I recently had to build an infrared close proximity sensor that could tell if something was dropped in a parcel delivery drop box. After some searching, I ...

Sensors like this are useful for an array of projects, from DIY remote control cars to digital measuring tools. This handy The Geek Pub guide shows you how to set up your own Arduino distance sensor.

You can even build yourself something simple based on an Arduino Uno! The build uses Panasonic’s cheap “Grid-EYE” infrared array as the thermal sensor, in this case, a model with an 8×8 ...

Old infrared remote controls can be a great way to interface with your projects. One of [AnalysIR’s] latest blog posts goes over the simplest way to create an Arduino based IR receiver, makin… ...

Krejci’s design, while affordable, offers an 8×8 resolution, which is the maximum output of the AMG8833 infrared sensor array. DIY Arduino thermal camera Watch this video on YouTube.

Many infrared applications don’t need complete image information, but only use specific information extracted from images, such as position, motion, and area of hot (or cold) objects. The new markets ...

When a finger or other object touches the surface, it causes the IR light to scatter in many directions. Some of this light is directed down into the screen, towards an array of 64 IR sensors.

Low-cost infra-red (IR) arrays provide precise imaging data and detailed heat signatures for both static and dynamic objects can be derived, and find applications in security, automotive, building ...

The thermal sensing solutions Panasonic provides are a super-resolution algorithm using Grid-EYE, an infrared array sensor, to measure the temperature distribution in detail and detect objects ...

Panasonic is proud to announce that its Grid-EYE Infrared Array AMG8833 Sensor is the key device enabling the core detection function of the 2017 AARP Innovation Champion Award Grand Prize-winning ...