NXRT15XV103FA5B025

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NXRT15XV103FA5B025 is an NTC thermistor designed to provide accurate temperature measurement in a wide range of applications. It is a reliable and economical way to sense heating and cooling effects in a system. NTC thermistors are temperature sensitive resistors, meaning that they change their resistance with changes in temperature. The change in resistance is relatively linear over an operating range of -50 to +200°C.

Applications

The NXRT15XV103FA5B025 has a wide range of applications, such as temperature measurement and control, thermal protection systems, temperature compensation and thermal sensing. It can be used in a variety of systems including air conditioners, refrigerators, heating/cooling systems, industrial process control, medical equipment, and automotive applications.

This thermistor has good accuracy in temperature measurement applications. It is particularly useful in automotive applications, as it can be used to accurately measure engine and transmission temperatures. It is also suitable for many other industrial applications due to its excellent stability and reliability.

It can also be used in temperature sensing and temperature compensation circuits. It can sense temperatures in the range of -50°C to +200°C in a wide variety of electrical and electronic equipment. Temperature-sensitive applications such as computers, microprocessors, and power supplies can benefit from the accurate temperature sensing provided by this thermistor.

Working Principle

The NXRT15XV103FA5B025 is an NTC thermistor with a negative temperature coefficient (NTC). As the temperature increases, its resistance decreases. This is because the behavior of the thermistor is based on the temperature-sensitive semiconductor material it is made of. At low temperatures, the material is highly resistive. As the temperature increases, the resistance decreases rapidly due to an increase in electrical conductivity.

The thermistor can provide accurate temperature measurements because the temperature-resistance relationship is generally linear over a certain range of temperatures. The resistance of the thermistor for a given temperature is unaffected by voltage, current, or the environment in which it is used.

The thermistor is usually connected to a precision resistor to form a voltage divider circuit, which is then connected to an analog-to-digital converter (ADC) device for precise temperature measurements. The ADC can then output an analog voltage that is proportional to the temperature.

Conclusion

The NXRT15XV103FA5B025 is a reliable NTC thermistor, designed to provide accurate temperature measurement in a wide range of applications. It is suitable for use in temperature measurement and control circuits, thermal protection systems, and temperature compensation in various systems. Its good accuracy and stability make it ideal for applications in the automotive, medical, and industrial fields.

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