QuickNav - Multi-board Schematic Design Objects
This page provides quick reference information about the design objects that can be used in a multi-board schematic document (*.MbsDoc), giving you a means to quickly navigate to more detailed information about each.
Graphical Overview
The following image provides a collated visual of commonly used multi-board schematic design objects.
Design objects that are commonly used in a multi-board schematic document.
Key Objects Slideshow
Take a look through the slides below to see a variety of design objects highlighted 'in action' within a real multi-board design. A high-level intro to each object is given, along with a link to more detailed information. Note that focus is primarily on the objects that you'll use time and again to capture your logical multi-board designs.
ModuleA Module is used to represent a child PCB project (and specific PCB therein) within the overall multi-board design. The number of modules placed on the multi-board schematic document will depend on the number of such child boards involved in capturing the complete system design. A module is populated with design data from its linked PCB project during an import process. This processes the pin and net data from the corresponding connector in the child project, which is identified using the special System parameter (with value Connector). Learn more... Module EntryA Module Entry is a graphical object that is automatically or manually placed on a module in a multi-board schematic document to represent a connection point (such as a header or plug/socket) of a child PCB project design. After an import process is complete (importing design data from a module's linked child PCB design project), a module entry is automatically created for each of connectors on the parent module block graphic. The module entry is actively associated with pins and nets on the corresponding connector in the child PCB project. Learn more... ConnectionA Connection is an object that is placed between module entries in a multi-board schematic document to provide the logical connectivity between modules. Multi-board connections represent the physical connections (wires, plugs and sockets, cables, or harnesses) that are used between the child PCB board designs. Four types of connection are supported:
The connections established between modules in the multi-board schematic ultimately represent the connectivity between child project connectors, connector pins and nets in the overall system design. Learn more... Here you can see an example of a direct connection between two modules in a multi-board design. In this case connector X1 on a memory board (represented by module M3) is to plug in directly to connector J8 on the system's motherboard (represented by module M1). Here you can see an example of using a single harness to interconnect all modules in a multi-board design. The harness has five connectors (P1-P5) that will plug in to the corresponding connectors (J1-J5) on the five child boards in the captured system. You can also benefit from Altium Designer's support for Harness Design, allowing you to create a full wiring harness design, from the individual pin-to-pin connections right through to manufacturing documentation. A harness is designed within its own design project (*.PrjHar) and then included as part of the multi-board project, where the logical connections between PCBs in the multi-board schematic are used to define the connectivity within the harness. Learn more... CommentA Comment is a user-added note that is assigned to a specific point, object, or area (as applicable) on a supported document type, and may be replied to by other users. Comments promote collaboration between users without altering the shared data itself, because comments are stored by the connected Workspace independently of that data. Comments are posted, replied to, and managed directly within the main design space using a contextual commenting window in conjunction with the Comments and Tasks panel. Learn more... |
A-Z Listing
The following is a convenient alphabetical listing - no frills, no fuss - to be able to get at more detail for a particular design object in true QuickNav fashion.