& Construction
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
& Manufacturing
Professional CAD/CAM tools built on Inventor and AutoCAD
Integrated BIM tools, including Revit, AutoCAD, and Civil 3D
Professional CAD/CAM tools built on Inventor and AutoCAD
The Fusion Electronics workspace expands the capabilities of Fusion to create electronic designs. This video introduces the ECAD workspace.
Type:
Tutorial
Length:
1 min.
Transcript
00:03
Fusion Electronics offers a unified ECAD environment,
00:07
with a schematic workspace that functions bi-directionally and in real time with the PCB workspace.
00:14
Completed designs can be exported into a compatible manufacturing file using the CAM Processor.
00:21
To view the interaction of these workspaces, here, a schematic is open in the Schematic Editor,
00:27
where the Place Components library is used to place a component.
00:32
This is a 3D PCB view of the same design in the PCB Editor, where you can see a component being moved.
00:38
Again, any change made within the schematic or PCB workspace is immediately reflected in the other document.
00:46
Fusion Electronics takes you all the way to manufacturing, thanks to BOM management, which links to online catalogs.
00:53
Take advantage of CAM Preview to view the appearance of the PCB by layer and check properties.
00:60
Automatic retention of layer stack up and PCB-specific CAM templates
01:05
remove the barriers between the mechanical and electric design work.
01:09
CAM Processor is used to inspect and generate output files, which can then be sent to manufacturing.
01:16
With the unified design environment of Fusion Electronics, your circuit board can go to market in record time.
Video transcript
00:03
Fusion Electronics offers a unified ECAD environment,
00:07
with a schematic workspace that functions bi-directionally and in real time with the PCB workspace.
00:14
Completed designs can be exported into a compatible manufacturing file using the CAM Processor.
00:21
To view the interaction of these workspaces, here, a schematic is open in the Schematic Editor,
00:27
where the Place Components library is used to place a component.
00:32
This is a 3D PCB view of the same design in the PCB Editor, where you can see a component being moved.
00:38
Again, any change made within the schematic or PCB workspace is immediately reflected in the other document.
00:46
Fusion Electronics takes you all the way to manufacturing, thanks to BOM management, which links to online catalogs.
00:53
Take advantage of CAM Preview to view the appearance of the PCB by layer and check properties.
00:60
Automatic retention of layer stack up and PCB-specific CAM templates
01:05
remove the barriers between the mechanical and electric design work.
01:09
CAM Processor is used to inspect and generate output files, which can then be sent to manufacturing.
01:16
With the unified design environment of Fusion Electronics, your circuit board can go to market in record time.
Fusion Electronics workspace expands the capabilities of Fusion to create electronic designs. This platform now includes a schematic workspace that works alongside and in real time with the PCB workspace. Completed designs can be exported into the compatible manufacturing file using the Computer-Assisted Manufacturing (CAM) Processor. The workspaces include spiced-based schematic simulation and comprehensive Design Rule Checks (DRC) for manufacturing checks.
For more, see ECAD overview.
For information about migrating from EAGLE to Fusion Electronics, see the Migration Guide.
Sign in for the best experience
Save your progress
Get access to courses
Receive personalized recommendations