19 D-FCV MIX:
This control pans the D-FCV signal - to VCF 1 only (Control fully anti-clockwise) or VCF 2
only (Control fully clockwise) or it can be panned and a mix of the signal is sent to both
filters, with the signals being split equally between VCF 1 and VCF 2 when it is in the 12
o’clock, mid way position.
20 D-FCV Input:
The D-FCV voltage can be either an internal or external control voltage, for external
control a CV should be patched to the D-FCV jack (20), and when the patch cable is
inserted the D-FCV Level control becomes an attenuator for the incoming CV signal.
With the D-FCV control fully clockwise the effective control range for the D-FCV control
voltage is -10V to +10v, and the maximum permissable voltage to this input is -12V to
+12V.
21 Dual Output:
The D-OUT is the output from the MIX BUS, which is where the two VCF’s are mixed
together. This is the only output that combines the mix of VCF 1 and VCF 2, so to use the
DUAL, CASCADED and DUAL INVERTED modes this jack must be used as the output.
All of the other outputs on VCF 1 and VCF 2 are still active and available, however they are
obviously individual to VCF 1 and VCF 2 and only a single filter will be heard when any of
these are used.
22 MIX CV Input:
The cross-fading between VCF 1 and VCF 2 can be controlled with an external CV by
patching a control voltage to this MIX CV jack. When the patch cable is inserted the
AUDIO MIX control (15) then becomes an attenuator for the incoming CV signal.
With the AUDIO MIX control fully clockwise the effective control range for the MIX CV
control voltage is 0 to +5V. Any negative voltages are seen as 0V and voltages higher than
+5V are capped at +5V. The maximum permissable voltage to this input is -12V to +12V.
Description of Mixing Bus controls (cont.)
Controls mixing and configuration of the two individual filters
(Cont.)
