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Inspired by Roger Grant's idea to mimic loss of fm radio signal through the use of a simplified fm modulator/demodulator scheme.
As a young child, I would hide under the table when Roger came around. Later, when I first started in electronics, he gave me a bunch of parts, tools and bench equipment.
Controls interfere with demodulation accuracy resulting in familiar yet unexpected signal degradation and noise.
Decoherence at its finest.
CONTROLS:
TUNE:
Like turning the dial on your receiver, the TUNE parameter sweeps through a wide variety of sounds. From subtle artifacts, to extreme textures, noise and distortion. Summmed with CV at T input.
SHIFT:
Shifts the accuracy of tracking the incoming modulated signal. Sometimes acts as a filter. Highly dependent on TUNE.
DRIVE:
Controls the input level, from clean to dirty. Pushing the DRIVE control generates extreme non-linearities from the modulator/demodulator circuit. Affects both the wet and dry signals.
WET:
Amount of wet signal at the output.
DRY:
Amount of dry signal at the output.
R:
Preset range of the TUNE parameter:
1 - normal
2 - extended
F:
Apply voice filter ~(300Hz-3kHz) to wet signal:
0 - filter off
1 - filter on
CONNECTIONS:
IN:
1/4" Instrument input
OUT:
1/4" Output
T:
1/8" CV input for TUNE
9V:
2.1mm 9VDC centre-negative tip, >30 mA
NOTES ON INTERACTIVITY
FEATURES AND USES:
TECHNICALS: