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Description
Temperature is one of the most commonly measured quantities in science and industry. Temperature can have a significant impact on the course of various processes therefore, its accurate measurement and control is a task of particular importance for every process in everyday life, science, and industry. Precise temperature measurement is used in all fields - electronics, communications, mechanical engineering and medicine, and determines the quality of the manufactured product. In this study, an experimental calibration was performed on a semiconductor thermistor with a nominal resistance of 10 kΩ in the temperature range from 0°C to 90°C. Based on the experimental data obtained, the coefficients of the Steinhart–Hart equation were determined, which allow for a more precision determination of the temperature from the measured resistance of the sensor.