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The ECAD designer can then enable the changes they want, and Apply them to their board. When they click Pull, their board is compared to the MCAD board definition in the Workspace and a list of changes required to synchronize them is generated. The ECAD designer will automatically be notified that there is a change pending. That means each side can continue to work independently, there is no need to worry about where the other team is up to in the design process.įor example, when the MCAD designer has defined the board shape, they can Push the assembly to the Workspace. #Solidworks pdm professional icon plus sign updateThe advantage of passing design changes through a Workspace is the update process becomes stateless. The Workspace acts as a bridge between the ECAD and MCAD domains, as shown below. Once the CoDesigner plug-in has been added to the ECAD and MCAD software, CoDesigner can pass design changes back and forth through an Altium Workspace. This collaborative design challenge is solved by CoDesigner, an interface for transferring printed circuit board designs between the ECAD and MCAD design domains. The issue is, how do you manage the flow of changes back and forth between the teams, without impacting either team's day-to-day design work? The last thing the design teams need is for one team to have to stop work until the other team has accepted their latest change before both teams can proceed. The electronic and mechanical design teams work independently and need to be able to transfer changes at any point in their design process. #Solidworks pdm professional icon plus sign softwarePassing complex and detailed design changes between different design software is much more than just being able to save data in another format. ECAD and MCAD tools have different design objectives and have evolved down different paths, as well as the way they store and manage their data.īut today's designs demand that this challenge be solved - small and complex product enclosures that house multiple, irregular-shaped printed circuit boards - to successfully design these products, the designers must be able to collaborate as they pass design changes back and forth between the ECAD and MCAD domains. Working between the electronic and mechanical design domains brings unique challenges. Development is ongoing, and support will be added in a future update. At this stage, CoDesigner does not support the transfer of a printed electronics design between ECAD and MCAD because of the different design approaches needed. Sending the PCB Assembly with your Changes to ECADĪn exciting evolution in the design and development of electronic products is the ability to print the electronic circuit directly onto a substrate, such as a plastic molding that becomes a part of a product. Altium is building technology to support the design of Printed Electronics and Molded Interconnect Devices (MIDs), by performing the Layout and Routing directly on a 3D Structure.Pushing the Enclosure from MCAD to ECAD.Changes that will Not be Transferred from MCAD to ECAD.Working with Constraints and Dimensions in MCAD.Transferring ECAD Component Parameters to MCAD.Synchronizing Fixed or Constrained in MCAD to Locked in ECAD.Making Changes to the PCB Design in MCAD.When you have a PCB Assembly Open in MCAD for the First Time.Getting Changes to your PCB Assembly from ECAD.Visibility of Changes Made on the ECAD side. #Solidworks pdm professional icon plus sign manual
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