JACKS and KNOBS
CH A External Clock Input
A external clock input. When there is an input, the internal clock is released and synchronized with the external clock.
CH A Mix Output
This is a signal output that mixes four outputs belonging to the A clock through an Atte inverter.
CH A: Attenuverter
Each output has an attenuator, so you can adjust the amount sent to MIX OUT. By setting to the center, the amount sent to the MIX OUT is 0V, adding clockwise and subtracting counterclockwise.
CH A Individual Output
Individual output of four LFSRs driven by A clock.
CH A Internal Clock Control
Control of A's internal clock. Can be controlled with CV with knob and Atte inverter. The button switches the clock range, red = low / orange = normal / green = double. In double mode, it responds to both ON timing (rise) and OFF timing (fall) of the external clock.
LENGTH / TAP LED
Indicates whether the LENGTH / TAP encoder is set to LENGTH or TAP for the selected LFSR.
LFSR LED
Displays the LENGTH and TAP position of the selected LFSR.
Length / Tap Button
Switches the setting target of the selected LFSR between LENGTH / TAP.
Output Select
Turn the encoder while pressing the Output Select button to switch the LFSR to be edited for LENGTH / TAP settings.
Press and hold the encoder for 2 seconds to save the current LENGTH / TAP settings. Press the encoder twice quickly to load the settings.
CH B
The output is bipolar, but otherwise the same as CH A.
Seed Input
SEED input that can reset the SEED indicating the initial value of data by sending a gate. Affects all eight LFSRs.
MUSICAL FEATURES
- -The clock is independent for A and B.
- -The upper row is ideal for gate sequencers, and the lower row is optimal for audio.
- ・ Internal clock generator corresponding to three frequency ranges
- ・ Clean audio and external clock input for synchronization
- ・ PWM is possible in combination with an external clock (Responds to rise and fall)
- ・ Possible to generate bipolar signal with mixer with 4-channel inverter
- -Each LFSR can be edited for length and tap settings, and the settings can be stored in non-volatile memory. Press and hold the encoder for 2 seconds to save the current LENGTH / TAP settings. Press the encoder twice quickly to load the settings.
- ・ With gate input to reseed shift register in tap sequence state not longest