NTHS0805N01N1502KU

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NTHS0805N01N1502KU is a type of temperature sensors, more specifically NTC thermistors, which stands for Negative Temperature Coefficient thermistors. This type of thermistors is made of semiconductor ceramic materials and these materials contain metal oxides that act as a resistance to temperature. At lower temperatures, this resistance decreases, while at higher temperatures, the resistance increases. The thermistor is used to measure the temperature change in order to generate an output signal for the temperature.

The application field for NTHS0805N01N1502KU thermistors is varied and it includes the areas of medical, automotive and process control. In medical applications, thermistors can be used to monitor patient body temperature or to detect body temperature related abnormalities like fever. In automotive applications, thermistors are used to detect engine temperatures, while in process control, they are used to monitor various processes such as air conditioning and refrigeration.

The working principle for NTHS0805N01N1502KU thermistors is similar to other types of thermistors, in that it operates based on a resistive effect that changes responsively to temperature. This type of thermistor has a positive temperature coefficient, meaning that as the temperature increases the resistance increases as well. The NTHS0805N01N1502KU thermistors have a resistance range of 2KΩ to 10KΩ over a temperature range of -30°C to 135°C. This makes them useful in applications where you need to measure temperatures over a wide range.

The thermistor itself is essentially a resistor that is made of a ceramic material and is designed to change its resistance according to the surrounding temperature. The thermistor is constructed with a metal oxide semiconductor material that has a negative temperature coefficient. This means as the temperature increases, the resistance of the thermistor decreases.

The thermistor also has a temperature coefficient of resistance (TCR). This is the ratio of the change in resistance to the change in temperature over a specific range. For NTHS0805N01N1502KU thermistors, this ratio is -10.9Ω/K, meaning that for every 1K increase in temperature the resistance will decrease by 10.9Ω. This is important as it helps to accurately measure temperatures over a wide range.

The thermistor also has a temperature coefficient of voltage (TCV). The TCV is the ratio of the change in voltage to the change in temperature. The NTHS0805N01N1502KU thermistors have a TCV of -1.5mV/K, meaning that for every 1K increase in temperature, the voltage will decrease by 1.5mV. This is important for proper operation of the thermistor.

Overall, NTHS0805N01N1502KU are thermistors designed for the purpose of measuring temperature over a wide range and have been designed to have a negative temperature coefficient and a temperature coefficient of resistance and voltage. They can be used in a variety of applications such as medical, automotive, and process control, offering accurate temperature readings.

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