P51-300-A-N-MD-4.5V

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Pressure-sensing transducers are elements that measure and convert pressure to electrical signals for various applications, such as robotic and automation applications, automobile and aerospace manufacturing, fuel and cooling systems, and air-data systems. The P51-300-A-N-MD-4.5V is an example of such a transducer. This transducer is a pressure-sensing element that is designed to measure and convert pressure into electrical signals for applications within a number of different fields. This article will discuss the application fields and working principles of the P51-300-A-N-MD-4.5V.

Application Fields

The P51-300-A-N-MD-4.5V is designed for use in applications such as robotic and automation, automotive and aerospace manufacturing, and fuel and cooling systems. In robotic and automation applications, this transducer is designed to measure the position of robotic joints as well as the pressure of its pneumatics. It is also used to measure the pressure and temperature of automotive and aerospace manufacturing operations, as well as to measure and monitor the pressure and temperature of fuel and cooling systems. Additionally, the P51-300-A-N-MD-4.5V is designed to monitor air-data systems in airplanes and drones.

Working Principle

The P51-300-A-N-MD-4.5V is a pressure-sensing transducer that works by converting pressure into electrical signals. This pressure-sensing element is designed to measure pressure and convert it into a proportional electrical signal. To do this, it utilizes a strain gauge that is bonded to the sensing element. As pressure is applied, the strain gauge deforms, causing a change in electrical resistance that is then converted into a voltage signal. This voltage signal is proportional to the applied pressure and is output as an electrical signal. The P51-300-A-N-MD-4.5V also utilizes an IC amplifier to further amplify the voltage signal before it is output as an electric signal that can be used by other systems.

The P51-300-A-N-MD-4.5V can measure pressure in a range of 0-3000psi, with a high accuracy of 2.0% FS. It is also designed to operate in temperatures ranging from -50°C to +120°C, and is constructed with a stainless steel housing for protection from dust and other particles. Additionally, this transducer is designed to output a linear electrical signal, which is then further processed by a system for specific data readings.

Conclusion

The P51-300-A-N-MD-4.5V is a pressure-sensing transducer that is designed to measure and convert pressure into electrical signals. It is used for robotic and automation applications, automobile and aerospace manufacturing, fuel and cooling systems, and air data systems. The P51-300-A-N-MD-4.5V works by using a strain gauge to measure changes in pressure, which is then converted into a proportional electrical signal. This transducer is designed to operate in temperatures ranging from -50°C to +120°C, and is capable of measuring pressure in a range of 0-3000psi with an accuracy of 2.0% FS. Finally, it is constructed with a stainless steel housing for protection from dust and other particles.

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