Synchronization and FM.
MIN
MAX
MIN
MAX
LOW
HIGH
SYNC
HSM
1V/Oct
1V/Oct
Linear FM
INPUT
PWM
FM 1
LOW
HIGH
Hz
Oct
FM 2
INPUT
CV IN
INPUT
CV IN
CV OUT
INPUT
INPUT
+
+
+
+
EXT IN
FREQUENCY/NOTE/OCTAVE
Tipt p
A u d i o
Z 3 0 0 0
Smart VC-Oscillator
FREQUENCY
FINE TUNE
PULSE WIDTH
PWM
FM
MIN
MAX
MIN
MAX
LOW
HIGH
SYNC
HSM
1V/Oct
1V/Oct
Linear FM
INPUT
PWM
FM 1
LOW
HIGH
Hz
Oct
FM 2
INPUT
CV IN
INPUT
CV IN
CV OUT
INPUT
INPUT
+
+
+
FREQUENCY/NOTE/OCTAVE
Tipt p
A u d i o
Z 3 0 0 0
Smart VC-Oscillator
FREQUENCY
FINE TUNE
PULSE WIDTH
PWM
FM
master
slave
Combining synchronization and frequency modulaton
allows for the creation of whole new sound spectra.
Its sound is more predictable than FM alone, as there
is no chance of the fundamental of the modulating
oscillators drifting away when increasing or decreasing
the modulation index. As a result, the output sounds
are less likely to become inharmonic. Conversely, the
synchronization itself distorts the waveform of the
slave VCO, thus adding harmonics to the sound.
The Z3000mkII offers traditional hard sync along a new
type of sync called Hard Sync Modulation (HSM). While
traditional hard sync will only work with pulse or
sawtooth waves, with similar effect, the HSM accepts
any waveform, even complete sounds, which will
modulate, distort and rectify the waveform. Hard Sync
Modulation is a powerful waveform distortion effect
built into the Z3000mkII, and can be used in any
patch.
SYNC
HSM
1V/Oct
EXT-IN
Linear FM
INPUT
PWM
FM 1
FM 2
CV IN
INPUT
CV IN
INPUT
INPUT
INPUT
+
+
+
+
Tipt p
A u d i o
Z 3 0 0 0
Hz
Oct
FREQUENCY/NOTE/OCTAVE
FM
PWM
PULSE WIDTH
FINE TUNE
MAX
MIN
MIN
MAX
LOW
HIGH
LOW
SHAPER
WAVE
FREQUENCY
Smart VC-Oscillator
HIGH
SYNC
HSM
1V/Oct
EXT-IN
Linear FM
INPUT
PWM
FM 1
FM 2
CV IN
INPUT
CV IN
INPUT
INPUT
INPUT
+
+
+
+
Tipt p
A u d i o
Z 3 0 0 0
Hz
Oct
FREQUENCY/NOTE/OCTAVE
FM
PWM
PULSE WIDTH
FINE TUNE
MAX
MIN
MIN
MAX
LOW
HIGH
LOW
SHAPER
WAVE
FREQUENCY
Smart VC-Oscillator
HIGH
Summary of Contents for Z300 MKII Smart VCO
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