SSCMRRN005PD3A5

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Pressure Sensors and Transducers are increasingly being used to measure physical parameters accurately and consistently in the accuracy levels of modern measurement instruments. The SSCMRRN005PD3A5 pressure sensor/transducer is a digital device designed for medium and high pressure applications in industrial environments.

Application Field

The SSCMRRN005PD3A5 pressure sensing technology is used in various industrial and commercial applications such as medical, HVAC, automotive, oil & gas, aerospace and defense, petrochemical, power generation, PCB printing, process control and many other industries. Generally, it is used for range conditions in atmosphere and vacuum. Specifically, it can be used to measure and control pressure, liquid level, flow rate, and temperature. Due to the nature of the device, it is often used in critical, extreme and/or hazardous environments that have a high degree of operating temperature, pressure, vibration and environmental contamination. It can also be used in extreme operating applications where the pressure range is between 25 and 130 bar.

Working Principle

The SSCMRRN005PD3A5 is a piezoresistive pressure transducer that is designed for medium and high pressure ranges. It is based on the Wheatstone bridge circuit principle, wherein a strain gauge system is incorporated in the topographic structure of the device. The pressure is measured using the Wheatstone bridge circuit, which consists of strain-adjusting positive and negative resistors, two dummy balance resistors, and two resistor designed for pressure measurement. The pressure applied to the bridge produces a differential voltage in the bridge, wherein a pressure sensor, often in conjunction with an amplifier circuit, converts it into a proportional analog output voltage. In order to protect the device from environmental factors, it has been encapsulated in a co-molded hardwearing ceramic enclosure.

The SSCMRRN005PD3A5 pressure transducer uses a Thin Film Technology, which is one of the most accurate and reliable sensing technologies. The Thin Film consists of a semiconductor material that is deposited onto a silicon substrate, and is sensitive to variations in temperature and pressure. The Thin Film is also highly resistant to vibration, providing a high degree of stability even in the toughest applications. This technology is used to detect small changes in pressure by measuring the strain on the Thin Film, which is then amplified to provide a proportional output voltage or current signal.

The SSCMRRN005PD3A5 is further equipped with a temperature compensation system, which helps maintain a linear output voltage over a wide operating temperature range. This will guarantee that the output voltages from the transducer remain stable and consistent. It also offers a high degree of accuracy, with a total error band of only ± 0.5% of full scale values. Additionally, the device is highly immune to noise and the fluctuations in supply voltage.

The SSCMRRN005PD3A5 pressure sensor/transducer is a very useful device for measuring pressures in medium and high pressure applications accurately. Its superior piezoresistive technology and temperature compensation system give it a high degree of accuracy and consistency, while its encapsulated ceramic enclosure provides superior protection in extreme environments. With its proven ability to perform in the toughest environments, the SSCMRRN005PD3A5 is an ideal choice for any industrial application.

The specific data is subject to PDF, and the above content is for reference