PPTE0020AP2VDC

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Pressure sensors, transducers, and other other sensing products are rapidly becoming a vital part of many demanding applications, including aviation, medical, process control, robotics, and aerospace. This includes the PPTE0020AP2VDC, a pressure transducer from Parker. This transducer utilizes a combination of thin film sputtering and micromachined technology to convert a static pressure into a non “amplified” 2VDC electrical output signal. It has been designed to measure a wide-range of pressure with its high-resolution, fast response, and process connection options.

PPTE0020AP2VDC Application Field

The Parker PPTE0020AP2VDC is designed to work in applications where relatively low pressure has to be measured, and converting the information into a reliable 2VDC electrical output signal. It has been developed to provide superior accuracy with this static pressure measurements, even at the tightest temperature or pressure ceilings. Its range of applications cover from medical and health monitoring to oil and gas operations, but also other industrial activities. Additionally, this pressure transducer has been class-2 approved with a rugged housing to provide a reliable operation.

PPTE0020AP2VDC Working Principle

The working principle of the PPTE0020AP2VDC transducer is simple yet efficient. It consists of an active pressure sensing element that contains a diaphragm, a vacuum sealed and pressured cavity where the diaphragm is installed, and a semiconductor chip located between the two aforementioned components. This chip, connected to wires and power sources, determines the pressure measurements by registering the voltage level when a pressure is applied to the diaphragm. This voltage is then filtered and passed to the electrical output signal, that is accurate, reliable, and temperature and pressure compensated.

Advantages

The PPTE0020AP2VDC pressure transducer offers a number of advantages compared to other models available on the market. It boasts a very low temperature coefficient which ensures stable measurements over wider temperature ranges, while its high-resolution and fast response allows it to be used in applications which require high-speed measurements. Its small size adds versatility to its usage , while the robust housing offers superior reliability. Additionally, its ease of installation in almost any kind of application makes it a preferred choice of many engineers.

Conclusion

The PPTE0020AP2VDC pressure transducer from Parker offers a reliable static pressure measurements with its wide-range of applications, superior accuracy, and fast response. Its small size and ease of installation also allow it to be used in tight areas, while its robust housing and low temperature coefficient adds reliability. It is a preferred choice of many engineers for its wide range of capabilities.

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