WMD SSF Ultrafold Manual

WMD Ikke kategoriseret SSF Ultrafold

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Side 1/1
F
FB
L4
L1
IN
L1
L2
WAVE FOLD CONTROL
Use this control to change the relative to the INPUT DRIVE level. The spectral number of folds
content of the input signal is increased as this control travels from minimum to maximum in
the clockwise direction.
WAVE SHIFT CONTROL
wave folder. Changes made with this control can have a dramatic eect on the frequency
spectra of the processed signal.
ULTRAFOLD is a powerful voltage controlled wave folder. The input drive and wave fold controls make up the
heart of the design, providing warm saturation and additive harmonics to the input signal. The wave shift control
osets the input signal to allow for asymmetrical folding - unveiling the subtleties in the distribution of spectral
content. The novel bipolar feedback control takes wave folding to a new level by returning the folded output to
the input, thereby skewing the wave shapes for dramatic changes to the upper harmonics. An auxiliary feedback
input is provided to allow for insane folded FM sounds when another oscillator drives this input.
MAIN SIGNAL INPUT
This is the main input to the wave folder.
FOLD LEVEL LED
Indicates the fold level position as aected by the WAVE FOLD control and FOLD CV input.
SHIFT STATUS LED
Indicates the shift level position as aected by the WAVE SHIFT control and SHIFT CV input.
OUT
PANEL CONTROL
LED INDICATOR
INPUT
OUTPUT
COLOR KEY LEGEND
FCV
FEEDBACK CV INPUT
This is the input used to voltage control the feedback state . This input works with the
FEEDBACK control. A +/-5V signal will modulate the span of the control when it is set to
mid position. Vary the position of the control to apply an oset to the modulation.
FOLD CV INPUT
Use this input to voltage control the number of folds of the signal. This input works
with the WAVE FOLD control. A +/-5V signal will modulate the span of the control
when it is set to mid position. Vary the position of the control to apply an oset to
the modulation. INPUT DRIVE also aects the maximum number of folds.
OUT
WAVE FOLDER OUTPUT
Output of the wave folder.
S
FB
IN
SCV
D
F
S
FB
D
INPUT DRIVE
Use this control to set the input drive of the wave folder. Higher drive settings result in
more folds and therefore more harmonic content. This control will also add a bit of warm
distortion when driven hard. Use this control along with the WAVE FOLD control to set the
maximum number of folds.
BIPOLAR FEEDBACK CONTROL
This control aects the applied to wave folder. This control is capable of feeding feedback
back varying levels and also inverting the processed signal back to the input. Feedback
aects the processed waveforms by skewing them to create hard edge, thereby dramati-
cally aecting the higher frequency content of the processed signal.
When a signal is applied to the feedback (FDBK) input, that signal will superimpose onto
the processed main input signal and can be attenuated using the positive half of this
control potentiometer.
Center position (0) turns the FEEDBACK o.
Maximum position (+) results in the full, positive feedback (or FDBK input) signal.
Minimum position (-) results in the full, inverted feedback signal.
FEEDBACK INPUT
This input is for into the FEEDBACK circuit. When a tapping an additional signal
signal is applied, the positive half (CW) of the feedback control acts as an attenuator
for the feedback input signal. The negative half (CCW) continues to process
negative feedback. Both audio and LFO rate signals can be utilized for a variety of
eects from subtle modulation to extreme and razor sharp FM sounds.
L3
L2
FB
CV
IN
L3
L4
FEEDBACK STATUS LED
Indicates the feedback level position as aected by the FEEDBACK control and FDBK CV input.
DRIVE LEVEL LED
Indicates the drive level of the input signal as aected by the INPUT DRIVE control and input
signal level.
FB
IN
FB
CV
FCV
SHIFT CV INPUT
Use this input to voltage control the fold symmetry of the signal. This input works
with the WAVE SHIFT control. A +/-5V signal will modulate the span of the control
when it is set to mid position. Vary the position of the WAVE SHIFT control to apply an
oset to the modulation.
FCV
IN
OUT
+
+
F
D
SIGNAL PATH DIAGRAM
Σ
= SUM
Σ
S
FOLDER
FB
FB
IN
+
= INVERT

Produkt Specifikationer

Mærke: WMD
Kategori: Ikke kategoriseret
Model: SSF Ultrafold

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