To complete this tutorial you will need…

• An Arduino
• A proto shield kit
• 28-pin ZIF (zero-insertion force) socket
• A piezo
• Some wire
• Blank ATmega328P (that you will program)

First up, place the ZIF socket on the proto shield like so:

Solder all 28 pins for a solid connection!

Solder the following wires to the ZIF socket

• Pin 1 to digital 10 - Blue (this wire connects underneath to the ZIF socket so make sure to 'jumper it so it solders directly to the ZIF pin, see the photos below)
• Pin 7 to 5V - Red
• Pin 8 to Ground - Black
• Pin 9 to digital 9 - Gray
• Pin 17 to digital 11 - Brown
• Pin 18 to digital 12 - Orange
• Pin 19 to digital 13 - Yellow
• Pin 20 to +5V - Red
• Pin 22 to Ground - Black

Follow the protoshield tutorial to solder in the Red LED into LED1 position, Green LED into LED2 position. Also solder in the two 1.0K resistors next to the LEDs. We'll use the LEDs as indicators. Then solder a wire from the LED2 breakout (white) to analog 0 and a wire from LED1 breakout (white) to digital 8.

Next add S1switch which you will press to start the programming process. You can just solder a wire (yellow) from the breakout near S1 to Analog 1.

We also soldered in a Piezo beeper, to give us feedback. One side is soldered into Analog 3 the other side is soldered to the ground rail right next to the analog breakouts.

Finally, you'll need to solder on the header to allow the shield to be placed on, break the 0.1" male header and place it into the Arduino sockets. Then place the shield above on top to solder it in place.

If you need to see what the bottom looks like, it will be something like this. Except ours has a ton of rosin on it because we ended up moving the socket for this prototype, so that brown rosin stuff probably wont be on yours!

Thats it!

Next, download the codebase from github. Make a sketch floader called adaLoader in your Arduino sketch collection and copy the pde and helper files in. Restart the IDE and open up that sketch, compile it and upload it to your Arduino.

Now you can use it, very easy…just insert the chip, lock it down and press the button. While programming, the green LED is lit. When done, the piezo will beep once. If the red LED is lit, a problem occured.

Once you have programmed the chip with our default code you can use it in an existing Arduino board, compatible, or breadboard style. You will need a 16 MHz crystal on the clock pins, so don't forget it!