Allocate Component Stock To PCB Builds Web Application
Allocate available components across planned assemblies.
Category Directory
Compare and check electronics parts, assembly files and circuit-board data.
Allocate available components across planned assemblies.
Create BOM alternatives from explicitly authorized equivalence lists.
Insert checksums using explicit algorithm and range rules.
Check library entries against selected geometry and naming rules.
Summarize traffic using declared bus parameters.
Derive placement corrections from supplied control-point measurements.
Find incorrect counts and repeated references.
Flag parts matching supplied status records.
Flag copper too close to supplied outlines.
Measure pair mismatch and supported spacing violations.
Locate missing, offset, or unmatched drilled features.
Find missing or inconsistent fabrication files.
Identify test points outside supplied probe-access rules.
Find missing, extra, and mismatched placements.
Flag placements inconsistent with supplied footprint orientation definitions.
Measure routed copper paths and compare supplied budgets.
Compare symbol pins with approved component definitions.
Compare paste openings with supplied pad requirements.
Report changes to messages, signals, scaling, and enumerations.
Report components moved, rotated, added, or removed.
Locate timing and state differences between captures.
Identify changes to component pins and net membership.
Show changed bytes and occupied address ranges.
Highlight actual layer-shape changes between revisions.
Report component, quantity, and population changes.
Report layer, material, and thickness changes.
Find differences between intended and laid-out net membership.
Combine build requirements while retaining board and reference detail.
Combine station results into traceable unit and lot summaries.
Generate board-side drawings with component references and assembly notes.
Produce connector-to-connector connection schedules.
Produce feeder assignments and setup documents.
Generate structured fabrication metadata for supplied layer sets.
Generate test instructions from supplied wiring definitions.
Generate populated BOMs and placements for each variant.
Extract supported protocol messages from digital captures.
Generate component positions for repeated boards in a panel.
Produce comparable measurements from repeated simulations.
Locate matching pad layouts despite different library names.
Identify mask regions below selected width limits.
Find legend geometry overlapping selected pad openings.
Calculate supported copper margins around drilled holes.
Repackage firmware regions without losing address information.
Standardize supported value notation while retaining originals.
Standardize BOM identifiers using supplied mappings.
Assemble multiple fabrication sets into defined panel layouts.
Build purchasing files using supplied supplier and packaging rules.
Transform supported network-parameter datasets consistently.
Produce separate drill deliveries from explicit classifications.
Import distributor CSVs and a bin list. Combine split shipments, preserve manufacturer part numbers, and print drawer labels and a short-shipment checklist.
Apply controlled metadata changes to footprint files.