Configurable in any configuration up to three axes, these accelerometers and E-field sensors target consumer, automotive, industrial, and medical uses. Three new highly sensitive low-g acceleration ...

Electric field measurement has become a critical component in modern engineering and scientific applications. As power systems evolve towards smart grids and the energy internet, the need for ...

Simultaneously detecting multiple signals with high precision has long challenged microelectromechanical systems (MEMS) sensors due to unavoidable interference. A new study presents a solution: a ...

The hype is finally turning into reality—microelectromechanical-systems (MEMS) sensors have turned into one of the hottest emerging component areas for medical, consumer, industrial, and automotive ...

Smart wearables are ubiquitous in modern daily life. Sensors are a critical component of smart wearables & a vast array of other smart devices ...

Microelectromechanical systems (MEMS) are microscopic devices comprised of electronics and mechanical parts. Many recent sensor designs leverage MEMS technology for their high precision and ...

Ishikawa, Japan - The ability to sense the magnitude and polarity of the electric field is of great scientific interest. It has various real-life applications, such as early prediction of lightning ...

Commoditization has led to a complete ecosystem for MEMs, lowering the barrier for entry and opening up new manufacturing and integration options. I recently gave an invited talk at the IEEE Inertial ...

Over the past year, sensor manufacturers have focused on developing new features that can deliver lower power consumption while shrinking package size and easing implementation into new designs. This ...

Of all technologies, MEMS and sensors stand out for their far-reaching promise to improve lives across segments such as Internet of Things (IoT), wearables, smart home, digital health, precision ...

Scientists have developed a sensor for measuring the strength of electric fields, which is much smaller, simpler and less prone to distortion than comparable devices. TU Wien has developed a sensor ...