SSCSANT100PGAA3

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Pressure sensors and transducers are essential components used in a wide range of industrial and technological applications. The SSCSANT100PGAA3 model is one such product, which is used to measure relative pressure in applications like flow monitoring, process control, and critical media monitoring. This article will discuss the functional principle behind the SSCSANT100PGAA3, as well as explore its working field and applications.

The SSCSANT100PGAA3 is a pressure transducer that measures relative pressure by using a strain gauge bridge that is configured to promote a constructive signal that increases or decreases when the pressure is raised or dropped. The transducer uses a Wheatstone bridge circuit to measure the strain variation on its strain gauge in response to the input pressure, and it is connected directly to a 12kHz analog output. This output signal is then converted into an instrumentation signal that is directly proportional to the pressure being measured.

A range of ranges are available for the SSCSANT100PGAA3, from 0-3 psi to 0-30 psi. When used with the proper calibrator, the SSCSANT100PGAA3 can be used to measure differential and absolute pressure. It also has a small hysteresis and a low thermal offset that makes it ideal for reliable and precise readings. Furthermore, the measuring range can also be tailored, as the Wheatstone bridge composition and strain gauge can be modified to better fit a customer\'s needs.

The SSCSANT100PGAA3 is designed to work best in applications with steady pressures. In these kinds of conditions, the transducer can detect even the slightest variations in pressure with little time lag. The transducer is ideal for uses in applications such as process control, HVAC systems, medical devices, automotive airbag deployment systems, flow monitoring systems, vehicle testing, air compressors, hydraulic lines, and other general purpose applications.

The SSCSANT100PGAA3\'s working principle is relatively simple. The transducer has an outer shell that contains the Wheatstone bridge and strain gauge. When the pressure in the area being monitored changes, the strain gauge expands or contracts due to the increased or decreased pressure. The Wheatstone bridge then records the amount of change in the resistance of the strain gauge in response to the pressure, which is then converted into a corresponding analog voltage signal.

The SSCSANT100PGAA3 is a robust and reliable pressure transducer that is designed for use in a wide range of applications. The transducer is easy to configure thanks to its adjustable Wheatstone bridge. Additionally, the transducer\'s high accuracy, low hysteresis, and low thermal offset make it suitable for critical pressure monitoring applications, such as medical or automotive systems. Furthermore, the SSCSANT100PGAA3 is also EMC-compliant and RoHS-compliant, making it a safe and reliable choice for any application.

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