MMG Panel Controls (continued)
FREQuency
1C STRIKE Input: Briefly opens the filter circuit to 100%. Expects 8 to 10V Gate or clock.
2C FREQuency panel control: Uni-polar control setting the Cut-off FREQuency of filter.
3C FREQuency CV IN 2: Unity gain control signal input for cut-off FREQuency. No attenua-
tion. Range 8V.
4C FREQuency CV IN 1: Control signal input for cut-off FREQuency. Range 8V.
5C FREQuency CV Attenuator: Bi-Polar attenuator for FREQ CV IN 2 (3C).
Q Factor (resonance)
1D Q Clip Indicator: Lights when feedback path for Q Factor is clipped.
2D Q panel Control: Uni-polar control for level of resonance.
3D Q CV Attenuator: Uni-polar attenuator for Q CV IN (4D).
4D Q CV IN: Control signal input for Q. 8V range.
5D ACCENT Input: Briefly pushes entire filter circuit to 110%
OUTPUT
1E Signal OUT: AC and DC Input signals, as processed by the MMG circuits, is output here.
FREQuency
1C STRIKE Input: Briefly opens the filter circuit to 100%. Expects 8 to 10V Gate or clock.
2C FREQuency panel control: Uni-polar control setting the Cut-off FREQuency of filter.
3C FREQuency CV IN 2: Unity gain control signal input for cut-off FREQuency. No attenua-
tion. Range 8V.
4C FREQuency CV IN 1: Control signal input for cut-off FREQuency. Range 8V.
5C FREQuency CV Attenuator: Bi-Polar attenuator for FREQ CV IN 1 (4C).
Q Factor (resonance)
1D Q Clip Indicator: Lights when feedback path for Q Factor is clipped.
2D Q panel Control: Uni-polar control for level of resonance.
3D Q CV Attenuator: Uni-polar attenuator for Q CV IN (4D).
4D Q CV IN: Control signal input for Q. 8V range.
5D ACCENT Input: Briefly pushes entire filter circuit to 110%
OUTPUT
1E Signal OUT: AC and DC Input signals, as processed by the MMG circuits, is output here.
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