Oops! I missed the Wave Processor.
One application where I think I need a DC coupled VCA with exponential
response is this: A non voltage controllable CV is fed simultaneously
to VCA CV input and signal input. This will make sort of tracking
generator.
Another consideration: If one CV is simultaneously controlling a VCA
and (say) filter cutoff, changing VCA response will change correlation
between amplitude and filter cutoff. Interestingly enough, in Modcan A
system there seem to be only linear response VCA:s.
Yet one question: Are the Serge linear response VCA:s as
uncompromisedly good for audio, as those with exponential response (not
counting AC/DC-coupling issues)?
Again thank you for your input!
One application where I think I need a DC coupled VCA with exponential
response is this: A non voltage controllable CV is fed simultaneously
to VCA CV input and signal input. This will make sort of tracking
generator.
Another consideration: If one CV is simultaneously controlling a VCA
and (say) filter cutoff, changing VCA response will change correlation
between amplitude and filter cutoff. Interestingly enough, in Modcan A
system there seem to be only linear response VCA:s.
Yet one question: Are the Serge linear response VCA:s as
uncompromisedly good for audio, as those with exponential response (not
counting AC/DC-coupling issues)?
Again thank you for your input!