NSCSHHN010NDUNV

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Pressure sensors and transducers can be divided into many categories and models, and the NSCSHHN010NDUNV is one of them. It uses various kinds of components, such as ceramics, metal films and semiconductor materials, to monitor the pressure of liquid and gas. The NSCSHHN010NDUNV mainly used for industrial field and it measures pressure with high accuracy.

The working principle of NSCSHHN010NDUNV pressure sensor is based on the electrical resistance-pressure relationship. Its pressure-sensing diaphragm composed with piezoresistive semiconductor element which forms a Wheatstone bridge. When the pressure is applied on the Wheatstone bridge, the electrical resistance changes on the pressure-sensing diaphragm and the differential resistance between one pair of resistor will change. This change in resisance will cause the voltage between two dipoles to change. Through calculation this change in voltage is used to determine the pressure.

The working range of NSCSHHN010NDUNV pressure sensor covers a range from 0 to 10,000 Pa. It has an accuracy of ±0.5%, a linearity of ±0.2%, and a repeatability of ±0.1%. It is suitable for industrial applications because it has the robustness to meet the temperature, shock, and vibration challenges. The NSCSHHN010NDUNV also has a high stability and is able to remain accurate within a wide temperature range. It can operate under temperature in the range of -40°C to 125°C.

The NSCSHHN010NDUNV pressure sensor is a highly reliable sensor which has various characteristics. It has a strong pressure resistance which allows it to measure both high pressure and low pressure. Additionally, its high quality makes it suitable for use in a wide variety of industrial applications. It has been tested and certified for long-term stability and reliability. The sensor has a small size and a low power consumption, making it an excellent choice for applications that require minimum space and power.

In conclusion, the NSCSHHN010NDUNV pressure sensors and transducers are reliable and accurate devices with high stability and long-term stability. Its advantage of small size and low power consumption make it suitable for a vast range of industrial applications. The sensor is designed for precision and reliability, and its robustness allows it to operate under extreme temperature, pressure, and shock and vibration challenges. It is highly recommended for any applications that require precision and accuracy.

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