VESTAXSERVICE NOTE
MODEL: PMC-08 PRO preliminary
1. SPECIFICATIONS P. 2 - P. 82. LIST OF SCHEMATICS P. 9
3. CIRCUIT DIAGRAM P. 10 - P. 30
Vestax Corporation Service Department
(2006-05-30)
- 1 -
PMC-08 PRO LIST OF SCHEMATICS
NR DESCRIPTION SHEET SHEET
NUMBER PAGE4 08-cont-input level CONTROL PCB (INPUT LEVEL) 1 of 6 10
2 08-cont-aux level CONTROL PCB (AUX LEVEL) 2 of 6 11
5 08-cont-mix CONTROL PCB (MIX) 3 of 6 12
1 08-cont-aux eq CONTROL PCB (AUX EQ) 4 of 6 13
6 08-cont-out CONTROL PCB (OUT) 5 of 6 14
3 08-cont-digital CONTROL PCB (DIGITAL) 6 of 6 15
8 08-dsp-cpu DSP PCB (CPU DSP) 1 of 4 16
7 08-dsp-adc DSP PCB (ADC) 2 of 4 17
10 08-dsp-out DSP PCB (OUT) 3 of 4 18
9 08-dsp-env DSP PCB (ENVEOLOP) 4 of 4 19
11 08-front FRONT PCB 1 of 1 20
12 08-led LED PCB 1 of 1 21
13 08-line-in LINE IN PCB 1 of 1 22
14 08-monitor-level MONITOR LEVEL PCB 1 of 1 23
15 08-monitor-select MONITOR SELECT PCB 1 of 1 24
16 08-phones PHONES PCB 1 of 1 25
18 08-phono-in-phono-in PHONO_IN PCB(PHONO) 1 of 2 26
17 08-phono-in effect-send PHONO_IN PCB(EFFECT_SEND) 2 of 2 27
20 08-power-power POWER PCB (POWER) 1 of 2 28
19 08-power-effect-rtn POWER PCB (EFFECT-RTN) 2 of 2 29
21 08-sub-master SUB_MASTER PCB 1 of 1 30
ABCDD C B A
PM
C-0
8
16
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
CO
NT
RO
LP
CB
(IN
PU
TLE
VE
L)Sh
eet
+18
-18
toP
HO
NO
_IN
PC
BC
N40
0
R35
310
0k
R38
5
27k
R39
1
47k
1 23
4 5 67
8
SW20
8
SSSS
9257
00
R35
410
0k
R38
6
27k
R39
2
47k
LINE_1L
LINE_1R
LEV
EL
SE
LEC
TLI
NE
1
LEV
EL
SE
LEC
TLI
NE
2
-10d
B
-10d
B
0dB
0dB
+4dB +4
dB
toLI
NE
_IN
PC
BC
N47
0
R35
510
0k
R38
7
27k
R39
3
47k
1 23
4 5 67
8
SW20
9
SSSS
9257
00
R35
610
0k
R38
8
27k
R39
4
47k
LIN
E_2
LL
INE
_2R
-10d
B
-10d
B
0dB
0dB
+4dB +4
dB
1 32
4 65
SW21
2
LB
CPHO
NO
-1
LIN
E-1
1 32
4 65
SW21
3
LB
CPHO
NO
-2
LIN
E-2
INP
UT
SE
LEC
T1
INP
UT
SE
LEC
T2
3
2
1
6
5
4
VR
218
10kA
x2
MA
X
MIN
R21
4 0R
216 0
R37
1N
otFi
tted(
R)
R36
9N
otFi
tted(
R)
R36
7
Not
Fitte
d(R
)
R37
0
Not
Fitte
d(R
)
INP
UT
-1LE
VE
L
3
2
1
6
5
4
VR
219
10kA
x2
MA
X
MIN
R21
5 0ohm
jum
per
R21
7 0ohm
jum
per
R37
4N
otFi
tted(
R)
R37
2N
otFi
tted(
R)
R36
8
Not
Fitte
d(R
)
R37
3
Not
Fitte
d(R
)
INP
UT
-2LE
VE
L
1 2 3 4 5
CN
204
CO
N5
toD
SP
CP
B(A
DC
)C
N3
PHO
NO
1L
PHO
NO
1R
PHO
NO
2L
PHO
NO
2R
+18
-18
+C
317
100/
25+
C29
710
0/25
+18
-18
+C
298
100/
25+
C29
910
0/25
1 2 3 4 5 6 7 8 9 10
CN
206
CO
N10
EFF
EC
T_S
EN
D_M
IX_L
EFF
EC
T_S
EN
D_M
IX_R
MIC
(fro
mM
IX)
(fro
mM
IX)
(to
MIX
)
1 2 3 4 5 6 7 8 9
CN
203
CO
N9
AU
X_S
EN
D_L
AU
X_S
EN
D_R
AU
X_R
TN
_LA
UX
_RT
N_R
(fro
mA
UX
_LE
VE
L)
(fro
mA
UX
_LE
VE
L)
(to
AU
X_L
EV
EL
)(t
oA
UX
_LE
VE
L)
R26
2
27k
R26
9
27k
R27
0
27k
R27
1
27k
ABCDD C B A
PM
C-0
8
26
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
CO
NT
RO
LP
CB
(AU
XLE
VE
L)Sh
eet
R35
110
0k
R38
3
39k
R38
9
68k
1 24
3 5 68
7
SW20
7
SSSS
9257
00
R35
210
0k
R38
4
39k
R39
0
68k
-10d
B
-10d
B
0dB
0dB
+4dB +4
dB
AU
XR
TN
LEV
EL
SE
LEC
T
R25
210
k
R25
110
k
R31
3
39k
INST
INST
LIN
E
LIN
E
12 3
48 IC20
7A NJM
4580
D
-18
+18
C21
60.
1C
217
0.1
-18
+18
C28
7
470p
R34
3
680
R34
7
100
R25
410
k
R25
310
k
R31
4
39k
567
IC20
7B NJM
4580
D
C28
8
470p
R34
4
680
R34
8
100
AU
XS
EN
DLE
VE
LS
ELE
CT
3
2
1
6
5
4
VR
210
50kB
x2
AU
XS
EN
DP
GM
-1
12 3
48 IC20
5A NJM
4580
D
-18
+18
C25
3
47p
R32
1
6.8k
R32
2
6.8k
12 3
48 IC20
8A NJM
4580
D
-18
+18
C25
7
47p
R25
5
22k
R25
7
10k
567
IC20
5B NJM
4580
D
C25
4
47p
R32
3
6.8k
R32
4
6.8k
3
2
1
6
5
4
VR
211
50kB
x2
AU
XS
EN
DP
GM
-2
12 3
48 IC20
6A NJM
4580
D
-18
+18
C25
5
47p
R32
5
6.8k
R32
6
6.8k
567
IC20
6B NJM
4580
D
C25
6
47p
R32
7
6.8k
R32
8
6.8k
R25
6
10k
567
IC20
8B NJM
4580
D
C25
8
47p
R25
8
22k
R26
0
10k
R25
9
10k
MA
X
MIN M
IN
MA
X
1 24
3 5 68
7
SW20
4
LB
C2X
3
PRE
OFF
POST
PRE
_PG
M1L
POST
_PG
M1L
PRE
_PG
M1R
POST
_PG
M1R
EFF
EC
T_R
TN
_L
12 3
48
IC20
2A
NJM
4580
D
-18
+18
C24
7
47p
R24
3
10k
R22
9
Not
Fitte
d(R
)
R22
8
10k
R22
7
10k
EFF
EC
T_R
TN
_R56
7
IC20
2B
NJM
4580
D
C24
8
47p
R24
4
10k
R23
2
Not
Fitte
d(R
)
R23
1
10k
R23
0
10k
1 24
3 5 68
7
SW20
5
LB
C2X
3
OFF
POST
PRE
_PG
M2L
POST
_PG
M2L
PRE
_PG
M2R
POST
_PG
M2R
12 3
48
IC20
3A
NJM
4580
D
-18
+18
C24
9
47p
R24
5
10k
R23
5
Not
Fitte
d(R
)
R23
4
10k
R23
3
10k
567
IC20
3B
NJM
4580
D
C25
0
47p
R24
6
10k
R23
8
Not
Fitte
d(R
)
R23
7
10k
R23
6
10k
JP20
7N
otFi
tted(
JUM
PER
)
JP20
0JU
MPE
R
JP20
8N
otFi
tted(
JUM
PER
)
JP20
1JU
MPE
R
JP20
9N
otFi
tted(
JUM
PER
)
JP20
2JU
MPE
R
JP21
0N
otFi
tted(
JUM
PER
)
JP20
3JU
MPE
R
MIX
EFF
EC
TR
TN
3
2
1
6
5
4
VR
217
10kA
x2
MA
X
MIN
12 3
48
IC20
9A
NJM
4580
D
-18
+18
C28
9
22p
R34
5
68k
R34
9
0
567
IC20
9B
NJM
4580
D
C29
0
22p
R34
6
68k
R35
0
0
R36
5
10k
R36
6
10k
AU
X_R
TN
_VR
_L
AU
X_R
TN
_VR
_R
+18
C21
10.
1C
212
0.1
-18
+18
C21
30.
1C
218
0.1
-18
+18
C21
40.
1C
215
0.1
-18
+18
C22
10.
1C
222
0.1
-18
AU
XR
TN
+C
251
100/
25+
C29
510
0/25
+18
-18
+C
252
100/
25+
C29
610
0/25
AU
XSE
ND
PGM
1/PG
M2(
NO
RM
AL
)
JP20
0O
NJP
201
ON
JP20
2O
NJP
203
ON
JP20
7O
FFJP
208
OFF
JP20
9O
FFJP
210
OFF
PGM
1/PG
M2
+E
FFE
CT
RT
N(O
PTIO
N)
JP20
0O
FFJP
201
OFF
JP20
2O
FFJP
203
OFF
JP20
7O
NJP
208
ON
JP20
9O
NJP
210
ON
+18
C31
00.
1C
312
0.1
-18
+18
C31
10.
1C
313
0.1
-18
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(to
AU
X_E
Q)
(to
AU
X_E
Q)
AU
X_S
EN
D_L
AU
X_S
EN
D_R
AU
X_R
TN
_L
AU
X_R
TN
_R
(to
INPU
T_L
EV
EL
)
(to
INPU
T_L
EV
EL
)
(fro
mIN
PUT
_LE
VE
L)
(fro
mIN
PUT
_LE
VE
L)
PCB 実装面SW
206
INST
LIN
E← →
10/3
0発振のため変更
10/3
0発振のため変更
10/3
0発振のため変更
10/3
0発振のため変更
1 32
4 65
SW20
6
SSSS
9238
00
ABCDD C B A
PM
C-0
8
36
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
CO
NT
RO
LP
CB
(MIX
)Sh
eet
1 2 3 4 5 6 7 8 9 10 11
CN
207
CO
N11
PRE
_PG
M1L
PRE
_PG
M1R
POST
_PG
M1L
POST
_PG
M1R
PRE
_PG
M2L
PRE
_PG
M2R
POST
_PG
M2L
POST
_PG
M2R
12 3
48 IC21
9A NJM
4580
D
-18
+18
C27
7
47p
R28
1
10k
R28
3
10k
R28
4
10k
R28
2
10k
R28
5
10k
R28
6
3.9k
POST
_PG
M1L
POST
_PG
M1R
+18
R31
1
4.7k
LE
D20
0
LE
D
567
IC21
9B NJM
4580
D
C27
8
47p
R28
7
10k
R28
9
10k
R29
0
10k
R28
8
10k
R29
1
10k
R29
2
3.9k
POST
_PG
M2L
POST
_PG
M2R
+18
R31
2
4.7k
LE
D20
1
LE
D
toD
SP
PC
BC
N14
12 3
48
IC22
1A
NJM
4580
D
-18
+18
C28
1
47p
R30
3
10k
567
IC22
1B
NJM
4580
D
C28
2
47p
R30
5
10k
R29
9
10k
R29
7
10k
R30
0
10k
R29
8
10k
JP21
7
Not
Fitte
d(JU
MPE
R)
JP20
6
JUM
PER
EFF
EC
T_S
EN
D_1
L
EFF
EC
T_S
EN
D_1
R
EFF
EC
T_S
EN
D_2
L
EFF
EC
T_S
EN
D_2
R
12 3
48
IC22
0A
NJM
4580
D
-18
+18
C27
9
47p
R30
1
10k
+18
C23
70.
1C
238
0.1
-18
567
IC22
0B
NJM
4580
D
C28
0
47p
R30
2
10k
12 3
48
IC22
2A
NJM
4580
D
-18
+18
C28
3
22p
R20
8
47k
567
IC22
2B
NJM
4580
D
C28
4
22p
R20
9
47k
R34
2
8.2k
R34
1
8.2k
R29
3
10k
R29
4
10k
R29
6
10k
R29
5
10k
EFF
EC
T_S
EN
D_1
L
EFF
EC
T_S
EN
D_2
L
EFF
EC
T_S
EN
D_1
R
EFF
EC
T_S
EN
D_2
R
3
2
1
6
5
4
VR
216
50kB
x2
MIN
MA
X
R39
65.
6kR
397
5.6k
DR
YLE
VE
L
1 2 3 4 5 6 7 8 9
CN
208
CO
N9
EFF
EC
T_S
EN
D_M
IX_L
EFF
EC
T_S
EN
D_M
IX_R
+18
-18
3
2
1
6
5
4
VR
220
10kA
x2
MIN
MA
X
R21
81k
R39
51k
12 3
48
IC21
7A
NJM
4580
D
-18
+18
R20
4
56k
R27
3
8.2k
C27
3
22p
D20
61S
S133
R27
4
10k
R37
5
47k
R37
8N
otFi
tted(
R)
R37
7N
otFi
tted(
R)
R37
6
47k
567
IC21
7B
NJM
4580
D
R20
5
56k
R27
5
8.2k
C27
4
22p
D20
71S
S133
R27
6
10k
R38
0N
otFi
tted(
R)
R38
2N
otFi
tted(
R)
R38
1
Not
Fitte
d(R
)
R37
9
Not
Fitte
d(R
)
3
2
1
65
4V
R21
550
kBx2 W
ET
DR
Y
12 3
48
IC21
8A
NJM
4580
D
-18
+18
R20
6
680
R27
7
Not
Fitte
d(R
)
C27
5
470p
D20
81S
S133
R27
8
10k
567
IC21
8B
NJM
4580
D
R20
7
680
R27
9
Not
Fitte
d(R
)
C27
6
470p
D20
91S
S133
R28
0
10k
EF
FE
CT
-1
EF
FE
CT
-2
ON
OFF
OFFO
N
WE
TLE
VE
L
EF
FE
CT
MIX
toE
FF
EC
T_R
TN
PC
BC
N55
0
SESS
ION
_IN
_LSE
SSIO
N_I
N_R
AU
X_R
TN
_EQ
_L
AU
X_R
TN
_EQ
_R
BO
OT
H_L
BO
OT
H_R
MA
STE
R_L
MA
STE
R_R
1 32
4 65
7 98
10 1211
SW21
5
4X2
1 32
4 65
7 98
10 1211
SW21
4
4X2
+
C29
3
10/3
5
+C
294
10/3
5
R35
710
0kR
358
100k
R35
910
0kR
360
100k
R36
110
0kR
362
100k
R36
310
0kR
364
100k
(to
AU
X_L
EV
EL
)(t
oA
UX
_LE
VE
L)
(to
AU
X_L
EV
EL
)(t
oA
UX
_LE
VE
L)
(to
AU
X_L
EV
EL
)(t
oA
UX
_LE
VE
L)
(to
AU
X_L
EV
EL
)(t
oA
UX
_LE
VE
L)
EFF
EC
T_R
TN
_L
EFF
EC
T_R
TN
_R
+18
C23
50.
1C
236
0.1
-18
+C
300
100/
25+
C30
110
0/25
+18
C23
90.
1C
240
0.1
-18
+C
302
100/
25+
C30
310
0/25
+18
C24
10.
1C
242
0.1
-18
+C
304
100/
25+
C30
510
0/25
+18
C30
80.
1C
309
0.1
-18
+18
C30
60.
1C
307
0.1
-18
MIC
ON
(NO
RM
AL
)M
ICO
FF(O
PTIO
N)
JP21
7O
FFJP
206
ON
JP21
7O
NJP
206
OFF
BO
OT
HO
UT
567
IC20
4B
NJM
4580
D
-18
+18
C31
6
22p
R24
1 180k
R24
0
6.8k
+18
C31
40.
1C
315
0.1
-18
12 3
48
IC20
4A
NJM
4580
D
MIC
LEV
EL
R24
7
10k
R24
2
10k
C31
8
47p
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
AU
X_L
EV
EL
)
(to
AU
X_L
EV
EL
)
(to
OU
T)
(to
OU
T)
EFF
EC
T_S
EN
D_M
IX_L
EFF
EC
T_S
EN
D_M
IX_R
MIC
(fro
mIN
PUT
_LE
VE
L)
(to
INPU
T_L
EV
EL
)
(to
INPU
T_L
EV
EL
)
EFF
EC
T_S
EN
D_M
IX_L
EFF
EC
T_S
EN
D_M
IX_R
1
2
3
VR
221
50kB
x1
R24
9
100
R24
8
100
R25
05.
6k
R26
15.
6k
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
46
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
CO
NT
RO
LP
CB
(AU
XE
Q)
Shee
t
3
2
1
6
5
4
VR
200
20kB
x2 MIN
MA
X
AU
XR
TN
EQ
AU
X_R
TN
_VR
_L
AU
X_R
TN
_VR
_R
+18
-18R
221
10k
R21
968
k
R21
01.
2k
C20
210
4(fil
m)+
C20
01/
50
12 3
48 IC20
0A NJM
4580
D
-18
+18
C24
3
47p
R20
2
22k
R30
710
0R
308
100
3
2
1
6
5
4
VR
201
20kB
x2
MIN
MA
X
R30
910
0R
310
100
R21
21.
2k C20
40.
0082
u
R20
0
22k
567
IC20
0B NJM
4580
D
C24
4
47p
R20
3
22k
R20
1
22k
+18
-18R
222
10k
R22
068
k
R21
11.
2k
C20
310
4(fil
m)+
C20
11/
50
R21
31.
2k C20
50.
0082
u
LOW
HI
AU
X_R
TN
_EQ
_L
AU
X_R
TN
_EQ
_R
+
C28
5
10/3
5
+
C28
6
10/3
5
12 3
48 IC20
1A NJM
4580
D
-18
+18
C24
5
47p
R22
5
27k
+18
C20
80.
1C
209
0.1
-18
R22
3
10k
567
IC20
1B NJM
4580
D
C24
6
47p
R22
6
27k
R22
4
10k
+18
C20
60.
1C
207
0.1
-18
AU
X_M
ON
_L
AU
X_M
ON
_R
(fro
mA
UX
_LE
VE
L)
(fro
mA
UX
_LE
VE
L)
(to
MIX
)
(to
MIX
)
(to
OU
T)
(to
OU
T)
3
2 1
Q20
02S
C27
12-Y
-TE
85
3
2 1
Q20
12S
C27
12-Y
-TE
85
ABCDD C B A
PM
C-0
8
56
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
CO
NT
RO
LP
CB
(OU
T)
Shee
t
SESS
ION
_IN
_L
SESS
ION
_IN
_R
BO
OT
H_L
BO
OT
H_R
MA
STE
R_L
MA
STE
R_R
3
2
1
6
5
4
VR
212
50kB
x2
MIN
MA
X
12 3
48 IC21
1A NJM
4580
D
-18
+18
C26
1
47p
R32
9
27k
R33
0
6.8k
+18
C22
30.
1C
226
0.1
-18
567
IC21
1B NJM
4580
D
C26
2
47p
R33
1
27k
R33
2
6.8k
3
2
1
6
5
4
VR
213
50kB
x2
MIN
MA
X
567
IC21
2B NJM
4580
D
-18
+18
C26
3
47p
R33
3
18k
R33
4
6.8k
+18
C22
40.
1C
227
0.1
-18
12 3
48 IC21
2A NJM
4580
D
C26
4
47p
R33
5
18k
R33
6
6.8k
3
2
1
6
5
4
VR
214
50kB
x2
MIN
MA
X
567
IC21
3B
NJM
5532
D
-18
+18
C26
5
47p
R33
7
18k
R33
8
6.8k
+18
C22
50.
