Blinking LED Circuit Design
Started implementing a plan
#Goal
- Route the SW net on the existing 30mm x 25mm 2-layer boost converter PCB, ensuring a compact and minimal trace connection between U1:SW, L1:P2, and D1:A without disturbing other components or nets.
#Implementation plan
1. Inspect the existing PCB layout:
1. Verify and identify the SW net endpoints: U1:SW, L1:P2, and D1:A.
2. Confirm that all component placements and other net routings (FB divider, VIN, VOUT, GND) remain intact.
2. Route the SW net:
1. Use the top-layer routing to create a direct and short trace connecting U1:SW, L1:P2, and D1:A.
2. Avoid adding unnecessary vias or deviations and steer clear of the feedback divider/sense area.
3. Validate the routing:
1. Ensure that the SW trace is the only trace modified.
2. Confirm that no other net or component placement has been disturbed.
#Success criteria
- The SW net should have a minimal length and direct connection between U1:SW, L1:P2, and D1:A.
- No component placement changes or disturbances to other nets (FB, VIN, VOUT, GND) occur.
Execution stopped due to insufficient credits.
0:17
- I could not continue execution because the session has no remaining execution credits.
- No project manipulation was performed in this step, so the existing 30mm × 25mm layout and current routing state remain unchanged.
- ❌ SW endpoints were not re-inspected in this step.
- ❌ The SW net was not routed in this step.
- ✅ No other components or nets were disturbed by this step.
- When execution is available again, proceed with: inspect U1/L1/D1 pad locations, route only the SW net on the top layer with the shortest practical path between U1:SW, L1:P2, and D1:A, then validate that FB, VIN, VOUT, GND, and component placement are unchanged.
