NTCLE213E3212JMT1

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Temperature Sensors are ubiquitous in our daily lives. They come in many shapes and sizes and provide us with data that allows us to monitor and control temperatures. The type of temperature sensor used depends on the application and the environment in which it is being used. NTC Thermistors are one type of temperature sensor used in many applications. NTCLE213E3212JMT1 is an NTC Thermistor in particular, and in this article, its application fields and working principle are discussed.

NTCLE213E3212JMT1 is a low-power, general-purpose NTC Thermistor. It is available in a range of sizes and configurations and is constructed with nickel oxide ceramic and aluminum oxide ceramic, which provides high accuracy and stability. It can detect temperatures ranging from -50℃ to +150℃. As such, it is well suited for applications such as temperature monitoring, industrial process control, and environmental control.

In terms of its application fields, NTCLE213E3212JMT1 is typically used in automotive, medical, and industrial process control applications. In automotive applications, it is used to measure engine coolant temperature, exhaust gas temperature, and air temperature. In medical applications, it is used to monitor body temperature, breath, and other biometric readings. As for industrial process control applications, it is used to monitor temperature and pressure changes in production and manufacturing processes.

NTCLE213E3212JMT1 works on the principle of negative temperature coefficient (NTC). NTC is an electrical property of certain materials and refers to the fact that their electrical resistance decreases as their temperature increases. This NTC effect is used to sense the temperature of the surrounding environment. When the temperature changes, the resistance of NTCLE213E3212JMT1 also changes, and the resistance value is used to calculate the temperature, which is then outputted in digital signals.

In addition to resistance change with temperature, NTCLE213E3212JMT1 also has a good linearity (the relationship between the resistance change and temperature change is basically linear), low hysteresis (the difference between the forward and reverse temperature coefficient is small), low resolution (the minimum temperature detectable is small), and long-term stability (the temperature coefficient is small). Thanks to all these features, NTCLE213E3212JMT1 is an ideal choice for use in temperature sensing and measurement.

In conclusion, NTCLE213E3212JMT1 is a low-power, general-purpose NTC Thermistor which can detect temperatures ranging from -50℃ to +150℃ with high accuracy. It is commonly used in automotive, medical, and industrial process control applications due to its NTC effect, linearity, low hysteresis, low resolution, and long-term stability. NTCLE213E3212JMT1 is the perfect choice for temperature sensing and measurement.

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