1C
228
0.1
-18
12 3
48
IC21
3A
NJM
5532
D
C26
6
47p
R33
9
18k
R34
0
6.8k
1 32
4 65
SW21
1
2X2
1 32
4 65
SW21
0
2X2
MA
ST
ER
BO
OT
H
MA
ST
ER
MU
TE
BO
OT
HM
UT
E
ON
ONR
264
10k
R26
3
10k
12 3
48
IC21
4A
NJM
5532
D
-18
+18
C26
7
47p
R26
7
10k
C22
90.
1C
230
0.1
-18
567
IC21
4B
NJM
5532
D
C26
8
47p
R26
8
10k
+18
R26
6
10k
R26
5
10k
toP
OW
ER
PC
BC
N65
2
1 2 3
CN
209
CO
N3
toS
UB
_MA
ST
ER
PC
BC
N70
0
AU
X_M
ON
_LA
UX
_MO
N_R
1 2 3 4 5 6 7
CN
205
CO
N7
toM
ON
ITO
R_S
ELE
CT
PC
BC
N75
2
-18
+18
1 2 3 4 5 6 7
CN
202
CO
N7
+18
-18
+C
291
100/
25+
C29
210
0/25
+18 R
239
4.7k
LE
D20
2L
ED
PO
WE
R
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mM
IX)
(fro
mA
UX
_EQ
)
(fro
mA
UX
_EQ
)
ABCDD C B A
PM
C-0
8
66
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
CO
NT
RO
LP
CB
(DIG
ITA
L)Sh
eet
1
2
3
VR
202
50kB
1 2 3 4 5 6 7 8 9 10
CN
200
CO
N10
1
2
3
VR
203
50kB
1
2
3
VR
204
50kB
1
2
3
VR
205
50kB
1
2
3
VR
206
50kB
1
2
3
VR
207
50kB
1
2
3
VR
208
50kB
1
2
3
VR
209
50kB
C21
00.
1
PG
M1
LOW
PG
M1
MID
PG
M1
HI
PG
M1
BA
L
PG
M2
LOW
PG
M2
MID
PG
M2
HI
PG
M2
BA
L
toD
SP
CP
B(C
PU
,DS
P)
CN
6
1 2 3 4 5 6 7 8
CN
201
CO
N8
1 24
3
SW20
0
SW1X
3
1 24
3
SW20
1
SW1X
3
1 24
3
SW20
2
SW1X
3
1 32
SW20
3
SW1X
2
PG
M1
EQ
/ISO
LAT
OR
MA
TR
IX
PG
MR
EV
PG
M2
EQ
/ISO
LAT
OR
EQ
EQ
ISO
LA
TO
R
ISO
LA
TO
R
OFF
OFF
Onl
yIn
put1
Onl
yIn
put2
OFF
OFF
RE
V
toD
SP
CP
B(C
PU
,DS
P)
CN
7
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
14
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
DS
PP
CB
(CP
U,D
SP
)Sh
eet
NC 1
NC2
AVCC 3
X24
X1 5
VCL6
RST 7
TEST8
VSS 9
OSC210
OSC1 11
VCC12
P50/WKP0 13
P51/WKP114
NC 15
NC 16
NC
17N
C18
P52/
WK
P219
P53/
WK
P320
P54/
WK
P421
P55/
WK
P5/A
DT
RG
22P1
0/T
MO
W23
P11
24P1
225
P56/
SDA
26P5
7/SC
L27
P74/
TM
RIV
28P7
5/T
MC
IV29
P76/
TM
OV
30N
C31
NC
32
NC33 NC34 NMI35 P80/FTCI36 P81/FTIOA37 P82/FTIOB38 P83/FTIOC39 P84/FTIOD40 P8541 P8642 P8743 P20/SCK344 P21/RXD45 P22/TXD46 NC47 NC48
NC
49
NC
50
P14/
IRQ
051
P15/
IRQ
152
P16/
IRQ
253
P17/
IRQ
3/T
RG
V54
PB4/
AN
455
PB5/
AN
556
PB6/
AN
657
PB7/
AN
758
PB3/
AN
359
PB2/
AN
260
PB1/
AN
161
PB0/
AN
062
NC
63
NC
64
IC27
H8/
3664
F
MVO/DSD_CLK 1
GND 2
VDD3 3
GND 4
NC 5
SDI_78/DSD_6 6
SDI_56/DSD_5 7
SDI_34/DSD_4 8
SDI_12/DSD_3 9
LRCKI/DSD_2 10
BICKI/DSD_1 11
VDD3 12
GND 13
NC 14
RESET 15
PLL_BYPASS 16
SA17
SDA
18SC
L19
XT
I20
FIL
TE
R_P
LL
21N
C22
GN
DA
23V
DD
A24
CK
OU
T25
NC
26G
ND
27V
DD
328
OU
T8B
29O
UT
8A30
OU
T7B
31O
UT
7A32
OUT6B33 OUT6A34VDD335 GND36
NC37 OUT5B38OUT5A39 OUT4B40OUT4A41 OUT3B42OUT3A43 VDD344
GND45 NC46OUT2B47 OUT2A48
OU
T1B
49
OU
T1A
50
EA
PD51
VD
D3
52
GN
D53
NC
54
BIC
KO
55
LR
CK
O56
SDO
_12
57
SDO
_34
58
VD
D3
59
GN
D60
NC
61
SDO
_56
62
SDO
_78
63
PWD
N64
IC22
DD
X-8
001
MVO/DSD_CLK 1
GND 2
VDD3 3
GND 4
NC 5
SDI_78/DSD_6 6
SDI_56/DSD_5 7
SDI_34/DSD_4 8
SDI_12/DSD_3 9
LRCKI/DSD_2 10
BICKI/DSD_1 11
VDD3 12
GND 13
NC 14
RESET 15
PLL_BYPASS 16
SA17
SDA
18SC
L19
XT
I20
FIL
TE
R_P
LL
21N
C22
GN
DA
23V
DD
A24
CK
OU
T25
NC
26G
ND
27V
DD
328
OU
T8B
29O
UT
8A30
OU
T7B
31O
UT
7A32
OUT6B33 OUT6A34VDD335 GND36
NC37 OUT5B38OUT5A39 OUT4B40OUT4A41 OUT3B42OUT3A43 VDD344
GND45 NC46OUT2B47 OUT2A48
OU
T1B
49
OU
T1A
50
EA
PD51
VD
D3
52
GN
D53
NC
54
BIC
KO
55
LR
CK
O56
SDO
_12
57
SDO
_34
58
VD
D3
59
GN
D60
NC
61
SDO
_56
62
SDO
_78
63
PWD
N64
IC23
DD
X-8
001
X1
16M
Hz
C16
615
p
C16
715
p
C41
0.1
+5
+5+A
5R
156
10
C40
0.1
+C
154
100/
16
C42
0.1
+ C15
510
0/16
0Y1
2Y2
Y-C
OM
3
3Y4
1Y5
INH
6
VE
E7
VSS
8B
9A
103X
110X
12X
-CO
M13
1X14
2X15
VD
D16
IC20
4052 0Y
1
2Y2
Y-C
OM
3
3Y4
1Y5
INH
6
VE
E7
VSS
8B
9A
103X
110X
12X
-CO
M13
1X14
2X15
VD
D16
IC21
4052
R12
710
0R
128
100
R12
910
0R
130
100
C13
3N
otfit
ted(
C) C13
4N
otfit
ted(
C)
C13
5N
otfit
ted(
C)
C13
6N
otfit
ted(
C)
R13
110
0
R12
510
0R
135
100
R12
610
0
C14
0
Not
fitte
d(C
)C
141
Not
fitte
d(C
)
C79
Not
fitte
d(C
)
C14
2
Not
fitte
d(C
)
R13
210
0R
133
100
R13
410
0R
6210
0
C77
Not
fitte
d(C
)C
139
Not
fitte
d(C
)C
138
Not
fitte
d(C
)
C13
7N
otfit
ted(
C)
R13
610
0
R13
710
0
C14
5N
otfit
ted(
C)
C14
4N
otfit
ted(
C)
+A5
+A5
C24 0.
1
C25
0.1
CU
TL
AG
_LC
F_C
UR
VE
CU
TL
AG
_R
PGM
1_L
OW
PMG
1_M
IDPG
M1_
HI
PGM
1_B
AL
PGM
2_L
OW
PMG
2_M
IDPG
M2_
HI
PMG
2_B
AL
IF1_
CU
RV
E
IF2_
CU
RV
E
AN
4A
N5
AN
6A
N7
AN
4A
N5
AN
6A
N7
R14
810
0R
147
100
R14
610
0+A
5
C14
80.
01C
147
0.01
C14
60.
01
CF
IF1
IF2
12
IC13
A
Not
Fitte
d(T
C74
LV
X14
FT)
34
IC13
B
Not
Fitte
d(T
C74
LV
X14
FT)
1312
IC13
F
Not
Fitte
d(T
C74
LV
X14
FT)
1110
IC13
E
Not
Fitte
d(T
C74
LV
X14
FT)
R15
9
Not
Fitte
d(R
)
R16
0
Not
Fitte
d(R
)
R15
7
0(Ju
mpe
r)
R15
8
0(Ju
mpe
r)
SCL
_CPU
SDA
_CPU
SCL
_DSP
SDA
_DSP
R15
51k
R15
41k
+5+5
56
IC13
C
Not
Fitte
d(T
C74
LV
X14
FT)
98
IC13
D
Not
Fitte
d(T
C74
LV
X14
FT)
GN
D7
VC
C14
IC13
GT
C74
LV
X14
FT
+3R
3 C46
0.1
CL
R1
CK
2
A3
B4
C5
D6
EN
P7
GN
D8
LO
AD
9E
NT
10Q
D11
QC
12Q
B13
QA
14C
AR
RY
15V
CC
16IC
25
74V
HC
161
CL
R1
CK
2
A3
B4
C5
D6
EN
P7
GN
D8
LO
AD
9E
NT
10Q
D11
QC
12Q
B13
QA
14C
AR
RY
15V
CC
16IC
24
74V
HC
161
NC
1
GN
D7
OU
T8
+514
OSC
1
24.5
76M
Hz
+5
C14
9
0.1
+5C
150
0.1
+5C
151
0.1
R13
8
0
+5 +5
R13
910
0
R14
110
0
64FS
FS256F
S
256F
S
PG
M1
DS
P
PG
M2
DS
P
+3R
3
R15
03.3
k
C16
012
00p
C16
2
100p
C15
8
220p
L3
600o
hm@
100M
Hz
L4
600o
hm@
100M
Hz
+C
164
22/6
.3C
152
0.1+3
R3
256F
S
R14
93.
