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SAMPLES
VIDEO
BLOCK DIAGRAM
A MORE DETAILED DESCRIPTION
MAKING OF FEATURETTE
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SAMPLES
C#
DRONE
turning up the oscillators one by one, followed by
noise & filtering
PLINEDA
prelimenary mixdown for the upcoming "Oengis Larc" record
the synth-line is the ShuttleDrone played by a sequencer (doepfer dark time)

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VIDEO
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BLOCK
DIAGRAM:

A simple
concept...

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A MORE DETAILED
DESCRIPTION:
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OSCILLATOR I Square
wave
tuned to C# when the freq is fully down, range switch
up & the fine-tuner somewhere in the middle...
sample:
aliens?
OSCILLATOR II
Textured square wave with adjustable
duty cycle
sample:
sweeping the controls
OSCILLATOR III
A filtered, more
mellow square wave
sample:
echo strings
sample: random sequence & space echo
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LFO
2 ranges
2 waveforms > square & morphed square
The destination-switch allows for internal routing to oscillator I
or the filter.
However, the top-panel enables the other 2 oscillators
to be modulated by the LFO aswell...
sample
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FILTER
LOW
PASS FILTER I
more or less copied this filter-circuit
from Music from
Outerspace (WSG)
Just added the color-switch - wich cuts some of the low end,
revealing more of the subtleties in the resonance - & a bypass
switch (because I usually prefer my moogerfooger to filter this device...)
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sample
sequence on oscI
sample
utopia Synth through the filter
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MIXER
Obviously this mixes
the oscillators
The noise
control adds hiss
(a filtered white noise generator) The
external input is intended for other raw oscillator-type devices |
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STABILITY
This control adds resistance to
the powersource, making the modules unstable
sample |
euhm, yes... |
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TOP PANEL
CV inputs for the 3 oscillators
& the cutoff frequency
LFO output - this is wired after
the amount-knob, but before the destination-switch. So it can be
patched to anywhere regardless of the internal routing
As stated before, the external
input is intended for oscillators, it does not take a guitar or
synth-signal. (actually voiced it specifically for my Utopia Synth)
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MAKING OF FEATURETTE:
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It started with
countless hours of experimentation
on the breadboard...

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...untill I had a
final circuit...

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...soldered the
modules point to point
onto perforated boards...

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...marked the holes
on the aluminium faceplate
with a drill-punch...
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...drilled the
holes...
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...glued on the
legend with tec7
& freed the holes...

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...added the
controls...

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...added some
wires...

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..added some more
wires...
this step took
7 hours of continuous soldering,
only interupted by the occasional sigaret & coffee-refill

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...made the wooden
case...

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...mounted the boards
& faceplate...

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...hooked everything
up...
Several things do not work, shit...

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...after a 3-day
troubleshoot nightmare
I screwed everything together & added the knobs...

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blablabla

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