NTCG164QH105JT1

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Thermistors are a type of temperature sensor that use resistance to measure temperature changes. They have very high sensitivity to temperature, so they are used in a wide variety of applications. The NTCG164QH105JT1 is a thermistor that is commonly used in temperature sensing applications. In this article, we will cover the application field and working principle of this thermistor.

Application Field of NTCG164QH105JT1

The NTCG164QH105JT1 is a negative temperature coefficient (NTC) thermistor, which means its resistance decreases as the temperature increases. This thermistor is built to withstand harsh temperatures up to 250 ℃ and is ideal for use in extreme environment temperatures. Therefore, the NTCG164QH105JT1 is commonly used in a variety of temperature sensing applications, such as automotive engines, medical equipment, aerospace industries, or cooling systems. It also has fast response times and a long service life, which makes it a great choice for these applications.

Working Principle of NTCG164QH105JT1

The working principle of the NTCG164QH105JT1 is based on the fact that its resistance decreases as temperature increases. This thermistor is composed of a metal oxide semiconductor material, usually ceramics, manganese, aluminum or cobalt. The temperature change of the metal oxide affects the physical structure of the material, thus changing its electrical properties such as its resistance. This change in resistance is how the thermistor is able to measure changes in temperature.

The NTCG164QH105JT1 also has a wide temperature range and high stability. This means it is capable of accurately measuring temperature changes over long periods of time, even when exposed to sudden changes in temperature. It also has a high resistance to environment factors such as vibration and shock, and it is not susceptible to electromagnetic interference.

Conclusion

The NTCG164QH105JT1 is a commonly used thermistor for temperature sensing applications. It has a fast response time, a wide temperature range, and high stability, making it ideal for use in extreme environments. It has a wide application field, from automotive engines to medical equipment. Finally, its working principle is based on the fact that the resistance of the thermistor decreases as the temperature increases.

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