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Found 6 Skills
Work with PCB designs in the Zener hardware description language. Use when writing or editing `.zen` files, building schematics, searching for components or Zener packages, reading datasheets with `pcb scan`, or reading/updating KiCad `.kicad_sym` symbol metadata.
Search the registry for prepared Zener modules, reference designs, and component symbols while designing a board, subsystem, or spec. Use for board-facing part/module selection with `pcb search -m registry:modules` and `pcb search -m registry:components`, API inspection, sourcing comparison, and deciding what to instantiate. If no suitable registry package exists, prepare a librarian request instead of importing or authoring components inline.
Create high-quality reference designs for electronic components in Zener. Use when building a typical application circuit, reusable subcircuit module, or reference design for an IC — including studying the datasheet, structuring the design, choosing passives, writing the README, and iterating to a working build.
Build or modify reusable registry content for board designers. Use when fulfilling a librarian request or when asked to add/fix a registry component, symbol, footprint, STEP model, datasheet, family selector, or datasheet-backed Zener reference circuit. Covers artifact import, symbol/footprint cleanup, package structure, sourceability, and validation.
KiCad S-expression file format expertise. Complete reference for reading and writing .kicad_sch (schematic) and .kicad_pcb (PCB) files.
Electronics project architecture and constraint definition. Guides users through defining project requirements, power systems, interfaces, and physical constraints.