TPS-ULP - pressure sensor The digital ultra-low-pressure sensors of the TPS-ULP series combine modern MEMS pressure sensing elements with CMOS mixed-signal processing in a compact SOIC-16 package. The result is a fully calibrated and temperature-compensated digital low-pressure sensor that, depending on the version, features vertical or horizontal dual-port pressure connections. The series [...]
AMS 6832 analog/digital low pressure sensor With a footprint of only 7.6 x 7.2 mm², the AMS 6832 sensors housed in a DIL-6 package are the smallest differential pressure sensors on a robust ceramic substrate. At the same time, they offer a 24-bit I²C as well as an ratiometric analog output for [...]
TPS-LP - pressure sensor The TPS low-pressure sensors combine state-of-the-art pressure measurement cells with advanced CMOS ASICs for signal processing in an ultra-compact SOIC-16 package. The relative and differential pressure sensors provide calibrated analog and digital output values with 24-bit resolution. The pressure connection to the SMD sensors is made via two [...]
ME501 ceramic pressure cell The flush-mounted ME501 pressure measuring cells for pressure ranges between 0 and 50 bar and the ME505 for the higher pressure ranges for absolute and relative pressures between 0.5 and 800 bar operate according to the piezoresistive principle. The sensor element is made of ceramic aluminum oxide Al2O. [...]
AMS 5935 pressure sensor with I2C / SPI output AMS 5935 in different variants The digital 18 bit board-mount pressure sensors in the AMS 5935 series are designed for high precision measurements in low and ultra-low pressure ranges of +/- 125 Pascal. They combine very high measurement accuracy with extremely low [...]
SM9520A – low pressure differential and gage pressure die The SM9520A is a silicon piezoresistive pressure die for small pressure ranges. This pressure die is available for differential and gage pressure ranges of 0-0.15 to 1.50 psi (1.0 to 10 kPa) and is ideal for OEM and high-volume applications. Provided in die [...]
LME - digital analog sensor with amplified output The LME differential low pressure sensors are based on thermal flow measurement of gas through a micro-flow channel integrated within the sensor chip. The innovative LME technology features superior sensitivity especially for ultra low pressures. The extremely low gas flow through the sensor ensures [...]
LMI - digital low pressure sensor with amplified output The digital LMI differential pressure sensors with I²C bus and 3 V supply are based on thermal micro-flow measurement within the silicon sensor chip and offer measuring ranges from 25 Pa (0.1 inH2O) Full Scale. Due to their excellent sensitivity, accuracy, offset long [...]
AMS 6916 analog miniature pressure sensor AMS 6916 series for various pressure types AMS 6916 pressure sensors are a series of high-precision OEM sensors* with analog output, multiple pressure ranges from 0-5 mbar to 0-1200 mbar and customizable pressure ports. AMS 6916 are calibrated and compensated for across a wide temperature range of [...]
AMS 5915 pressure sensor with digital output AMS 5915 differential pressure sensor without tubes for pressure connection Block diagram AMS 5915 AMS 5915 pressure sensors are a series of high-precision OEM sensors* with a digital I²C-interface with multiple pressure ranges from 0-2,5 mbar to 0-16 bar and customizable pressure ports. AMS [...]
AMS 5105 pressure sensor with voltage output and switching outputs, shown as absolute pressure version Block diagram AMS 5105 The AMS 5105 series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensors in a dual in-line package (DIP) configuration with a 0,5 -4,5 V /2,5±2V analog output und and two [...]
AMS 5812 pressure sensor with analog and digital output Block diagram AMS 5812 The AMS 5812 series of OEM sensors are fully signal conditioned, amplified, temperature compensated sensors in a dual in-line package (DIP) configuration with a 0.5 - 4.5V/2.5 ±2V analog output and an I²C-interface. The AMS 5812 are calibrated and [...]