User manual

If "Q LIN" is switched to "/--", the resonance will be decreased, if the cutoff
frequency is decreased, so at very low cutoff-frequencies, no self-oscillation is
achievable.
⑦ "BOOST" knob
This knob is for restoring the low frequencies and boosting them at high
resonance settings.
⑧ "1V/OCT" jack
As mentioned above, it can be used as a substitute for the oscillator when it
self-oscillates with full resonance. By inputting the PICTH CV signal to this jack
you can play the scale. The cutoff frequency shows good tracking with 1V/Oct to
up to 5 octaves.
⑨ "CV INPUT 1" "CV INPUT 2" input jacks
Input two CV signals for controlling the �ilter cutoff. Corresponding attenuators
are ④ "CV 1" "CV 2" knob.
⑩ "RES" input jack
Input the signal to control the �ilter resonance with the CV signal. The
corresponding attenuator is ⑤ "CV RES" knob.
⑪ "INPUT 1~3" jacks
3 different audio signals can be connected, they can be summed and processed
with VCF. The corresponding attenuators are ① "MIX IN 1~3" knob.
⑫ "OUTPUT STAGES" output jacks
From each of the jacks equipped with 4 slopes of 6 dB, 12 dB, 18 dB, 24 dB /
octave, it is possible to independently output audio signals. Also, when
self-oscillating with full resonance , sine waves are output from the four output
jacks. The jacks next to each other will output waveforms shifted by 90 degrees
each. For example, if 0 degrees sine wave is output at 6 db, the jack of 12 db will
output a sine wave of 90 degrees, and so on.
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