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1Print the parts for the enclosure
1.stl
2.stl
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2Add the buttons (Super Glue requiered)
You can use a different glue, but for me Super Glue was very effective
The dimensions of the microswitch are 12x12mm and 6mm height.
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3Solder a common wire for the buttons
A and C, B and D are connected, so what we need to do is to connect every C with the A of the next button. After that we can give with only one cable 3.3v to the whole system. -
4Solder a ground wire for every button
Following the schema from the step 3, we need to solder a cable to every B pin in the whole button system.
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5Place the battery
I have used Double Sided Tape and some Electric Tape to place the battery.
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6Place the microprocessor (CHIP Pro Dev. Board)
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7Solder the buttons to CHIP Pro Dev. Board
Considering the following enumeration of the buttons :
- Solder the button 1 to D1, button 2 to D2 and following the sequences until the button 7 that is also D7.
- You need to solder the common wire to 3.3v.
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8Flash CHIP Pro with a debian distro
Following the instructions available in the documentation of CHIP Pro flash the microprocessor with a Debian distro.
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9Connect to CHIP Pro
Following the instructions available in the documentation of CHIP Pro connect via screen (for MAC or Linux in your PC) to the microprocessor.
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10Connect to WiFi
Assuming that you are already connected through Screen with CHIP Pro, we are going to set a Wifi connection. You can follow the instructions from the CHIP Pro documentation.
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