KTY84/150,153

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Temperature sensors are devices that are designed to measure and manage the temperature of a particular system or environment. One important type of temperature sensor is the PTC thermistor, which stands for Positive Temperature Coefficient and are commonly used in a variety of electronic applications. In this article, we\'ll look at the application field and working principle of the specific PTC thermistor model, KTY84/150,153.

What is PTC Thermistor, KTY84/150,153?

KTY84/150,153 is a PTC thermistor that is used for temperature measurement and control in a wide range of automotive, electrical, and other electronics. This model offers high accuracy over a wide temperature range as well as excellent dependability, making it a great choice for many industries.

The Application Field of KTY84/150,153

This PTC thermistor is mainly used in automotive and other electrical and electronic equipment. Specifically, it is used in temperature-sensing circuits in ABS brakes, fuel injection, and airbags as well as in battery-charging and power-supply circuits, among others. KTY84/150,153 is also used in temperature-sensing circuits in consumer and industrial equipment, such as ovens, ranges, air conditioners, and electric stoves.

The Working Principle of KTY84/150,153

The working principle of PTC thermistors, such as KTY84/150,153, is based on the relationship between the temperature and resistance of a semiconducting material. As the temperature rises, the resistance of the material also increases, and vice versa. This is the basic principle behind the PTC thermistor and is what makes it such a useful temperature-sensing device.

In the case of KTY84/150,153, the resistance is initially low, allowing for increased current flow. As the temperature rises, the resistance increases to a point at which further increases in voltage or current are prevented. This effectively acts as an overcurrent protection and is very useful for a variety of applications.

Conclusion

KTY84/150,153 is a PTC thermistor that is used for temperature sensing and control in many automotive, electrical, and other electronics applications. Its application field includes temperature-sensing circuits in ABS brakes, fuel injection, airbags, battery-charging and many consumer electronic devices. The working principle of KTY84/150,153 is based on the relationship between temperature and resistance of a semiconducting material, in which increasing temperature results in an increase in resistance.

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