Korg Mono/Poly - ARPEGGIATOR; Arpeggiator Controls Overview

6. INTER CHANGE
LIST OF
CONNECTOR
TERMINAL
NUMBER
This list was made
with
the
change
of the
connector. Please
compare
new
number
with old one reffering
to the list.
RCCCPTACLC
OLO
RECEPTACLE
NEW
:onnecJ
TOR
N*.
;OLOrt
P.C.B.
FUNCTION
RECEPTACLE
RECEPTACLE
C
°?oi
C
'QLOII
OLO
J
NEW
™
R
-°LOfl P.C8.
FUNCTION 1
RECENT
AClC
OLO
RECENTACLJl
CONNHC-L_,
_ J
tor
COLOR
NO
P.C.B.
FUNCTION
•ECIPTACIE
OLO
RECETACLI
NEW
CONNEcJ
^, J
tor
COLOF
No.
P.C.B.
FUNCTION
1-1
1-6
5
8N
KLM-353 ARPEGGIO TRIG
15-1
15-5 11
GR KLM-3S5 AUTO
DAMP
COM
1
26*
26-2
00
BU
90
-15
PI
PI
5
BU
JACK
OUTPUT
1
1-2
1-3
1-4
1-5
1-6
1-5
00
RD
90
PHONE
GNO
15-2 154
99
tf
00
NOISE
26*
26-1
00
00
00
15
P2
P2
00
GR
t«
••
GNO
1-4
00
OR
tf
PHONE OUT-2
15-3
15-3
00 •9
00
FMEG
27-1
27-4
16
PU
KLM-356 CV4
P3
P3
tt
YE
ft
PHONE
1
1-3
99
YE
09
PHONE OUT-1
15-4 15-2
00
00
00
PWM
EG |
27-2
27-3
09
90
00
CV3
P4
P4
ft
OR
ft
2
1-2
00
GR
00
OUT GNO 155
15-1
00
99
00
VCO OUT
I
27-3
27-2
90
09
00
CV2
P5
P5
90
RD
*t
GND
1-1
ft
BU
90
SIGNAL OUT
O
274
27-1
00
tf
00
CV1 P6
P6 18
GR
JACK
CVOUT
^S9
161
164
3 RD
355
VCA OUT
GND
[
P7
P7
ft
PU
tf
••
IN
2*1
2-4
3
RO
353 VCAOUTGND
16-2
16
3
00 00
00
VCA OUT
28-1
28-7
18
BN 356
TRIG IN JACK-P14
P8
P8
If
BU
ft
»
IN
2-2
2-3
M
m M
VGA OUT
16-3 16-2
09
ft 40
VCF MG1
28-2
28*
ff
RD
ft
TRIG IN
JACK-P13 P9
P9
ft
YE
00
«
GNO
2-3
2-2
ff
* M
VCF(MGl)
16-4 16-1
*#
90 • •
VCF 8END 1
28-3 28-5
ff
OR
f
ARPTRIGIN-P22 P10
P10 12 OR
SW
TRIG OUT
2-4
2-1
t#
••
•#
VCF
(BEND)
28-4 28-4
90
YE
ft
CV
IN GND-P9
Pll
P11
tf
YE
ff
TRIG OUT
&
^^ *
17-1
17-5
13
BL
355
GND
1
28-5 28-3
00
GR
ft
CV OUT-P6 P12
P12
ft
PU
JACK
TRIG IN
3-1
3-2
3-3
3-4
3-4
4 8L
353
GNO
17-2 174
Pi
09 99 90
\l
28*
28-2
ff
BU
94
CVIN(SW)-P8
P13 P13 18 RO
M
TRIG IN
{SW)
3-3
##
00 ft
GNO
17-3 17-3
00
OR
00
5
1
28-7 28-1
f
f
PU
09
CV IN-P7
P14
P14
f#
BN
90
00
00
{
99
)
3-2
w
BU
00
-15
V
17-4
17-2
00
BU
90
-*
1
P15 P15 12 GR
SW
PORSW
3-1
t»
RO
00
15V
175
17-1
00
RO
09
15
29-1
29-10
21
4_
357 NC
P16
P16
ft
BU
00 90
00
» ^
29-2
29-9
00
RD
ft
VCO
4
P17
P17
