ASDXL10G24R-DO

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Pressure Sensors, Transducers

ASDXL10G24R-DO is a versatile pressure sensing device which includes multiple features for easy integration into pressure sensing systems. It is a robust pressure transducer, that can measure both static and dynamic pressures with an accuracy of ± 1 % full scale and resolution of up to 0.0005 pascals. The sensor is capable of providing a variety of output signals, making it ideal for use in many applications.

Applications

The ASDXL10G24R-DO can be used in a wide range of applications due to its many features. For example, it can be used in automotive, HVAC, avionics, medical, industrial, and hydraulics applications. It can be used for measuring pressure in cylinders, pistons, lines, pumps, reservoirs, and other vessels. Moreover, it can also be used for monitoring and controlling fuel systems, climate control systems, engine intake systems, fuel injection systems, as well as other automotive systems.

In medical fields, the ASDXL10G24R-DO can be used for various procedures, including oxygen concentrator monitoring, respirator monitoring, infusion pumps, physiological monitoring, and laboratory equipment. Additionally, it is suitable for use in industrial applications such as pressure monitors for steam, oil, and water controllers, and pressure regulators.

Working Principle

As a pressure transducer, the ASDXL10G24R-DO uses a differential pressure direct measurement principle. Here, the pressure to be measured is applied to the external pressure port of the transducer. The force of the applied pressure is translated to a displacement which is detected and measured by the internal sensing element. The displacement is then converted to an electrical signal via a Wheatstone bridge and an amplifier.

The Wheatstone bridge consists of four strain-gauge sensors, with two of the strain-gauge bridge legs created by the cross-sectional area of the sensing element and the remaining two legs created by the establishment of balance. The Wheatstone bridge has a variable termination impedance which affects the output signal linearity and temperature compensation. The electrical signal produced is then transmitted through the transducer’s electrical port for external processing.

The ASDXL10G24R-DO can output an analog voltage or current signal depending on the application being used. Its accuracy is ± 1 % full scale and its sensitivity ranges from 1 to 10 mV/V. In addition, its temperature compensation is extended from – 20°C to + 80°C, which allows for wide-range pressure sensing operations.

Conclusion

The ASDXL10G24R-DO is a reliable pressure transducer with multiple features for use in a variety of applications. Its differential pressure direct measurement principle and its Wheatstone bridge use allow for precise and accurate operation, and its wide temperature compensation range offers flexible pressure sensing capabilities. Altogether, it allows for reliable pressure sensing performance that is suitable for use in applications such as automotive, HVAC, avionics, medical, industrial, and hydraulics.

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