Altiumr To Xpeditionr Translator User Guide Exclusive __full__ File
Run the to ensure every translated Cell is correctly mapped to its corresponding Symbol via a valid Part Number in the Central Library. Phase 3: Translating the Schematic Design
To get the most out of the Altium to Xpedition translator, follow these best practices:
Accurate layer mapping is critical for successful translation. The translator establishes a direct mapping between Altium primitives and Xpedition constructs, with rule-based translations for footprints and nets. For designs with complex layer stacks (including rigid-flex configurations), the translation preserves multiple board outlines and their respective layer stack assignments.
: The Altium schematic and layout must be fully synchronized (Forward/Back Annotate) before export to prevent connectivity discrepancies. altiumr to xpeditionr translator user guide exclusive
Align Altium’s routing layers (e.g., Top Layer, Internal Plane 1) with Xpedition’s defined Layer Stackup.
: The translator preserves the hierarchical structure of Altium schematics, ensuring that multi-sheet designs remain organized in Xpedition Designer.
: Ensure graphical pin symbols (like clock arrows or inversion dots) match your company's Xpedition standard graphics. Land Pattern and Padstack Conversion Run the to ensure every translated Cell is
| | Translation Support | |---------------|-------------------------| | Nets and connectivity | Full preservation | | Components (parts) | Complete transfer | | Footprints (land patterns) | Rule-based mapping | | Layer stack assignments | Mapped per your configuration | | Design constraints and rules | Retained where compatible | | Pad stacks and via definitions | Converted to Xpedition format | | Silk screen, solder mask, paste mask | Layer-mapped accordingly |
Translates Altium schematic documents ( .SchDoc ) into Xpedition Schematic Design (formerly DxDesigner) databases.
Without a specific "user guide," this general approach should help you navigate the process. Always refer to the software-specific documentation for detailed steps, as the process can vary significantly between different versions of Altium and Xpedition. For designs with complex layer stacks (including rigid-flex
Altium uses a specific set of mechanical layers for assembly data, courtyards, and 3D models. Xpedition uses dedicated functional layers (e.g., Placement Outline, Assembly Outline). During configuration, you must manually assign your Altium mechanical layer numbers to the corresponding Xpedition layer destinations to prevent data loss. 5. Post-Translation Cleanup and Verification
Translating the physical layout requires precise layer mapping to maintain the exact geometry of traces, planes, and vias. Step 1: Establish Layout Linkage Open .
Run the command to extract all footprints used in the current layout. Save both libraries in ASCII format. Phase 2: Building the Xpedition Central Library
This feature allows you to define translation rules that go beyond simple footprint-to-cell mapping. Exclusive capabilities include:
Successful database translation relies heavily on the cleanliness of the source data. Executing specific preparation steps inside Altium Designer significantly minimizes post-translation errors. Resolve Broken Links and Component Violations
