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Sensors

sensorsSTMicroelectronics has devoted considerable research and development resources to the design and production of high performance, low-cost sensors. These sensors offer system designers the real possibility of making their products more functional, more reliable and easier to use.

ST produces a family of proximity detectors -- integrated circuits designed for metallic body detection. These act as oscillators, sensing variations in high frequency eddy current losses.

Targeting high-performance, cost-effective and compact sensors, STMicroelectronics successfully investigated a new technology called MEMS (micro electro-mechanical systems). The technology reuses silicon processing techniques to design micro electro-mechanical devices sensitive to vibration, acceleration, displacement, rotation and inclination. This research opened the door to a new generation of motion sensors.

ST has entered another market segment with the development of industry standard, precision analog and digital temperature sensors. These temperature sensors feature lower power consumption and some unique packaging options.

ST is also supplying highly efficient and flexible touch sensor devices based on capacitive and resistive touch technology to target the growing demand for innovative user interfaces while reducing system cost and increasing reliability.

 
Sensors Families
 
New Products
LISY300AL: single-axis ±300°/s analog output yaw rate gyroscope

FC30: stand-alone 3D orientation and click/double-click detection sensor

LIS344ALH: 3-axis, high performance ± 2g/± 6g ultra-compact accelerometer
 
Product News
Press announcement, June 11, 2008
STMicroelectronics’ New 3D Orientation Sensor Begins New Generation of Highly Integrated Functional Sensors using Robust MEMS Technology
Press announcement, June 09, 2008
STMicroelectronics Boosts MEMS Portfolio with New ‘Gyroscope’ Angular Rate Sensors Offering Extended Supply Voltage Range
Press announcement, April 15, 2008
STMicroelectronics Reinforces its Leadership in MEMS with New High-Performance Motion Sensors