ERT-J1VP473JM

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NTC thermistors are temperature sensors that feature a special property called negative temperature coefficient (NTC). An NTC thermistor’s resistance reduces as its temperature increases and vice versa. This feature makes them ideal for temperature sensing, logging, and controlling applications.

The ERT-J1VP473JM is an NTC thermistor that is well-suited for temperature sensing applications. It has an operating temperature range of -50 to 150 degrees Celsius, which is ideal for most applications. Its fast response time of 2 seconds makes it an ideal choice for temperature monitoring and controlling applications. Additionally, its wide resistance range allows for precise sensing and low power consumption.

The ERT-J1VP473JM is composed of a material with a predictable resistive characteristic known as a thermistor. Thermistors have a unique temperature-resistive relationship which allows them to be used to detect a semi-quantitative indication of temperature. This relationship is determined by the manufacturing process of the thermistor, which involves controlling parameters such as the amount of filler material added to the base material, the pattern of the resistive trace, and the surface area.

A thermistor is a two-wire device composed of a material that changes its resistance with temperature change. This type of thermistor is called a metal oxide semiconductor thermistor (MOSP). The negative temperature coefficient (NTC) of an MOSP thermistor is determined by the material used to manufacture the thermistor. The resistance of a metal oxide semiconductor thermistor can be expressed as a polynomial or power series equation.

The operating principle of an ERT-J1VP473JM is fairly straightforward. Basically, when the temperature of the thermistor is different than room temperature, the resistance of the device changes. This change is due to a change in the number of charge carriers in the material, caused by the thermal expansion of the semiconductor material used in its construction. This change in resistance results in a change in voltage, which can be used to measure temperature.

In summary, the ERT-J1VP473JM is a highly reliable NTC thermistor that is designed for temperature sensing applications. It offers a wide temperature range, fast response time, and a polynomial or power series equation to express its resistance characteristics. This makes it ideal for applications such as temperature monitoring and controlling. Additionally, its two-wire design allows for an easy installation process.

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