ft
GY
90
»
COM
4*1
4-6 1 BN
353
MG 1 (WHEEL)
18-1
18-3
10
Y6
355 S.TR1G
1
29-3 29*
00
OR
ft
«
3
HEATER P18
P18
14 OR
JACK
FMIN
4-2
4-3
4-5
M
RD
00
MG 1
18-2
18-2
00 •»
ft
M.TRIG
29-4
29-7 m
Y6
tf
*•
2 CONTROL
P19 P19 12 RD
tt
FcM IN
4-4
•#
OR
99
GNO
18-3 18-1
00
"#
ft
KBD TRACK
29-5 29*
00
GR
ft
-
1
P20 P20 14 RD
00
PORTA
4-4
4-5
4*
4-3
ff
YE
m
-15
V
29*
29-5
00
BU
ft
VCO 4
P21
P21
tt
BN
00
GND
4*2
ff
GR
90
BENO
19-1
19-8
12
—
355
NC
29-7 29-4
90
PU
00
«
3 TEMP
P22
P22 18
OR
00
ARP TRIG IN
4-1
#t
BU
09
15V
19-2 19-7
09
RD
tf
FCM
IN D
29*
29-3
00
GY
00 ••
2
CHECK
P23
P23 5 BN
90
«
TRIG
U>
19-3
19*
00
OR
00
TRIG OUT
1
29-9 29-2
09
WT
00
«
1
5-1
5-2
5-3
5-4
5-5
5-8
2
BN
353 ARPSW
19-4 19-5
00
YE
00
TRIG
OUT !|
29-10
291
ff
BL
00
HEATER-COM HI HI 21
KLM-354
HEATER-COM
5-7
f# 00
00
VCOI/SLAVC
OSC
(BENO)
19-5
194
09
GR
09
TRIG IN |
H2
H2
09
i
00
vcot
5-6
99 M
m
PITCH (BEND)
19*
19-3
09
BU
90
TRIG IN I
30-1 30-3
22 BU
357 -15V H3 H3
ft
VC02
TEP
5-5
00
**
00
VCOI /SLAVE
OSC
IMG 11
19-7 19-2
09
PU
00
TRIG IN (From
JACK*
30-2
30-2
«
BL
09
GNO H4 H4
ft
VC03
CHECK
54
99
09
00
PITCH (MG1)
19-8 19-1
90
GY
00
TRIG
IN
(to
JACK)
1
30-3
30-1
ff
RD
00
15V H5 H5
ft
VC04
5*
5-7
5-8
5-3
90
00
00
MG1
OUT
H6 H6
ft
VCOl
5-2
90 00
00
PWM (MG
2)
20-1 20-3 10 YE
356
ST 1
31-1
31-4
4
BL
376 GND H7 H7
tt
VC02 HEATER
5-1
M
90
09
PWM(MG
1)
20-2 20-2
99 ft
u
MT
31-2
31-3 f#
ff
ft 90
H8
H8
ft
ft
VC03
CONTROL
20-3 20-1
00
00
00
KBD TRACK
31-3
31-2 ff
BU
ft
-15V H9 H9
ff
tf
VC04
6-1
6-2
6-10
6
OR
353
ARP
RESET 31-4 31
-1
99
RD
09
+15V
6-9
00
00
00
COM
21-1
21* 7
BN
356
SWCOM
SI
SI 9
TACTSW EFFECT LED
6-3
6-8
M
m
»
00
ARP ON
21-2
21-5
00
RO
00
SW POLY ji
32-1
33* 13 8L
376 GNO S2
S2
tf
09
LED
-
6-4
6-7
09
#4
09
LATCH
21-3
214
90
OR
00
SW U/S
32-2 334
90
00
09 00
S3 S3
8
00
LEO HOLD
6-5
6-6
6-6
00
00
99
DOWN
21-4 21-3
00
Y6
00
SW UNISON 1
32-3 33-3
00
OR
09
5V S4
S4
ff
00
'•
CHORD
6-5
00
99
00
UP/DOWN
21-5
21-2
00
GR
00
SW CHORD
32-4 33-2
00
BU
00
-15
V
S5 S5
ft
00
-
UNISON
6-7
6-4
M
**
Pi
UP
21-6
21-1
09
BU
00
SWHOLD
32-5 33-1
ft
RD
ff
15V S6 S6
ft
90 00
6-8
6-9
