NTHS1012N02N2001KP

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NTHS1012N02N2001KP, a temperature sensor, belongs to NTC thermistors family. NTC thermistors are semiconductor resistors, whose resistance decreases with the increase of its temperature in a known, predictable and consistent rate.

The NTHS1012N02N2001KP temperature sensor has an operating temperature range of -40 degrees Celsius to 120 degrees Celsius, and it is typically used to measure the temperatures of objects in an industrial setting, such as residential and commercial buildings. It is also used as a temperature and proximity sensor in automotive applications. Furthermore, it can be used in medical and laboratory settings. It is a popular choice due to its low cost and easy accuracy among temperature measurement devices.

NTHS1012N02N2001KP has a working principle, which is dependent on the Seebeck effect. When two dissimilar materials are connected together at different temperatures, there is a voltage difference generated between them, called the Seebeck voltage.NTHS1012N02N2001KP uses the Seebeck effect in order to measure temperature differences. The temperature is calculated from the voltage generated by the Seebeck effect. By using this principle, it is possible to obtain a very accurate measuremen of temperature.

NTHS1012N02N2001KP also features a wide range of operation voltages from 3.3v to 12v, and can measure over a range of temperatures from -40 to 120 degrees Celsius. It also features a low power consumption of only 2.2 mW, making it ideal for applications with low power supply. The NTHS1012N02N2001KP is also highly accurate, boasting a temperature error rate of ±0.4°C.

In conclusion, the NTHS1012N02N2001KP temperature sensor is a popular choice for a wide range of applications due to its low cost, high accuracy, and low power consumption. It is used mainly for measuring temperatures in industrial and automotive settings, but it can be used in medical and laboratory settings as well. Its working principle is based on the Seebeck effect, which allows it to accurately measure the temperature of objects.

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