NTCLE100CL272HB0

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Temperature Sensors - NTC Thermistors

NTCLE100CL272HB0 is an NTC (Negative Temperature Coefficient) Thermistor, designed for thermal sensing and temperature control in various different applications.

This type of thermistor is a resistor whose resistance decreases with increasing temperature, and can be especially useful in over temperature protection or temperature calibration applications.

NTCLE100CL272HB0 is particularly suited for use in a wide range of applications due to its relatively good accuracy, low cost, high energy efficiency and small size.

Application Field

NTCLE100CL272HB0 is widely used for temperature sensing, as temperature decreased below a specific temperature level, the resistance will drop sharply, which can be the main factor known as temperature control.

It has applications in a variety of fields, like in the automotive industry for measuring engine temperature, in the medical sector for monitoring patient temperature etc. In the consumer and industrial sector, it is used for controlling the temperature of appliances, for thermostatic control of air-conditioners, fan motors and heaters, controlling air flow, monitoring transformer temperature, etc.

Working Principle

The principle of operation of the thermistor NTCLE100CL272HB0 is based on the temperature dependent change in the resistance. As the temperature of the thermistor decreases, its resistance decreases according to the negative temperature coefficient which is due to the thermistor being made of a semi-conductor material like silicon, germanium and polysulfide.

The thermistor material usually has a high resistance in a cool or room temperature environment but when it is heated its resistance begins to drop. Depending on the material, its resistance might drop very quickly or in a linear fashion. NTCLE100CL272HB0 provides a resistance dependent on the temperature, as the resistance of this thermistor is inversely proportional to temperature.

Generally, the change in the resistance of the thermistor can be accurately measured by measuring the resistance of the device between two terminals with the help of a precision amplifier. NTCLE100CL272HB0 thermistors can be connected directly to voltage sources and resistors and the resistance value of these components can be used to measure the change in the temperature of the thermistor.

This thermistor provides a very accurate and reliable temperature detection and monitoring as the NTCLE100CL272HB0 thermistors have a very precise temperature coefficient and good stability, and are able to measure temperatures accurately over a wide range.

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