Sensirion SDP800 series digital differential pressure sensors are developed for high capacity applications with excellent performance. This sensor is used for air or other non-invasive gases. Covering a range up to +/- 500 Pa (+/- 2 water column inches/+/- 5 mbar), accurate and stable measurement is possible even when the differential pressure is very small. Sensirion's SDP800 series features a 2-wire interface for easy connection to microprocessors. This CMOS technology is suitable for high quality mass production and is an ideal choice for demanding and cost-intensive OEM applications. CMOSens technology provides high process capability, excellent signal-to-noise ratio, reliability, and long-term stability.
Sensirion SDP800 series digital differential pressure sensors are developed for high capacity applications with excellent performance. This sensor is used for air or other non-invasive gases. Covering a range up to +/- 500 Pa (+/- 2 water column inches/+/- 5 mbar), accurate and stable measurement is possible even when the differential pressure is very small. Sensirion's SDP800 series features a 2-wire interface for easy connection to microprocessors. This CMOS technology is suitable for high quality mass production and is an ideal choice for demanding and cost-intensive OEM applications. CMOSens technology provides high process capability, excellent signal-to-noise ratio, reliability, and long-term stability.
Sensirion SDP800 series digital differential pressure sensors are developed for high capacity applications with excellent performance. This sensor is used for air or other non-invasive gases. Covering a range up to +/- 500 Pa (+/- 2 water column inches/+/- 5 mbar), accurate and stable measurement is possible even when the differential pressure is very small. Sensirion's SDP800 series features a 2-wire interface for easy connection to microprocessors. This CMOS technology is suitable for high quality mass production and is an ideal choice for demanding and cost-intensive OEM applications. CMOSens technology provides high process capability, excellent signal-to-noise ratio, reliability, and long-term stability.
