Vermona qMI - quad MIDI Interface - Manual (Page 19)

Clock division outputs (1/4, 1/8, 1/16, 1/8T)
The clock division outputs deliver a periodical signal that derives from an
incoming MIDI-clock. The voltage of the clock-impulses is set to 10 volts.
Output 1/16 equals the general tempo of the song at 16th resolution, the
common clock-grid of analogue sequencers. The other three outputs pro-
vide variations of this grid. This is advantageous when using more than a
single clock-receiver simultaneously and allows creating shifted rhythms
and tempos.
Not only classic analogue sequencers can be used as clock receivers. You
may also address switches, electronic sequential switches, logic modules,
LFO reset inputs, envelopes etc.
NOTE For complete control of an analogue sequencer, you will
also need separate signals for start and stop functions.
Although the qMI - quad MIDI interface does not offer
proprietary outputs for these functions, you may use
gate outputs instead. Here, start- and stop command
will need to be triggered by MIDI-notes. Some
sequencers toggle between start and stop functions on
a single input. In this case, only a single gate-output of
the qMI - quad MIDI interface is needed.
Reset-output (RESET)
The reset-output interprets MIDI-real-time-commands for start, continue
and stop. With the module receiving a MIDI-stop-command, the reset-out-
put is set to provide +10 volts permanently. MIDI-commands for start and
continue set the output's voltage to 0 volt.
If you have already patched your analogue sequencer with the clock-output
and gate signals for start/stop, the reset-output will complete your remote
control. Consult your sequencer's manual to find out if the reset function
follows the principles described above.
NOTE The reset-output is not suited for a specific function
that may be known as a reset of an LFO's waveform
start. Here, common gate signals are needed.
Owner's Manual - VERMONA*modular qMI - quad MIDI Interface
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