On the "Jump" function the output goes to

the value Y = YOFF if START = 0

and

the value Y = YOFF + amplitude if START = 1

set

The time specifications (t_off, t_rise, t_acc) do not play a role in this function.

Output N is incremented for every new 0 → 1 transition of input START.

This function only runs in unipolar operation. For this reason, the parameter unipolar must be set to 1 non-explicitly.

In the "Ramp" function output Y ramps upward from value YOFF to YOFF + amplitude. While START is unchanged at 1, output Y remains at the value YOFF + amplitude. Output Y jumps back to value YOFF if START be taken back to 0.

Run up is determined by the times t_rise and t_acc. The time needed for run up from Y = YOFF to Y = YOFF + amplitude is specified by t_rise. "Smoothing" can be influenced by t_acc.

Output N is incremented for every new 0 → 1 transition of input START.

This function only runs in unipolar operation. For this reason, the parameter unipolar must be set to 1 non-explicitly.

In the "Random number" function output Y is set to a number resulting "by chance" between

YOFF ≤ Y ≤ YOFF + amplitude, in unipolar operation

and

YOFF - amplitude ≤Y ≤ YOFF + amplitude , in bipolar operation

.

The time specifications (t_off, t_rise, t_acc) do not play a role in this function.

Output N is incremented for every new 0 → 1 transition of input START.