P51-750-A-N-I36-4.5V

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Pressure Sensors, Transducers

Pressure sensors or transducers convert a physical quantity, usually force or pressure, into an electrical signal. The P51-750-A-N-I36-4.5V is one of the most widely used pressure sensors in the market. It is designed to measure the pressure across an application, harvesting output signals of 4.5V.

Application Field

The P51-750-A-N-I36-4.5V is used in a wide range of applications. It can be used to measure the pressure of air and water, as well as in controlling the flow of fluid. The highly accurate pressure sensor is also used in industrial applications such as in engines and medical systems. Its accuracy makes it suitable for sensing and reporting low and high pressures with high resolution.

Working Principle

The P51-750-A-N-I36-4.5V works on the principle of capacitance diaphragm. This involves the presence of a flexible diaphragm that acts as a capacitor, having the ability to expand or contract depending on the pressure applied on it. When under pressure, the diaphragm\'s capacitance changes, and this results in a corresponding change in capacitance, which is the output electrical signal of the pressure sensor. This electrical signal is sent to an amplifier for further processing.

The accuracy of the P51-750-A-N-I36-4.5V is primarily attributed to its excellent signal to noise ratio. In addition to this, the sensor can measure absolute, gauge, and differential pressure, and is also characterized by a very low supply voltage and low power consumption. Moreover, it has short-circuit protection as well as reverse polarity protection, which makes it highly secure.

Conclusion

The P51-750-A-N-I36-4.5V is one of the most widely used pressure sensors in the market. It is designed to measure the pressure across an application, harvesting output signals of 4.5V. It works on the principle of capacitance diaphragm that changes its capacitance depending on the pressure applied on it, and this results in a corresponding change in capacitance, which is the output electrical signal of the pressure sensor. Its excellent signal to noise ratio, ability to measure absolute, gauge, and differential pressure, and short-circuit protection as well as reverse polarity protection make it highly sought out for use in industrial, commercial, and medical applications.

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