SCHEMATIC DIAGRAMS (37/38)
SCH37_FRONT
GND LINE
POWER- LINE
POWER+ LINE
ANALOG AUDIO
DIGITAL AUDIO
TMDS SIGNAL
ANALOG VIDEO
DIGITAL VIDEO
STBY POWER
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
T
P
TP
TP
T
P
T
P
T
P
TP
T
P
T
P
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
TP
D
GN
D
M
3.
3V
SW
M
3.
3V
LEFT
DIMMER
Quick Select3
A
+
7V
A
-7
V
V
A
U
XR
A
GN
D
V
A
U
XL
M
IC
GN
D
M
IC
V
GN
D
V
A
U
XV
H
/P
L
H
/P
GN
D
H
/P
R
B
/P
IR
IN
PO
W
ER
K
EY
R
ED
LE
D
FL
_C
LK
FL
_D
A
T
A
FL
_C
E1
FL
_R
ST
W
H
IT
E/
G
R
N
_L
ED
M
IC
D
ET
H
/P
D
ET
K
EY
1
K
EY
2
K
EY
3
IS
EL
A
IS
EL
B
V
SE
LA
V
SE
LB
FR
O
N
T
_I
R
IN
H/PL
H/PR
H/PDET
ISELB
ISELA
+
-
O
VCC
+
-
O
VEE
V.AUX PART
H/PGND
H/PR
H/PDET_IN
VAUXV
VGND
VAUXR
AGND
VAUXL
VAUXR
VAUXR
AGND
VSELA
VSELB
M
A
ST
ER
V
O
L.
FIP & KEY PART
FIL1
OPEN
FIL2
OPEN
DGND
OPEN
VKK
DGND
SWM3.3V
R
ES
ET
M3.3V
FR
O
M
T
R
A
N
SF
O
R
M
ER
VOUT GND VCC
VAUXL
MICGND
+
-
O
+
-
O
VEE
MIC PART
ZONE2 ON/OFF
Quick Select1
Quick Select2
ZONE2/REC
Quick Select4
BACK
ZONE3
INFO
DOWN
ISELA
ISELB
POWER LED PART
VOLUME ENCODER PART
H/PL
ON/STANDBY
DGND
FU
N
C
T
IO
N
E
N
C
.
H/PGND
HEAD PHONE PART
DGND
DGND
DGND
DGND
DC42V
AC37V
REDLED
GRNLED
REDLED
SWM5V
M3.3V
GRNLED
REDLED
POWERKEY
DGND
AGND
AGND
VAUXL
DGND
DGND
DGND
A+7V
A+7V
A-7V
A-7V
MICGND
A+7V
MICDET
AGND
VAUXR
VAUXL
VAUXV
VGND
VAUXV
VGND
DGND
DGND
H/PGND
H/PGND
DGND
DGND
H/PGND
H/PGND
DGND
Q17G
FUNCTION ENCODER PART
17G
FIP POWER PART
FIL1
VKK
FIL2
DGND
FIL1
FIL2
DGND
DGND
DGND
DGND
DGND
SWM3.3V
SWM3.3V
IR RECEIVER
SELECT
OPTION
ZONE3 ON/OFF
GND ISLAND
H/PGND
BK601
PRESET DOWN
UP
TUNING UP
ENTER
RIGHT
PRESET UP
STATUS
SETUP
SELECT
TUNING DOWN
HP IN " H "
MIC IN " H "
N
C
VSELA
VSELB
MIC
133mA
139
m
A
5m
A
251
m
A
ac
MIC
V.AUX_R
V.AUX_L
V.AUX_V
H/P
N
C
N
C
N
C
N
C
D
GN
D
SW
M
5V
SWM 3.3V
DGND
SWM 3.3V
MB_IR RECEIVER
AVR3813 OPTION
H/PDET_IN
SWM 3.3V
BK602
CUP12622Z-1
CUP12622Z-3
CUP12622Z-2
AGND
AGND
AGND
VGND
VGND
A
OPEN
OPEN
OPTION "A"
E2/E1C/K
E3
R6302
R6303
LD601
CRJ10DJ122TCRJ10DJ122TCVDPVBWR5A2M
CRJ10DJ561TCRJ10DJ561TCVDBLBJEGJ204L
Active "L"
7
6
5
4
3
2
1
CN602
YMAW025-03R
C
600
6
O
PE
N
R
600
1
20
0
R
600
2
20
0
R6003
0
R6004
0
C
600
1
O
PE
N
R6005
1.0
R6006
2.2
C
602
1
10
/50
V
D
602
1
6.
8V
C
602
2
O
PE
N
C
602
4
470
uF
/63
V
C
602
5
1/
50
V
R
602
5
4.
7K
R
602
6
4.
7K
Q6026
KTC1027YT
D
602
6
18
V
D
602
7
24
V
C
602
7
1/
50
V
R
603
3
10
(0
.25
W
)
R
603
4
10
(0
.25
W
)
C
603
4
0.
