PX2EN1XX100PAAAX

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Pressure sensors, transducers, and pressure transducers have gained significant importance in the industrial world. It is important to understand the application field and working principle of PX2EN1XX100PAAAX for an effective use of technology.

PX2EN1XX100PAAAX is a type of pressure transducer based on the capacitive principle. This transducer is designed for dynamic or static pressure measurements. It is capable of withstanding data exchanges of up to 20 kHz in frequencyPressure transducers measure pressure with the help of a diaphragm that expands and contracts to create a voltage. The voltage created corresponds to the pressure being measured. The PX2EN1XX100PAAAX transducer constitutes of three parts – two diaphragms and an electrolyte. The two diaphragms have metallic coatings and form two capacitors. The one which is exposed to the medium to be measured forms the sensitive component. The electrolyte provides the electrical connection between the two capacitors.

The PX2EN1XX100PAAAX pressure transducer is suitable for harsh conditions, especially in the chemical industry. The thermal load is regulated with the help of the integrated temperature compensation feature, making the transducer extremely suitable for temperature stringency. The transducer is capable of providing discrete measurements, yet boasting one of the most accurate results. The pressure transducer is also easy to install and has an overload protection.

The PX2EN1XX100PAAAX pressure transducer is used in a variety of fields. It is used in automation processes, power plants, water and wastewater processing, pneumatic applications and in process monitoring. In the chemical industry, it is used for controlling such processes as neutralization, extraction or crystallization. It is also used in research projects that require accurate pressure measurements.

The working principle behind PX2EN1XX100PAAAX is based on the capacitive method. This method is characterized by the movement of two electrodes at a corresponding distance, applications of a potential, maintaining of a constant charge, and measurement of the inward current.

In the PX2EN1XX100PAAAX transducer, the two diaphragms act as the two electrodes. The static charge registered between the diaphragm and the reference capacitor, registered by the potential measuring circuit, will vary according to the pressure measured. In other words, the variable voltage generated by the two diaphragms ultimately affects the static charge and therefore other circuitry can measure the pressure accordingly.

The capacitive principle is one of the most popular types of pressure transducers. This is because it requires minimal pressure to move the diaphragm, making the transducer highly accurate and precise. As a result, it has been adopted for many industrial applications. This transducer is designed to be used in a variety of conditions and is used in industries ranging from the chemical industry to research laboratories.

In conclusion, PX2EN1XX100PAAAX is a pressure transducer based on the capacitive principle. This transducer is suitable for dynamic or static pressure measurements. With its help, one can check pneumatic applications, process monitoring and neutralization in the chemical industry. It is also used for research purposes, thanks to its accurate measurement. The two diaphragms are the electrodes that measure the pressure, and variations in the static charge generated between them provide the necessary readings.

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