small printk typo. doesn't affect functionality and/or compilation.
Matteo.
--
Brancaleoni Matteo <[EMAIL PROTECTED]>
Espia - Emmegi Srl
--- zaptel/wcfxs.c 2004-03-06 00:09:51.0 +0100
+++ wcfxs.c 2004-03-06 00:25:14.0 +0100
@@ -35,6 +35,22 @@
#include "proslic.h"
#inclu
ok,
just to who wanna try that here's the patch.
I'm not sending it to bugs.digium.com unless
for Digium that's ok.
I'm using it and seems to work.
Now I'm not experiencing anymore module reset
caused by power alarms...
lemme know
*DISCLAIMER*
Altough that is believed to be safe, I cannot t
I just uploaded a patch to bugs.digium.com to add Postgresql support to
chan_iax2. It's really new -- not a lot of testing. Can somebody out there
give it a whirl and see what happens?
http://bugs.digium.com/bug_view_page.php?bug_id=0001157
Thanks
Steve
Steven Sokol
Owner/Manager
Sokol & Asso
> > After I hit send I realized I was "out of context" with the original
> > topic. For the central office based loops, the 12 to 30+ still holds
> > true for many CO switches. There are still a large number of CO switches
> > that are not current regulated loops; those are still I=E/R with E fixed
You beat me to it Matteo, I was about to ask that question myself. Also, we
should then compute the load the card places on the power supply (+/- 12
volt specifically I suspect) so those of us with hand-me-down systems don't
end up chasing a whole new set of problems, LOL!
PaulW
(216) 533-5708
Hi
>
> Yikes. I was not aware of this. Thanks for the note though, along with
> Matteo's fixes for "heavier" loads for the TDM400P I think the archives are
> much better off for it all. :-)
the patch is very simple, I'm preparing it.
but before that, I really like that someone from
Digium t
> After I hit send I realized I was "out of context" with the original
> topic. For the central office based loops, the 12 to 30+ still holds
> true for many CO switches. There are still a large number of CO switches
> that are not current regulated loops; those are still I=E/R with E fixed
> at -4
> > The 20ma loop is sort of typical. It actually can range from a low of
> > about 12 ma up to about 30+ ma depending upon how far away from the
> > central office the user happens to be, the gauge of copper plant, the
> > telco engineers, etc.
>
> uh... The whole *point* of current loops is tha
> The 20ma loop is sort of typical. It actually can range from a low of
> about 12 ma up to about 30+ ma depending upon how far away from the
> central office the user happens to be, the gauge of copper plant, the
> telco engineers, etc.
uh... The whole *point* of current loops is that they are i
