+1 !This use case is quite common, and I wonder whether there are "precision attenuverters" on the market for this purpose, where the attenuverter as an additional fine tuning pot. As easy as it is to patch this up with two attenuverters (and one should always have multiple attenuverters), it would save on patching, required patch points, and generally streamlines the process.As obvious as this patching technique does seem, I had the same aha moment myself this year. It also helped me get a new perception on some of my modules; Exg, Odessa can benefit from VERY subtle modulation.Today I had a very, very finicky patch going on that seemed to be ruined by the smallest of changes on the attenuation of a single cv signal. My kind of obvious aha moment was that when you chain the signal through two attenuators you can set the resolution of the second attenuator knob with the first attenuator. Finetuning that single cv became immensely easier when the first attenuator stage gave about 1/3 of the original signal to the second stage - this way the whole range of the second knob operated on a very finely limited area and I was finally able to nail the patch.
Would be very useful in particular to squeeze as much juice as possible from sweet spots…
I’m surprised no company ever thought about this…
Statistics: Posted by Jee — Tue Aug 27, 2024 3:51 pm
