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that bugs you too much, just think of it as the delay CV input and the issue
magically disappears! Positive increases the delay, and negative decreases
the delay.
Feedback: This works normally, positive CV increases feedback, negative
decreases same.
VCA: Same as feedback, positive CV increases the output level, negative
attenuates it.
Signal in
Input: This is kind of important for a delay unit: you need a signal to delay,
or else they're somewhat dull effects. This is the jack where that signal is input
into the delay.
Insert: This is the feedback loop insert breakjack. Inserting a plug here
will disconnect the output of the delay cell from the input of the feedback
cell, with the inserted signal now going directly to the feedback gain cell.
One use for this is to insert an effect – or even another delay unit (yes,
they can be daisy-chained quite effectively) – into the feedback loop. To do this,
patch the Delay out into the desired effect, and the output of the effect into the
Insert jack. You may need to adjust the Insert level control (see above) for best
sound.
VCA: This is another breakjack. The input of the VCA is normalized
(normally connected to) the Mix output. Inserting a jack here breaks that
connection, enabling the VCA to be used completely independently of the rest
of the module.
Output
Clean: A buffered and inverted copy of the input signal.
Delay: The buffered & scaled output of the delay cell
Mix: A linear mix of the Clean and Delay signals, the balance of which
is set by the Mix control pot.
VCA: Output of the VCA.
fig.1
The jacks are grouped by the
type and direction (into or out of the
module) of the relevant signal. The
VCA jacks are just labeled "VCA",
as the function of each is already
described by what row they are in.
CV in
Rate:
CV behavior is inverted. Negative
increases rate, positive decreases. If
4/8
Jacks
Quirk
warning:
Rate
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