instruction
MIN/MAJ is a gate input which inverts the Minor/Major
setting of the quantizer.
TRIG A S. is a CV input to set how many steps are advanced
by triggering the TRIG A input. When the TRIG A knob is set
fully CCW, 0 volts corresponds to -4 and 5 volts correspond
to +4.
GATE T. CV input adds to the gate time.
SLIDE T. CV input adds to the slide time.
CV on the OFFSET input immediately adds a certain offset
to the ACTIVE step position. The offset is 0 to 7 steps
corresponding to 0 to 5 volts.
P
op
co
rn Expan
d
ers
CV
INPUT
S
G
A
TE
O
UT
1
2
3
4
5
6
7
8
JUMP
GATE
OUTS
OFFSET
SLIDE T.
GATE T.
TRIGA S.
MIN/MAJ
OFFSET
BIT
S
CV
INPUT
S
P
OP
C
ORN E
XP
ANDER
A
A
B
C
D
E
D
E
F
G
C
B
bu
y t
his t
ha
ng
?
yr wi
fe wi
ll b
e...
features
�
gate input for selecting minor or major setting of the
quantizer
�
CV input for Gate Time
�
CV input for Slide Time
�
CV input for how many steps are jumped by trigger A
�
CV step address offset
�
alternative mode in which 3 of the CV inputs acts as 3
binary gate bits to select the addressed step (instead of
Gate & Slide time and trigger A steps)
technical details
�
2HP width
�
connects to the popcorn sequencer
Alternaive CV In Mode:
The Bit Offset
There are two modes for the CV Expander: the normal
(described above) and the alternative. The alternative
mode can be activated in the boot menu. In the
alternative mode the connectors B,C and D are used
as offset bits. This means that you can to set the
binary address of the cursor offset by sending gates
to the inputs. This can be extremely useful when used
with a gate sequencer because you can directly select
which step is activated with the combination of the 3
gate inputs. High gate on connector B will offset the
address by one step (least significant bit), high gate on
connector C will offset the address by two steps and
high gate on the D connector will offset the address by
four steps (most significant bit). Here are all 8 possible
combinations of these gates and how they corresponds
to the 8 steps.
POPCORN CV INPUTS EX.
Adds more CV inputs for enhanced control of the nonline-
ar browsing through the steps. All inputs on the expander
react only to positive voltages 0-5V.
Step Offset
D
0
1
2
3
4
5
6
7
0
0
0
0
1
1
1
1
0
0
1
1
0
0
1
1
0
1
0
1
0
1
0
1
C
B
