SSCSHHN015PGAA5

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 some of the most important pieces of technology used in the world today. It is impossible to imagine any modern industry without these instruments. One such example of a pressure sensor is the SSCSHHN015PGAA5. This article will discuss the application field and working principle of the SSCSHHN015PGAA5.The SSCSHHN015PGAA5 is a pressure sensor used to measure differential pressure in applications such as HVAC systems, fuel cell systems, and air handling systems. It is also used in medical and laboratory equipment. The device is suitable for measuring differential pressures between -14.5 psi and 14.5 psi. It can measure a range of -14.5 psi to +14.5 psi with an accuracy of 0.25% of FS.The sensor works by using the Wheatstone Bridge method. This method works by using four active sensing elements which are connected in a Wheatstone Bridge configuration. These elements are placed diagonally, in two sets of two, across the lower and upper chambers of the pressure sensor. As the pressure changes in the lower and upper chambers, the resistance of the two sensing elements-sets change, creating a potential difference measured across the bridge nodes. This potential difference is then measured by the microcontroller in the device, allowing for an accurate estimation of the differential pressure that is present.The SSCSHHN015PGAA5 also has several features that make it an ideal choice for pressure sensing in many applications. The device is designed to be tolerant to temperature changes, shock, and vibration, making it suitable for high-stress environments. This device is also immune to electromagnetic interference, making it suitable for use in hazardous areas. Finally, the sensor is designed to have a low power consumption, giving it a long battery life.In conclusion, the SSCSHHN015PGAA5 is an advanced pressure sensor used in a wide range of applications for measuring differential pressure. The sensor works by using the Wheatstone Bridge method and is designed to be tolerant to temperature changes, shock, and vibration, have low power consumption, and be immune to electromagnetic interference. This makes the device a versatile and reliable choice for pressure sensing in various environments.

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