USP10979

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NTC thermistors, a type of temperature sensor, are widely used for temperature sensing in a variety of applications. USP 10979 is a widely used thermistor that has been designed using NTC thermistor technology. USP 10979 has long been used in both commercial and industrial applications to sense temperature changes. The USP 10979 application field and working principle can be broadly categorized as follows.

Application Field

USP 10979 thermistors are used in a variety of applications. The most common application is temperature sensing, as they can provide accurate readings over a range of temperatures. Some of the most popular applications include medical devices, automotive components, HVAC systems, and consumer electronics. USP 10979 thermistors are also used in industrial applications such as industrial ovens, refrigerators, and furnaces.

USP 10979 thermistors can also be used for temperature compensation. For example, they can be used to adjust the performance of transistors in response to changes in temperature. USP 10979 thermistors can also be used for temperature display applications, such as in thermostats. Additionally, USP 10979 thermistors can be used in a wide range of temperature sensing applications, including those in the pharmaceutical industry.

Working Principle

USP 10979 thermistors work based on the principle of Negative Temperature Coefficient (NTC). This means that as the temperature increases, the resistance of the thermistor decreases. As the temperature drops, the resistance increases. The actual resistance of the thermistor is determined by its material composition. USP 10979 thermistors are made using NTC material, which offers high accuracy and stability in a wide temperature range.

The USP 10979 thermistor features an extended temperature range that reaches up to 500°C. To achieve this extended temperature range, the thermistor is housed in an integrated aluminum housing and sleeve. This housing allows the thermistor to be exposed to higher temperatures without damaging its internal components.

USP 10979 thermistors are also designed with a low thermal mass. This means that they can quickly respond to temperature changes. Unlike other thermistors, USP 10979 thermistors can react quickly to temperature changes and provide accurate readings. This feature makes USP 10979 thermistors a suitable choice for applications that require fast temperature sensing.

Conclusion

USP 10979 thermistors are a widely used NTC thermistor that is used in a variety of applications. The USP 10979 application field and working principle are based on the principle of Negative Temperature Coefficient (NTC) and it can withstand temperatures up to 500°C with a low thermal mass providing fast temperature sensing. The USP 10979 thermistor is suitable for applications in medical devices, automotive components, HVAC systems, consumer electronics, industrial ovens, refrigerators, and furnaces.

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