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13. Module reference: Sequencer group
P
ARALLEL CONNECTION
Connect the sequencer modules to the same clock
source. If you want to make sure that the sequencers are
aligned to each other, connect the Clock Generator
Active output signal to the sequencers' Rst inputs
which will reset both sequencers when the clock is
started.
Both Sequencers in this example have the Loop mode
turned on, as they need to keep cycling until the clock
is stopped.
S
ERIAL CONNECTION
This schematic shows how a
cascade of serially connected
sequencers should be set up to
give sequences of longer lengths.
All sequencers should be set to 1-
Cycle mode. On Patch Load, or
after a Rst signal from e.g. the
Clock Generator Active output,
the first sequencer should be
activated and the others should be
disabled. Activation of the first sequencer must be done with its Rst input and disabling of all other
sequencers with the Park inputs. But the last sequencer should be able to activate the first sequencer to
start the next cycle. You see an extra input on the first sequencer is needed for the last sequencer to restart
the first one. This input is the Loop input. Note that the Loop input is specially designed for this one
particular purpose.
(In practice the Loop input behaves much like the Rst input, the difference is in how the Loop and Rst
inputs are set up at Patch Load or after an optimization of the
that a cascade of sequencers must be set up like in the schematic to work properly. When using only one
sequencer in Loop mode the Loop input can be used like an extra Rst input.)
All sequencer modules use the same clock, use the Clock Generator module and use the Clk Active signal
as the reset signal, so the pattern will restart at the beginning when the clock is set to run.
The sequencer rows must be chained with the row outputs connected to the next sequencer row chain
inputs.
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NORD MODULAR G2 V1.4x
s after inserting a new module. Note
DSP
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