I'm running gsch2pcb 1.5 on Solaris for one design and cannot get it to
produce a .net netlist. Please see the output below. Regards,
Kurt
gsch2pcb tusharproj -v
Running command:
gnetlist -g pcbpins -o fortusharout.cmd fortushar_1.sch
gEDA/gnetlist version 20061020
Hello!
On Thu, Feb 15, 2007 at 05:45:01PM -0500, DJ Delorie wrote:
The IC socket DIL 16 POL want to use to connect two optocaplers MCT6
with the PCB and IC socket DIL 20 POL want to use to connect one
SN74HCT245N.
Then what you want is a symbol for a dual optocoupler, and a symbol
Thanks for the Cygwin suggestion. I'm an EE by degree, but mostly a
programmer by trade, and I've played with Linux a little bit; in fact I have
a Ubuntu machine at home running [EMAIL PROTECTED], but I don't think it has
enough
RAM to handle a gEDA installation, and I have a LOT to learn about
Hello,
I used to run the last gEDA release on my Pentium II with 64MB of RAM.
I compiled from scratch. If you can run [EMAIL PROTECTED] gEDA should work.
The problem(s) you might have as a newbie are all dependency related.
At least that was what bothered me.
--
http://www.coe.neu.edu/~efoss/
People,
I just created a 4-slot symbol and associated 1153 pin footprint for a
Xilinx element that I need to route. This morning I set out to test
these elements to see if they worked together OK. Well -
I created a dummy schematic composed of the 4 slot elements, and
connected the power and
Can I use gattrib to edit the attributes of a symbol? I have some
largish symbols that I'm incrementally working on, and editing
attributes such as pintype and pinseq are a burden. (Meaning I
see no way to do it within gschem.) But when I try to load a
symbol file into gattrib I get a SEGV:
http://www.gedasymbols.org/user/dj_delorie/
Hmm... ooffice 2.0 doesn't seem to understand the csv that you
write out. So I've just tried it, and it's not much help either.
Hmmm... I have OO 2.0 and just tried it, and it works just fine. It's
a comma separated values file, OO should import
On Wed, Feb 21, 2007 at 02:41:23PM -0500, DJ Delorie wrote:
DJ Delorie [EMAIL PROTECTED] writes:
http://www.delorie.com/pcb/brass/
I added today's results to that page, too.
The next thing to try would be compensating the shapes for the distortion
caused by the etching. You should try
on this picture, for example:
http://www.delorie.com/pcb/brass/20070221-60-top.jpg You'll see that a
pinhole in the toner results in an etched cone about 10 mil in
diameter on the toner side.
What I need to do is try to second-guess the over-etching and figure
out the right ps-bloat setting so
On Wed, Feb 21, 2007 at 02:57:08PM -0500, DJ Delorie wrote:
The issue is that, if you're etching through 5 mil of brass, you
should expect 5 mil of undercutting.
You have to control the access of the etchant to the metal. Maybe
a dithered fuzz of toner around the edge of the hole would allow
You have to control the access of the etchant to the metal. Maybe a
dithered fuzz of toner around the edge of the hole would allow the
center more access to etchant so you could go through before
exposing as much edge. Eventually the isolated dots would just fall
off as the surrounding
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