3k
C15
912
00p
C16
1
100p
C15
7
220p
L1
600o
hm@
100M
Hz
L2
600o
hm@
100M
Hz
+C
163
22/6
.3C
330.
1+3R
3
PGM
1_C
H8B
PGM
1_C
H8A
PGM
1_C
H7B
PGM
1_C
H7A
+3R
3 C32
0.1
+3R
3 C39
0.1PG
M2_
CH
8BPG
M2_
CH
8APG
M2_
CH
7BPG
M2_
CH
7A
256F
S
64FS
FS
64FSFS
64FSFS
C44
0.1
C45
0.1
+C
156
100/
16
+3R
3
C30
0.1
C31
0.1
+C
153
100/
16
+3R
3
PGM
2_A
DPG
M1_
AD
C26
0.1
C27
0.1
+3R
3
C37
0.1
C38
0.1
+3R
3
+3R
3
C28
0.1
C29
0.1
+3R
3
C35
0.1
C36
0.1
RESET_AD RESET_AD
R65
10k
R64
10k
+5
R15
31k+5
1 2 3 4 5 6
CN
4
CO
N6
+5
TX
DR
XD
NM
IP8
5
OU
T1
VD
D2
VSS 3
IC28
S-80
840C
NU
A
+C
165
4.7u
/25
R11
64.
7kR
6610
k
+5+5
D12
1SS3
52
RE
SET
_AD
RE
SET
_AD
SWIN
_12
SWIN
_14
SWIN
_15
SWIN
_16
SWIN
_17
SWIN
_50
SWIN
_51
SWIN
_52
SWIN
_53
SWIN
_11
12345
678
RA
110
kx4
12345
678
RA
210
kx4
+5
1 2 3 45678
RA
41k
x4
1 2 3 45678
RA
51k
x4
SWIN
_11
SWIN
_12
SWIN
_14
SWIN
_15
SWIN
_16
SWIN
_17
SWIN
_50
SWIN
_51
SWIN
_52
SWIN
_53
SEL
_ASE
L_B
TP1
TP
LE
VE
L1
LE
VE
L2
R14
010
0
R14
5100
CP
U
1 2 3 4
CN
12
CO
N4
1 2 3 4
CN
11
CO
N4
1 2 3 4
CN
10
CO
N4
+A5
+A5
toC
.FU
NIT
to I.
FU
NIT
-1
to I.
FU
NIT
-2C
PU
upda
te
+A5
+A5
toC
ON
TR
OL
PC
B(D
IGIT
AL)
CN
201
toF
RO
NT
PC
BC
N95
0
R14
410
0R
143
100
R14
210
0
+5
LE
D_D
AT
AL
ED
_CL
KL
ED
_LA
TC
H
to LED PCB CN901
31
2
4
5
J5 DIN
5P
R15
212
0R
151
100 D11
1SS3
52
1 2
NC
3O
UT
4
GN
D5
VC
C6
IC26
PC90
0
+5C
340.
1
MA
X
MIN
MIN
MA
X
PG
M2
PG
M1
Par
amet
erup
date
toC
ON
TR
OL
PC
B(D
IGIT
AL)
CN
200
SW_I
F1R
EV
SW_C
FRE
VSW
_IF2
RE
V
1 2 3 4 5 6 7 8 9 10 11
CN
5
CO
N11 1 2 3 4 5 6 7 8 9 10
CN
6
CO
N10
PGM
1_L
OW
PMG
1_M
ID
PGM
1_H
I
PGM
1_B
AL
PGM
2_L
OW
PMG
2_M
ID
PGM
2_H
I
PMG
2_B
AL
CU
TL
AG
_L
CF_
CU
RV
E
CU
TL
AG
_R
IF1_
CU
RV
EIF
2_C
UR
VE
R61
100
C78 Not
fitte
d(C
)
C14
3N
otfit
ted(
C)
R63
100
LE
VE
L_M
AST
ER
1 2 3 4 5 6 7 8
CN
7
CO
N8
1 2
CN
8
CO
N2
1 2
CN
9
CO
N2
toT
RA
NS
FO
RM
ER
1S
W
toT
RA
NS
FO
RM
ER
2S
W
12345
678
RA
310
kx4
1 2 3 45678
RA
61k
x4
SW_T
RA
NS1
SW_T
RA
NS2
SW_E
Q1
SW_I
SO1
SW_M
AT
RIX
1SW
_MA
TR
IX2
SW_P
RG
RE
VSW
_EQ
2SW
_ISO
2
SW_T
RA
NS1
SW_T
RA
NS2
SW_E
Q1
SW_I
SO1
SW_M
AT
RIX
1SW
_MA
TR
IX2
SW_P
RG
RE
VSW
_EQ
2
SW_I
SO2
SW_I
F1R
EV
SW_C
FRE
VSW
_IF2
RE
V
SWIN
_54
SWIN
_55
SWIN
_54
SWIN
_55
A0
1
A1
2
A2
3
VSS
4SD
A5
SCL
6W
P7
VC
C8
IC29
24L
C16
k-I/P
_or_
32k
+5C
43
0.1
R67
10k
WR
WR
Dev
ice
Add
ress
= 0x
40
Dev
ice
Add
ress
= 0x
42
Dev
ice
Add
ress
= 0x
A0
PGM
1_A
DPG
M2_
AD
PGM
2_A
DPG
M1_
AD
PGM
1_C
H6B
PGM
1_C
H6A
PGM
1_C
H5B
PGM
1_C
H5A
PGM
2_C
H6B
PGM
2_C
H6A
PGM
2_C
H5B
PGM
2_C
H5A
R16
110
k
+5
+18
-18
+C
147
0/25
+C
247
0/25
toP
OW
ER
PC
BC
N65
1
1 2 3 4 5
CN
1
CO
N5
R16
8
Not
Fitte
d(R
)
+5
+C
4747
0/16 VIN 1
GND 3
VOUT 2
IC15
uPC
2933
T
+5
C4
0.1
C5
0.1
+3R
3 +C
4810
0/16
toD
SPV
CC
D17
Not
Fitte
d(1S
R15
4-40
0)
1 2 3 4 5
CN
16
CO
N5
C18
110
0p
C18
010
0p
C49
100p
(fro
mE
NV
EL
OP)
(fro
mE
NV
EL
OP)
(fro
mE
NV
EL
OP)
(to
AD
C)
(fro
mA
DC
)
(fro
mA
DC
)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
(to
OU
T)
Tex
tT
ext
(to
AD
C)
(to
AD
C)
(to
AD
C)
21
3
Q1
DT
A11
4YU
A
R_B
10k
R17
710
kR
176
10k
R17
510
k
R_A
10k
+5
add_
A0
add_
A1
add_
A2
add_
A0
add_
A1
add_
A2
R17
310
k
<cau
tion>
OSCパーツは
pin1が
"NC
"typ
e であること
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
24
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
DS
PP
CB
(AD
C)
Shee
t
VIN1
GND 3
VOUT2
IC17
NJM
78M
05D
L1A
12 3
48
IC1A N
JM21
00M
567
IC1B N
JM21
00M
AIN
R1
AIN
L2
CK
S13
VC
OM
4
AG
ND
5
VA
6
VD
7
DG
ND
8SD
TO
9L
RC
K10
MC
LK
11SC
LK
12PD
N13
DIF
14C
KS2
15C
KS0
16IC
18
AK
5357
+
C11
910
/16
+
C12
010
/16
C19
0.1
C20
0.1
+
C12
4
10/1
6
+
C11
8
10/1
6
+
C12
9
0.47
/50
RE
SET
_AD
64FS
256F
SFS PG
M1_
AD
C16
0.1
C17
0.1
C10
4 47p
C10
5 47p
R11
8 47k
R11
7 47k
R48
100k
R50
100k
+
C11
7
10/3
5
+
C12
1
10/3
5
1 2 3 4 5
CN
3
CO
N5
PGM
1_L
PGM
1_R
12 3
48
IC2A N
JM21
00M
567
IC2B
NJM
2100
M
AIN
R1
AIN
L2
CK
S13
VC
OM
4
AG
ND
5
VA
6
VD
7
DG
ND
8SD
TO
9L
RC
K10
MC
LK
11SC
LK
12PD
N13
DIF
14C
KS2
15C
KS0
16IC
19
AK
5357
+
C12
710
/16
+
C12
810
/16
C22
0.1
C23
0.1
+
C12
6
10/1
6
+
C12
5
10/1
6
+
C13
0
0.47
/50
RE
SET
_AD
64FS
256F
SFS PG
M2_
AD
C10
6 47p
C10
7 47p
R12
0 47k
R11
9 47k
R51
100k
R54
100k
+
C12
2
10/3
5
+
C12
3
10/3
5
PGM
2_L
PGM
2_R
toC
ON
TR
OL
PC
B(I
NP
UT
LEV
EL)
CN
204
C18
0.1
C21
0.1
R49
100k
R12
1
0ohm
Jum
per
R12
2
0ohm
Jum
per
R53
100k
D7
1SS3
52
D8
1SS3
52
D9
1SS3
52
D10
1SS3
52
R52
100k
R55
100k
R12
3
0ohm
Jum
per
R12
4
0ohm
Jum
per
+C
116
100/
16
AD
C+5
AD
C+5
AD
C+5
+18
AD
C+5
AD
C+5
AD
C+5
AD
C+5
AD
C+5
AD
C+5
AD
C+5
D16
Not
Fitte
d(1S
R15
4-40
0)
AD
C+5
AD
C+5
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(to
CPU
,DSP
)
(to
CPU
,DSP
)
AD
C+5
R16
9
10k
+C
182
10/1
6
R17
0
10k
+C
183
10/1
6
R17
1
10k
+C
184
10/1
6
R17
2
10k
+C
131
10/1
6
R17
4
10k
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
34
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
DS
PP
CB
(OU
T)
Shee
t
12 3
48
IC3A
NJM
4580
M
R68 4.75
k_1%
R70 4.75
k_1%
R72 4.75
k_1%
R69 4.75
k_1%
R71 4.75
k_1%
R73 4.75
k_1%
C96
470p
C10
815
0p
R4
12k
R5
12k
C61
220p
C62
220p
+18
PGM
1_C
H5B
PGM
1_C
H5A
567
IC3B
NJM
4580
M
R80 4.75
k_1%
R82 4.75
k_1%
R84 4.75
k_1%
R81 4.75
k_1%
