MPXV2202DPT1

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Pressure Sensors, Transducers

The MPXV2202DPT1 is a type of pressure sensor designed to measure a fluidic pressure. It is an integrated device, consisting of a diaphragm, a Wheatstone bridge circuit, and an amplifier.

The diaphragm is the active component in the device. It is responsible for converting the fluidic pressure into a mechanical displacement. This is done through the elasticity of the diaphragm changing in response to pressure. The applied pressure causes the diaphragm to deflect, creating a mechanical displacement. The Wheatstone bridge circuit, consisting of four resistors, is attached to the diaphragm. As the diaphragm changes shape, the resistance of the Wheatstone bridge circuit also changes, creating an electrical signal.

The amplifier takes the Wheatstone bridge output and amplifies it to create a voltage output. The voltage output is proportional to the applied pressure, and the MPXV2202DPT1 is calibrated to output a voltage between 0-5V for pressures of 0-5psi. The voltage output can be easily read by an analog-to-digital converter.

The MPXV2202DPT1 sensor is suitable for use in applications where a simple and cost-effective pressure sensing solution is required. It is commonly used in automation and process control systems, and in medical and aerospace applications. It is capable of measuring static and dynamic pressure variations, and can provide accurate readings over a range of temperatures and pressures.

The MPXV2202DPT1 is a reliable and robust pressure sensor with excellent accuracy and repeatability. It is designed to provide reliable performance in a variety of harsh environments and is well-suited for use in industrial and hazardous environments.

Overall, the MPXV2202DPT1 is a reliable and cost-effective pressure sensor that can be used in a variety of applications. It is easy to interface with, and provides accurate readings over a range of temperatures and pressures. It is well-suited for use in industrial and hazardous environments, and is capable of measuring both static and dynamic pressure variations.

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