MEMS

 VA1200 Analog Piezoelectric Voice Accelerometer Analog Piezoelectric Voice Accelerometer that Enables High Fidelity Voice Pickup in Small Hearable Devices

VA1200 from Vesper is the piezoelectric MEMS voice accelerometer that enables high-fidelity Voice Pickup (VPU) in earbuds, TWS (True Wireless Stereo), VR (Virtual Reality), AR (Augmented Reality), smart-frames, and smart-glasses. Easily integrated into in-ear hearable products, this disruptive, low-power bone conduction vibration sensor reduces design time and design…

XENSIV IM67D130A Microphone Automotive Qualified High-Performance XENSIV MEMS Microphone for Advanced Driver Assistance Systems

Infineon Technologies introduced XENSIV IM67D130A to address the need for high-performance, low-noise MEMS microphones for automotive applications. This new device in the PG-LLGA-5-4 package is fully qualified for the AEC-Q103-003 standard for automotive applications and can help simplify the design-in efforts for the industry and reduce the risk of…

Model 2276 Series- High-Performance Single Axis MEMS Capacitive Accelerometers High-Performance Single Axis MEMS Capacitive Accelerometers for Automotive, Industrial, and Robotics Applications

Silicon Designs Inc. has released high-performance single-axis MEMS capacitive accelerometers to support zero-to-medium frequency automotive, industrial vibration monitoring, and robotics instrumentation applications. The Model 2276 Series is available in eight standard ranges from ±2 g to ±400 g and combines an integrated low-noise, nitrogen-damped, fully calibrated MEMS…

Compact and Low-Cost LiDAR Solution Mitsubishi’s Compact LiDAR Solution with MEMS Offers Extra-Wide Scanning and Improved Accuracy

Mitsubishi Electric Corporation has released a compact and low-cost LiDAR solution to enhance the safety and security of self-driving vehicles. Equipped with a micro-electromechanical system (MEMS), the LiDAR product offers an extra-wide horizontal scanning angle to autonomous vehicles and helps improve the accuracy in detecting the shapes and distance of objects.

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SiTime’s Endura Timing Solutions for Aerospace and Defense –  A Standout in Ruggedized Performance SiTime’s Endura Timing Solutions for Aerospace and Defense – A Standout in Ruggedized Performance

SiTime Corporation unveiled its Endura™ MEMS timing solutions for aerospace and defense applications such as field and satellite communications, precision GNSS, avionics, and space. The Endura products are engineered to offer unmatched performance in harsh conditions – such as severe shock, vibration, and extreme temperature – that are routinely…

Motion Sensor with Machine Learning for High-Accuracy, Battery-Friendly Activity Tracking STMicroelectronics Reveals Motion Sensor with Machine Learning for High-Accuracy, Battery-Friendly Activity Tracking

STMicroelectronics has integrated machine-learning technology into its advanced inertial sensors to improve activity-tracking performance and battery life in mobiles and wearables.

 

The LSM6DSOX iNEMO™ sensor contains a machine-learning core to classify motion data based on known patterns. Relieving…

MEMS Chip with Accelerometer and High-Accuracy Temperature Sensor MEMS Chip Combines Accelerometer with High-Accuracy Temperature Sensor for Superior Precision

The STMicroelectronics LIS2DTW12 combines a MEMS 3-axis accelerometer and a temperature sensor on a single die for use in space-constrained and battery-sensitive detectors such as shipping trackers, wearables, and IoT endpoints. The sensing accuracy of 0.8°C offers precision comparable with stand-alone standard temperature sensors.

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LPS22HH MEMS piezoelectric absolute pressure sensor Tiny MEMS Pressure Sensor Enhances Measurement Accuracy and Avoids Time-Consuming Calibration

The LPS22HH MEMS piezoelectric absolute pressure sensor from STMicroelectronics allowing manufacturers to eliminate one-point calibration (OPC) after soldering to increase throughput and efficiency.

 

With a pressure noise equivalent to 5cm, the LPS22HH enhances controls such as collision avoidance for drones…

Ultra low power 6-Axis Inertial Module for Industrial Applications Ultra low power 6-Axis Inertial Module for Industrial Applications

The ISM330DLC six-axis IMU (Inertial Measurement Unit) extends STMicroelectronics’ family of ultra-low power MEMS sensors for industrial applications, which combine high accuracy and robustness with long-term availability assured by ST’s 10-year longevity program.

 

Containing a 3-axis accelerometer and a 3-…

Infineon's digital MEMS technology enables Zylia ZM-1 microphone array Infineon's digital MEMS technology enables Zylia ZM-1 microphone array

Infineon Technologies and Zylia, a Poland-based developer of recording technologies, have enabled the world’s first portable recording studio. The integration of Infineon’s class-leading 69dB SNR digital MEMS microphone into the Zylia ZM-1 microphone array provides a new approach to music recording. The 19-capsule microphone array with high-end 24-bit recording resolution…

ASM330LHH an Automotive 6-axial inertial module introduced by STMicroelectronics New Precision MEMS Sensor Supports Accurate Positioning and Control for Cars

STMicroelectronics introduces ASM330LHH integrated with 3D digital accelerometer and 3D digital gyroscope, provides super-high-resolution motion tracking in advanced vehicle navigation and telematics applications. With advancement in telematics, low noise and extended temperature range (upto +105℃), it enables dependable telematics services which is helpful when the…

STMicroelectronics and USound Deliver First Advanced MEMS Silicon Micro-Speakers STMicroelectronics and USound Deliver First Advanced MEMS Silicon Micro-Speakers

After the announcement of Technology collaboration of both the Multinational Companies, STMicroelectronics and USound presents “First Advanced Silicon Micro-speaker”, going to demonstrate in CES 2018. The size of these speakers is expected to be the thinnest in the world, lesser in weight, lower heat dissipation and having low power consumption than the previously invented…