Xanu Oscillator

The truly modular Complex Oscillator.

This is our idea of a complex oscillator. In a normal Complex Oscillator, you have two VCOs, a primary which is fed into a VCA then a timbre controller, and a modulator which is fed into a VCA and routed to control the primary's FM, AM, and Timbre.

Our Oscillator follows a similar principle, except each oscillator feeds it's own VCA and timbre controller. The first feeds a VCA then timbre controller, and the second feeds a timbre controller then VCA. Internally, it is wired so the second oscillator's timbre-controlled signal feeds its VCA and alters the primary's three modulations, however patching can break this structure.

Each oscillator has a manual frequency control, attenuverted FM input, 1v/o input,manual pulse width control, attenuverted PWM input, and a soft sync input. They each output sine, triangle, square/pulse, and saw waveforms.

Each timbre controller has two functions in series. The wavefolder folds the waveform over itself, and the skewer literally skews the waveform - if fed a pure triangle wave, it will skew between saw, triangle, and ramp. Each has a manual control, attenuverted CV input, and audio input/output.

Each VCA has an audio input, level control, attenuverted CV input, and output.

It is possible to use each sub-module individually by patching into the FM or audio inputs and outputs. External signals can be routed into each submodule input, and will be used in place of the normalled submodule. Each FM and audio input is otherwise normalled to the other oscillator's VCA, with the attenuverters altering modulation amount.