Part Information Review
Thought for 4 mins 45 sec
Placed 27 component(s): R_IN, C1, C_BYPASS1, OUTPUT, C3B, C_BYPASS2, R_Q1, VCC, R_OUT, C_VG, C3A, R2, R_S2, R3, R_S1, R_VG1, R_VG2, RF3, C2, R1, C_OUT, R_Q2, RF, U1, R_BIAS, INPUT, C_IN
Thought for 3 sec
Work done
- Applied the critical-net routing intent: INPUT group first, VG second, feedback/summing third, OUTPUT fourth; 12V/GND are wider and lower-priority.
- Kept analog nets constrained to the Top layer where possible, with ≥0.25 mm trace width and 0.2 mm clearance intent preserved.
- Optimized placement for shorter analog paths: INPUT left, OUTPUT right, U2/input/filter cluster, U1/output cluster, tight feedback passives, VG block grouped separately, and decoupling caps close to LM358 VCC pins.
- Verified the board remains on Standard 2 Layer and has no missing-footprint, invalid-layer, overlapping-copper, or floating-copper errors.
- ✅ Schematic connectivity preserved.
- ✅ Critical analog net priorities/widths/layer preferences configured.
- ✅ Placement tightened for short feedback/summing loops and bottom GND-plane preservation.
- ❌ Routing is not complete: 44 airwires remain.
- ❌ Final manufacturing readiness is not met yet because airwires must be routed to zero before Gerbers.
Run routing in the PCB editor using this order: IN / AC_IN / INPUT_FILTER_TAP / FILTER_NODE → VG / VG_DIV → U2_INV_IN / INV_OUT / SUM_NODE / U2_SUM_OUT / NOTCH_OUT → AC_OUT_PRE_CAP / OUTPUT → 12V/GND. Keep sensitive traces on Top, avoid vias except where unavoidable, then rerun DRC until airwires are 0 before exporting Gerbers.
Show critical airwires
Run routing DRC
Check GND plane
Shorten feedback loops
Waiting for input
