SergeModular

take the patch from last week and make these changes or additions.

From a second clock or DTG drive a 4 stage SeqProgrammer. Freq @11:00.Use row A... knobs set to 7,12,5,12:00 respectivley. Row A drives the VC "in" of the right section of the first Clock(Clk 1 ).VC knob set to just shy of 12:00/switch set to "both" Left section of Clck1 is :Freq @10:00 and VC "in" @ 1:00.. switch set to "fall". As before, output(L) goes to Sample "in" of ASR and Gate Out from right section goes to Pulse In. Attenuator knob of ASR set @ 10:00

from Right GateOut of Clk1, patch to Clk In of a TKB and patch from Row A out and stack to "sample in" of ASR.(you now have two voltages driving "sample in") Steps 2 4 6 10 11 12 14 and 16 are fully counter clock wise (off) Steps 1 8 13 are @ 5:00 (full clockwise) Steps 3 5 7 and 9 are @ 12:00 Step 15 is @ 2:00

Row D is patched to the VCF "in" of a VCFQX. knob set @ 11:00, Freq @ 1:00. Knobs on Row D can be set to taste, I have most of mine at "off" (7:00) with only a few set at 12:00 and 9:00 and 2:00 but it doesn't matter. LowPass and BandPass of filter are patched to L&R of a UAP.

There must be an easier way of doing this but i haven't found it yet. On paper i use my own symbols and it makes sense but i fear some of the subtleties may get lost in the translation. However, this is just kinda a jumping off point for those that are interested and i'm sure your results will be quite different than my own. So for what it's worth, just take this as kind of a goofy little exersize. Personaly, i'm not even that crazy about the results, but it's a start. Hope you all find something usefull here. Oh yea, one more thing. For even more bizarre results patch row C of the TKB to the attenuated "in" of two of the three Osc used in this patch. Make your adjustments very very subtle and you might get something useful out of the insueing mayhem.

kind regards

john duval

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