This time we used FALISTRI to play with USTA’s clock!⁠

We had our main track set to the internal clock, and then we used the gate B output to trig FALISTRI, whose End of Rise we then used as an external clock for track 2.⁠

By increasing the rising time, we make track 2 lag until the rising stage is longer than two clock beats. At this point, it begins to skip the beats, becoming a clock divider.⁠

 

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Un post condiviso da Frap Tools (@fraptools)

INGREDIENTS

• 1 USTA
• 2 FALISTRI
• 1 BRENSO
• (Optional) CGM Mixer

DIRECTIONS

1. Set up two identical tracks on the USTA sequencer.
2. Set the first one to work with internal clock and the second one with external clock.
3. Use the two BRENSO’s oscillators as the two tracks’ voices.
4. Use both generators of the first FALISTRI as envelopes to control their amplitude (trig them with gate A of
5. tracks 1 and 2).
6. Set the second FALISTRI’s green generator to reset ‘On Rest’ via the switch on the PCB.
7. Patch the gate B output of track 1 to its Trig/Gate input.
8. Patch its End of Rise output to USTA’s clock input.
9. Play the sequence and increase the rise knob.
   You will hear that track 2 will get progressively out of phase. Once the rising time will get longer than a clock impulse, it will act as a clock divider by 2, 3, 4, and so on.