Here is a new video demo
[video][/video]
the panel shown below is out of date and lacks newer controls
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Here is some info on a new module I'm working on. I'm getting very close to a functioning circuit. I call it a Fractal Gain Sequencer (or maybe Arbitrary Wave Multiplier). It takes an input signal and steps through one of 8 pots, the higher the voltage the higher numbered the pot. The pots control the gain of a balanced modulator. 12:00 is zero gain with positive gain CW and inverting gain CCW.
With input set to INA/CV the pots will modify the waveform input to CV. Input B can be +5, set like that the output will be like a sequencer. With input B set to EXT the pots will control the gain of a second waveform, much like a ring modulator.
The Fractal control will cause the 8 pots to modify a smaller range of voltages, and the pattern of the pots will be repeated.
Here is a messy mockup of a front panel. Gate outs will go high with the corresponding pot and could be left off if you use the module as a waveshaper.
Here is a video of an early test,
[video][/video]
The signal path (VCA and Pots) is fully analog but is controlled by a PIC chip.
I haven't tested the circuit much to see how the DC accuracy is, and still have a ways to go. But I think it's cool...
oh how cool! 
