Abstract Data Event Boss ADE-33 Benutzerhandbuch - Seite 10

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8) Global Mode 2: Multiples
MODE OVERVIEW
The Multiples mode outputs a signal that's tempo is divided down (slower) or multiplied up (faster)
than the tempo of the input signal. How slow or fast – or how far the tempo is divided down
or multiplied up – is calculated by a combination of the tempo of the input Event, the CV value
and the selected Local Mode.
FIRST PATCH
• This mode works best with regular Event inputs like clocks - but will also work with patterns and
Event inputs with irregular timing.
• Start with some sort of mid-tempo clock or square-wave LFO and a manually adjustable CV source.
• For each selected Local Mode – as the CV value changes – the Output clock division/multiple should
also change.
INPUT TYPES
IN: GATE A1 & A2
IN: GATE B/CV
CV OPTIONS
Local
Global
LOCAL MODE 1: Divide /1
CV
Operation
LOCAL MODE 2: Multiply /1
CV
Operation
LOCAL MODE 3: Divide /2
CV
Operation
LOCAL MODE 4: Multiply /2
CV
Operation
LOCAL MODE 5: Divide /3
CV
Operation
LOCAL MODE 6: Multiply /3
CV
Operation
© 2018 Abstract Data Ltd.
• Any Event type e.g. clock, gate, trigger, square-wave or PWM-type LFO.
• Any 0-5V CV type e.g. LFO, envelope generator or variable CV source.
• 0-5V CV at IN: GATE B/CV sets each mode's <n> divisor or multiplier value.
• Event at IN: MODE SELECT/RESET sets each mode's phase/cycle length
• Mark/Time calculations are still taken from IN: GATE A1 & A2.
• 0-5V CV sets the divider <n> to a value of: 1 || 2 || 3 || 4 || 5.
• The output frequency is the input frequency divided by <n>.
• 0-5V CV sets the multiplier <n> to a value of: 1 || 2 || 3 || 4 || 5.
• The output frequency is the input frequency multiplied by <n>.
• 0-5V CV sets the divider <n> to a value of: 1 || 2 || 4 || 6 || 8.
• The output frequency is the input frequency divided by <n>.
• 0-5V CV sets the multiplier <n> to a value of: 1 || 2 || 4 || 6 || 8.
• The output frequency is the input frequency multiplied by <n>.
• 0-5V CV sets the divider <n> to a value of: 1 || 3 || 6 || 9 || 12.
• The output frequency is the input frequency divided by <n>.
• 0-5V CV sets the multiplier <n> to a value of: 1 || 3 || 6 || 9 || 12.
• The output frequency is the input frequency multiplied by <n>.
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