The final order on the printout is something like: Top Level Part A Part B LDO (a) LDO (aa) LDO (b) LDO (ba) LDO (c) Memory (a) Memory (b) I/O(a) I/O(b) Misc I/O Needless to say, the pile of pages becomes impossible to read because the page ordering is garbage. This means the part has electrical information and is synchronized between the schematic document and the PCB document, but it will be ignored by any BOM. Specifically, I think you would use the Standard (No BOM) part type for the capacitor in question. I/O For example, I instantiate several copies of my LDO sheet at various parts of the hierarchy but when I do the printout, it just puts all of those pages at the first point it runs into a instantiate. The preferred method for this functionality seems to be the component's Type property. Structure example: Top Level - Part A - LDO (a) - Memory (a) - LDO (aa) - I/O (a) - Part B - LDO (b) - Memory (b) - LDO (ba) - I/O (b) - LDO (c) - Misc.
However, the page ordering is bad to the point of making the schematics impossible to read. When I go to print the schematics with "" it expands the pages as I would expect. Define Every Detail Native 3D PCB Design Collaboration with MCAD Realistic Rigid-Flex Multiboard Assembly Interact and collaborate with mechanical designers like never before in a photo-realistic, 3D design environment. A chart symbol can generate a drawing Here to explain, there are two methods for multi-drawing design hierarchy: 1 From top to bottom: In the top-level. It's a large design with a pretty deep hierarchy. Altium 365 is the electronics product design platform that unites PCB design, MCAD, data management, and teamwork. The design of multiple drawings is completed by placing a sheet symbol in the top-level schematic, as shown in the figure below.
I've been using an outjob to control document generation, but I can't get the schematic prints for my new project to look as nice as I'd like.
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