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Interprets SKiDL ERC output, classifies errors vs warnings, and provides concrete fix patterns (pin conflicts, floating pins, decoupling, NC usage). Use when running ERC(), reviewing ERC results, fixing ERC errors, or performing any design review that includes electrical rule checking.
Codex 또는 Claude로 설치 이 Prompt를 복사해 Codex, Claude 또는 다른 어시스턴트에 붙여 넣으면 Skill 페이지를 검토하고 설치를 진행할 수 있습니다.
SOC 직업 분류 기준
Performs a comprehensive three-angle review of a SKiDL circuit: ERC (via erc-reviewer agent), architecture sanity against requirements, and SKiDL code quality. Aggregates findings into outputs/design_review.md with severity-sorted issues and suggested fixes. Use before exporting a netlist, after the skidl-coder finishes, or when the user asks to review, check, or validate a circuit. Invoked via /skidl-ee:design-review.
Searches for electronic parts by MPN, description, or specification using the pcbparts MCP (live JLCPCB stock, pricing, KiCad symbols) with a fallback to the skidl-part-search CLI. Applies sourcing rules: JLCPCB tier priority, stock thresholds, lifecycle checks, and single-source flags. Use when selecting parts for a BOM, verifying a specific MPN, sourcing an IC or passive, or when the user asks to find, search, check, or confirm a component.
Starts or resumes a new PCB circuit design using the full interview → architecture → approval-gated pipeline. Use when the user asks to create a new circuit, start a design, add a new schematic, or resume an in-progress circuit. Reads pipeline_state.json to detect existing work before spawning the orchestrator.
| name | erc-rules |
| description | Interprets SKiDL ERC output, classifies errors vs warnings, and provides concrete fix patterns (pin conflicts, floating pins, decoupling, NC usage). Use when running ERC(), reviewing ERC results, fixing ERC errors, or performing any design review that includes electrical rule checking. |
Drive strength order (PWR > OUT > BIDIR > TRI > OC > IN > NC)
Must-fix errors — treat as blockers:
NC)Warnings — investigate, suppress only with justification:
erc_assert()erc_assert()Mandatory decoupling:
Every IC VCC pin → 100 nF minimum, named C_DECOUP_*
Intentional NC:
U1['NC1', 'NC2'] += NC
Warning suppression:
erc_assert("expected open-drain", net)
ERC run pattern:
if __name__ == "__main__":
# ... circuit ...
ERC()
Produce this summary line after every ERC run:
"X errors, Y warnings, Z notes. Circuit is [PASS/FAIL]."