ABNTC-0805-681J-3450F-T

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Temperature Sensors - NTC Thermistors are commonly used in temperature sensing applications. The ABNTC-0805-681J-3450F-T is a negative temperature coefficient (NTC) thermistor, which is a type of resistor with highly temperature-dependent resistance. It is widely used to detect, report, regulate and control temperature in a variety of applications.

When exposed to heat, the NTC thermistor\'s resistance decreases, making it a passive device that can be used to measure temperature changes in its environment. Conversely, when exposed to cold, the thermistor’s resistance increases. In the ABNTC-0805-681J-3450F-T thermistor, the resistance range is between 28.8k ohms at 25°C and 6.96k ohms at 110°C. It has a wide temperature range of -20°C to 135°C, making it a great choice for many temperature sensing applications.

The working principle of an NTC thermistor is based on the fact that temperature has an inverse effect on electrical resistance—the hotter the temperature, the lower the resistance. The thermistor depicts a kind of resistance-temperature-characteristic curve, wherein the resistance of the thermistor drops rapidly with increasing temperature, leading to a change in voltage range across it. The output voltage then is fed to a microcontroller that can detect the changes in voltage caused due to the change in resistance and indicate the changes in temperature.

The ABNTC-0805-681J-3450F-T thermistor is used in various temperature-sensing applications such as in-car HVAC systems, home climate control systems, temperature and humidity sensors, industrial control systems, medical equipment, automotive electronics, and many more. Another application of NTC thermistors is home liquid level warning systems.

The ABNTC-0805-681J-3450F-T thermistor is a highly accurate and reliable temperature sensor with a wide temperature range of -20°C to 135°C. It is a cost-effective solution for temperature applications, and is compatible with different microcontroller units and other components. Its ability to detect temperature changes in its environment accurately makes it an ideal choice for many temperature sensing applications.

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