given that the Arduino’s input range is 0–3 V). The tests indicate that the output voltage of the triboelectric sensor increases with the frequency, with the highest tested frequency reaching 3 Hz, ...

They rebuild one of the most iconic components for an electronics tinkering beginner — an ultrasonic distance sensor, and what’s fun is, it stays fully functional after the rebuild!

Called the Hyperlux ID series, the sensors provide a comprehensive view of the environment without the need for separate ...

Unlike a Raspberry Pi, you won't find anything resembling an operating system here; instead, the Arduino uses simplified ...

Getting a robot to stand on two wheels without tipping over involves a challenging dance with the laws of physics.

Adding onboard processing simplifies design while enabling full capture of fast-moving objects and farther depth sensing in ...

The principle of LiDAR is to point the laser at a surface, then sending out a short laser pulse and measuring the time it takes the light to return to its sensor, calculating the distance using ...

Hyperlux ID family of indirect time-of-flight (iToF) sensors offer high precision at a long distance in addition to 3D ...

By the end of the guide, you’ll not only have a fully functional bidirectional counter but also gain hands-on experience with IR sensors,16x2 LCD display, Arduino programming, and some ...

With three different measurement procedures, the vision sensors in the SmartRunner Explorer family can cover a wide range of applications. The portfolio includes a 2-D laser profile sensor and two 3D ...