NTHS1206N11N2002JR

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Temperature Sensors - NTC Thermistors

NTC thermistors, or negative temperature coefficient thermistors, are electronic components which can be used to measure and monitor temperature. They are constructed with a resistance element that changes resistance in an inverse proportion to the temperature it is exposed to. NTC thermistors are made of a ceramic material mixed with highly conductive materials, such as metal oxides, to form a disc-like shape. This shape is then coated with a protective material, such as wax or glaze, and then loaded into a housing.

NTHS1206N11N2002JR is a NTC thermistor suitable for the most general temperature measuring applications. This thermistor has a resistance range from 0 to 10K and an operating temperature range from -40°C to 125°C. It is a two-terminal device that requires the application of an external voltage of 1.5 volts to measure the temperature, and the resistance is evaluated from the measured voltage.

The NTHS1206N11N2002JR thermistor has a maximum tolerance of 0.25% and is manufactured using a sintered glass process, resulting in a the most accurate and reliable temperature measurements possible. In terms of physical dimensions, the thermistor has a diameter of 6.0mm, a height of 4.5mm, and its lead spacings are 2.5mm.

NTC thermistors are widely used in a wide range of applications. They are commonly used as temperature sensors in medical equipment, automotive and electronic systems, and other temperature-sensitive applications. They are also used as current limiters in power supplies and photovoltaic cells, as well as in telecommunications systems as surge arresters. NTC thermistors are also used as inrush current limiters in power supply circuits and in cryogenic systems.

The working principle of a NTC thermistor is quite simple. When exposed to increases in temperature, the resistance of a NTC thermistor decreases in an inverse proportion. Conversely, when exposed to decreases in temperature, the resistance of a NTC thermistor increases in an inverse proportion. As a result, a NTC thermistor can be used to monitor and measure temperature changes.

During operation, a constant current source is typically connected to an NTC thermistor. The voltage across the device is then measured and the resistance is determined from the known voltage. The resistance is then directly related to the temperature, making it possible to measure the temperature. The temperature readings of an NTC thermistor are much more accurate than those of traditional thermistors, making them ideal for precise temperature measurements.

In summary, NTHS1206N11N2002JR is a two-terminal NTC thermistor with a maximum tolerance of 0.25%, suitable for a wide range of temperature measurements and sensitive applications. It is suitable for general temperature measurement applications and is an accurate and reliable temperature monitoring device. The working principle of the thermistor is quite simple, as it changes resistance in an inverse proportion to the temperature it is exposed to.

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