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The inside of the case should have two plastic sheets (one on top of the other). One plastic sheet will have printed conductive tracings that go to one set of pins on the circuit board and the other sheet will have tracings that go to another set of pins on the circuit board. When you press down on a key, the tracings on both sheets will touch each other. This completes the circuit and tells the board to send a letter, number or command back to the computer.

What you need to do is to label each conductive circle on both sheets with the letter key that corresponds to it. So, for instance, if you were to press down 'A' on the keyboard, label the plastic circle on both sheets of plastic that would be pushed together if the 'A' key would strike (see picture of labeled sheets). Once you have labeled both plastic sheets with all of the corresponding keys (that you plan to use in your project), the next thing you need to do is to trace the letters back to the circuit board with a Sharpie (see notes on pictures).

One way to simplify the matter is to consider one sheet 'SIDE A' and the other 'SIDE B'. Below is a chart that I made for the particular keyboard I was working on. Please remember that all keyboards are different. It will help you immensely if you make a similar chart for the keyboard you are working on. PIN LAYOUT: XXXXXX X X 1234 5678 12 5 432 1 SIDE A SIDE B PIN SIDE A A01 - 0, 9, 8, 7, 4, 3, 2, 1 A02 - 6, 5, - A03 - N, B,?(slash) A04 - (period), (comma), M, V, C, X, Z, (enter) A05 - H, G, (space), ' A06 - L, K, J, F, D, S, A,; A07 - Y, T A08 - P, O, I, U, R, E, W, Q PIN SIDE B A02 - 1, Q, A, Z A03 - 2, W, S, X A04 - 3, E, D, C A05 - 4, 5, R, T, F, G, V, B A06 - 6, 7, Y, U, H, J, N, M A07 - 8, I, K, (comma) A08 - 9, O, L, (period) A09 - P, 0,?, -, ',; A11 - (enter) A12 - (space). Basically a keyboard is a specialized shift register. It takes in a lot of inputs and sends out one output to the computer (that being a an ASCII code or control command).

When a switch is closed, the shift register processes which two pins are connected and interprets it as one particular output. So, if you had ten pins going to each plastic sheet, then you would have one-hundred possible combinations. This is because every single pin on one sheet can be comined with every single pin on the other side.

This would produce ten rows of ten possible combinations. In other words, you have just produced a '10 X 10' 2-dimensional array. For instance, if you connect 'Pin 4' on SIDE A and 'Pin 6' on SIDE B you will produce the letter 'M' on the computer (see picture).

If you connect 'Pin 8' on SIDE A and 'Pin 7' on SIDE B you will produce the letter 'I' on the computer (see picture). It's really quite simple. So, now you know which pins produce which letters. Now you need to connect your own mad creations to the boards. Before you can connect things to the board, you need to connect wires to the board! You're going to need: wire (ideally in a number of colors) quick setting epoxy (from your local Radioshack or Home Depot) a razor blade a soldering iron So, here is what you do.

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Count the number of pins you need to attach wires to. Once this is done, prepare all of the wires you're going to need.

They need to be stripped on both ends about a quarter of an inch and should be about five to six inches in length. Try to use many different colors of wire so you can tell them apart later. On one end, bend the stripped part of the wire so that it can hold itself to the board (see picture).

Wrap the wire around the board so that the stripped part is touching one and only one of the pins that it needs to be connected to. Make sure none of the wires are touching. When all of the wires are in place (touching the pins and not touching each other), you're going to need to glue.

Prepare some epoxy and cover the back side of the board in epoxy so that the wires are glued in place on the side opposite from the conductive pins. Leave it for how ever many hours the epoxy says it needs to sit for for maximum strength. Sixteen to twenty hours later or so, you're going to need to solder. So, solder the wire to the pin. If the solder won't stick to the pin, scratch the pin with a razor blade a couple of times and try again. If the pin is coated with something, scrape off the coating with a razor blade and then solder to it.