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EURO-SERGE - SYSTEM MODULES
ELBY Designs - Laurie Biddulph
9 Follan Close, Kariong, NSW 2250, Australia
12 of 42
The
has five pots, each with an associated control voltage input jack.
These control voltages affect the same segments as the corresponding pots.
The [DELAY (T1)] pot/control sets the length of the delay between receipt of
the trigger pulse and the onset of the envelope. The further left the pot is set
the longer the delay. The [ATTACK (T2)] pot controls the slope of the
ATTACK in much the same way as the [RISE] pot on the
. It too is
voltage controllable. The [DECAY (T3)] control/pot controls the slope of the
initial DECAY, which falls to the voltage level set by the [SUSTAIN]
control/pot. The ADSR will sustain the output voltage set by the control/pot for
as long as the [GATE] input remains high. In the case of the
[GATE]
output, this is as long as one holds a finger down on the keypad. When the
[GATE] goes low, the [RELEASE (T4)] control/pot determines the slope of the
final DECAY.
Figure 5.3.7
The
functions in a slightly different fashion if the trigger pulse is applied
to the [TRIGGER] input and not the [GATE] input. When there is no input to
the [GATE], the output of the
remains at the voltage set by the
[SUSTAIN] control/pot. When the
receives a trigger pulse the voltage
drops to 0V from this level at a rate set by the [RELEASE (T4)] control/pot.
The voltage then rises to the peak voltage at a rate set by the [ATTACK (T2)]
control/pot and finally drops back to the level set by the [SUSTAIN]
control/pot at a rate set by the [DECAY [T3)] control/pot.
Figure 5.3.8