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13. Module reference: Level group
between the clean main input and the 'product' of the main input and the Mod input. In effect this will
let you transform the signal on the main input gradually from unmodified, via amplitude modulated to
balanced modulated (ringmodulated).
When used on control signals the Balance knob will smoothly glide between the control signal and the
control signal modulated by another control signal. The Balance itself can also be modulated, which
means that it modulates the modulation applied to a modulation signal. To understand this better take
note that there are in fact three inputs on this module; 1) the main input, 2) the Mod input that modulates
the main input and 3) the Mod depth input that modulates the amount of modulation of the Mod input
to the main input. If the previous explanation reads like gobbledegook, just imagine the inputs as three
sonic booster rockets stacked on top of each other and you pretty much get the idea.
0/AM/B
. B
AL
Set the modulation amount with this rotary knob. In the 12 o'clock position you get maximum amplitude
modulation, and past this position, ring modulation occurs.
M
OD DEPTH INPUT AND KNOB
You can modulate the AM/Bal depth with a modulation source connect to this input. The amount of
modulation can be attenuated with the knob [A
M
OD
Patch the unipolar or bipolar modulator (LFO, Envelop or Oscillator) to this input.
I
N
Patch the bipolar carrier (Oscillator or other sound generator) to this input
GRAPHIC EXAMPLES
1
High pitched sinewave at main input
(carrier signal)
2
Low pitched sinewave at Mod input
(modulator signal)
3
Output signal when Balance is at
AM position
4
Output signal when Balance is at
Bal. position
Page 230
ALANCE KNOB
NORD MODULAR G2 V1.4x
T
I].
TTENUATOR
YPE
Waveform plot
Spectrum plot
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