Carlo Gavazzi's new ultrasonic sensors offer flexibility, rugged durability, and increased accuracy, along with a compact design, to take on harsh environments. The UA12, UA18, and UA30 (see ...

Taste The Code How to make an ultrasonic non-contact Arduino Air Drum Set for hours of fun Posted: May 14, 2025 | Last updated: May 14, 2025 Hi, I'm Bill. I'm a software developer with a passion ...

According to a leak on Weibo, the company is now developing its own CMOS image sensors (CIS), with new models set to debut in its next flagship lineup, the Mate 80 series. The tip shared by the ...

an ultrasonic under-display fingerprint sensor, a 3,900mAh battery, wireless charging, and have an IP68 rating for water and dust resistance. However, these new images further confirm that its ...

The new specification, MIPI Camera Command Set v1.0 (MIPI CCS v1.0), defines a standard set of functionalities for implementing and controlling image sensors. The specification is offered for use with ...

Ultrasonic time-of-flight (ToF) sensors come to rescue indoor sensors, which often fail to detect and avoid barriers like plexiglass walls, translucent doors, and glass windows. Here is how ToF ...

It claimed this would be the industry’s first 3D ultrasonic sensor operating in air receiving such certification. Sonair’s acoustic detection and ranging technology equips AMRs with omnidirectional ...

Eyeo, a new startup from Eindhoven, The Netherlands, has emerged on the sensor scene with new technology and an aim to enable image sensors in everything from smartphones to industrial cameras to self ...

The Smart Door Alert System is a home security project built with Arduino that uses an ultrasonic sensor to detect how close someone is to your door or window. It uses LEDs, a buzzer, and a flashing ...

Abstract: We present a theoretical analysis, design, and experimental characterization of a CMOS image sensor with pixel-level ΣΔ oversampling analog-to-digital conversion (ADC). The design employs ...

A research team at Chuo University in Japan, led by Assistant Professor Kou Li, has developed a fully printable device fabrication approach aimed at addressing key technical challenges in producing ...