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The problem of obtaining correct temperature measurement results in most cases can be solved by using resistance temperature sensors, which are presented in a large number of designs and accuracy characteristics. They are some of the most stable and accurate temperature sensors operating over a temperature range of approximately -200°C to 800°C and are used where good repeatability and high accuracy are required.
Thin-film sensors are manufactured by depositing a thin layer of platinum or its alloys on a ceramic base and then adjusting the resistance of the resistor to the required value. After that, the sensor elements are covered with glass or epoxy resin to ensure moisture resistance. The advantage of thin-film sensors in comparison with wire-wound sensors is that, using this technology, it is possible to obtain higher-resistance sensors with significantly smaller dimensions. This leads to an increase in resolution per degree and, accordingly, minimizes errors caused by the resistance of the lead wires.
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