1u
F
C
603
5
O
PE
N
D
604
1
1SS
355
T
D
604
2
O
PE
N
R6041
100
R
604
2
100
K
R
604
3
47
K
R
604
4
390
K
Q6042
2SC3052
C6011
OPEN
C6012
OPEN
C
603
1
O
PE
N
R6071
100
R6072
100
R6073
100
C
607
1
100
p
C
607
2
100
p
C
607
3
100
p
C6008
OPEN
R
610
1
39
0
R
610
2
39
0
R
610
3
47
K
D
610
3
O
PE
N
LD
60
3
O
PE
N
LD
60
2
SI
R
341
ST
3F
T
0
Q6112
RT1P141C
3
2
1
Vcc
GND
VOUT
RC601
CRVHM238RT12
C
611
3
0.
1u
F
C
611
4
47
/16
V
Q6081
RT1N141C
R
608
2
10
K
R6083
100
R
603
1
27
K
R
603
2
220
K
C6082
10/50V
C6081
0.1uF
R6154
220
R6153
180
R6152
150
R6151
100
SW
60
5
SW
60
4
SW
60
3
SW
60
2
SW
60
1
Q6311
RT1P141C
Q6312
RT1P141C
Q6313
RT1N141C
Q6314
RT1N141C
R6613
100
R6614
100
C6523
10/50V
C6601
10/50V
C
660
3
330
p
C
660
4
330
p
R
660
7
100
K
R
660
5
100
K
L6601
CB03YTYH600
C6691
0.1uF
D6691CRJ14CJ100T
D6692
OPEN
D6512
OPEN
C6511
OPEN
C6512
0.1uF
D6511
OPEN
C
650
1
1000
p
C
650
2
1000
p
R6503
100
R6601
470
R6602
470
R
663
1
O
PE
N
8
7
3
2
1
JK605
CJJ2E026Z
PJ-612A-51
C
635
3
O
PE
N
C
635
4
O
PE
N
R6354
4.7K
R6353
4.7K
R6352
100
R6351
100
C
642
2
O
PE
N
C
642
1
O
PE
N
C
642
4
0.
047
uF
C
642
3
0.
047
uF
R6424
4.7K
R6423
4.7K
R
G
LD601
CVDBLBJEGJ204L
R6301
2.2K
R6302
1.2K
R6303
1.2K
SW631
1
2
3
VR604
CSR2A060Z
R6422
100
R6421
100
F6001
T 200mA L 250V
LUG61
CHASSIS
V
+
B
O
U
T
PU
T
B
-I
N
PU
T
B
+
IN
PU
T
V
-
A
+
IN
PU
T
A
-I
N
PU
T
A
O
U
T
PU
T
-
+
B
-
+
A
8
7
6
5
4
3
2
1
IC
60
7
N
JM
8080
G
R
671
8
10
0
R
670
4
100
K
R6723
100
R6720 18K
R
671
9
82
0
C
671
9
100
/16
V
C6720 82p
C
641
7
0.
047
uF
C
670
5
O
PE
N
C6753
0.1uF
R6726
1K
D
671
2
5.
1V
/0
.5
W
C
671
2
10
/50
V
D
673
0
5.
1V
/0
.5
W
D
672
9
5.
1V
/0
.5
W
C
672
9
O
PE
N
C
673
1
1/
50
V
C
673
2
1/
50
V
R6165
330
R6164
220
R6163
180
R6162
150
R6161
100
SW
61
6
SW
61
5
SW
61
4
SW
61
3
SW
61
2
SW
61
1
R6175
330
R6174
220
R6173
180
R6172
150
R6171
100
SW
62
6
SW
62
5
SW
62
4
SW
62
3
SW
62
2
SW
62
1
C
642
5
O
PE
N
LUG64
CHASSIS
D6751 CRJ14CJ100T
D6752
OPEN
Q6702
OPEN
R
671
1
2.
2K
R6305
OPEN
C6301
OPEN
R6306
OPEN
C6302
OPEN
L6501
0
CRJ10DJ0R0T
C6694 OPEN
C6693 0.1uF
D6693 OPEN
D6694
CRJ14CJ100T
R
660
4
100
K
R
660
3
100
K
C
662
1
O
PE
N
C
662
3
0.
1u
F
C
662
2
O
PE
N
C
662
4
0.
1u
F
C
635
2
0.
01
uF
C
635
1
0.
01
uF
C6902
0.1uF
C6904
OPEN
C6905
OPEN
C6906
OPEN
C6907
0.1uF
C6908
OPEN
C6909
OPEN
C6910
0.1uF
C6911
0.1uF
C6912
0.1uF
C6913
0.1uF
C6914
OPEN
C6915
OPEN
C6916
OPEN
C6917
OPEN
C6918
OPEN
C6322
OPEN
C6321
OPEN
D6321
OPEN
D6322
OPEN
LUG63
OPEN
C6514
1/50V
C6513
0.1uF
R6632
0
R
672
1
4.
