![]() I am having problems setting up copper pour clearances. Now you can generate a new PCB using the new schematic. Here's an alternate method.ġ) Launch the Schematic Editor and open the original schematic.Ģ) Left-click on the tab of the Main schematic sheet, select all objects ( Ctrl + A) and delete them by pressing the key.ģ) Delete all of the unwanted hierarchical sheets: right-click on each sheet tab, select Delete in the pop-up menu and click on Yes in the Confirm dialog window.Ĥ) Right-click on the tab of the one remaining hierarchical sheet, select Sheet Type in the pop-up menu and choose Normal in the fly-out menu.ĥ) Right-click on the tab of the original Main sheet (the empty one) and select Delete in the pop-up menu.Ħ) Rename the newly converted sheet if needed (right-click on its tab, select Rename, etc.), make sure to remove all hierarchy connectors and clean things up.ħ) In the Main Menu click on File and select Save As in the drop-down menu.Ĩ) In the Save As dialog window enter a new file name, navigate to the desired folder and click on the button. Īfter this I could convert the battery pack schematic to a PCB, albeit with its own set of problems ![]() Then I had to change the 'battery pack' sheet type to 'normal', and then I had to delete the 'main' page. Then I had to copy the 'battery pack' and 'PB1000' sub and sub-sub pages over to the sub-pages in the new schematic. OK, I was able to get the battery pack sub-page copied over to a new schematic file, but it was a major PITA! First I had to create two sub-pages in the new, blank schematic, with the 'hierarchy' flag set. I have attached the schematic if anyone wants to take a look Unfortunately, when I do a Ctrl-A to copy the schematic, then open a new schematic file and do a Ctrl-V, I get an error message because this sub-page references another page as a sub-sub block - argh!! So, I thought that I would copy the sub-page to a new schematic and do it as a stand-alone. Now I want to create a PCB of just one of the sub-pages (the battery pack), NOT the whole thing how do I go about this? If I simply select 'Convert to PCB', I get a bunch of garbage which makes no sense. All the sub-pages have the 'heirarchy' sheet type selected. I created a hierarchical schematic with a main page, and then several sub-pages. If you use parallel boards it is not that much of a problem - you just make the silkscreen drawing of the part bigger than it is by a little bit and you will never need to worry.I have the same problem. PADS can output the PCB in PDF and I can import that into Illustrator to check alignment too.ģD modeling of parts only really comes in play if you have PCBs that are right angle from the front panel, then you need to do it to make sure heights of parts will match the metalwork. Now Illustrator has a goo AutoCad DXF/DWG import function and I just import the metal and do it there. I used to use an AutoCad to Postscript conversion program called AutoScript and designed all the panel artwork in AutoCad too. This was the flow when I used to work at Symetrix and I designed the metalwork for over 50 products there. ![]() If we need to check again, he can output the full PCB layout as a DXF file and I can bring it back into AutoCad to see if anything shifted. I can export the DXF file to my PCB layout guy (Steve Turnidge) who uses PADS and the parts get replaced by the PADS layout parts and alignment is secured. I use AutoCad to design the front panels and model all the parts that go though the front panel in 3d in AutoCad. We go the expensive route just because we already had the tools.
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