For all these modifications VCAs are requried. One VCA for the CV control of
 the feedback path and two opposite controlled VCAs for the LP/HP panning
 (nothing but the A-134 with the two inputs wired to the LP and HP outputs).
 One cannot simply add a voltage somewhere in the circuit to obtain CV
 control.
 If your module consume 165...350mA something is completely wrong! Usually
 the A-124 takes less than 30mA.
 Best wishes
 Dieter Doepfer
 > -----Ursprüngliche Nachricht-----
 > Von:
Doepfer_a100@yahoogroups.com
 > [mailto:
Doepfer_a100@yahoogroups.com
]Im Auftrag von ctujoao
 > Gesendet: Donnerstag, 14. Februar 2013 23:40
 > An:
Doepfer_a100@yahoogroups.com
 > Betreff: 1 A-124 tweak tic tic.
 >
 >
 > Hello there,
 >
 > Love the A-124. But now, how to make it even better
 >
 > I got the self oscillation modifications done. Work best with a
 > pot added that let all the screaming goodness slowly coming in.
 >
 > You can tap the HP or LP on each leg of the mix potentiometer.
 > I've personally replace the "cv1" in - never used, always goes
 > for cv2 with attenuation- with an "LPout".
 >
 > One thing that would be nice would be to CV control the
 > crossfader between HP/LP, but that sounds like a lot of work, and
 > with the extra out mention before, I can do that downstream.
 >
 > Then, there's the resonance... And how to get control over that
 > wild thing.
 >
 > The signal that flows between the legs of the potentiometer is
 > weird; it lives at around 5.8V when the pot is CCW, and at 5.4V
 > when CW. However there's significantly more current going through
 > (form 165mA to 350mA).
 > I've got no idea how that work, could someone point out where to start
 >
 > And since I'm not a messiah, but a very naughty boy, I added a
 > jack in the signal path at the potentiometer, just to see: when
 > an LFO, env... is added in parallel with the original signal
 > flowing through the pot, you can swipe the resonance wildly (full
 > res to actually no sound, like silencing the filter, no gain)
 > Same thing: if someone wise can explain, I'll be grateful.
 >
 > THanks.
 >
 >
 >
 >
 > ------------------------------------
 >
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