NTHS0805N02N5001KF

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Temperature Sensors - NTC Thermistors are used to measure a temperature change from within a wide range of applications. The NTHS0805N02N5001KF is an excellent example of a negative temperature coefficient (NTC) thermistor that can be used to measure temperature with a range of -40 to +125°C. Its small size makes it ideal for applications where space is an issue and it is made of a robust material that is able to withstand extreme temperatures and vibration.

The NTHS0805N02N5001KF thermistor has a wide range of applications including thermally controlled devices such as ovens, refrigerators, and freezers. It is also commonly found in medical, automotive, telecommunication, and test and measurement equipment.

The working principle of the NTHS0805N02N5001KF thermistor is quite simple. The thermistor operates using a thermally sensitive resistance that is formed by changing the heat production and absorption characteristics according to the temperature change. The resistance change is proportional to the temperature change and is used to detect changes in the temperature.

When the thermistor is placed in an environment with a changing temperature, the voltage across the two terminals of the thermistor will change according to the resistance. This voltage change can then be measured using a thermistor voltage measuring device. The thermistor can then be used to calculate the temperature of the environment.

The NTHS0805N02N5001KF thermistor is also designed to have a high response to rapid temperature changes. It is made from a highly reliable material in order to provide excellent accuracy when measuring temperatures. The thermistor also has a low resistance in order to reduce power consumption in the device it is being used in.

The NTHS0805N02N5001KF is an example of a robust, high quality NTC thermistor that can be used in a range of temperature measuring applications. Its small size makes it ideal for space-restricted applications and its robust construction ensures reliably accurate temperature measurements over a wide range of temperatures. In addition, the thermistor has a low resistance to reduce power consumption in the device in which it is used.

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