The end out is high as long as the trigger input is low.
Rise and fall input CV is center 0, and -1 ccw and +1 cw.
So you can invert incomming CV.
The exp. cv in does affect the rate of the rise and fall, as it makes
it go faster?
The cv processor is ment to be for the both input. So you can invert
the CV controlling both rise and fall - making it all go a wee bit
faster then it's supposed to.
And then it stops cycling.
But that's just like a real DSG.
So no worries.
Cheers,
//Jon
17 okt 2009 kl. 12.53 skrev Guy:
Rise and fall input CV is center 0, and -1 ccw and +1 cw.
So you can invert incomming CV.
The exp. cv in does affect the rate of the rise and fall, as it makes
it go faster?
The cv processor is ment to be for the both input. So you can invert
the CV controlling both rise and fall - making it all go a wee bit
faster then it's supposed to.
And then it stops cycling.
But that's just like a real DSG.
So no worries.
Cheers,
//Jon
17 okt 2009 kl. 12.53 skrev Guy:
> Started doing the panel for the VCS, and wanted to be sure about[Non-text portions of this message have been removed]
> some things. Sorry if this has been asked before.
>
> - The output signals - is this correct :
>
> http://www.guyd2.com/stuff/VCS_signals.gif
>
> (not sure about the bias of AC Out)
>
> - Are the Rise/Fall CV input pots wired for both negative & positive
> CV amount ?
>
> - As far as I understand, the Exp. CV In (1V/Oct) does not affect
> the rate of Rise/Fall, but merely 'transposes' the signal ?
>
> - The optional Processor section is simply a unity gain amp with
> either inverted or non-inverted output, right ? How can this be hard-
> wired to the VCS in- or outs for most effectiveness, ie. how can it
> be most useful when I don't bring it out to the frontpanel ?
>
> thanks,
> _g
>
>
>
