Schematic Intelligence

To analyze multi-page Altium schematics, this skill consumes exported parsed netlists and BOM data to map components, nets, and functional blocks. It produces a structured report detailing hierarchical connections and power rail distribution without loading binary project files.

Yes, you can map power rails and hierarchical blocks directly from an Altium netlist. The skill identifies power distribution, IC interconnections, and sheet hierarchy by processing parsed netlist JSON and BOM artifacts to generate a structured circuit topology report.

The best way to extract component and net information from Altium BOM data is to parse the exported artifacts into JSON format. The skill then cross-references BOM and netlist data to reveal component inventories, net connectivity, and functional block topology across all schematic pages.

No, this approach does not require loading binary Altium project files. By consuming already parsed netlists and BOM exports, the skill reveals hierarchical connections and functional block topology, enabling engineers to reason about a design using only text-based artifacts.

You generate AI-friendly reports for Altium schematic design reviews by running the skill on a parsed netlist JSON. It produces structured outputs describing functional blocks, interfaces, and design-rule checks that AI agents can use for verification and risk assessment.

When analyzing exported netlists, you are limited to the data present in the parsed artifacts. The skill requires pre-exported netlist and BOM files and cannot extract information from binary Altium project files directly, meaning any missing net or component data in the export will limit the analysis.