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i re quote here =) From Core32 Ucapps Page : So using on board DAC will cause conflicts with SD/ Midi Interface. We can don't care about it , or using serial registers. It sounds better to me,moreover for this resolution =) 74HC595 & 74HC165 have a 8 bit-wide resolution, wich give you from 0 up to 254 value per adress, so twice more we need =) if still steppy, we can use 2 registers adresses instead of one per parameter to increase definition : the trick is filtering/mixing signals to keep each register working with a half (high or low) range part of the signal. If Amplitude scaling necessary to bring back the signals to the correct voltage , could be done trough a classic amplifying OpAmp setup (like mcp6004) Hope it helped

@Psykhaze Here my last version with the snare in it... just combine the snare section with the noise section, delete the rest - except some parts of the power part which you will need. I will use the mixer by my side to get the orginally OutputStage-Filtering, and maybe also as some kind of Overdrive..., since we are modular, i will add a Pinheader and a Input Jack on Frontpanel for your BD/SN - to get into the mixdown... for me its easy, CY CH OH are good Triad to mix analog...BD SN are very differnt to each other and to my Triad, anyway i will make Input Jack for that - question is 1or2 Jacks. --- if you have already a Module System, then use the Module Power System Connector, we need +15V and Ground, i will need a extra 5V for the Osciallators and the Core Module (later i will copy that part from you, because i dont have a system supply) we could use a tiny 8Bit core... 32Bit has a DAC onboard, which we maybe could use for Velocity Control. (also 32Bit Plus is, i have already a program for it, but i have also some 8Bit devices, and the code is?t that difference.(MIOS32...string...) 606-Cymbal.zip

Seems to work in simulation. (link to Falstad)