Vcc and Vss are still sensitive to load. So if the design requires
both Vss and Vee be equal and opposite, then it needs regulation -
zener, for example.
Your absolutely right, but that's what comes next. It is the regulators
how create the difference in load balance.
On 06/24/2011 06:10 AM, myken wrote:
I think that has something to do with the fact we used a pulse
transformer to try the circuit.
Looks like a diode drop to me, not transformer problems.
You've got a series chain of reactances. You're gonna get oscillations
and lagging, leading voltage
Hi folks,
I've now written the documentation for the Scheme API so far (in
TexInfo, simply because that was the quickest way to get it done and
looking nice). I've put an HTML version on the web temporarily here:
http://peter-b.co.uk/geda/geda-scheme/
That URL will change soon(ish), and I'll
For those milling PCBs, I've just updated the patchset for the more
advanced G-code exporter to match current git:
https://bugs.launchpad.net/pcb/+bug/699497/comments/43
For those not yet familiar with it, please find a screenshot of it's GUI
attached, which shows the available features
Dan McMahill wrote:
that functionality has been there in pcb and gschem for years
Obviously, this is one of the hard to discover features. It is not
in the GUI and the manual just mention renumber with a one-liner.
http://pcb.gpleda.org/pcb-cvs/pcb.html#Renumber-Action
There is no hint,
When I create a schematic, if I try to put more than one symbol on a net, it
does
not take. For example, if I were to put three resistors vertically, right next
to each other, then add a net across all three on top, and another across all
three on bottom, gschem indicates by adding a dot,
On 6/24/2011 4:06 PM, Tim Holmes wrote:
But if I try moving the middle resistor, it does not rubberband like the two
outside ones. This happens whenever I try to install a symbol on a net.
I can get it to work by moving the part off the line and connecting another net
to it manually. But as
Thank you for your response.
So how would I include the center resistor in the net as described in
the example below, other than moving the resistors around in a irregular
pattern and creating separate nets?
I've tried creating separate net segments, but as soon as I add the next
segment,
OK, I think I finally see it. In the example below, I would need to
place a net from the pin of the middle resistor to the net connecting
the outer two resistors. I can't just drop the pin of a part on an
existing net.
Tim
On 06/24/2011 06:48 PM, Phil Taylor wrote:
On 6/24/2011 4:06 PM,
I usually draw net stubs coming off any long net for the visual safety of
seeing each one fully drawn. The risks of not doing it this way seem to great.
It also makes different sized symbols fit in parallel without issue.
So for three parallel symbols sharing one net there would be at least
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