c RELEASE: How fast each newly sent level will decay. A sufficient amount of release time
is required for the envelope itself to trigger: more input less release - less input more release
(general rule of thumb). The balance of these two critical controls create the response of
the envelope detector circuit; depending upon your inout material adjust to taste. Note:
Longer attack times will be smoother, but slow the re-triggering of the envelope.
6. FREQ DYNAMICS: This control sets the dynamic range of the filter sweep. Varying the
FREQUENCY setting and the FREQ DYNAMICS setting will determine the width of the sweep
and the initial frequency of the sweep.
6a Negative-Positive Switch: This sets the polarity of the filter sweep.
7. RATE DYNAMICS (center detent pot): Dynamic control of the LFO rate. Positive modulation
increases the LFO rate, while negative modulation decreases the LFO rate. The LFO rate
pot will determine the initial or starting LFO rate: use this control to speed up or slow
down the LFO with varying dynamic levels.
8. DEPTH DYNAMICS (center detonate pot): Dynamic control of the LFO depth. Positive
modulation increases the LFO depth, and yes, negative modulation decreases the LFO depth.
The LFO depth pot will determine the initial or starting LFO depth: use this control to
increase or decrease the LFO depth with varying dynamic levels.
8a LFO SLOW-FAST Switch: "...from a tortuously slow crawl to scorchin' lightning-quick,
audio-frequency modulation." Exact times/speeds available at our website after this prints.
9. LFO WAVEFORM: Triangle; Square; Sample & Hold
a RATE: Initial LFO rate before dynamic level is applied.
b LFO rate L.E.D..
c DEPTH: Initial LFO depth before dynamic level is applied.
For additional assistance and occasional free stuff, continue to allow your eyes to drift downward.
Happy stompboxing!
The ANALOGIA INC. Crew 7-8-2003.
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