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Step 7Box LED's
Box LED's
To illuminate the box locations so you can play the game in the dark I installed three white LED's (green Wires) per box that are always on. I bough white LED's Christmas lights and cut them in groups of three in a string of lights. I punched holed in each box and glued them in position on the sides and soldered with a 330 ohm (1/2W) resister to be powered by 12VDC. I will do this same this to all boxes for the game board. The white LED's light will be on all the time the game is powered on.
I also include color LED's (White Red Wires) in ever box also that will turn on and flash when it is detected by the microcontroller. I punched three 5mm holes on sides of all the boxes and glued the LED's in place. I used groups of red, green, blue, yellow, and green etc. Three are wired together in serial with a 220 ohm (1/2W) resistor that is connected to the MOSFET on the main circuit board that will be controlled by the microcontroller.
To illuminate the box locations so you can play the game in the dark I installed three white LED's (green Wires) per box that are always on. I bough white LED's Christmas lights and cut them in groups of three in a string of lights. I punched holed in each box and glued them in position on the sides and soldered with a 330 ohm (1/2W) resister to be powered by 12VDC. I will do this same this to all boxes for the game board. The white LED's light will be on all the time the game is powered on.
I also include color LED's (White Red Wires) in ever box also that will turn on and flash when it is detected by the microcontroller. I punched three 5mm holes on sides of all the boxes and glued the LED's in place. I used groups of red, green, blue, yellow, and green etc. Three are wired together in serial with a 220 ohm (1/2W) resistor that is connected to the MOSFET on the main circuit board that will be controlled by the microcontroller.
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