PITCH MOD
PULSE WIDTH
DETUNE
OSCILLATOR MENU
(PWM)
[RING MOD)
[OSC MIX)
This control has two functions determined by the [SHIFT] button.
When the [SHIFT] function is
(SHIFT LED Off) this control sets the amount of pitch modulation to
the selected oscillator. At the 12 o’clock position there will be no pitch modulation applied. As the knob is moved in
an anti-clockwise direction the pitch modulation will become negative, first falling then rising. At the fully anti-
clockwise position the modulation will be at its maximum negative depth. As the knob is moved in a clockwise
direction from the centre position, the pitch modulation will become positive, first rising then falling. At the fully
clockwise position the modulation will be at its maximum positive depth. See [OSCILLATOR] menu section below
for further details on the pitch modulation source.
When the [SHIFT] function is selected (SHIFT LED Flashing) this control sets the amount of pulse width
modulation or PWM for the selected oscillator when its [WAVEFORM] is set to SQUARE (
). The PWM
SOURCE can be set to LFO1, LFO2, ENV1 or ENV2 (see [OSCILLATOR] menu) with negative and positive
modulations available. At the 12 o’clock position there will be no PWM. As the knob is moved in an anti-clockwise
direction the variation in the pulse width will become more and more pronounced in a negative manner. As the
knob is moved in a clockwise direction the variation in the pulse width will become more and more pronounced in a
positive manner.
This control has two functions determined by the [SHIFT] button.
When the [SHIFT] function is
(SHIFT LED Off) this control sets the actual width of the pulse. At the
fully anti-clockwise position the fundamental will be at its minimum producing an extremely thin sound. As the knob
is moved in a clockwise direction the pulse width gets wider, with progressively less high harmonics being added
giving the sound a fuller timbre. At the fully clockwise position the minimum and maximum values of the pulse width
will be equal.
When the [SHIFT] function is selected (SHIFT LED Flashing) this control sets the amount of ring modulation
applied to the sound. Ring modulation occurs when the two sound sources are multiplied together and this gives
the resultant sound a harder, over-driven edge. At the fully anti-clockwise position the ring modulation will be at its
minimum. As the knob is moved in a clockwise direction the ring modulation gradually increases until, at the fully
clockwise position the ring modulation effect will be at its maximum.
This control has two functions determined by the [SHIFT] button.
When the [SHIFT] function is
(SHIFT LED Off) this control sets the fine tuning for each oscillator. At
the 12 o’clock position the oscillators tuning will be unaffected. As the knob is moved in an anti-clockwise direction
the oscillators tuning will become more ‘Flat’, with a total negative detune of - 2 semitones available at the fully anti-
clockwise position. As the knob is moved in a clockwise direction the oscillators tuning will become more ‘Sharp’,
with a total positive detune of + 2 semitones available at the fully clockwise position. Small variations in the
oscillators relative tuning will fatten up a sound giving it a rich texture. Larger amounts of detuning create a more
extreme effect.
When the [SHIFT] function is selected (SHIFT LED Flashing) this control sets the mix level between the oscillators.
At the 12 o’clock position the level of both oscillators will be equal. As the knob is moved in an anti-clockwise
direction the level of oscillator 2 will begin to decrease until, at the fully anti-clockwise position, only oscillator 1 can
be heard. As the knob is moved in a clockwise direction the level of oscillator 1 will begin to decrease until, at the
fully clockwise position, only oscillator 2 can be heard.
This section contains the remaining functions for the oscillators. To access these settings, press the MENU button
labelled [OSCILLATORS], as shown in the following example:
NOT selected
,
,
NOT selected
,
,
NOT selected
,
,
OWNERS MANUAL
11
PA
G
E
Operation
