ABNTC-0402-331J-3450F-T

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The ABNTC-0402-331J-3450F-T is a type of Temperature Sensors - NTC Thermistors, which is used to measure temperatures in ambient environment and provide control for devices. It is a negative temperature coefficient (NTC) thermistor, which is made from a ceramic material (R/N: EC60A). The outer shell of the thermistor is typically made from a ceramic material with an organic binder, and the core has metal electrodes for electrical connection. This thermistor is a very robust and reliable device.

The ABNTC-0402-331J-3450F-T has a resistance range of 3400Ω to 350Ω over the range of 23°C to 120°C. It has a maximum working voltage of 80V, a nominal voltage of 30V, and a maximum working temperature of 255°C. The thermistor also has a wide resistance tolerance of ±2.2KΩ in the specified temperature range. It has a thermal time constant of 10.5 seconds, and the response time is from 1ms to 1s.

The ABNTC-0402-331J-3450F-T is primarily used for temperature sensing in automation, HVAC/R, electrical, Telecommunications, Medical devices, LED Lighting, Industrial, Construction and Laboratory applications. It is also used in converters, over-current protection, over-temperature protection, and thermal sensing circuits of computer motherboards. The ABNTC-0402-331J-3450F-T can also be used in industrial ovens, thermal printers, infrared thermometers, refrigerators, air conditioners, and other temperature measurement and control applications.

The working principle of the ABNTC-0402-331J-3450F-T is based on the property of NTC thermistors, which decreases its electrical resistance when the temperature increases. When the thermistor is exposed to a higher temperature, the resistance of the thermistor decreases with increasing temperature, generating a voltage drop which is determined by the magnitude of the thermistor\'s resistance. This voltage drop can then be measured and used to determine the ambient temperature.

An NTC thermistor is made from a ceramic material that has a resistance that changes when exposed to different temperatures. The resistance will decrease as the temperature increases, and the resistance will increase as the temperature decreases. This resistance change is measured via the voltage drop across the thermistor which is then used to determine the temperature. The thermistor also has a wide resistance tolerance to ensure accuracy and reliability of the readings.

With its wide temperature range and high accuracy, the ABNTC-0402-331J-3450F-T is a reliable and robust temperature sensor used in various applications. It is an ideal choice for temperature sensing and control applications with its wide operating temperature range, high accuracy, and robustness.

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