MPXAZ6115AC6U

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Pressure sensors are devices used to measure the pressure of a given environment, while transducers are devices used to convert a physical property into another type of valid signal. MPXAZ6115AC6U is a type of pressure transducer, which is composed of a sensing element and a signal conditioning circuitry. It is specifically designed to measure the pressure of a given environment and can be used for many industrial and commercial applications. This article will discuss the application field and working principle of the MPXAZ6115AC6U.

The MPXAZ6115AC6U is a capacitance-type pressure transducer. It is designed to measure the pressure from 0 psi up to 15 psi with an accuracy of ±0.3%. It can be used in applications such as pressure monitoring, process control, and flow rate measurement. It has a variety of features including low current consumption, low power consumption, high resolution, high accuracy, and a wide operating temperature range. The MPXAZ6115AC6U is manufactured in accordance with the European Pressure Equipment Directive (PED), making it suitable for use in many industrial applications.

The working principle of the MPXAZ6115AC6U is based on the displacement of a sensing diaphragm due to the pressure of the environment. The diaphragm is made of elastomeric material and it is connected to a ceramic capacitive sensing element. When the pressure of the environment is increased, the diaphragm is displaced. This in turn changes the capacitance of the sensing element which is proportional to the pressure of the environment. The signal from the sensing element is then amplified and conditioned by the signal conditioning circuitry before being output to the user.

In conclusion, the MPXAZ6115AC6U is a pressure transducer designed to measure the pressure from 0 psi up to 15 psi with an accuracy of ±0.3%. It can be used for many industrial and commercial applications such as pressure monitoring, process control, and flow rate measurement. The working principle is based on the displacement of a sensing diaphragm due to the pressure of the environment. The signal from the sensing element is then amplified and conditioned before being output to the user.

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