PX2EG1XX750PSAAX

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Pressure Sensors, Transducers: PX2EG1XX750PSAAX Application Field and Working Principle

Pressure sensors, or transducers, are devices that measure pressure, used in many different fields and industries. The pressure transducer, PX2EG1XX750PSAAX is an example type of transducer, and its application and working principle will be discussed in this article.

PX2EG1XX750PSAAX pressure transducers are used in many industries, such as automotive, aerospace, rail, fuels and plastics, for various applications. They can measure and record vacuum, pressure, or differential pressure. Different materials and shapes are available, depending on the application, and the design is such that they can last up to 10 years even in hostile environmental conditions.

The type of pressure sensor used in the PX2EG1XX750PSAAX is the diaphragm-type. As shown in the figure below, a hole exists in the center of the 9.75mm diameter diaphragm, and the outside of the diaphragm is connected to the pressure-measuring area. When the pressure in the sensing area increases, the diaphragm is displaced and deformed by the pressure on it. This change is then measured, and the signal is sent to the electronic circuit, where localization and amplification take place.

The electronic circuit of the PX2EG1XX750PSAAX also contains the A/D converter, which transforms the input signal into a digital signal, allowing for greater accuracy and reliability. The type of signal varies from model to model, so it is important to choose the right one. In addition, the circuit also contains temperature compensation and filtering functions, so the output signal is insensitive to environmental temperature fluctuations.

The working principle of the PX2EG1XX750PSAAX pressure transducer can be summed up as follows: when the pressure changes, the diaphragm is displaced, the electrical signal is transformed into a digital signal, and then amplified and localized in the electronic circuit. The digital signal is then sent to the processor, which translates the signal into pressure measurements.

In conclusion, PX2EG1XX750PSAAX pressure transducers are versatile sensors used in many industries, and they work by converting the pressure into an electrical signal and then to a digital signal. This is done by both the diaphragm and the circuit with the A/D converter.

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