7K
R
670
2
O
PE
N
C
670
2
0.
1u
F
C
672
6
0.
047
uF
C6723 OPEN
C6733
1/50V
R
673
4
100
K
C
673
5
100
pF
R
622
4
O
PE
N
R
622
5
O
PE
N
R
613
2
O
PE
N
C
613
2
O
PE
N
R
613
3
O
PE
N
C
613
3
O
PE
N
1
2
3
VR601
EC16B24SAAD4ZZZ
40
38
39
36
37
34
35
32
33
30
31
28
29
27
26
20
21
23
22
24
25
19
18
16
17
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
CN69A
FPC 1.0-11S-40PW
D6023
1N4007S
2
3
1
JK607
CJJ1D006Z
R
673
0
O
PE
N
Q6703
RT1N141C
C
691
9
O
PE
N
C
692
0
O
PE
N
C
692
1
O
PE
N
C
692
2
O
PE
N
C
692
3
O
PE
N
C
692
4
O
PE
N
C
692
5
O
PE
N
C
692
6
O
PE
N
C
692
7
O
PE
N
C6009
OPEN
C
608
3
0.
047
uF
C
608
4
0.
01
uF
R6134
1K
R
613
5
47
K
R
601
6
10
D
650
1
O
PE
N
D
670
1
0.
1u
F
C
611
5
O
PE
N
C
611
6
O
PE
N
C
611
7
O
PE
N
C
650
3
0.
1u
F
C6303
OPEN
R6155
330
SW
60
6
R6166
560
SW
61
7
56 55
F2
V
H
V
D
D
LGN
D
PGN
D
O
SC
R
ES
ET
C
S
T
SA
D
A
C
P
T
SB
Q
17
G
17
G
F1
54
49 48
53
62
52 51 50
58 57
47 46
1
1
46
47
48
49
50
51
52
53
54
55
56
57
58
62
FL601
CFL17BT040GINK
Q6027
RT1N141C
Q6028
OPEN
R
600
8
0
R
601
0
O
PE
N
R
600
9
4.
7K
R
600
7
O
PE
N
J6001
C3A206
J6002
C3A206
J6003
C3A206
J6004
C3A206
J6005
C3A206
J6006
C3A206
3
2
1
Vcc
GND
VOUT
RC602
CRVHM238RT12
OPEN(3813 OPTION)
R6052
OPEN(3813 OPTION)
Q6025
OPEN(3813 OPTION)
R
605
3
O
PE
N
(3813
O
PT
IO
N
)
C
605
1
O
PE
N
(3813
O
PT
IO
N
)
C
605
2
O
PE
N
(3813
O
PT
IO
N
)
R
605
1
O
PE
N
(3813
O
PT
IO
N
)
J6007
C3A206
OPEN(3813 OPTION)
1
2
C
N
60
5
C
JP
02
G
I237
ZW
O
PE
N
(3813
O
PT
IO
N
)
C
611
8
10
YL
WH
RD
JK606
R
C
A
-328
H
-00
A
-0
3
5
4
3
2
1
CN605B
224202105W
5
4
3
2
1
CN605A
TUC-P05X-B1
V
+
B
O
U
T
PU
T
B
-I
N
PU
T
B
+
IN
PU
T
V
-
A
+
IN
PU
T
A
-I
N
PU
T
A
O
U
T
PU
T
-
+
B
-
+
A
8
7
6
5
4
3
2
1
IC
60
1
N
JM
8080
G
D6323
1SS355T
FRONT_1
KEY1
KEY2
KEY3
HP_R
HP_L
FRONT_IRIN
B/PIRIN
ISELA
ISELB
FL_DATA
FL_CE1
FL_CLK
FRONT_IRIN
POWERKEY
REDLED
FLRST
H/PDET
GRNLED
KEY1
KEY2
KEY3
ISELA
ISELB
FL_DATA
FL_CLK
FL_CE1
FLRST
B/PIRIN
HP_L
HP_R
H/PDET
REDLED
POWERKEY
GRNLED
CN69A
TO CN69B
171
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
A
B
C
D
E
F
G
H
J
K
L
M
A
B
C
D
E
F
G
H
J
K
L
M
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
Summary of Contents for AVR-X4100
Page 8: ...Personal notes 8...
Page 25: ...Personal notes 25...
Page 192: ...AK5358BET DIGITAL IC306 AK5358BET Pin Function 192...
Page 199: ...NJW1194A INPUT IC484 BLOCK DIAGRAM 199...
Page 200: ...2 FL DISPLAY FLD 17 BT 40GINK FRONT FL601 PIN CONNECTION GRID ASSIGNMENT Y2 q 200...
Page 201: ...ANODE CONNECTION 201...