There is a new development snapshot available ...
http://gnucap.org/devel/gnucap-2009-08-22.tar.gz
Optional plugin files:
http://gnucap.org/devel/gnucap-2009-08-22-models-bsim.tar.gz
http://gnucap.org/devel/gnucap-2009-08-22-models-jspice3-2.5.tar.gz
http://gnucap.org/devel/gnucap-2009-08-22-mod
On Sunday 23 August 2009 12:14:55 pm Stefan Petersen wrote:
> Stefan Petersen wrote:
> > Maybe I go out on a limb here, there is a program called pcb2gcode at
>
> [snip]
>
> > Haven't tried it though, found it three days ago and I am interested in
> > a user report on it.
> ...
> I have now downloa
Hi,
There is no DC path from node '1' to the ground (node '0'). Add a
large resistor between them and the simulation will work:
Tranfer function
ISRC 1 0 AC 1
R1 1 2 1k
C1 2 3 1u
R2 3 0 1k
C2 3 0 1u
R10 1 0 1e+12
.AC DEC 10 1 10K
.END
Actually, Ngspice tried to fix it by inserting GMIN to the ci
Hi,
I am a ngspice newbie and I'd like to get a frequential transfer
function of a Wien filter
as an exercise .
I'd like to plot V(3)/ISRC versus frequency .
Here is the .sch file I simulate :
Tranfer function
ISRC 1 0 AC 1
R1 1 2 1k
C1 2 3 1u
R2 3 0 1k
C2 3 0 1u
.AC DEC 10 1 10K
.END
Hi,
I am a ngspice newbie and I'd like to get a frequential transfer
function of a Wien filter
as an exercise .
I'd like to plot V(3)/ISRC versus frequency .
Here is the .sch file I simulate :
Tranfer function
ISRC 1 0 AC 1
R1 1 2 1k
C1 2 3 1u
R2 3 0 1k
C2 3 0 1u
.AC DEC 10 1 10K
.END
Stefan Petersen wrote:
> Maybe I go out on a limb here, there is a program called pcb2gcode at
[snip]
> Haven't tried it though, found it three days ago and I am interested in
> a user report on it.
I have now downloaded it from SVN, compiled and tested it. I have an
Ubuntu 8.10 and for obvious re
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