Snazzy FX Kitty Eyes User Manual

Kitty Eyes
Snazzy FX loves chaos, and we want you to have a piece of it too! Not necessarily chaos in the sense of everything going crazy, but chaos as found in natural systems: dripping faucets, kinetic interactions or fractals. The Kitty eyes has most of the features of our bigger chaos modules but with a lower price and footprint.
Features
Trigger output
Threshold control for setting chaotic trigger density
CV attenuator for CV input
Speed control for setting the coarse pitch set of the chaotic system
Bi-color LED to indicate the state of the chaotic oscillator
Uses
Works great as a modulation source for any module requiring 2
CV inputs (i.e. the Snazzy FX Ardcore)
Use it with a VCA to create unique percussion sounds
Chaotic triggers add an organic element to sequences or to drum
patterns
Works well for modulating VCOs and filters
Works well as a unique “noise” source
Feed audio signals into the CV input for interesting effects
Use the chaotic trigger output as a strange audio out
CV input resets the chaotic oscillator when fed with a trigger,
sawtooths and pulses – can be used to disturb the chaos
Perfect for experimenting
Width 6HP Current draw 10mA
Front panel
I. speed control of the chaotic system II. bi-color LED chaos indicator III. CV attenuator IV. threshold control V. trigger LED
VI. X chaos output VII. Y chaos output VIII. CV/trigger/audio input IX. trigger output
II. Shows the movement of the chaotic oscillator. V. Shows the operation of the threshold control. Use it to set your
TRIG output.
VI. Can be used an audio source, as a substitute for noise when
building percussion sounds, or as a CV style output to drive sample & holds, the Telephone Game, wogglebugs, or any module which is looking for changes in a signal. (Ardcore and Telephone Game both work extremely well with these outs)
VII. Similar to VI, but with a different phase, and a different tonality.
Check the sound of both outs when creating drum sounds. This is
the output which drives the chaotic triggers. The X/Y outputs are what you connect to the oscilloscope in X/Y mode to see the attractor.
I.
II.
III.
VI.
V.
IV.
VII.
VIII. IX.
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