111-104HAK-H01

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NTC Thermistors, also known as negative temperature coefficient thermistors, are electronic sensors whose temperatures are temperature-dependent. More specifically, a thermistor’s resistance decreases linearly as the temperature increases. The 111-104HAK-H01 is an NTC type thermistor whose resistance is specially tuned to make it suitable for a variety of temperature sensing applications. In this article, we discuss what applications the 111-104HAK-H01 can be used for and how it works.

In terms of applications, the 111-104HAK-H01 thermistor is designed to measure current temperatures in a variety of environments including consumer electronics, automotive, HVAC/R, and industrial systems. The thermistor is composed of a ceramic and metal composite material and the resistor is in the ceramic material. This combination results in low noise output and provides a linear temperature response.

In terms of its working principle, the 111-104HAK-H01 works on the basis of negative temperature coefficient, or the relationship between temperature and resistance. As the temperature of the thermistor changes, the resistance also changes. This means that when the temperature of the thermistor increases, its resistance will decrease and when the temperature of the thermistor decreases, its resistance will increase. When the input voltage of the thermistor is increased, the resistance of the thermistor also increases. This change in resistance is then detected by the thermistor and its output is then converted into a temperature measurement.

In conclusion, the 111-104HAK-H01 NTC thermistor is a temperature sensing device that uses the NTC principle to detect and measure temperature in various environments. Its ceramic and metal composite construction makes it robust and reliable and its linear temperature response makes it suitable for a variety of temperature sensing applications. It is also suitable for consumer electronics, automotive, HVAC/R, and industrial systems.

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