6-10
6-3
00
00
00
10CT
S7 S7
tf
09
»
POLY
6-2
00 #
00
2 OCT
22-1
22-14 20 356
K14
32-1
32*
17
'
BL
376 GND S8 S8
ft
09
-
COM
6-1
00
M
00
FULL
22-2
22-13
90 04 ••13
32-2
32-5
99
ft
99 09
S9 S9
9
90
EFFECT
SW
^^r ^
22-3
22-12
99
04
-12
|
32-3
324
09
OR
ft
5V
S10
S10
00
99 tt tt
7-1
7-2
7-3
7-6 17
BL
354 GNO
22-4 22-11
00
If
-11
|l
32-4
32-3
f
f
BU
tf
BU
S11 S11 7
40
SWHOLD
7-5
00
90
**
94
22-5
22-10
00 04
»10 i;
32*
32-2
09
RD
90
RD S12 S12
ft
90
"
CHORD
7-4
09
OR
99
5V
22-6
22-9
00
09
-9
i!
32*
321
tr »t
ft
RD
S13 S13
00
99
»
UNISON
7-4
7-3
00
BU
0W
-15V
22-7
22-8
00 90
-8
!
S14 S14
09
09
«•
UNISON/SHARE
9
^^
7-5
7-6
7-2
00
RD
09
15V
22-8
22-7
90
00
»7
I
34-1
34*
19
BL
376 GND S15 S15
00
99
-
POLY
7-1
90
RO
00 90
I
22-9
22*
00
09
»1
|
34-2 34*
mm ft
f#
tf
S16
S16
90
90
••
COM
w
*
I
22-10 22-5
ft
00 ••2
34-3
34-4 40
OR
ft
5V
.
8-1
8-2
83
8-3
14 BN
354
PORTAGNO-P21
22-11 22-4
*
00 ••3
I
34-4
34-3
90 00 ft
00
A1 A1 23
354 VCOl
AMP
OUT
8-2
00
RO
00
PORTA-P20
22-12
22-3
00
90
»4
1
34-5
34-2
09
BU
#f
-15
V A2 A2
90
tt
*•
IN
8-1
90
OR
9*
FMIN-P18
22-13
22-2
00
40
"5
|
34*
341
90
RD
ff
15V
A3 A3
90
VC02
«
OUT
*^ *
2214
22-1
00
99
••6
A4 A4
09 «
IN
9-1
9-2
9-3
9-4
9-4
9
BN
354 EFFECT SW
35-1 35-3
22 BU
376 -15V A5
A5
90
VC03
•»
OUT
9-3
tf
RO
ft $0
23-1
23-10
6
OR
356
ARP RESET
I
35-2
35-2 ff
BL
00
GNO
A6 A6
t#
IN
9-2
00
OR
00
EFFECT LED-
23-2
23-9
ft •1
»t
COM
[
35-3
351
#t
RD
00
15V A7 A7
99
VC04
»
OUT
9-1
00
YE
00
•• 23-3
23-8
-
If
49
ARP ON
A8 A8
tt
«
IN
**" »
23-4
23-7
00
*
00
LATCH
39-1
39-11
23
RD 398 16V
A9 A9
09
-15V
10-1
10-2
10-3
10-4
10-5
10-8 2
BN
354 ARPSW
23-5
23*
#* •f
09
DOWN
39-2
3910
ff
BL
t#
GNO
A10
A10
00
GND
10-7
00
tf
00
VCOVSLAvCOSOBENOf
23-6
23-5
90
09
09
UP/DOWN
1
39-3 39-9
•t
BU
99
-15V
All All
00
15V
104
10
5
00
00
00
PITCH (8END)
23-7
234
m
00
00
UP
394 39*
ff
YE
90
VC04
AMP IN
00
00
00
VCOl/SLAVC
OSC
(MG tl
23-8 23-3
00
90
09
10CT
39*
39-7
ff
GR
00 ••
OUT
104
00
00
00
PITCH
(MGU
23-9
23-2
00
00
00
2 OCT
39* 39*
t#
BU
90
VC03
••
IN
1 v/
»*
10-6
10-3
00
09 00
PWMMG1
23-10
23-1
09
99 99
FULL
39-7
39*
f»
PU
00 ..
