TRIGGER SEQUENCERS
M 563
4-Track/
8-Step
Trigger Sequencer
M 563 E Gate
Output Expander
M 568
Quad Sequential
Trigger Source
M 568 A
QSTS Assistant
M 563 v2
4-Track/8-Step
Trigger Sequencer
An EIGHT STEP/FOUR ROW TRIGGER SEQUENCER with built-in clock-oscillator. The 32 switches (with associated LEDs) have three positions each: gate-on, gate-off and reset. Switch-on time (adjustable width of the gate pulse) is independently variable for each of the four busses.
Two buttons to shift and reset the trigger position manually (all four rows); two buttons with associated trigger inputs to start and stop the internal oscillator. One input to reset the sequencer to position 1 via trigger pulse.
Four independent trigger inputs, one for each bus. The jacks are „switched“, so that, if e. g. only input 1 is used, inputs 2/3/4 are affected as well. If none of the sockets is used, the built- in clock oscillator is active.
M 563 E
Trigger Sequencer Expander
The TRIGGER SEQUENCER EXPANDER MODULE for the M563 V2 Trigger Sequencer.
Each of the 32 step positions of the connected M563 V2 has now his own dedicated output jack.
M 568
Quad Sequential
Trigger Source
The QUAD SEQUENTIAL TRIGGER SOURCE is a trigger sequencer featuring four tracks of trigger positions, each with 32 steps, which can be combined to one long sequence of up to 128 steps.
The gate positions are activated by pushing the associated button. The LED lights up. Pushing the button again deactivates the respective gate position.
More than one reset position per row can be set.
M 568 A
QSTS Assistant
The QSTS ASSISTANT MODULE expands the basic M 568 by more inputs and outputs. The four left jacks are reset inputs to have the four sequencer rows of the 568 be reset independently from external sources. The central eight jacks provide trigger outputs, which can be assigned to selectable positions - two on each row of the 568.
The rotary switches on the right side of the module allow to change the running direction of the four rows indepentently: forward, backwards, ping-pong and random order.
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