Infineon's RGB LED Lighting Shield is one two of Arduino-based evaluation boards created to showcase the capabilities of its ARM-based XMC1000 MCUs in lighting and motor control applications. Unlike ...

An Arduino-based automation project that uses a Light Dependent Resistor (LDR) to control an AC lighting circuit based on ambient light conditions. The system automatically switches the load ON during ...

Infineon has announced two shields for the Arduino design community. The shields target RGB lighting and motor control. Until the end of January, both Shields, the RGB Lighting Shield with XMC1202 for ...

Automatic Street Light Control Using LDR & Arduino Hello everyone! I’m G Shanmugalakshmi, and along with my teammate M.Arikarasudhan, we developed an innovative project that automatically controls ...

Regular candles can be awfully boring at times. They can only produce one color and the flicker is so… predictable. They can’t even be controlled by an infrared remote control, not to mention the ...

In today's rapidly urbanizing world, managing traffic flow and energy consumption are two major challenges. To address these issues, smart solutions integrating microcontroller technology and sensors ...

I like modbus. I like its concept and simplicity. I like the wired connection. I don't feel radiophobia, I just trust the wires more. I like decentralized and simple solutions. I understand that you ...

The MacLight is an awesome Arduino project created by Adam Howard, a computer science major at Bournemouth University. For those not in the know, an Arduino is an open-source single-board ...

For prototyping, Infineon has a RGB LED lighting control shield for Arduino, based around its ARM Cortex-M0 XMC1202 microcontroller. On board is something called a ‘brightness colour control unit’ ...

The time for putting up festive lights all around your house is nigh, and this is a very popular time for those of us who use the holiday season as an excuse to buy a few WiFi chips and Arduinos to ...

Just another gizmo I've whipped up in my office of insanity. I expect most of you won't have any idea why you'd want to build one of these, so I'll try to explain up front. Suffice it to say, "I find ...