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MATHS Channel 4 (cont’d)
8. Both CV Input: Bi-Polar Exponential control signal input for entire function. Contrary to the Rise and Fall CV Input, Both has
an Exponential response and Positive control signals decrease total time while Negative control signals increase total
time. Range +/-8V
9. Fall CV Input: Linear control signal input for Fall parameter. Positive control signals increase Fall time, Negative control signals
decrease Fall Time with respect to the Fall panel control. Range +/-8V
10. Cycle Input: On Gate High, circuit Cycles. On Gate Low, MATHS does not Cycle (unless the Cycle button is engaged).
Requires m2.5V for High
11. Vari-Response Panel Control: Sets the response curve of the voltage function. Response is continuously variable from
Logarithmic through Linear to Exponential to Hyper-Exponential. The Tick mark shows the Linear setting.
12. End Of Cycle Output (EOC): Goes high at the end of the Fall portion of the function. 0V or 10V.
13. EOC LED: Indicates the states of the End of Cycle Output. Lights when EOC is High.
14. Unity Signal Output: signal from the Channel 4 circuit. 0-8V peak to peak when Cycling. Otherwise this output follows the
amplitude of the input.
15. Unity LED: indicates activity within the circuit. Positive voltages Green, Negative voltages Red.
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Summary of Contents for MATHS
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