NTCLE100E3153JB0

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Introduction to NTCLE100E3153JB0 Temperature Sensors - NTC Thermistors

Thermistors are temperature sensors which have a negative temperature coefficient (NTC); they can be used for a variety of temperature sensing and control applications. The NTCLE100E3153JB0 are among the most common type of thermistors available today, used mainly for precision temperature measurement and control. The NTCLE100E3153JB0 has a relatively fast response time, low cost and small size compared to thermocouples and thermal resistance sensors, making it an ideal choice for a wide variety of applications.

Applications

The NTCLE100E3153JB0 thermistors are most commonly used in industrial and automotive applications for temperature measurement, as they can accurately measure temperatures between -50 and +350 °C. These thermistors can be used to control various types of heating elements, such as resistive heating elements or gas-fired burners in boilers. They are also used to measure the temperature of liquids and gases. Additional applications include air conditioners, medical and scientific equipment, and military and aerospace equipment.

Working Principle

NTC thermistors work on the principle that when a certain material is exposed to a change in temperature, its electrical resistance will also change. This change in resistance is proportional to the change in temperature, allowing for accurate temperature measurement.

The resistance of an NTC thermistor is calculated by using the following equation: Rt = Ro * e^(-B * (1/T - 1/To)), where Rt is the resistance at temperature T, Ro is the resistance at ambient temperature, B is the temperature coefficient, and T0 is the reference temperature.This equation allows for accurate and accurate temperature measurement.

Conclusion

The NTCLE100E3153JB0 thermistors are small, low-cost, and reliable temperature sensors, ideal for a wide range of temperature detection and control applications. With an accurate and fast response time, these thermistors are used in many industrial applications, including air conditioners, medical equipment, and military and aerospace equipment. They work on the principle that when material is exposed to a change in temperature, its electrical resistance changes as well, allowing for accurate temperature measurement.

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