There's also the limitation that the preset threshold voltage of the
A150 is 3.6V, so nothing south of 3.6V would throw the switch without a
boost and anything over 3.6V would need attenuation. Getting the effect
fine-tuned would be finicky.

unknown freak wrote:

>
> Ohh, right you are. I assume you're feeding the A150 a high DC voltage
> to obtain the desired output gates. You end up with gates that ratchet
> high until the CV drops below their respective thresholds, right
> Probably easy enough to work around.
>
> buechlerjoe wrote:
> >
> > You can make a triple CV switch with an A150 and a pair of
> > attenuators, so that the CV range is broken into three segments. The
> > breakpoint for each segment would be selected by setting each of the
> > attenuators so that the A150 switching threshold is reached at that
> > voltage.
> >
> > If you need to divide the cv signal into 4 parts instead of three, you
> > could use two A150s and three attenuators, one attenuator for each CV
> > threshold.
> >
> > Joe
> >
> > --- In Doepfer_a100@y..., "ksoze604" <ksoze604@h...> wrote:
> > > Does any one know of a way with current modules to create a way to
> > > divide a cv signal into 4 parts. Then to have those four parts
> > output
> > > a gate signal on seperate outs when in that range. Basically an A150
> > > but instead of two selectable I/O's to have four or some thing like
> > > the quad seq. switch but not sequential with the stage selected with
> > > a cv range.
> > >
> > > Thanks,
> > >
> > > Scott
>
>
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