 5 kPa, the medium is air, and there is significant vibration, which is better to use: a thermal resistor or a thermocouple? In this temperature range, thermistors are normally the preferred choice, but some people say that the resistance wires of thermistors are very thin and can easily get damaged in environments with significant vibrations ； And a thermocouple is made by joining two metals together; it has strong shock resistance. Is this statement correct?
This argument makes sense; it depends on the extent of the vibration. For well-encapsulated thermistors that are not subject to excessive vibration, it should have little impact on their performance.
This argument makes sense; it depends on the extent of the vibration. For well-encapsulated thermistors that are not subject to excessive vibration, it should have little impact on their performance.