-----BEGIN PGP SIGNED MESSAGE----- Hash: SHA1 source= http://www.piclist.com/piclist/2004/01/11/175437a.txt? Wm. Westfield said: After a while, you also realize that library design is more complicated than you thought, if you're sending the board out and want to have the silkscreen and soldermask and all those "other" layers "just right." BillW - ---- I have just received a board with a DGS-0179 connector to a wall wart. I also got a Mouser package with the connector itself. I made the part in Eagle from the data sheet, and it worked as expected. The two alignment holes are a bit loose, but that is because I moved both drills up to the begger standard Olimex drill size. (Plated through, not connected, no extra charge.) So, I have now edited the library part, and I have placed a large rectangle in the "tDocu" layer and enclosed text that says "Clearance for Plug" just so the next board has the opening facing off-board. (ROTFL) I just have to remember to display tDocu from time to time. On my board, I have moved the defaults between the "name" and "value" layers so that the silkscreen says, e.g., "470 p" instead of "C3" On the last prototype run, I was able to open the Mouser package and the Olimex package and sit and solder a working board, using only the silkscreen as documentation. However, I have learned to notice when I am putting a lot of time changing how the defaults are. I suppose that the trade off is that it is much easier for a hobbyist to assemble my board with the values on the board, but reading the schematic is difficult. Do other people put the values on the silkscreen instead of the schematic designation? - --- Aubrey McIntosh http://www.piclist.com/member/AM-vima-Y84 PIC/PICList FAQ: http://www.piclist.com -----BEGIN PGP SIGNATURE----- Version: PGPfreeware 7.0.3 for non-commercial use iQA/AwUBQAIULwKlSw8yssF7EQLwwACgqyGF7ofqbRMf/r3ryOb+0fgb4DEAn3nK w2r5NVfaoK0owOF0GzBWA73g =x4tp -----END PGP SIGNATURE----- -- http://www.piclist.com hint: To leave the PICList mailto:piclist-unsubscribe-request@mitvma.mit.edu