9
Attack
The
Attack
fader defines the onset duration of the envelope. The value
set by this control is measured in the time domain.
• Moving the fader downward will increase the speed of the
attack time.
• Moving the fader upward will decrease the speed of the attack time.
• Time range: ~3ms - ~10s.
Attack CV Input:
The
Attack CV Input
is a unipolar positive control
voltage input for the
Attack
parameter.
• Control voltage is summed with the fader position.
• Time range: With negative control voltage, the lowest time reduces
to ~0.4ms.
Attack Gate Output:
A gate signal will emit from the
Attack Gate
Output
and will be high for the duration of the attack stage.
• Output voltage: 10V.
Decay
The
Decay
fader defines the time it takes to reach the sustain stage once
the attack stage has been completed. The value set by this control is
measured in the time domain.
• Moving the fader downward will increase the speed of the
decay time.
• Moving the fader upward will decrease the speed of the
decay time.
• Time range: ~3ms - ~12s.
Decay CV Input:
The
Decay CV Input
is a unipolar positive control
voltage input for the
Decay
parameter.
• Control voltage is summed with the fader position.
• Time range: With negative control voltage, the lowest time reduces
to ~0.4ms.
Decay Gate Output:
A gate signal will emit from the
Decay Gate
Output
and will be high for the duration of the decay stage.
• Output voltage: 10V.
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