NTCLE100E3472JT2

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Temperature Sensors - NTC Thermistors

An NTCLE100E3472JT2 thermistor is a modified type of thermistor device modified for increased performance, durability and sensitivity. It is typically made from a base material of nickel oxide, which is used to provide its rugged construction and superior temperature sensing capabilities. This type of thermistor is useful for several applications and has a wide range of applications in the industrial electronics sector.

Applications of NTCLE 100E3472JT2

The NTCLE 100E3472JT2 thermistor is used predominantly in industrial applications, as a temperature sensing element. It is ideal for use in areas where the temperature range can vary significantly, such as in a laboratory environment, where a wide range of temperatures can be expected. It is also well-suited to use in HVAC, automotive, medical and security applications.

The NTCLE 100E3472JT2 thermistor is also used in the manufacturing process of many electronics devices, as it can accurately measure and monitor the internal temperature of these devices. This information can be used to adjust the heating, cooling, and ventilation within the environment based on the temperature range of the device. Additionally, this device is used to measure pressure, humidity, and even photosensors, as its robust construction makes it suitable for use in a variety of environments.

In addition to providing temperature sensing capabilities, the NTCLE 100E3472JT2 thermistor can be used for over-temperature protection, as it can be connected to an alarm system or shut-off switch in order to notify users if the temperature in the environment is too high. This helps to prevent damage to expensive equipment and components.

Working Principle

The NTCLE 100E3472JT2 thermistor consists of a nickel oxide core which is surrounded by a cermet layer to prevent mechanical and other wear. This layer is designed to provide superior temperature sensing capabilities, allowing the thermistor to function as an extremely accurate thermometer. The device functions based on the principle of the Nernst equation, whereby the electrical resistance of the thermistor changes with changes in temperature. As the temperature of the environment increases, the resistance of the device decreases and vice versa.

When connected to an electrical circuit, the NTCLE 100E3472JT2 thermistor functions like a switch, where the resistance changes in relation to the changing environment. This information is then used to measure and monitor the temperature of the environment, allowing the users to adjust the environment accordingly. This device is extremely sensitive to changes in temperature, being able to detect even the smallest variations in external temperatures.

Conclusion

The NTCLE 100E3472JT2 thermistor is a highly specialized type of thermistor suitable for use in a wide range of industrial applications. Its construction is designed to provide superior temperature sensing capabilities, making it extremely accurate and reliable. Additionally, this device is used to measure pressure, humidity, and even photosensors, making it one of the most versatile temperature sensing devices available. The NTCLE 100E3472JT2 thermistor also functions based on the principle of the Nernst equation, where the resistance of the thermistor changes with changes in temperature.

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