Single-Layer PCB, 16 Buttons -- 2
Budget: €8 – €30 EUR
I have already drawn the exact board outline in AutoCAD and will share the DXF as soon as we begin. Your task is to turn that shape into a one-layer PCB that carries sixteen tactile push-buttons used purely for user input. No extra logic or power circuitry is required—just clean routing of the switch matrix (or straight-through wiring if you prefer) on a single copper side, keeping all components on the opposite face.
The outline, mounting holes and keep-out zones in my AutoCAD file must stay untouched, but component placement is otherwise flexible as long as the finished board remains single-sided and manufacturable by a standard PCB house.
Deliverables:
• Editable layout file in your preferred tool (KiCad, Altium, Eagle or EasyEDA are all fine)
• Gerber and drill files ready for fabrication
• Simple PDF/PNG assembly drawing labeling each button for reference
Please keep trace widths and clearances suitable for typical low-current signal lines. If anything in the outline conflicts with best practice, flag it before routing and we’ll adjust together.
The outline, mounting holes and keep-out zones in my AutoCAD file must stay untouched, but component placement is otherwise flexible as long as the finished board remains single-sided and manufacturable by a standard PCB house.
Deliverables:
• Editable layout file in your preferred tool (KiCad, Altium, Eagle or EasyEDA are all fine)
• Gerber and drill files ready for fabrication
• Simple PDF/PNG assembly drawing labeling each button for reference
Please keep trace widths and clearances suitable for typical low-current signal lines. If anything in the outline conflicts with best practice, flag it before routing and we’ll adjust together.