PPT0010DRR5VA

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Pressure Sensors and Transducers

The PPT0010DRR5VA is an integrated pressure sensor based on MEMS technology. This integrated solution includes a low-noise amplifier, as well as integrated protective features in a small package. The sensor is able to measure extremely high pressure levels with a range up to 300 Bar and is suitable for a wide variety of sensing applications. Applications include flow sensing, pressure and level sensing, ultra-high pressure measurement and control, as well as other instrumentation solutions.

Applications

The PPT0010DRR5VA is suitable for many different applications. It is used in automotive, industrial, medical, and other applications. In automotive, this integrated pressure sensor is used for fuel pressure and oil pressure monitoring, and engine and transmission applications. This pressure sensor is also used in industrial and manufacturing applications for pressure and level measurement. It is commonly used in provers, level monitoring, and pneumatic systems. In medical applications, this integrated sensor is used in arterial pressure monitoring, oxygen sensing, and other monitoring applications.

Working Principle

The PPT0010DRR5VA is an electro-mechanical device which measures pressure applied on a diaphragm or other flexible membrane. This diaphragm is connected to the sensing element. When pressure is applied to the diaphragm, the sensing element flexes and displaces an internal capacitor. This displacement changes the capacity of the capacitor, which in turn changes the electrical output of the device. The output is then processed by an amplifier circuit and converted into an output voltage. This output voltage is then used to measure the applied pressure.

Conclusion

The PPT0010DRR5VA is a high-pressure integrated pressure sensor which is suitable for a wide variety of sensing applications. The integrated solution includes a low-noise amplifier and integrated protective features in a small package. It is suitable for automotive, industrial, medical, and other applications. The working principle is based on the displacement of a capacitor which is caused by flexing of the sensing element when pressure is applied. The output voltage can then be used to measure the applied pressure.

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