P51-50-G-N-P-20MA

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The P51-50-G-N-P-20MA is a pressure sensor transducer that is most often used in aerospace applications. This particular transducer is often used to measure liquid or gaseous pressures in aircraft, spacecraft, and on land with a range of 0-20,000 Pascals (Pa). This transducer is designed with a semiconductor piezoresistive sensing element that is piezoresistive, meaning that it can be utilized to sense pressure with a measurable resistive value. It has a thin-film element that is back-filled with a silicone oil, providing a reliable thin-gauge transducer with high-frequency response characteristics.

The P51-50-G-N-P-20MA transducer is a particularly well-suited pressure sensor for aerospace applications. This transducer is designed to meet a wide variety of operating conditions, with the ability to measure pressure as low as -6000 Pascal (-6 kPa) and as high as 20,000 Pascal (20 kPa). It has a high accuracy of 0.25% full scale and a repeatability of 0.1% of reading, making it an ideal solution for highly precise measurements.

The transducer itself operates on the principle of the Piezoresistive effect. This effect is when the area of a semiconductor is subjected to a pressure-induced strain, the resistance of the semiconductor changes due to the redistribution of the charge carriers in the semiconductor. This change in resistance is directly proportional to the applied pressure, and it is this principle that the transducer operates upon in order to detect changes in pressure.

Due to the reliable sensing capabilities and high accuracy of the P51-50-G-N-P-20MA pressure transducer, it is an excellent choice for aerospace applications. This transducer offers precise measurements in a variety of environments, with the ability to accurately measure the pressure of liquids and gases from -6000 Pascal to 20,000 Pascal. Its reliability and accuracy make it a great choice for a wide range of aerospace applications, including aircraft, spacecraft, and land-based installation.

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