P51-200-G-N-I36-20MA

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An increasing number of applications require the measurement of pressure in order to assess and diagnose conditions within a system. Real-time information of pressure is essential for many industrial, medical and scientific applications. Pressure sensors and transducers are instruments designed to measure and convert pressure values into a useful form of signal. The P51-200-G-N-I36-20MA is a transducer that is specifically designed to measure pressure.

Description of P51-200-G-N-I36-20MA

The P51-200-G-N-I36-20MA is a low-cost and high-accuracy pressure sensor and transducer. It has a pressure range of -350mbar to +350 mbar and a pressure accuracy of +/- 10 mbar. It is designed to measure absolute pressure, and comes with a special electronic pressure measuring system which is able to detect and convert pressure into a proportional voltage or current signal. The signal is then sent to the measuring system for further analysis and processing.

P51-200-G-N-I36-20MA Application Field

The P51-200-G-N-I36-20MA transducer is suitable for a variety of industrial, medical, and scientific applications. It can be used in water boilers, sugar factories, medical oxygen cylinders, oil wells, wind tunnels, pressure tanks, aircrafts, and ships. It is also often used in laboratories and research centers to measure and analyze pressure changes. Additionally, it is used to detect and control pressure, as well as to monitor and analyze the environment for automotive, hazardous material, and military applications.

Working Principle of P51-200-G-N-I36-20MA

The working principle of the P51-200-G-N-I36-20MA transducer is based on the Wheatstone bridge principle. The Wheatstone bridge is a circuit consisting of four resistors and two different kinds of pressure sensors. The Wheatstone bridge works by sending an alternating current through the two pressure sensors. The two sensor resistances are inversely proportional to the pressure, so that the pressure value is detected by the difference of the two sensor resistances. This resistance difference is then sent through the Wheatstone bridge to convert it into a proportional voltage or current value, and this is the signal that is sent to the measuring system.

Conclusion

The P51-200-G-N-I36-20MA is a low-cost and high-accuracy pressure sensor and transducer. It has a pressure range of -350mbar to +350 mbar and a pressure accuracy of +/- 10 mbar. It is suitable for a variety of industrial, medical, and scientific applications. The working principle of the P51-200-G-N-I36-20MA is based on the Wheatstone bridge principle, which is able to detect and convert pressure into a proportional voltage or current signal which is then sent to the measuring system for further analysis and processing.

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