9
EN
-
channel 1 and 2 (
OUTPUT
e
channel
w
) and/or channel 3 and 4 (
OUTPUT
e
channel
r
) can be used as
two 2-in-1-mixers.
-
channel 1, 2 and 3 (
OUTPUT
e
channel
e
) can be used as 3-in-1-mixer while channel 4 can be used
individually.
-
channel 1 to 4 (
OUTPUT
e
channel
r
) can be used as 4-in-1-mixer.
Polarizing Mixer
The polarizing application resembles the mixer. The difference is the possible inversion of the signals. New
shapes can be created when mixing for example LFO- or VCO-waveform-signals in- and out-of-phase.
VC-Mixer
By including the channel’s
CV IN
s
r
, the mixing proportion can be altered dynamically. Thus you can create
lively sounds using CV- or audio-source at the channels’
INPUT
s
q
.
Ring Modulator
In case two continuous signals with consistently changing positive and negative amplitudes (waveforms) are fed
into inputs
CV IN
r
and
INPUT
q
, ring modulation will be applied. Ring modulation will multiply two signals
including their harmonics, creating sums and differences. This can result in pretty complex signals. While the
use of sine waves often leads to results being usable in a musical way, waveforms with stronger harmonic content
usually lead to disharmonic signals. In audio applications, ring modulation is often used to create metallic and
atonal sounds.
The signal being present at the
INPUT
q
connector is the carrier, while the signal fed to the
CV IN
r
input is the
modulator. To achieve mathematical correct results, set
LEVEL
w
to its center position. By moving the control to
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