HayabusaTM platform delivers simultaneous120 dB ultra-high dynamic range (UHDR) with LED flicker mitigation (LFM) imaging in a range of sizes from 1 MP to 5 MP
MLX75023 Time-of-Flight (TOF) sensor together with MLX75123 companion chip provides a complete TOF solution. The…
Si72xx Hall-Effect Sensors Enhance Power Efficiency, Sensitivity, Ease of Use and Tamper Protection for Industrial, Consumer and Automotive Designs
New chipset simplifies design of robust and future-proof solutions for automotive, industrial and smart cities.
Omron Electronic Components has extended its non-contact MEMS thermal sensor range with a new narrow-field…
Tronics’ highly advanced MEMS Gyro sensors and GYPRO® evaluation boards are available worldwide from Digi-Key…
Introducing the smallest footprint CMOS sensor portfolio for automotive radar, industrial and infrastructure applications.
We’ve all seen robotic dancing, where us humans try to mimic the stilted and often rather clumsy movements that we associate with the androids seen in sci-fi films. This perception of robotic movement stems from imperfect control systems in which the feedback lacks the precision to halt motion until it reaches a set position or an end-stop. But it needn’t be like this and indeed it isn’t what is in fact witnessed by factory robots that glide effortlessly around assembly lines or warehouses with a fluidity of movement that humans can’t even replicate. Similarly, the sophisticated robotic tools used by surgeons and scientists would have little value if their precision didn’t at least match the skill of their operators.
XVF3000 devices and development kits target voice-enabled speakers.
Time is running out to enter the Create the Future Design Contest, an exciting challenge…