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INPUT
Any audio or control signal connected to this jack will be fed into the Attenuator.
CV/AUDIO INPUT: -8V to +8V
NOTE: An 8-Volt DC source is normalled to the input of each Attenuator. With nothing
connected to the INPUT jack, a voltage is present at the Attenuator’s OUTPUT jack that
is based on the position of the ATTENUATOR knob, and any control signal applied to
the Attenuator CV IN jack.
OUTPUT
This OUTPUT jack delivers the attenuated version of the signal connected to
the Attenuator INPUT jack.
CV OUTPUT: -8V to +8V
NOTE: The Utilities (1) module contains two Attenuators that can act independently,
or together in a cascade fashion. In most cases, you will want to patch in and out of
each Attenuator separately. However, if no connection is made to the OUTPUT jack of
Attenuator 1, the output of Attenuator 1 will be summed with the output of Attenuator 2,
and a mixed signal of both outputs will be available via the Attenuator 2 OUTPUT jack.
In this case, both Attenuators can be used together as a type of voltage-controlled bipolar
mixer. Connecting a control signal to the CV IN jack of either Attenuator will act to control
the balance of the mixed Attenuator 1 and Attenuator 2 signal available at the OUTPUT
jack of Attenuator 2.
TIP: Each Attenuator input is normalled to an 8-Volt DC source. With no connections
made to the INPUT jack and the OUTPUT jack of Attenuator 1, adjusting the ATTENUATOR
knob of Attenuator 1 will aect the final output signal of Attenuator 2. Connecting a
patch cable to the OUTPUT jack of Attenuator 1 will prevent the output of Attenuator 1
from reaching Attenuator 2.
CV IN
A control signal received here is added to the value of the ATTENUATOR knob
to determine the final amount of attenuation.
CV INPUT: -8V to +8V
UTILITIES (1) (Continued)