Behringer ABACUS Schnellstartanleitung Seite 6

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ABACUS
ABACUS Controls
Controls
(EN)
CHANNEL 1 CV INPUT –
(1)
Accepts variable voltages in the
range +/- 10 V for processing
by Channel 1. If no voltage is
present the Abacus will use
a self-generated voltage of
approximately +10 V.
CHANNEL 1 TRIGGER INPUT –
(2)
Accepts any positive-going
gate or trigger above + 2.5 V.
Causes the Rise/Fall function to
be activated.
CHANNEL 2 CV INPUT –
(3)
Accepts voltages in the range
+/- 10 V for attenuverting by
control 20.
CHANNEL 3 CV INPUT –
(4)
Accepts voltages in the range
+/- 10 V for attenuverting by
control 21.
CHANNEL 4 TRIGGER INPUT –
(5)
Accepts any positive-going
gate or trigger above + 2.5 V.
Causes the Rise/Fall function to
be activated.
CHANNEL 4 CV INPUT –
(6)
Accepts variable voltages in the
range +/- 10 V for processing
by Channel 4. If no voltage is
present the Abacus will use
a self-generated voltage of
approximately +10 V.
CHANNEL 1 RISE CV INPUT –
(7)
Allows CV control of the
Rise function, in conjunction
with control 8. Accepts voltages
Quick Start Guide
in the range +/- 8 V. Positive
voltages increase the Rise time
until the maximum is achieved;
negative voltages decrease it
until it reaches minimum.
CHANNEL 1 RISE TIME –
(8)
Use this control to set the
Rise time. See table below for
maximum times according
to different settings. Can be
modulated further by feeding a
CV to socket 7.
CHANNEL 4 RISE TIME –
(9)
Use this control to set the
Rise time. See table below for
maximum times according
to different settings. Can be
modulated further by feeding
a CV to socket 10.
CHANNEL 4 RISE CV INPUT –
(10)
Allows CV control of the
Rise function, in conjunction
with control 9. Accepts voltages
in the range +/- 8 V. Positive
voltages increase the Rise time
until the maximum is achieved;
negative voltages decrease it
until it reaches minimum.
CHANNEL 1 BOTH CV INPUT –
(11)
Accepts a voltage in the range
+/- 8 V. A positive voltage will
exponentially decrease the
total Rise/Fall time, until the
minimum is reached; a negative
voltage exponentially increases
it until it reaches maximum.
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