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NORD MODULAR G2 V1.4x
similar to running a complex signal through a filter and changing the cutoff frequency. The oscillator also
has inputs for modulating pitch and frequency (FM) as well as sync.
W
AVEFORMS AND SHAPES
Sine1 is a phase modulated sine
wave. At 50% Shape setting, the
signal is a perfect sine wave and at
99% similar to a sawtooth wave.
When the Shape is modulated with
negative values, the signal is
"mirrored".
Sine2 is a Sine -> Double Sine
signal. At 50% Shape setting, the
signal is a pure sine wave and at
99% Shape setting, the first half of
the period almost covers the entire
period length and the second half
is a very narrow "spike". When the
Shape is modulated with negative
values, the signal is "mirrored".
Sine3 is a Sine -> Even harmonics
signal. At 50% Shape setting, the
signal is a perfect sine wave and at
99% a lot of even harmonics have
been added. When the Shape is
modulated with negative values,
the signal is limited at pure sine
wave shape.
Sine4 is a Sine -> Odd harmonics
signal. At 50% Shape setting, the
signal is a perfect sine wave and at
99% a lot of odd harmonics have
been added. When the Shape is
modulated with negative values,
the signal is limited at pure sine
wave shape.
TriSaw is a Triangle -> Sawtooth signal. At 50% Shape setting, the signal is a perfect Triangle and at 99%
a perfect Sawtooth. When the Shape is modulated with negative values, the signal is "mirrored".
The last signal is a Pulse with selectable
perfect Square, at 75% a Pulse with 25% symmetric pulse width and at 99% a Pulse with 1% symmetric
pulse width. When the Shape is modulated with negative values, the signal is "mirrored". See also
"Common Oscillator parameters"
Shape: 50%
Sine1:
Sine2:
Sine3:
Sine4:
TriSaw:
SymPulse:
pulse width. At 50% Shape setting, the signal is a
SYMMETRIC
and
"Shape Oscillator tips"
13. Module reference: Oscillator group
Shape: 75%
(below).
Shape: 99%
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