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16
moving other GATE ASSIGN switches down to get a feeling
for the SKIP function.
Return all the GATE ASSIGN switches to the middle posi-
tion. Change the setting of the SKIP/OFF/RESET switch to RE-
SET. With the clock running, drop GATE ASSIGN switch 9 to
the bottom position. Note that the sequencer counts up to 8,
then resets. Drop GATE ASSIGN switch 5 and notice that the
count shortens to 4 steps. Notice that if more than one GATE
ASSIGN switch is in the lower position, the sequencer will
reset upon encountering the first switch in the series. Move
the SKIP/OFF/RESET switch back to OFF, and the sequencer
will resume normal 16 step operation.
Return all the GATE ASSIGN switches to the middle posi-
tion. Next, find the SEQUENTIAL/RANDOM switch (G). With
the sequencer clock running, move this switch to the RAN-
DOM position. Notice that the normal sequential stepping
changes to random jumping from one position to another.
Observe, however, that the stepping is still very rhythmi-
cal and still determined by the CLOCK FREQ control. If you
watch the lights for a while, you will see that the sequence
of stepping does not follow any pattern and is truly ran-
dom. Try skipping a few positions as you did earlier and
notice that this function still works in the random mode.
When you try to reset the sequencer using the ASSIGN swit-
ches, you’ll note that the sequencer will return to position 1
instead of any position where the GATE ASSIGN switch has
been put in the lower position. When you have finished ex-
perimenting with the RANDOM mode, return the switch (G)
MULTIPLE
CV INPUT
INPUT A
INPUT B
A
B
GATE
TRIG
CLOCK
FREQ
CLOCK
OUT
PULSE
WIDTH
FM
STOP
PWM
START/
STOP
CLOCK FM
START
FOOT SWITCH OUT
16/1 8/2
SEQUENTIAL RANDOM
9 10 11 12 13 14 15 16
1 2 3 4 5 6 7 8
GATE BUS 1
GATE BUS 2
GATE BUS 3
AND
A
B
GATE
BUS
1
GATE
BUS
2
GATE
BUS
3
POSITION
1
OUT
CLOCKED
GATE 1
OUT
QUANTIZED
OUTPUT A
QUANTIZER
A
SEQUENCER
OUTPUTS
QUANTIZER
B
QUANTIZED
OUTPUT B
ATTACK
GATE
IN
10
0
ENV
OUT
SYNC
P W
CV IN
INPUT
RESET
CLOCK DIVIDER
OSCILLATOR
VCA 2
ENVELOPE GENERATOR
1/3
1/4
1/5
1/6
1/7
1/8
1/2
X 1
X 10
HI
LO
MANUAL
DECAY
SUSTAIN
RELEASE
GATE ASSIGN
SKIP
RESET
OFF
STEP
RESET
GATE
BUS
1
OUT
IN
CV
VCA 1
OUT
IN
CV
ANTONUS STEP BROTHER
+
+
A
C
D
E
F
H
G
B
Diagram 1
Содержание STEP BROTHER
Страница 1: ...USER MANUAL STEP BROTHER ...