R83 4.75
k_1%
R85 4.75
k_1%
C98
470p
C11
015
0p
R8
12k
R9
12k
C65
220p
C66
220p
+18
PGM
1_C
H6B
PGM
1_C
H6A
C8
0.1
PG
M1
Lch
PR
EF
AD
ER
PG
M1
Rch
PR
EF
AD
ER
12 3
48
IC4A
NJM
4580
M
R92 4.75
k_1%
R96 4.75
k_1%
R10
0
4.75
k_1%
R93 4.75
k_1%
R97 4.75
k_1%
R10
1
4.75
k_1%
C10
047
0pC
112
150p
R14
12k
R10
12k
C69
220p
C71
220p
+18
PGM
1_C
H7B
PGM
1_C
H7A
567
IC4B
NJM
4580
M
R94 4.75
k_1%
R98 4.75
k_1%
R10
2
4.75
k_1%
R95 4.75
k_1%
R99 4.75
k_1%
R10
3
4.75
k_1%
C10
147
0pC
113
150p
R15
12k
R16
12k
C70
220p
C72
220p
+18
PGM
1_C
H8B
PGM
1_C
H8A
C12
0.1
PG
M1
Lch
PO
ST
FA
DE
R
PG
M1
Rch
PO
ST
FA
DE
R
+
C85
10/5
0
+
C87
10/5
0
+
C89
10/5
0
+
C90
10/5
0
PRE
_1L
PRE
_1R
POST
_1L
POST
_1R
-18
C9
0.1
-18
C13
0.1
-18
-18
12 3
48
IC5A
NJM
4580
M
R74 4.75
k_1%
R76 4.75
k_1%
R78 4.75
k_1%
R75 4.75
k_1%
R77 4.75
k_1%
R79 4.75
k_1%
C97
470p
C10
915
0p
R6
12k
R7
12k
C63
220p
C64
220p
+18
PGM
2_C
H5B
PGM
2_C
H5A
567
IC5B
NJM
4580
M
R86 4.75
k_1%
R88 4.75
k_1%
R90 4.75
k_1%
R87 4.75
k_1%
R89 4.75
k_1%
R91 4.75
k_1%
C99
470p
C11
115
0p
R11
12k
R12
12k
C67
220p
C68
220p
+18
PGM
2_C
H6B
PGM
2_C
H6A
C10
0.1
PG
M2
Lch
PR
EF
AD
ER
PG
M2
Rch
PR
EF
AD
ER
12 3
48
IC6A
NJM
4580
M
R10
4
4.75
k_1%
R10
8
4.75
k_1%
R11
2
4.75
k_1%
R10
5
4.75
k_1%
R10
9
4.75
k_1%
R11
3
4.75
k_1%
C10
247
0pC
114
150p
R17
12k
R13
12k
C73
220p
C75
220p +1
8
PGM
2_C
H7B
PGM
2_C
H7A
567
IC6B
NJM
4580
M
R10
6
4.75
k_1%
R11
0
4.75
k_1%
R11
4
4.75
k_1%
R10
7
4.75
k_1%
R11
1
4.75
k_1%
R11
5
4.75
k_1%
C10
347
0pC
115
150p
R18
12k
R19
12k
C74
220p
C76
220p
+18
PGM
2_C
H8B
PGM
2_C
H8A
C14
0.1
PG
M2
Lch
PO
ST
FA
DE
R
PG
M2
Rch
PO
ST
FA
DE
R
+
C86
10/5
0
+
C88
10/5
0
+
C91
10/5
0
+
C92
10/5
0
PRE
_2L
PRE
_2R
POST
_2L
POST
_2R
-18
C11
0.1
-18
C15
0.1
-18
-18
toM
ON
ITO
R_L
EV
EL
PC
BC
N80
0
PRE
_2L
PRE
_2R
PRE
_1L
PRE
_1R
POST
_1L
POST
_1R
POST
_2L
POST
_2R
toC
ON
TR
OL
PC
BC
N20
7
PRE
_1L
PRE
_1R
PRE
_2L
PRE
_2R
1 2 3 4 5 6 7 8 9 10 11
CN
14
CO
N11
1 2 3 4 5 6 7
CN
13
CO
N7
+18
-18
Tex
t
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(fro
mC
PU,D
SP)
(to
EN
VE
LO
P)
(to
EN
VE
LO
P)
(to
EN
VE
LO
P)
(to
EN
VE
LO
P)
L5
10L
6
10L
7
10L
8
10L
9
10L
10
10L
11
10L
12
10
（cau
tion)
L5 -
L12は、部品パターンはそのままで、
パーツのみ、
Lから
Rに変更する。
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
44
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
DS
PP
CB
(EN
VE
LOP
)Sh
eet
MA
STE
R_L
MA
STE
R_R
1 2 3 4 5
CN
15
CO
N5
MO
N_L
MO
N_R
12 3
48
IC7A
NJM
2068
M
R25
39k
R24
39k
R1
56k
C50
47p
+18
-18
toM
ON
ITO
R_S
ELE
CT
PC
BC
N75
1
12 3
48
IC8A
NJM
2068
M
R23
39k
R22
39k
R2
56k
C51
47p
+18
-18
567
IC8B
NJM
2068
M
R32
39k
R31
39k
R3
56k
C52
47p
PRE
_1L
PRE
_1R
PRE
_2L
PRE
_2R
+
C81
10/5
0 R57
10k
+
C80
10/5
0 R56
10k
+
C83
10/5
0 R59
10k
12 3
48
IC9A N
JM20
68M
+18
-18
R30
39k
R33
100k
C55
47p
+
C82
10/5
0 R58
10k
567
IC9B N
JM20
68M
R43
39k
R44
100k
C60
47p
+
C84
10/5
0 R60
10k
123456
CN
2C
ON
6
toLE
DP
CB
CN
900
12 3
48
IC10
A
NJM
2068
M
R26
100k
R20
100k
C53
47p
21
3
D1
1SS3
02
R27
100k
R28
100k
567
IC10
B NJM
2068
M
R29
100k
R21
100k
C54
47p
21
3
D2
1SS3
02
+C
932.
2/50
LE
VE
L_M
AST
ER
LE
VE
L1
LE
VE
L2
12 3
48
IC12
AN
JM20
68M
R45
100k
R36
100k
C57
47p
21
3
D5
1SS3
02
R39
100k
R46
100k
567
IC12
B NJM
2068
M
R47
100k
R42
100k
C59
47p
21
3
D6
1SS3
02
+C
952.
2/50
12 3
48
IC11
AN
JM20
68M
R34
100k
R35
100k
C56
47p
21
3
D3
1SS3
02
R37
100k
R38
100k
567
IC11
B NJM
2068
M
R40
100k
R41
100k
C58
47p
21
3
D4
1SS3
02
+C
942.
2/50
567
IC7B
NJM
2068
M
C16
80.
1
C16
90.
1
+18
-18
C17
20.
1
C17
30.
1
+18
-18
C17
40.
1
C17
50.
1
+18
-18
C17
00.
1
C17
10.
1
C17
60.
1
C17
70.
1
C17
80.
1
C17
90.
1
+18
+18
+18
+18
+18
+18
-18
-18
-18
-18
-18
-18
R16
210
0k
R16
539
kD
13R
B50
1V-4
0
R16
310
0k
R16
639
kD
14R
B50
1V-4
0
R16
410
0k
R16
739
kD
15R
B50
1V-4
0
ME
TE
RA
DJU
ST
MO
NIT
OR
(L+
R)
ME
TE
RA
DJU
ST
PG
M-1
ME
TE
RA
DJU
ST
PG
M-2
ME
TE
RA
DJU
ST
MA
ST
ER
-L
ME
TE
RA
DJU
ST
MA
ST
ER
-R
(to
CPU
,DSP
)
(to
CPU
,DSP
)
(to
CPU
,DSP
)
1
2
3
TM
2
10kB
1
2
3
TM
1
10kB
1
2
3
TM
4
10kB
1
2
3
TM
3
10kB
1
2
3
TM
5
10kB
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
11
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
FR
ON
TP
CB
Shee
t
C95
00.
1
IF-1
CU
RV
E
CF
CU
TLA
GLCF
CU
RV
E
CF
CU
TLA
GRIF-2
CU
RV
E
toD
SP
CP
B(C
PU
,DS
P)
CN
5
IF-1
RE
V
CF
RE
V
IF-2
RE
V
1 2 3 4 5 6 7 8 910 11
CN
950
CO
N11
1 32
SW95
0
SW1X
2
OFF
RE
V
1 32
SW95
1
SW1X
2
OFF
RE
V
1 32
SW95
2
SW1X
2
OFF
RE
V
1
2
3
VR
950
50kB
1
2
3
VR
951
50kB
1
2
3
VR
952
50kB
1
2
3
VR
953
50kB
1
2
3
VR
954
50kB
ABCDD C B A
PM
C-0
8
11
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
LED
PC
BSh
eet
GN
D1
SER
IAL
-IN
2
CL
OC
K3
LA
TC
H4
OU
T0
5
OU
T1
6
OU
T2
7
OU
T3
8
OU
T4
9
OU
T5
10
OU
T6
11
OU
T7
12O
UT
813
OU
T9
14O
UT
1015
OU
T11
16O
UT
1217
OU
T13
18O
UT
1419
OU
T15
20E
NA
BL
E21
SER
IAL
-OU
T22
R-E
XT
23V
DD
24IC
900
TB
6270
6BN
1A
2K
D90
0
LED(丸型
)
+5
R90
32.
7k
+5C
900
0.1
GN
D1
SER
IAL
-IN
2
CL
OC
K3
LA
TC
H4
OU
T0
5
OU
T1
6
OU
T2
7
OU
T3
8
OU
T4
9
OU
T5
10
OU
T6
11
OU
T7
12O
UT
813
OU
T9
14O
UT
1015
OU
T11
16O
UT
1217
OU
T13
18O
UT
1419
OU
T15
20E
NA
BL
E21
SER
IAL
-OU
T22
R-E
XT
23V
DD
24IC
901
TB
6270
6BN
D90
1
LED(丸型)
R90
42.
