USUR1000-222K

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The USUR1000-222K is a type of NTC thermistor, which is a type of temperature sensor. NTC stands for negative temperature coefficient, referring to the fact that the resistance of the thermistor decreases when the temperature increases. The advantage of using NTC thermistors for temperature sensing is that they are inexpensive, small, accurate, and very sensitive.

The USUR1000-222K is a tiny, nickel-based, NTC thermistor. It has a heating power of about 0.2W. The temperature range it can measure is from -40°C to 125°C. The USUR1000-222K has a resistance of 10K ohm at room temperature (25°C) and its accuracy is ±0.5°C at any given temperature. The USUR1000-222K is also designed to survive and be reliable in harsh environments such as high temperature, shock and vibration.

The working principle of the USUR1000-222K is based on the fact that the resistance of an NTC thermistor will reduce as the temperature increases. This means that when the thermistor is exposed to a change in temperature, it will cause a corresponding change in its resistance. The USUR1000-222K is designed to be connected in a circuit to an ADC (analogue to digital converter) or microcontroller unit, which will convert the change in resistance into a digital signal, thus enabling the measurement of temperature.

The USUR1000-222K has a wide range of applications. It can be used for temperature control, monitoring, and alarm systems in industrial, medical, automotive, and consumer electronics. It can also be used for environmental monitoring and testing. For example, it can be used in applications such as air temperature measurement in heating systems, monitoring of food products, and outdoor temperature measurement.

In conclusion, the USUR1000-222K is a type of NTC thermistor which is designed for precision temperature sensing and measurement. It is an inexpensive, small, accurate, and reliable temperature sensor that can be used in a variety of applications, from industrial control to environmental monitoring and testing. It works by continuously monitoring resistance changes, enabling measurement of temperature data and providing accurate results.

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