PAC50-FGC

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Pressure sensors, transducers, and the PAC50-FGC are invaluable components in the field of industrial automation. They provide the measurements essential for monitoring and control of various industrial processes, making them essential in industries such as chemical, automotive, aerospace, and medical. Pressure sensors, transducers, and the PAC50-FGC are used in both static and dynamic applications. This article will discuss the application field and working principle of the PAC50-FGC pressure sensor.

The PAC50-FGC is a piezoresistive pressure sensor, commonly used in industrial applications due to its ability to measure both static and dynamic pressures over a wide range of pressure ranges. The pressure range of the PAC50-FGC is from -0.95 to 40.0 bar, with a full scale pressure accuracy of ±0.4%. This accuracy allows it to accurately measure pressure changes as small as 0.2 mbar. The pressure ports of the PAC50-FGC contain a thin diaphragm that is made of stainless steel and is welded to the pressure vessels which houses the pressure sensing components.

The PAC50-FGC is used in a wide range of industrial applications, including control systems, oil and gas exploration and production, and environmental monitoring. This pressure sensor can be used to measure pressure in hydraulic and pneumatic systems, providing a reliable measurement of pressure in liquids and gases. The PAC50-FGC is also used in many medical, scientific, and industrial applications, such as monitoring pressure in nuclear reactors, pressure mapping in water table surveys, and operating hydraulic valves. Additionally, the PAC50-FGC is used to measure pressures in liquid pipeline systems, diesel engines, and turbochargers.

The working principle of the PAC50-FGC is based on piezoresistive sensing technology, which uses a sensor to measure physical variables such as pressure. This technology is based on the principle of the piezoresistive effect, which states that when a strain is applied to a conductor, it causes a change in the material’s electrical resistance. The piezoresistive effect is exploited in the PAC50-FGC to sense pressure changes by means of a strain gauge, which is mounted on the diaphragm of the pressure port. The strain gauge changes its resistance when pressure is applied, and the change in resistance is then converted into a voltage signal which is then transmitted to the signal process unit.

The PAC50-FGC is equipped with an amplifier which amplifies the signal and sends it to digital output signals, which indicate the magnitude of the applied pressure. The signal output of the PAC50-FGC comes in many forms, such as a Serial Peripheral Interface (SPI) signal, an Analog Voltage (AV) signal, or a Frequency Modulated Analog Output (FMAO). This allows the sensor to be connected to a variety of measuring instruments and signal processing devices, providing an easily accessible data stream.

In summary, the PAC50-FGC is a piezoresistive pressure sensor which offers a reliable and accurate measurement of pressure over a wide range of ranges. The pressure range of the sensor is from -0.95 to 40.0 bar, with a full scale pressure accuracy of ±0.4%. The working principle of the PAC50-FGC is based on piezoresistive sensing technology, which is used to convert pressure changes into a voltage signal. The PAC50-FGC is used in many industrial applications, including hydraulic and pneumatic systems as well as medical, scientific, and industrial applications.

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