7k
+5C
901
0.1
GN
D1
SER
IAL
-IN
2
CL
OC
K3
LA
TC
H4
OU
T0
5
OU
T1
6
OU
T2
7
OU
T3
8
OU
T4
9
OU
T5
10
OU
T6
11
OU
T7
12O
UT
813
OU
T9
14O
UT
1015
OU
T11
16O
UT
1217
OU
T13
18O
UT
1419
OU
T15
20E
NA
BL
E21
SER
IAL
-OU
T22
R-E
XT
23V
DD
24IC
902
TB
6270
6BN
D90
2
LED(丸型)
R90
52.
7k
+5C
902
0.1
1 2 3 4 5 6
CN
900
CO
N6
1 32
4 65
SW90
0
2X2
PGM
-1
MA
STE
R-L
toD
SP
(EN
VE
LOP
)P
CB
CN
2
toD
SP
(CP
U,D
SP
)P
CB
CN
16
PG
M-1
(MA
ST
ER
-L)
MO
NIT
OR
PG
M-2
(MA
ST
ER
-R)
IF-1
RE
VC
FR
EV
IF-2
RE
V
LE
D+3
LE
D+3
LE
D+3
LE
D+3
1 2
CN
902
CO
N2
1 2
CN
903
CO
N2
toT
RA
NS
FO
RM
ER
1LE
D
toT
RA
NS
FO
RM
ER
2LE
D
ME
TE
RS
ELE
CT
1 2 3 4 5
CN
901
CO
N5
1 2
CN
904 C
ON
2
toP
OW
ER
PC
BC
N65
4
+C
903
100/
16
PGM
-2
MA
STE
R-R
1A
2KD
903
LED(角型
)
1A
2KD
904
LED(角型
)
1A
2KD
905
LED(角型
)
1A
2KD
906
LED(角型
)
1A
2KD
907
LED(角型
)
1A
2KD
908
LED(角型
)
1A
2KD
909
LED(角型
)
1A
2KD
910
LED(角型
)
1A
2KD
911
LED(角型
)
1A
2KD
912
LED(角型
)
1A
2KD
913
LED(角型
)
1A
2KD
914
LED(角型
)
1A
2KD
915
LED(角型
)
1A
2KD
916
LED(角型
)
1A
2KD
917
LED(角型
)
1A
2KD
918
LED(角型
)
1A
2KD
919
LED(角型
)
1A
2KD
920
LED(角型
)
1A
2KD
921
LED(角型
)
1A
2KD
922
LED(角型
)
1A
2KD
923
LED(角型
)
1A
2KD
924
LED(角型
)
1A
2KD
925
LED(角型
)
1A
2KD
926
LED(角型
)
1A
2KD
927
LED(角型)
1A
2KD
928
LED(角型)
1A
2KD
929
LED(角型)
1A
2KD
930
LED(角型)
1A
2KD
931
LED(角型)
1A
2KD
932
LED(角型)
1A
2KD
933
LED(角型)
1A
2KD
934
LED(角型)
1A
2KD
935
LED(角型)
1A
2KD
936
LED(角型)
1A
2KD
937
LED(角型)
1A
2KD
938
LED(角型)
LED
COLO
RD9
03D9
04D9
05D9
06D9
07D9
08D9
09D9
10D9
11D9
12D9
13D9
14
(RED
)(R
ED)
(RED
)
(YEL
LOW)
(GRE
EN)
(GRE
EN)
(GRE
EN)
(GRE
EN)
"+10
""+
5"
"+ 3
""+
1"
" 0
""-
1"
"- 3
""-
5"
"- 7
""-
10"
"-15
""-
30"
LED
COLO
RD9
15D9
16D9
17D9
18D9
19D9
20D9
21D9
22D9
23D9
24D9
25D9
26
"+10
""+
5"
"+ 3
""+
1"
" 0
""-
1"
"- 3
""-
5"
"- 7
""-
10"
"-15
""-
30"
LED
COLO
RD9
27D9
28D9
29D9
30D9
31D9
32D9
33D9
34D9
35D9
36D9
37D9
38
"+10
""+
5"
"+ 3
""+
1"
" 0
""-
1"
"- 3
""-
5"
"- 7
""-
10"
"-15
""-
30"
(YEL
LOW)
(GRE
EN)
(GRE
EN)
(GRE
EN)
(RED
)(R
ED)
(RED
)
(YEL
LOW)
(GRE
EN)
(GRE
EN)
(GRE
EN)
(GRE
EN)
(YEL
LOW)
(GRE
EN)
(GRE
EN)
(GRE
EN)
(RED
)(R
ED)
(RED
)
(YEL
LOW)
(GRE
EN)
(GRE
EN)
(GRE
EN)
(GRE
EN)
(YEL
LOW)
(GRE
EN)
(GRE
EN)
(GRE
EN)
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
11
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
LIN
E_I
NP
CB
Shee
t
L47
5
0
R47
6 2.2k
R47
247
k
LIN
E-2
L
L47
7
0
R47
7 2.2k
R47
347
k
LIN
E-2
R
+
C48
0
10/5
0
+
C48
1
10/5
0
toC
ON
TR
OL
PC
B(I
NP
UT
LEV
EL)
CN
203
L47
1
0
R47
4 2.2k
R47
047
k
LIN
E-1
L
L47
2
0
R47
5 2.2k
R47
147
k
LIN
E-1
R
+
C47
8
10/5
0
+
C47
9
10/5
0
L47
0
0 L47
3
0 L47
4
0 L47
6
0
J470
AR
CA
2RE
N
J470
BR
CA
2RE
N
J471
AR
CA
2RE
N
J471
BR
CA
2RE
N
C49
1
Not
Fitte
d(C
)
SHA
SSIS
SHA
SSIS
C49
3
Not
Fitte
d(C
)SH
ASS
IS
SHA
SSIS
C47
5
Not
Fitte
d(C
)SH
ASS
IS
SHA
SSIS
C47
7
Not
Fitte
d(C
)SH
ASS
IS
SHA
SSIS
R47
8
3.9k
R47
9
3.9k
C48
20.
001
C48
30.
001
C48
40.
001
C48
50.
001
R48
0
3.9k
R48
1
3.9k
L60
1
0
R60
5 3.9k
R60
147
k
L60
3
0
R60
7 3.9k
R60
347
k
+
C60
1
10/5
0
+
C60
3
10/5
0
L60
0
0
L60
2
0
+
C60
0
10/3
5
+
C60
2
10/3
5R
602
100k
R60
010
0k
R60
4
1k R60
6
1k
AU
XS
EN
DL
2 4 1
J600
PHO
NE
JAC
K
AU
XS
EN
DR
2 4 1
J602
PHO
NE
JAC
K
2 4 1
J601
PHO
NE
JAC
K
2 4 1
J603
PHO
NE
JAC
K
AU
XR
TN
L
AU
XR
TN
R
L60
40 L
606
0
L60
50 L
607
0
C61
1N
otFi
tted(
C)
SHA
SSIS
C61
5N
otFi
tted(
C)
SHA
SSIS
SHA
SSIS
SHA
SSIS
SHA
SSIS
SHA
SSIS
C61
2N
otFi
tted(
C)
SHA
SSISC
608
Not
Fitte
d(C
)
SHA
SSIS
R60
8
100
C60
40.
001
R61
0
100
C60
60.
001
R60
9
2.2k
C60
70.
001
R61
1
2.2k
C60
50.
001
1 2 3 4 5 6 7 8 9
CN
470
CO
N9
R48
2
0(Ju
mpe
r)
R48
4
0(Ju
mpe
r)
R48
3
0(Ju
mpe
r)
R48
5
0(Ju
mpe
r)
R48
6 0(Ju
mpe
r)
R48
8 0(Ju
mpe
r)
R48
7 0(Ju
mpe
r)
R48
9 0(Ju
mpe
r)
ABCDD C B A
PM
C-0
8
11
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
MO
NIT
OR
_LE
VE
LP
CB
Shee
t
3
2
1
6
5
4
VR
800
50kB
x2
MA
X
MIN
R80
3
15k
R80
4
15k
R80
2
15k
R80
5
15k
12 3
48
IC80
0A
NJM
4580
D
C80
0
10p
R80
0
100k
C80
40.
1C
805
0.1
R80
7
68k
R80
6
68k
567
IC80
0B
NJM
4580
D
C80
1
10p
R80
1
100k
R80
9
68k
R80
8
68k
1 2 3 4 5
CN
801
CO
N5
toD
SP
PC
B(O
UT
)C
N13
toM
ON
ITO
R_S
ELE
CT
PC
BC
N75
0
3
2
1
6
5
4
VR
801
50kB
x2
MA
X
MIN
1 2 3
CN
802
CO
N3
toP
HO
NE
SP
CB
CN
850
MO
NIT
OR
LEV
EL
C.F
.MO
NIT
OR
1 2 3 4 5 6 7
CN
800
CO
N7
+18
-18
+18
+18
-18
-18
*2ndアートワーク時に
CN802の位置を変更願います。
VR
800
VR801 CN802
CN
801
(部品面)
↓出来るだけVR
800に寄せてください。
(向きはそのままでVR
800もそのまま)
12
34
ABCD
43
21
D C B AP
MC
-08
11
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
MO
NIT
OR
_SE
LEC
TP
CB
Shee
t
1 2 3 4 5
CN
750
CO
N5
1 2 435
6 7 9810
SW75
0
SW2X
4
1 2 3 4 5 6 7
CN
752
CO
N7
toM
ON
ITO
R_L
EV
EL
PC
BC
N80
1
toC
ON
TR
OL
PC
B(O
UT
)C
N20
5
CU
E
AU
XR
TN
SESS
ION
MA
STE
R
1 2 3 4 5
CN
751
CO
N5
toD
SP
PC
B(E
NV
ELO
P)
CN
15
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
11
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
PH
ON
ES
PC
BSh
eet
J850
PHO
NE
JAC
KST
ER
EO
1 2 3
CN
850
CO
N3
L85
1 0
L85
2 0
L85
0 0
toM
ON
ITO
R_L
EV
EL
PC
BC
N80
2
C85
2N
otFi
tted(
C)
SHA
SSISC
851
Not
Fitte
d(C
)
SHA
SSIS
SHA
SSIS
PH
ON
ES
SHA
SSIS
12 3
48 IC80
1A
NJM
4580
D
HP-
18
HP+
18
R81
0
39k
HP+
18
HP-
18
R81
2
6.8k
+C
810
100/
25+
C81
110
0/25
R81
9
10oh
m0.
