NTCLE100E3223JT2

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Temperature sensing is an important task in many electronics applications. The NTCLE100E3223JT2 is a thermistor designed to accurately measure temperature. It belongs to the family of NTC (Negative Temperature Coefficient) thermistors, which are temperature-sensing resistors with a negative temperature coefficient, i.e. the resistance decreases as the temperature increases. This makes them well suited for temperature sensing applications.

Application Field

The NTCLE100E3223JT2 is commonly used in a range of temperature sensing applications, including temperature monitoring, thermostat controllers, and power control circuits. It can also be used in medical applications, for temperature monitoring and controlling in medical equipment and sensors. Additionally, it can be used in telecommunication equipment to monitor the temperature of devices.

Working Principle

The NTCLE100E3223JT2 works on the principle of negative temperature coefficient of resistance. As the temperature increases, the resistance of the thermistor decreases. This change in resistance is utilized for measuring the temperature of a given environment. The thermistor is connected in series with a voltage source and a resistance meter measures the voltage drop across the thermistor. The resistance is then calculated from the measured voltage drop. The temperature is then calculated from the resistance. This temperature is the temperature of the environment.

Conclusion

The NTCLE100E3223JT2 thermistor is an ideal choice for temperature sensing applications. It belongs to the family of NTC (Negative Temperature Coefficient) thermistors, which are temperature-sensing resistors with a negative temperature coefficient, i.e. the resistance decreases as the temperature increases. It can be used in a range of temperature sensing applications, including temperature monitoring, thermostat controllers, power control circuits and medical equipment. The operating principle of this device is based on the negative temperature coefficient of resistance.

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