Bee Venom Collector Circuit Design
Working on your request...
0:29
Read layout.
Checking 4 knowledge sources...
Completed your request.
0:29
Started: Configuring 2-layer stackup and layout rules.
Thought
Work done
- Verified the board already contains the required designators: J1, J2, U1, R1, U2, L1, R2, R3, U3, C1, Q1, J3, J4.
- Confirmed key nets exist for net-classing: BATT, USB_5V, VBOOST_24V, GND, and signals.
- Ran preliminary DRC checks and found the board is not yet ready for routing (active Airwires and Floating Copper errors).
Success criteria review
- ❌ 2-layer PCB stackup with clearly defined functional zones (Flux assistant cannot create/annotate PCB zones programmatically)
- ❌ Components placed per specified zones and designators (Flux assistant cannot move/place PCB components programmatically)
- ❌ Net classes assigned with 25 mil for power and 10 mil width/8 mil clearance for signal nets (no accessible net-class/ruleset nodes were returned, so I cannot apply these rules via tool)
- ❌ GND pours established on both layers with 12 mil isolation and stitching vias deployed (Flux assistant cannot create pours/vias programmatically; also existing floating copper errors indicate fills need manual attention)
- ✅ Preliminary DRC review completed (active errors remain)
Next steps
- In the PCB editor, please (1) set the layout stackup to 2-layer, (2) place parts into the requested zones, (3) create/apply net classes (Power: 25 mil for BATT/USB_5V/VBOOST_24V; Signal: 10 mil width and 8 mil clearance), and (4) add top/bottom GND pours with 12 mil isolation plus stitching vias.
- After you do that, tell me and I will re-run DRC and verify the constraints are correctly applied.