5W
+
C80
2
10/3
5
3
2 1
Q80
02S
C26
55
1 2
3Q
802
2SA
1020
R81
810
ohm
0.5W
R82
010
ohm
0.5W
D80
01S
S133
D80
11S
S133
+
C80
610
/35
+ C80
710
/35
R81
410
k
R81
510
k
HP+
18
HP-
18
567
IC80
1B
NJM
4580
D
R81
1
39k
R81
3
6.8k
R82
3
10oh
m0.
5W
+
C80
3
10/3
5
3
2 1
Q80
12S
C26
55
1 2
3Q
803
2SA
1020
R82
110
ohm
0.5W
R82
210
ohm
0.5W
D80
21S
S133
D80
31S
S133
+
C80
910
/35
+ C80
810
/35
R81
610
k
R81
710
k
HP+
18
HP-
18+
C81
2
330/
35
+
C81
3
330/
35R
825
100k
R82
410
0k
C81
40.
1C
815
0.1
C81
60.
01
C81
70.
01
1 2 3
CN
803
CO
N3
HP+
18
HP-
18
toP
OW
ER
PC
BC
N65
3
R85
0
0(Ju
mpe
r)
12
34
56
78
ABCD
87
65
43
21
D C B A
PM
C-0
8
22
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
PH
ON
O_I
NP
CB
(EF
FE
CT
_SE
ND
)Sh
eet
EF
FE
CT
SE
ND
-L1 3
2
4 65
SW50
0
SSSS
9238
00
R50
310
k
R50
210
k
R50
0
39k
INST
INST
LIN
E
LIN
E
EF
FE
CT
SE
ND
-R
12 3
48
IC50
0A
NJM
4580
D
-18
+18
C50
40.
1C
505
0.1
-18
+18
C50
0
47p
R50
8
680
R51
0
100
L50
0
0
L50
1
0
+
C50
6
10/1
6
+
C50
7
10/1
6R
513
100k
R51
210
0k
R51
5
100
R51
6
100
2 4 1
J500
PHO
NE
JAC
K
2 4 1
J501
PHO
NE
JAC
KR
505
10k
R50
410
k
R50
1
39k
567
IC50
0B
NJM
4580
D
C50
1
47p
R50
9
680
R51
1
100
2 4 1
J502
HT
J-06
4-12
I
MIC
R51
447
k
12 3
48
IC50
1A
NJM
4580
D
-18
+18
C50
2
22p
R51
8
180k
L50
40
+
C50
8
10/5
056
7
IC50
1B
NJM
4580
D
EF
FE
CT
SE
ND
LEV
EL
SE
LEC
T
+
C50
9
10/3
5
L50
20 L
503
0
L50
50
C51
1N
otFi
tted(
C)
SHA
SSISC
510
Not
Fitte
d(C
)
SHA
SSIS
SHA
SSIS
SHA
SSIS
JP50
3JU
MPE
R
JP50
2JU
MPE
R
SHA
SSIS
JP50
0N
otFi
tted(
JUM
PER
)
JP50
1N
otFi
tted(
JUM
PER
)
L50
6 0
C51
4N
otFi
tted(
C) SH
ASS
IS
C51
5N
otFi
tted(
C) SH
ASS
IS
MIC
IN(N
OR
MA
L)
T.T
SEN
D(O
PTIO
N)
or3
orH
TJ-
064-
12D
JP50
2O
NJP
503
ON
JP50
0O
FFJP
501
OFF
JP50
2O
FFJP
503
OFF
JP50
0O
NJP
501
ON
J502
HT
J-06
4-12
IJ5
02H
TJ-
064-
12D
C52
10.
001
C52
00.
001
R52
1
1k
R52
0
1k
R50
7
100
R50
6
100
R52
2
2.2k
R52
3
3.9k
C52
20.
001
+18
C50
30.
1C
517
0.1
-18
R51
7
1k R51
9
1k
C51
80.
001
C51
90.
001
TT
_SE
ND
_L
TT
_SE
ND
_R
MIC
_IN
EFF
EC
T_S
_L
EFF
EC
T_S
_R
R52
4
0(Ju
mpe
r)
R52
5
0(Ju
mpe
r)
R52
6
0(Ju
mpe
r)
PCB 実装面SW
500
INST
LIN
E← →
ABCDD C B A
PM
C-0
8
12
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
PH
ON
O_I
NP
CB
(PH
ON
O)
Shee
t
R40
139
0kR
410
56k
L40
1
0
+
C40
11/
50
+18
C42
80.
1C
429
0.1
-18
+C
416
100/
25
+
C41
710
0/25
567
IC40
0B
NJM
2043
D
+
C42
4
22/2
5R
428
91k
R43
2
1meg
C43
6
681(
film
)
C44
0
332(
film
)R
424
1.1k
+
C44
4
10/3
5
PH
ON
O-1
L
PH
ON
O-1
R
C40
933
p
toC
ON
TR
OL
PC
B(I
NP
UT
LEV
EL)
CN
206
PH
ON
O-2
L
PH
ON
O-2
R
12 3
48
IC40
0A
NJM
2043
D
+18
-18
R40
9
56k
R40
8
56k
C40
8
33p
R41
1
56k
R40
039
0k
L40
0
0
+
C40
01/
50
J400
AR
CA
2RE
N
R40
339
0kR
414
56k
L40
3
0
+
C40
31/
50
+18
C43
00.
1C
431
0.1
-18
+C
418
100/
25
+
C41
910
0/25
567
IC40
1B
NJM
2043
D
+
C42
5
22/2
5R
429
91k
R43
3
1meg
C43
7
681(
film
)
C44
1
332(
film
)R
425
1.1k
+
C44
5
10/3
5
C41
133
p
12 3
48
IC40
1A
NJM
2043
D
+18
-18
R41
3
56k
R41
2
56k
C41
0
33p
R41
5
56k
R40
239
0k
L40
2
0
+
C40
21/
50
J400
BR
CA
2RE
N
R40
539
0kR
418
56k
L40
5
0
+
C40
51/
50
+18
C43
20.
1C
434
0.1
-18
+C
420
100/
25
+
C42
210
0/25
567
IC40
2B
NJM
2043
D
+
C42
6
22/2
5R
430
91k
R43
4
1meg
C43
8
681(
film
)
C44
2
332(
film
)R
426
1.1k
+
C44
6
10/3
5
C41
333
p
12 3
48
IC40
2A
NJM
2043
D
+18
-18
R41
7
56k
R41
6
56k
C41
2
33p
R41
9
56k
R40
439
0k
L40
4
0
+
C40
41/
50
J401
AR
CA
2RE
N
R40
739
0kR
422
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L40
7
0
+
C40
71/
50
+18
C43
30.
1C
435
0.1
-18
+C
421
100/
25
+
C42
310
0/25
567
IC40
3B
NJM
2043
D
+
C42
7
22/2
5R
431
91k
R43
5
1meg
C43
9
681(
film
)
C44
3
332(
film
)R
427
1.1k
+
C44
7
10/3
5
C41
533
p
12 3
48
IC40
3A
NJM
2043
D
+18
-18
R42
1
56k
R42
0
56k
C41
4
33p
R42
3
56k
R40
639
0k
L40
6
0
+
C40
61/
50
J401
BR
CA
2RE
N
+18
-18
12 3
48 IC40
4A NJM
4580
D
-18
+18
C45
0
47p
R44
0
47k
R43
7
47k
R43
6
47k
R43
8
47k
567
IC40
4B
NJM
4580
D
C45
1
47p
R44
1
47k
R44
3
47k
R44
2
47k
R43
9
47k
+
C44
8
10/3
5R
452
100k
+
C44
9
10/3
5R
453
100k
12 3
48 IC40
5A NJM
4580
D
-18
+18
C45
2
470p
R44
8 680
R44
4
27k
R45
0
100
R44
610
k
567
IC40
5B NJM
4580
D
C45
3
470p
R44
9 680
R44
5
27k
R45
1
100
R44
710
k
JP40
4
Not
Fitte
d(JU
MPE
R)
JP40
5
Not
Fitte
d(JU
MPE
R)
JP40
1
Not
Fitte
d(JU
MPE
R)
JP40
8
Not
Fitte
d(JU
MPE
R)
JP40
0
Not
Fitte
d(JU
MPE
R)
JP40
2
Not
Fitte
d(JU
MPE
R)
T.T
SEN
D(O
PTIO
N)
L=P
GM
1-L
/R=P
GM
1-R
LIN
EL
EV
EL
L=P
GM
1-L
/R=P
GM
1-R
INST
LE
VE
L
L=P
GM
1-L
RM
IX/R
=PG
M2-
LR
MIX
LIN
EL
EV
EL
L=P
GM
2-L
/R=P
GM
2-R
LIN
EL
EV
EL
L=P
GM
1-L
RM
IX/R
=PG
M2-
LR
MIX
INST
LE
VE
L
L=P
GM
2-L
/R=P
GM
2-R
INST
LE
VE
L
JP40
3
Not
Fitte
d(JU
MPE
R)
JP40
9
Not
Fitte
d(JU
MPE
R)
JP40
6
Not
Fitte
d(JU
MPE
R)
JP40
7
Not
Fitte
d(JU
MPE
R)
JP40
0O
NJP
401
OFF
JP40
2O
FFJP
403
ON
JP40
4O
FF
JP40
6O
NJP
407
OFF
JP40
8O
NJP
409
OFF
JP40
5O
FF
JP40
0O
NJP
401
OFF
JP40
2O
FFJP
403
ON
JP40
4O
FF
JP40
6O
FFJP
407
ON
JP40
8O
FFJP
409
ON
JP40
5O
FF
JP40
0O
FFJP
401
ON
JP40
2O
FFJP
403
OFF
JP40
4O
N
JP40
6O
NJP
407
OFF
JP40
8O
NJP
409
OFF
JP40
5O
FF
JP40
0O
FFJP
401
ON
JP40
2O
FFJP
403
OFF
JP40
4O
N
JP40
6O
FFJP
407
ON
JP40
8O
FFJP
409
ON
JP40
5O
FF
JP40
0O
FFJP
401
OFF
JP40
2O
NJP
403
OFF
JP40
4O
FF
JP40
6O
NJP
407
OFF
JP40
8O
NJP
409
OFF
JP40
5O
N
JP40
0O
FFJP
401
OFF
JP40
2O
NJP
403
OFF
JP40
4O
FF
JP40
6O
FFJP
407
ON
JP40
8O
FFJP
409
ON
JP40
5O
N
JP40
0O
FFJP
401
OFF
JP40
2O
FFJP
403
OFF
JP40
4O
FF
JP40
6O
FFJP
407
OFF
JP40
8O
FFJP
409
OFF
JP40
5O
FF
NO
RM
AL
SHA
SSIS
C45
5N
otFi
tted(
C) SH
ASS
IS
SHA
SSIS
C45
7N
otFi
tted(
C) SH
ASS
IS
SHA
SSIS
C45
9N
otFi
tted(
C) SH
ASS
IS
SHA
SSIS
C46
1N
otFi
tted(
C) SH
ASS
IS
+18
C46
20.
