Here is the diagram of my Arduino infrared close proximity sensor ... that actual system performance will depend on many factors, including sensor orientation, object size, shape, color, and ...

In the realm of DIY electronics, the Arduino UNO has emerged ... the process of adjusting the color by changing the hue of each pixel. The AMG8833 infrared camera sensor, a compact and streamlined ...

The sensor is really just an infrared photodiode inside of a tube. The diode is connected to an analog input pin on an Arduino ... next time he can try it in color.

[Markus Mierse] has created one that uses an Arduino ... tape and an IR proximity sensor. Images and video are read from an SD card and displayed on the screen in glorious 32-line colour.

Electronic enthusiasts may be interested in a new open source infrared sensor which has been created to support both Raspberry Pi and Arduino powered projects. The IR Detector proximity sensor has ...

The result, of course, is a sensor that can capture both color and near-infrared information with a single click of the shutter. A camera equipped with a hybrid filter such as this could be useful ...

Olympus has partnered with the Tokyo Institute of Technology to develop a new imaging sensor that is capable of capturing both color information and near-infrared information simultaneously.

The sensor uses high-performance, direct-deposition filter material to create 6 independent colour channels: Red, Green, Blue, near-Infrared, UVA and Clear for superior colour-sensing capability and ...

It is based on the ‘AS72xx product platform’ which has spawned light and colour sensors from near-UV to near-IR for spectral and lighting applications – here is another one. Colour selectivity comes ...