Hello all,
The MOTM 450 fixed filter bank and 451 companion "individual outs"
modules are on the horizon and I am nosing around for a cascadable
mixer to go with them. Let me explain briefly what I am thinking
about.
1. 4 panning knobs that instead act as "center" when CV in present
2. 4 inverting attenuators for the single CV in
3. channels 2-4 each have 3 way switch for 0-15-30 degrees CV phase
offset from the setting of the switch before it
4. 4 inputs, "left" and "right" outputs, CV input
(maybe 4 "normaled" CV inputs so if only CV at 1 then all 4 channels
use it, CV at 1 and 2 then channel 1 uses it and 2-4 use CV 2 etc.)
By cascadable I mean 2 could be wired behind the panels such that a
single CV in to module 1 would be used for both and if the CV in on
module 2 wasn't patched and the "left" and "right" out on module 2
would have all eight inputs as long as those two outs on module 1
were unpatched.
So for, nobody I've mentioned this to thought much of the idea.
The MOTM 450 fixed filter bank and 451 companion "individual outs"
modules are on the horizon and I am nosing around for a cascadable
mixer to go with them. Let me explain briefly what I am thinking
about.
1. 4 panning knobs that instead act as "center" when CV in present
2. 4 inverting attenuators for the single CV in
3. channels 2-4 each have 3 way switch for 0-15-30 degrees CV phase
offset from the setting of the switch before it
4. 4 inputs, "left" and "right" outputs, CV input
(maybe 4 "normaled" CV inputs so if only CV at 1 then all 4 channels
use it, CV at 1 and 2 then channel 1 uses it and 2-4 use CV 2 etc.)
By cascadable I mean 2 could be wired behind the panels such that a
single CV in to module 1 would be used for both and if the CV in on
module 2 wasn't patched and the "left" and "right" out on module 2
would have all eight inputs as long as those two outs on module 1
were unpatched.
So for, nobody I've mentioned this to thought much of the idea.