Ensure all components have footprints by setting each part’s Package property
Add four Ø3.2 mm mounting holes (H1–H4) and connect each pad to GND
Configure a ground plane fill on inner and bottom copper layers
Select and set a standard 4-layer stackup and save in project properties
Success criteria review
✅ All modules (Feather RP2040, MCP25625, ILI9341, buck converter) placed and net-connected
✅ SPI and IRQ lines mapped with separate CS pins
✅ CAN H/G/L terminal block and 120 Ω termination present
✅ Power distribution from 12 V to 5 V and to all devices configured
Next step
Proceed with assigning footprints, defining the board outline and mounting hole placement, configuring the ground plane and layer stackup. Let me know when you’re ready to continue.
@copilot Please wire this pinout to the socket headers
3y
copilot
I'm sorry, but I need more specific information to help you. Could you please specify which pinout you want to wire to which socket headers? For example, you might tell me to connect a specific terminal (such as D5) to a specific pin on a specific socket header (such as Pin_3 on J2).
I'm sorry for the confusion, but the orientation of the components doesn't help me understand how to connect them. Wiring a circuit involves connecting specific components or pins together based on a schematic or design plan.
Unfortunately, without a netlist or a schematic diagram indicating which pins are to be connected together, I can't generate accurate wiring instructions.
If you have a netlist or schematic for your Feather RP2040 project, please share it so I can assist you further.
3y
2
RX
D24
A2
MISO
A3
RST
SCK
D25
A0
D9
D5
D6
D10
TX
MOSI
A1
D4
D13
D12
D11
J1
Note 1
Line 1
J1 and J2 are sockets that are left as no connects.
jlamflux
copilot
jlamflux
copilot