Tips & Tricks
-Longer cycles are achieved with more Logarithmic response curves. The fastest, sharpest functions are achieved with
extreme Exponential response curves.
-Adjustment to the response curve affects Rise and Fall Times.
-To achieve longer or shorter Rise and Fall Times than available from Panel Controls, apply a voltage offset to the Control Signal
Inputs. Use CH. 2 or 3 for this offset voltage.
-Use the INV SUM Output where you require reversed modulation but do not have means for inversion at the CV destination (Mix
CV Input on ECHOPHON, for example).
-Feeding an inverted signal from MATHS back into the MATHS at any of the CV inputs is highly useful for creating responses that
are not covered by the Vari-Response control alone.
-When utilizing the SUM and OR Outputs, set any unused CH. 2 or 3 to 12:00 or insert a dummy patch cable to Signal Input of
associated Channel to avoid unwanted offsets.
-If it is desired that a signal processed or generated by CH. 1, 4 is both on the SUM, INV, and OR busses AND available as an
independent output, utilize the Unity Signal Output, as it is NOT normalized to the SUM and OR Busses.
-OR Output does not respond to or generate negative voltages.
-End of Rise and End of Cycle are useful for generating complex control voltage functions where CH. 1 and CH. 4 are triggered
from one another. To do this, patch EOR or EOC to the other Channel’s Trigger, Signal, and Cycle inputs.
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Summary of Contents for MATHS
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