R_Ware WAVE INTERRUPTOR

SLICE AND DICE YOUR SIGNALS!

Interrupt Your Waveforms: Simply cut up any waveform to add pulses into it that can be modulated in position and width for a thick sound!
Splice Your Waveforms: Mix and match different signals with quality and ease!
What's That Noise? Inject resonant noise to give your signals texture and grit!
Smooth Operator Smooth the splicing independent of frequency and setting!
Modulation Madness Use the PHASE and WINDOW CV outputs to further shape your signal with further synced-up processing!

NOTE: when used with oscillators Wave Interruptor cannot compensate for pitch drift or other frequency anomalies of these oscillators. Make sure the signal you are using has a static pitch or compensate the moving pitch with the PITCH CV input.

Manual

Connect PITCH CV with the same signal that is patched to your oscillator's/signal's PITCH CV. Sync up Wave Interruptor to your oscillator/signal by syncing/resetting both at the same time using the SYNC input. Alternatively you can try patching the oscillator/signal directly into the sync input for simple signals with a single zero-crossing in its waveform.

PITCH CV
- Set the slice length resulting from the input Pitch CV (1V/Oct). This should match your carrier signal's pitch. The base frequency is C2 at 0V Pitch CV.
MULT knob
- Set the number of slices
SYNC IN
- Sync the processor to your signal.
POSITION
- Set the relative position of the slice within the waveform
WIDTH
- Set the relative width of the slice in relation to the waveform
SPLICE
- Set the value of the splice segment
- Adds the SPLICE CV on top of the SPLICE knob value
SMOOTH
- Smooths the transitions of the slice window
NOISE
- Adds resonant noise into the slice
- RES and FREQ set the resonance and peak frequency of the noise
INPUT
- Signal input to be processed by the module
PHASE OUT
- Internal phasor that goes from 0V..+5V over the course of a window
WINDOW OUT
- Slice window output
OUTPUT
- Processed signal output