NSCMANN001BDUNV

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Pressure Sensors, Transducers

The NSCMANN001BDUNV is an electronic pressure transducer which utilizes a capacitive sensing element to measure the pressure of a wide range of media. It is capable of accurate readings of linear, air, hydraulic and vacuum pressure. This multi-functional device is suitable for a myriad of applications where measuring and controlling pressure accurately is of paramount importance.

Applications

The NSCMANN001BDUNV is an ideal choice for applications needing a robust pressure transducer capable of withstanding a variety of pressures and environmental conditions. Most common applications for this device include:

• Air and weather instrumentations
• Fluids and liquids instrumentations
• Hydraulic systems control
• Process control
• Aerospace and defense
• Heat pumps

Working Principle

The NSCMANN001BDUNV works on the principle of capacitance. It utilizes a very sensitive capacitive sensor which senses changes in the electrical capacitance caused by changes in pressure. The capacitance is a constant value at a certain pressure, and this value is used to calculate the pressure differential accurately. The pressure value is directly proportional to the capacitance. The capacitive sensor is made of a diaphragm which has four layers. When the pressure affects the sensor, it causes the diaphragm to deform, resulting in lower capacitance values.

The NSCMANN001BDUNV also uses an ASIC (Application Specific Integrated Circuit) to process the pressure measurements from the sensor. The ASIC is designed to convert the capacitance values into electric signals which can be easily read and interpreted by computers and other systems. The output of the ASIC is also used to calculate the pressure. The device provides accurate, linear pressure measurement from 0 to 10 bar (145 psi).

The NSCMANN001BDUNV is a precision device which is ideal for measuring and controlling pressure. It is robust, accurate, and easy to use. It is the perfect choice for any application which requires accurate pressure readings.

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