1C
463
0.1
-18
+18
C46
40.
1C
465
0.1
-18
C46
60.
001
R45
4
2.2k C
467
0.00
1
R45
5
2.2k C
468
0.00
1
R45
6
2.2k C
469
0.00
1
R45
7
2.2k C
470
0.00
1
R45
8
2.2k C
471
0.00
1
R45
9
2.2k C
472
0.00
1
R46
0
2.2k C
473
0.00
1
R46
1
2.2k
TT
_SE
ND
_L
TT
_SE
ND
_R
1 2 3 4 5 6 7 8 9 10
CN
400
CO
N10
MIC
_IN
EFF
EC
T_S
_LE
FFE
CT
_S_R
1 2 3
CN
401
CO
N3
+18
-18
toP
OW
ER
PC
BC
N65
5
R49
00 R
491
0 R49
20 R
493
0
ABCDD C B A
PM
C-0
8
22
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
PO
WE
RP
CB
(EF
FE
CT
_RT
N)
Shee
t
J552
AR
CA
4RE
NL
556
0
R56
3 2.2k
R55
947
k
SE
SS
ION
INL
J552
BR
CA
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NL
557
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R56
4 2.2k
R56
047
k
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SS
ION
INR
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C55
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10/5
0
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C55
7
10/5
0
2 4 1
J550
PHO
NE
JAC
K
2 4 1
J551
PHO
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JAC
K
R56
1 2.2k
R55
547
k
+
C55
4
10/5
0
R56
2 2.2k
R55
647
k
+
C55
5
10/5
0
EF
FE
CT
RT
N-L
EF
FE
CT
RT
N-R
12 3
48 IC55
0A NJM
4580
D
R55
710
0k
-18
+18
R55
4
18k
R55
2
10k
C55
0
82p
D55
01S
S133
R56
6
33k
R56
8
56k
1 23
4 5 67
8
SW55
0
SSSS
9257
00
567
IC55
0B NJM
4580
D
R55
810
0kR
565
18k
R55
3
10k
C55
1
82p
D55
11S
S133
R56
7
33k
R56
9
56k
-10d
B
-10d
B
0dB
0dB
+4dB +4
dB
+18
C55
20.
1C
553
0.1
-18
EF
FE
CT
RT
NLE
VE
LS
ELE
CT
+18
-18 to
CO
NT
RO
LP
CB
(MIX
)C
N20
8
1 2 3 4 5 6 7 8 9
CN
550
CO
N9
R55
022
0R
551
220
L55
1
0
L55
0
0
L55
3
0
L55
2
0
L55
8
0 L55
9
0
+C
558
100/
25+
C55
910
0/25
SHA
SSIS
C56
2N
otFi
tted(
C)
SHA
SSIS
SHA
SSIS
C56
3N
otFi
tted(
C)
SHA
SSIS
SHA
SSIS
C56
6N
otFi
tted(
C)
SHA
SSIS
SHA
SSIS
C56
7N
otFi
tted(
C)
SHA
SSIS
R57
0
3.9k
R57
1
3.9k
C56
80.
001
C56
90.
001
R57
2
3.9k
R57
3
3.9k
C57
00.
001
C57
10.
001
R57
410
k
R57
510
k
R57
610
0k
R57
710
0k
+
C57
2
10/5
0 +
C57
3
10/5
0
R57
8
0(Ju
mpe
r)
R57
9
0(Ju
mpe
r)
R58
0
0(Ju
mpe
r)
R58
1
0(Ju
mpe
r)
1 2 3
CN
551
CO
N3
R58
2
6.8k
R58
3
6.8k
aim
i
ABCDD C B A
PM
C-0
8
12
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
PO
WE
RP
CB
(PO
WE
R)
Shee
t
1 2 3
CN
650
CO
N3
toA
C-2
0
PO
WE
RS
W
F650
FUSE
_1.5
A
F651
FUSE
_1.5
A
2
1
3
4
D65
0
S1N
B20
VIN 1
GND 2
VOUT 3
IC65
0N
JM78
18FA
GND 1
VIN 2
VOUT 3
IC65
1N
JM79
18FA
+C
650
2200
/35
+C
652
2200
/35
+C
662
1000
/25
+C
663
1000
/25
C65
40.
1 C65
60.
1
C65
50.
1
C65
70.
1
D65
1
Not
Fitte
d(1S
1885
)
D65
2
Not
Fitte
d(1S
1885
)
+C
651
2200
/35
+C
653
2200
/35
+18
-18
L65
0 0
L65
1
0
+
C66
4
10/3
5
+
C66
5
10/3
5R
653
100k
R65
210
0k
R65
8
100
R65
9
100
BO
OT
HL
BO
OT
HR
L65
2
0
L65
3
0
+
C66
6
10/3
5
+
C66
7
10/3
5R
655
100k
R65
410
0k
R66
0
1k R66
1
1k
L65
4
0
L65
5
0
+C
668
10/3
5
+
C66
9
10/3
5R
657
100k
R65
610
0k
R66
2
1k R66
3
1k
toC
ON
TR
OL
PC
B(O
UT
)C
N20
2
toD
SP
PC
B(C
PU
,DS
P)
CN
1
1
3
2
10
J651
XL
RN
C3M
BH
1
3
2
10
J652
XL
RN
C3M
BH
SHA
SSIS
SHA
SSIS
SHA
SSIS
HO
T
HO
T
CO
LD
CO
LD
MA
ST
ER
L
MA
ST
ER
R
GN
D
GN
D
J650
AR
CA
2RE
N
J650
BR
CA
2RE
N
12 3
48
IC65
2A
NJM
5532
D
-18
+18
R66
4
10k
C67
0
47pR
672
15k
567
IC65
2B
NJM
5532
D
R66
5
10k
C67
1
47pR
666
10k
12 3
48
IC65
3A
NJM
5532
D
-18
+18
R66
7
10k
C67
2
47p
R67
1
820
567
IC65
3B
NJM
5532
D
R66
8
10k
C67
3
47pR
669
10k
+18
C65
80.
1
C65
90.
1
-18 +1
8
C66
00.
1
C66
10.
1
-18
R67
3
15k
R67
0
820
L65
6 0
L65
8
0
L65
7
0
L65
9
0
1 2 3 4 5 6 7
CN
652
CO
N7
+18
-18
VIN 1
GND 2
VOUT3
IC65
4N
JM78
18FA
GND 1
VIN 2
VOUT3
IC65
5N
JM79
18FA
+C
678
1000
/25
+C
679
1000
/25
C67
50.
1
C67
70.
1
D65
3
Not
Fitte
d(1S
1885
)
D65
5
Not
Fitte
d(1S
1885
)
1 2 3
CN
653
CO
N3
PHO
NE
S+18
PHO
NE
S-18
toM
ON
ITO
R_L
EV
EL
PC
BC
N80
3
1 2 3 4 5
CN
651
CO
N5
+18
-18
VIN 1
GND2
VOUT3
IC65
6N
JM78
05FA
+C
680
1000
/16
C67
60.
1
D65
4
Not
Fitte
d(1S
1885
)
C68
10.
1
C67
40.
1
C68
20.
1
DIG
ITA
L+5
SHA
SSIS
C68
3
Not
Fitte
d(C
)
SHA
SSIS
C68
5
Not
Fitte
d(C
)SH
ASS
IS
SHA
SSIS
C68
7
Not
Fitte
d(C
)SH
ASS
IS
SHA
SSIS
C68
9
Not
Fitte
d(C
)SH
ASS
IS
C69
0
Not
Fitte
d(C
)SH
ASS
IS
SHA
SSIS
C69
2
Not
Fitte
d(C
)SH
ASS
IS
+C
695
100/
16C
694
0.1
D65
6N
otFi
tted(
1S18
85)
C69
30.
1
ADJ 1
VOUT2
VIN3
IC65
7N
JM31
7
R67
5
1.5k
R67
41k
1 2
CN
654
CO
N2
LE
D+3
toLE
DP
CB
CN
904
R67
6
1k R67
7
1k
C69
60.
001
C69
90.
001
C69
70.
001
C69
80.
001
R67
8
100
R67
9
100
R68
0
100
R68
1
100
C71
00.
001
C71
10.
001
1 2 3
CN
655
CO
N3
+18
-18
toP
HO
NO
_IN
PC
B(P
HO
NO
)C
N40
1
R68
3
0(Ju
mpe
r)
R68
2
0(Ju
mpe
r)
R68
4
0(Ju
mpe
r)
R68
5
0(Ju
mpe
r)
R?
47oh
m/3
W
部品アサインチェック要！（
10/3
0)
aim
i
ABCDD C B A
PM
C-0
8
11
Mod
el
/28
-Nov
-200
5Y
AN
OC
IRC
UIT
LAB
O
SU
B_M
AS
TE
RP
CB
Shee
t
L70
0
0
L70
1
0
+
C70
0
10/3
5
+
C70
1
10/3
5R
701
100k
R70
010
0k
R70
2
100
R70
3
100
SU
BM
AS
TE
RL
SU
BM
AS
TE
RR
toC
ON
TR
OL
PC
B(O
UT
)C
N20
9J7
00A
RC
A2R
EN
J700
BR
CA
2RE
N
1 2 3
CN
700
CO
N3
L70
2
0
L70
3
0
C70
2N
otFi
tted(
C)
SHA
SSIS
SHA
SSIS
C70
4N
otFi
tted(
C)
SHA
SSIS
SHA
SSIS
C70
60.
001
C70
70.
001
R70
4
1k R70
5
1k
R70
6 0(Ju
mpe
r)
R70
7
0(Ju
mpe
r)
1 2 3
CN
701
CO
N3
![Yano Et Al., 1997 Prediction of the Concentrations of EtOH and AcOH[1]](https://static.documents.pub/doc/80x56/577cd52d1a28ab9e789a1519/yano-et-al-1997-prediction-of-the-concentrations-of-etoh-and-acoh1.jpg)
