AX102627

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The AX102627 is a highly advanced integrated pressure transducer designed for measuring a wide range of pressures. It is designed to withstand high pressure and temperature environments, and can be used in any of the following applications: automotive, medical, industrial, and research.

The AX102627 is an analog transducer and utilizes a Wheatstone bridge circuit to convert the measured pressure into an output voltage. The Wheatstone bridge consists of four active resistive elements connected in a loop formation that forms four equal arms, two of which are stationary and two of which are moveable. The resistive values of the four elements in the bridge are adjusted to create a balanced network. When external pressure is applied to the moveable arms, the resistive value of the bridge changes and creates an imbalance in the network which can be used to measure the applied pressure.

The moveable arms of the bridge circuit are linked to a metal diaphragm which is subjected to the pressure being measured. By changing the shape of the diaphragm, the output voltage of the bridge is altered. This output voltage is then sent to the transducer’s signal conditioning circuits which amplify and condition the signal, allowing it to be accurately measured. The signal conditioning circuits are designed to reject electrical interference and ensure that the signal is free from noise.

The AX102627 is a versatile pressure transducer and can be used in a variety of applications. Its highly accurate, stable, and robust design makes it well suited for automotive, medical, and industrial applications. Additionally, its signal conditioning features and Wheatstone bridge design make it ideal for research applications requiring precise measurements. Regardless of the application, the AX102627’s design makes it a reliable choice for measuring various pressures.

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