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3
OPERATING MODE TABLE
Operating mode is selected by a front panel 16 position rotary switch.
MODE
FUNCTION
1
2 Ch. Independent
Note CV, Velocity CV, Gate, Trigger
Successive MIDI Channels
2
2 Ch. Polyphonic
Note CV, Velocity CV, Gate, Trigger
Common MIDI Channel
3
4 Ch. Polyphonic
Note CV, Gate
Common MIDI Channel
4
4 Ch. Polyphonic
Note CV, Common Gate
Common MIDI Channel
5
4 Ch. Independent
Note CV, Gate
Succesive MIDI Channels
6
2 Ch. Independent - Legato On
Note CV, Velocity CV, Gate, Trigger
Successive MIDI Channels
7
1 Ch. with Pitchbend, Mod Wheel
Note CV, Velocity CV, Pitchbend CV, Mod Wheel CV, Gate, Trigger
8
1 Ch., Legato On with Pitchbend, Mod Wheel
Note CV, Velocity CV, Pitchbend CV, Mod Wheel CV, Gate, Trigger
9
2 Ch. Independent - Split Keyboard
Ch. 1 (C0-B1) Note CV, Gate; Ch. 2 (C2-C5) Note CV, Gate
Common MIDI Channel
10
2 Ch. Independent, Legato On - Split Keyboard
Ch. 1 (C0-B1) Note CV, Gate; Ch. 2 (C2-C5) Note CV, Gate
Common MIDI Channel
15
Channel Calibration Mode
16
Test/Tuning
Common Note CV and common Gate on all outputs
Current MIDI Channel
MIDI CLOCK OUTPUT
If the input MIDI stream contains the MIDI clock (24ppqn clock), the module can be used to output the
clock to external devices, divided by a preset factor. The clock is output through the front panel MIDI CLK
jack. This is a stereo jack with the clock appearing as a 0-5V square wave on the tip connection. On the
ring of the jack is a run/stop signal which can be configured to use the MIDI run/stop/reset realtime
commands or a note message controlled run/stop command.
The division factor is controlled by the module programming grid Group 1. There is also a toggle bit to
enable the MIDI clock note control. The factory default is a division ratio of 12 (1:8) which will give one
clock per eighth note.