OUT
10-7
10-8
10-2
00
00
•9
PWMMG2
^k
& &
^M
39*
39-»
ff
GY
99
VC02
« IN
10-1
09 90
00
PWMMG1
24-1
24* 8
PU
356
GND
39-9 39-3 ff
WT
90
»
OUT
™
^^F
*
24-2
24-5
ft
GY
09
LED
HOLD
39-10 39-2 ff
BL
ft
VCOl
••
IN
12-1
12-4
16
PU
354
CV4
1
24-3
244
M
WY
99
LED
CHORD
39-11 39-1 *f
PK
90 ..
OUT
12-2
12-3
m
ft
00
CV3
24-4
24-3
09
81
00
LED UNISON
» » ^
^^^ ^^^
12-3
12-2
w
00
90
CV2
24-5 24-2
•9
PK
00
LED
U/S
4\
1
2
£09^
j
^h ^k
K6
K5
12-4
12-1
M
00
90
CV1
24-6
24-1
90
LB
99
LED POLY
i
2
20
ff
K8D
tt
13-1
13-2
13-8
13-7
IS
ff
BU
354
NC
GATE 4
25-1
25-2
25-8
25-7
25*
25-5
25-4
253
25-2
251
26*
26-5
264
26-3
15
90
8UWW
356
00
NC
GATE 4
3
4
3
4
ff
09
ft
40
K4
K3
NOTE
13-3
13-4
13*
13-5
ft
09
09
00
00
00
GATE 3
GATE
2
$m
09 9h
1 25 3
25-4
00
00
09
09
99
GATE
3
GATE
2
5
6
5
6
40
90
99
00
K2
Kl
BROWN
-
BN PURPLE
-
PU
13-5
13-6
13-7
13-8
14-1
14-2
14-3
14-4
145
134
13-3
13-2
13-1
145
144
14-3
14-2
14-1
•0
00
09
tt
ii
40
00
M
##
00
00
•
tf
GR
00
00
00
00
00
00
•
00
354
00
00
00
90
GATE
1
EFFECT
ON
NORMAL
OCT UP
VCOTRIGIN
NOISE
FMEG
PWM EG
VCOSIGOUT
i *
*9
^
25-5
25*
25-7
25-8
26-1
26-2
1
26-3
I
264
00
if
09
90
19
*#
ft
M
90
00
09
09
8L
09
OR
90
tf
49
99
ft
356
ff
99
"
GATE 1
EFFECT
ON RES
T
NOR
UP
G2
G1
5
5
7
8
9
10
ii
12
13
14
7
8
9
10
11
12
13
14
00
99
ff
ff
•1
tf
90
•0
00
90
• ..
99
40
90
99
99
K7
K8
K9
K10
K11
K12
K13
K14
RED
ORANGE
-
YELLOW-
GREEN
-
BLUE
-
RD
OR
YE
GR
BU
GRAY
-
GY
WHITE -
WT
BLACK -
BL
PINK -
PK
LIGHT
BLUE-
LB
18