Noise Generation Events

The Dunst module generates Dust and Noise by two different methods. Noise is defined as white noise, with an
continuous spectrum and a totally non-tonal nature. Dust, however, is better thought of outside Fourier
techniques, as little crackles, bursts of noise, pulses of uneven rhythm. Dunst permutes on the bounds/bounce
concepts of other Mobenthey modules, by calculating Dust with a ramp with arbitrary sample-and-hold for its
bounds- based on an efficient digital technique for Dust. The Noise section uses transistor noise (quantum) as its
basis, comparing it against a modular reference to achieve stochastic events, converging on the sound of Dust.
In addition, this module has a fully featured bi-polar VCA with complimentary inputs, to get you quickly going
sending “dust-objets” out the left and right channels.

Dust and Noise operate in two compellingly different manners. Dust “computes” its randomness by sampling a
stochastic waveform to mark an arbitrary voltage, then decays to zero to repeat again. Noting that this is an
arbitrary bounds modulation, the bounce of the module is free for control by input voltage, thus varying the
speed or concentration of dust particles. This circuit is a variation bounds-bounce regime established in the
previous modules.

Unlike Dust, Noise uses a zener diode or other suitably noisy silicon source, amplifying the natural noise of
indecisive electrons. It modulates crackle by a comparison of that noise and an arbitrary input voltage; near
zero, it is pure noise, but crossings of a farther bias voltage become more event-like, approaching the sound of
Dust.

• ? mA +12V
• ? mA -12V
• ? mA 5V
• 55 mm Depth

No info about availability.