The Dual Processor & Scaling Buffers do similar things but not the same
thing.
The Scaling Buffers (each) can apply scaling/inverting + offset to one
signal at a time. They don't mix inputs.
The Dual Processor (each) can mix/scale up to 3 inputs together + apply
offset to the sum.
So the Scaling Buffers are skinny subsets of the Dual Processor. The
Dual Processor does everything the Scaling Buffers do, and it mixes too.
The Dual Processor is better for small-midsize systems, since it does
everything. A sprinkling of Scaling Buffers is good for mid-to larger
systems where you sometimes need to trim/invert a signal or two, or
drive some things with a common offset.
riluttante wrote:
m/n/m/l
surreal electronic music, sound, noise
http://www.mnmlnoise.com
thing.
The Scaling Buffers (each) can apply scaling/inverting + offset to one
signal at a time. They don't mix inputs.
The Dual Processor (each) can mix/scale up to 3 inputs together + apply
offset to the sum.
So the Scaling Buffers are skinny subsets of the Dual Processor. The
Dual Processor does everything the Scaling Buffers do, and it mixes too.
The Dual Processor is better for small-midsize systems, since it does
everything. A sprinkling of Scaling Buffers is good for mid-to larger
systems where you sometimes need to trim/invert a signal or two, or
drive some things with a common offset.
riluttante wrote:
> Hi,--
>
> A quick question about two CV processors: Do the Dual Processor and
> the Scaling Buffers do
> the same thing? Attenuating and/or inverting of CV's with the
> possibility of adding or
> subtracting an offset voltage?
> If that's the case, then I suppose the only difference is that the
> Dual Processor (PRC) accepts
> three inputs per half-module instead of one, so that it can be used to
> mix CV's as well?
>
> Thanks
>
> Thomas
>
>
m/n/m/l
surreal electronic music, sound, noise
http://www.mnmlnoise.com