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This may be the first ever Arduino MEGA 'hack" ?
Here I have used two 16 wire ribbon cables to break-out the large 32 pin double row connector on the right side of the Arduino MEGA. This is a 32 position IDC connector with extra long male-male pins going down into the Arduino, on the other side I used two 16 pin DIP style connectors.
More info about the MEGA here.
My breadboarding is too damn messy. This is an attempt at an Arduino-driven EEPROM programmer (yes, silly, I know). It's controlled via USB by my PC.
Alright, I admit it. I just like watching the lights blink, OK?
Arduino Duemilanove, WiShield and a Protoshield. Nothing attached to the headers on the protoshield at this point however they will attach to the remote control for the Power Relays.
Arduino Mega 2560, with wires soldered to headers. This is a prototype, the finished project will be much cleaner.
Here's the diagram of my arduino photolab box. More details here (in french) :
www.equinoxefr.org/post/2009/02/11/arduino-photolab-schema/
and
This is the first iteration of my Arduino ( a user programmable micro controller) powered flash trigger. There is an IR beam over the end of the barrel, the pellet breaks the beam and fires the flash gun to freeze the motion of the bullet. All I need to do now is set it up in the dark, and find a suitable target.
Arduino Mega 2560, with wires soldered to headers. This is a prototype, the finished project will be much cleaner.
Connecting an Arduino and Raspberry Pi to create a webpage with temperature and humidity measurements.
Elaborado sobre plástico flexible, este Arduino es un ejemplo de lo que se puede hacer siguiendo la técnica de David, autor del blog sewboard.cancamusa.net/
3rd iteration of "Counter Intelligence" project. For best results with Maxbotic rangefinders I'd recommend the Lilypad. Parts from Sparkfun. Backlit 2x17 driven from serial interface of Lilypad.
My latest addition, 2 Arduino boards. Intended to learn the C language and the new hardware tools. I hope to have everything still working together with Lego and Fischertechnik. The top picture is the Arduino Giga R1 Wifi, the bottom one is the Arduino Due.
Both boards are already working and I am now making measurements with the PicoScope. I also still have the old Arduino Uno to make comparisons. Both new boards are 3.3V, the old Arduino Uno is still 5V. That's going to take some attention!
I know everyone has done this before. RFID and arduino that is. But looking at the example code it looks like the antenna is always in receive mode. I am not sure how this affects the life of the chip / reader but I thought of adding a way to detect human presence before activating the receiver.
I found some little IR heat detector (here: www.allelectronics.com/make-a-store/item/IRD-10/INFRARED-... and tossed together some analog read code and viola. Now when the IR detector detects over a certain variable heat temp it activates the RFID reader.
I will post the code and write up on my blog.
Monitoring Japanese stock (dashi) with Arduino Uno R3 and thermocouple. Kitchen folklore says that boiling the dashi ingredients leads to bitterness, so the sensor and electronics alert me when the dashi temperature reaches 180 F. More information on this project on my blog, Mental Masala. (Dashi recipe at the bottom of this blog post at Mental Masala.)