Claude Skills by ScottJeong

Create and verify Altium schematic symbols (.SchLib) and PCB footprints (.PcbLib) from datasheets and 2D drawings, as code. Use whenever a part library must be made, fixed, measured from a drawing, or checked. Triggers: "make a footprint", "create a symbol", "add this part to the library", "SchLib", "PcbLib", "footprint", "schematic symbol", "pad coordinates", "pin mapping", "verify this library", or being handed a component drawing and asked to turn it into a library — even if Altium is not ...

Altium PCB component placement — derive board size, decide rotation for main ICs and connectors, split zones, generate a 1:1 placement plan drawing, then inject real coordinates after approval, and check overlaps. Triggers: "PCB placement", "place the components", "how big should the board be", "board outline", "start the layout", "which way should this IC face", "socket orientation", "schematic is done, now PCB". Does NOT do routing or autorouting. 한국어: PCB 배치 — 보드 사이즈 산출, 주요 IC·커넥터 회전 결정, 존...

Review an Altium schematic (.SchDoc) — find unconnected pins, missing footprint links and net errors, then judge each candidate against the datasheet before calling it a defect. Triggers: "review this schematic", "check my circuit", "ERC", "floating pins", "unconnected", "any missing footprints", "does this schematic look OK", "design review", or pointing at a schematic and asking "is this fine?". This is for reading and judging, not editing. 한국어: 회로도(.SchDoc) 검토 — 미결선 핀·풋프린트 누락·넷 오류를 찾고 각 후보...