NTHS0805N02N5681JU

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Temperature sensors play a critical role in many industrial and consumer devices, providing data that is necessary for safe operation, monitoring, and error detection. A common type of temperature sensor is the Negative Temperature Coefficient (NTC) thermistor, which is represented by the model number NTHS0805N02N5681JU. This article will discuss the application field and working principle of this model NTC thermistor.

Application Fields of NTHS0805N02N5681JU

NTHS0805N02N5681JU NTC thermistor is used in many vehicles and industrial applications. In automotive electronics, NTC thermistors are used in temperature control systems such as air conditioning, electronic throttle control, and engine control systems. They are also used as over-temperature protection in chargers, power supplies, and lights. Industrial applications of the NTHS0805N02N5681JU NTC thermistor include temperature measurement and control in a variety of equipment and processes, such as ovens, liquid level indicators, and air monitoring systems. This type of thermistor is also used in medical applications, such as skin temperature monitoring and temperature measurement of liquids and gases.

Working Principle of NTHS0805N02N5681JU

The working principle of NTHS0805N02N5681JU NTC thermistor is based on the fact that its resistance changes with temperature. The resistance of a thermistor decreases as the temperature increases and increases as the temperature decreases. This property is known as the negative temperature coefficient (NTC). By measuring the thermistor’s resistance, one can accurately measure the temperature. The NTHS0805N02N5681JU NTC thermistor is composed of a ceramic material that has a predetermined temperature coefficient. Therefore, its resistance will change depending on the temperature.

To measure the temperature with the NTHS0805N02N5681JU NTC thermistor, it must be connected to an electrical circuit. In this circuit, the thermistor is typically connected in series with a resistor. When a voltage is applied to the thermistor, the amount of current that flows through it depends on its resistance. By measuring the current, one can accurately measure the temperature.

The NTHS0805N02N5681JU NTC thermistor is a popular choice for temperature sensing due to its low cost, small size, and fast response time. It is also relatively immune to mechanical shock and vibration, making it ideal for automotive and industrial applications. The thermistor is packaged in a variety of shapes and sizes, allowing for easy installation in a wide variety of applications.

Conclusion

The NTHS0805N02N5681JU NTC thermistor is a popular temperature sensor due to its low cost, small size and fast response time. It is used in a variety of automotive and industrial applications, where its resistance is used to measure temperature. By connecting the thermistor in series with a resistor and measuring the current, the temperature can be accurately monitored. With its wide variety of shapes and sizes, it is ideal for many different applications.

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