ST’s tiny silicon pressure sensors use innovative MEMS technology to ensure extremely high-pressure resolution in ultra-compact and thin packages. The devices implement proprietary technology for the fabrication of pressure sensors on monolithic silicon chips, which eliminates wafer-to-wafer bonding and maximizes reliability.
What makes ST pressure sensors unique?
Innovative MEMS technology
ST pressure sensors are designed using ST’s VENSENS MEMS technology, which enables fabrication of a suspended membrane on the sensing element. It helps achieve highly accurate pressure measurements in an ultra-compact design with high reliability.
Advanced package
ST’s unique fully molded package ensures high robustness to degradation caused by external mechanical and thermal stress, rendering our pressure sensors ideal for use in harsh environments.
ST’s MEMS pressure sensors applications
ST pressure sensors find applications in many fields, including personal electronics, wearables, industrial, and automotive applications. They enable accurate floor detection, enhanced location-based services, precise dead-reckoning calculations, advanced weather monitoring, and accurate water-depth sensing.
Customers can choose from the barometer or waterproof pressure sensor families, depending on the targeted application and external conditions
- Activity recognition
- Indoor/outdoor vertical positioning
- Water depth monitoring
- GNSS applications
- Asset tracking
- Take-off and landing recognition
- Leakage detection
- Weather station
Discover MEMS pressure sensors portfolio
Digital barometer
Unique fully molded package providing high robustness to degradation by external mechanical and thermal stress
Waterproof pressure sensor
Designed in a cylindrical O-ring package featuring potting gel element that protects the electrical components from water
Key features & benefits of MEMS pressure sensors
- High accuracy and low power consumption
- Thin, ultra-compact, fully molded packages
- Robust packages with cylindrical metal lid and potting gel to resist harsh conditions
- Embedded temperature compensation
- Absolute pressure range from 260 to 1260 hPa / 4060hPa
- Low-pressure noise
- Stability and performance in vertical positions
Developer resources
We offer a range of development tools and resources to help developers implement digital barometers in their design, including evaluation boards, embedded software, and drivers. Check tools & software to find out more.
Featured Videos
The LPS28DFW is the best pressure sensor for delivering the high level of functionality users want and expect in personal electronics and consumer applications.
- LPS25HB Piezoresistive absolute pressure sensor, 260-1260 hPa, digital output barometer, I2C, SPI
- LPS22DF Low-power and high-precision MEMS nano pressure sensor: 260-1260 hPa absolute digital output barometer
- LPS33HW MEMS pressure sensor : 260-1260hPa absolute digital output barometer with water-resistant package
- LPS27HHTW MEMS pressure sensor: 260-1260 hPa absolute digital output barometer with embedded temperature sensor in water-resistant package
- LPS33K MEMS pressure sensor: 300-1200 hPa absolute digital output barometer with potted gel package
- LPS28DFW Dual full-scale, 1260 hPa and 4060 hPa, absolute digital output barometer with water-resistant package
- LPS33W MEMS pressure sensor: 260-1260 hPa absolute digital output barometer with potted gel package
- LPS22CH High-performance MEMS nano pressure sensor: 260-1260 hPa absolute digital output barometer
- ILPS22QS Dual full-scale, 1260 hPa and 4060 hPa, absolute digital output barometer with embedded Qvar electrostatic sensor
- LPS22HH High-performance MEMS nano pressure sensor: 260-1260 hPa absolute digital output barometer
- LPS27HHW MEMS pressure sensor: 260-1260 hPa absolute digital output barometer with water resistant package
- LPS22HB MEMS nano pressure sensor: 260-1260 hPa absolute digital output barometer
- ILPS28QSW Dual full-scale, 1260 hPa and 4060 hPa, absolute digital output barometer with Qvar detection in a water-resistant package