ND03M00472J--

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Temperature Sensors - NTC Thermistors are classified into a special type of resistance temperature detectors (RTDs). They utilize the negative temperature coefficient (NTC) of a semiconductor material in order to measure temperature. Specifically, ND03M00472J is a type of NTC thermistor which is particularly effective for sensing temperature in wide range, from -40°C up to 125°C.

As an NTC thermistor, ND03M00472 offers three major advantages that make it suitable for a variety of temperature sensing applications. First, it is smaller and lighter than other temperature sensors, saving space. Second, it is capable of accurate temperature measurements in a relatively wide range, as low as -40°C and up to 125°C. Last, it operates silently and is ideal for noise-sensitive applications.

The working principle of ND03M00472 is very simple and it only requires two main components: a probe and an electric circuit. The probe consists of two leads, connected to an NTC thermistor bead. When temperature changes, the resistance value of the thermistor changes as well. This change in resistance translates into a voltage change in the electric circuit, which is then measured directly by the controller. This information is then used to determine the temperature values.

ND03M00472 is suitable for various temperature sensing applications such as white goods like refrigerators and air conditioners, industrial process controls, room temperature control and medical and healthcare applications. Its compact size and wide measurement range make it particularly useful in applications where accuracy, reliability and noise suppression are essential. Moreover, it can come with extended temperature range and high temperature accuracy options, depending on the user\'s requirements.

In conclusion, ND03M00472 is a type of NTC thermistor which is suitable for a variety of temperature sensing applications due to its compact size, wide temperature range and high accuracy. It works by using a probe and an electric circuit, with the resistance of the thermistor changing in response to the temperature variations to provide accurate temperature measurements.

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