TH253J34GBSN-T5

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NTC thermistors, also known as Negative Temperature Coefficient thermistors, are temperature sensors with a variable electrical resistance. This type of thermistor typically has a resistance that decreases when increasing temperature, though some modern NTC thermistors are designed to increase resistance as temperature rises. The TH253J34GBSN-T5 is an NTC thermistor used for measuring temperature from −55°C to +125°C. This device offers exceptional long-term stability, low cost, and wide operating temperature ranges.

The TH253J34GBSN-T5 is designed with a ceramic core with a negative temperature coefficient. It consists of a negative temperature coefficient material in a bead form, held together with metal terminals at both end. When the NTC thermistor is exposed to a temperature change, the resistance of the thermistor material changes in proportion to that change. This change in resistance is known as the “thermal coefficient”. The TH253J34GBSN-T5 has a thermal coefficient of +3250-5500ppm/°C.

The TH253J34GBSN-T5 has a wide range of application fields. It is typically used in temperature sensing applications requiring improved long-term stability, low cost, and wide operating temperature range, such as cooling systems in motor vehicles, air conditioning systems, and control systems. It can also be used to detect changes in temperature in medical equipment or to measure temperature in various industrial processes.

The TH253J34GBSN-T5 has a fairly straightforward working principle. When the sensor is exposed to a change in temperature, the resistance of the thermistor material changes accordingly. This change is the thermal coefficient and is typically expressed in “ppm/°C” (parts per million per degree Celsius). The thermal coefficient is determined by the material used to make the thermistor and can range from +3250-5500ppm/°C. As the temperature increases, the resistance of the thermistor decreases.

The TH253J34GBSN-T5 is a reliable NTC thermistor with excellent long-term stability, wide operating temperature range, and low cost. This device is typically used for temperature sensing applications in motor vehicles, air conditioning systems, medical equipment, and industrial processes. Its working principle is that the resistance of the thermistor material changes in proportion to the temperature changes, with the thermal coefficient typically expressed in “ppm/°C”. This thermistor is an ideal choice for a variety of temperature sensing applications.

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