Delptronics Trigger Man - Manual (Page 11)

Trigger Man User Manual
V2
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Output Jack Configuration Options
Each of the eight outputs has its own separate set of configuration options. Just like sequence length, all
of the options described below affect the output in all patterns. For example, if the output length is set
to 10ms, then it is 10ms in every pattern.
Output Length
LEDs 1 and 2 set the length, or pulse width, of the output trigger/gate. Output length is the length of
time that the output jack is on.
1 2
 Clock-based Gate: The output is on when clock signal is on, and off when clock signal is off. If
using an external clock divided by 1, then the output will have the same pulse width as the
external clock. Dividing the clock by anything but 1 has the effect of squaring the external pulses
(equal on/off time). The internal clock is always square.
 1 MS Trigger: The output is on for a 1 millisecond trigger pulse regardless of the clock speed or
the pulse width of the external clock. 
 10 MS Trigger: The output is on for a 10 millisecond trigger pulse regardless of the clock speed or
the pulse width of the external clock. 
 Full Gate: The output is on for the full length of the step. Additionally, consecutive on steps
produce no off time between the steps. For example, suppose the clock ticks every two seconds.
The clock is on for one second and off for one second. An output using a clock-based gate will be
on and off at the same time as the clock. An output using a full gate will be on for a full two
seconds. After that, it will only go off if the next step is off. If the next step is on, then the output
will remain on for four seconds, two full clock cycles.

Modification Parameter
The complexity, shift, or the whole sequence can be modified by randomization or voltage control. LEDs
3 and 4 set the parameter that will be modified by the modifier.
3 4
 None: There is no modification of the sequence. It is set by the Complexity and Shift knobs.
 Complexity: The complexity is randomized or voltage controlled. The shift is set with Knob 2. 
 Shift: The shift is randomized or voltage controlled. The complexity is set with Knob 1. 
 Sequence: The entire sequence is randomized or voltage controlled. The Complexity and Shift
knobs will not affect the sequence. 