AVH-3500DVD/XEUC
42
1
2
3
4
1
2
3
4
C
D
F
A
B
E
10.2 MB PCB ASSY (MPEG PART)
2
/
8
A
4
70R
4
70R
4
70R
100R
4
70R
4
70R
4
70R
4
70R
4
70R
4
70R
4
70R
4
70R
4
70R
4
70R
4
70R
for
gain
ad
j
ustment
of
the
DACs
1
MEMDA
T[
2
]
2
MEMDA
T[
3
]
3
MEMDA
T[4]
4
MEMDA
T[
5
]
5
MEMDA
T[
13
]
/SFD
O
6
MEMDA
T[6]
7
MEMDA
T[
1
4]
8
MEMDA
T[
7
]
9
MEMDA
T[
15
]
10
VDDC
11
VDDP
12
MEMADD
[
1
6]
/SFCL
K
13
MEMCS1/SFDI/GPI
O[
5
]
1
4
MEMADD
[
15
]
15
MEMADD
[
1
4]
1
6
MEMADD
[
13
]
17
MEMADD
[
12
]
1
8
MEMADD
[
11
]
1
9
MEMADD
[
10
]
20
MEMADD
[9]
21
MEMADD
[8]
22
MEMWR
#
23
MEMADD
[
1
8]
2
4
MEMADD
[
17
]
25
MEMADD
[
7
]
2
6
MEMADD
[6]
27
MEMADD
[
5
]
2
8
MEMADD
[4]
2
9
MEMADD
[
3
]
30
VDDP
31
MEMADD
[
2
]
32
MEMADD
[
1
]
33
MEMADD
[
1
9]
3
4
US
B
V
B
US
35
US
B
ID
3
6
US
B
VDDA3P3
37
US
B
DP
3
8
US
B
D
N
3
9
US
B
REF
4
0
US
B
X
O
4
1
US
B
XI
4
2
US
B
VSSPLL
4
3
US
B
VDDPLL1V
8
44
RAMADD
[4]
4
5
RAMADD
[
3
]
46
RAMADD
[
5
]
4
7
VDDP
48
RAMADD
[
2
]
49
RAMADD
[6]
50
RAMADD
[
1
]
51
RAMADD
[
7
]
52
VDDC
53
RAMADD
[
0
]
5
4
RAMADD
[8]
55
RAMADD
[
10
]
5
6
VDDP
57
G
N
DC
5
8
RAMADD
[9]
5
9
RAMADD
[
11
]
/GP
O[64]
6
0
RAMCS0
#
6
1
RAM
B
A
6
2
RAMCS1
#
/GP
O[6
5
]
6
3
RAMRAS
#
64
RAMCAS
#
6
5
VDDP
66
G
N
DC
6
7
RAMWE
#
68
RAMD
Q
M
69
G
N
DPCL
K
70
PCL
K
71
VDDPCL
K
72
RAMDA
T[8]
73
RAMDA
T[
7
]
7
4
RAMDA
T[9]
75
RAMDA
T[6]
7
6
VDDP
77
G
N
DC
7
8
RAMDA
T[
10
]
7
9
RAMDA
T[
5
]
8
0
RAMDA
T[
11
]
8
1
RAMDA
T[4]
8
2
RAMDA
T[
12
]
8
3
RAMDA
T[
3
]
84
VDDP
8
5
G
N
DC
86
RAMDA
T[
13
]
8
7
RAMDA
T[
2
]
88
VDDC
89
RAMDA
T[
1
4]
9
0
RAMDA
T[
1
]
9
1
RAMDA
T[
15
]
9
2
RAMDA
T[
0
]
9
3
VDDP
94
RAMD
Q
M/RAMC
K
E/GP
O[66]
9
5
G
N
DC
96
RAMC
K
E/S
_
PSC/GPI
O[
10
]
9
7
GPAI
O
/GPI
O[
11
]
98
GPI
O[
12
]
/PWM7
+
99
GPI
O[
13
]
/PWM7
-
100
GPI
O[
1
4]
/PWM
6+
/
T
D3
101
GPI
O[
15
]
/PWM
6-
/RD3
102
GPI
O[
1
6]
/PWM5
+
103
GPI
O[
17
]
/PWM5
-
10
4
A/SPDIFI
N
)I
O[
1
8]
105
VDDAPWM
10
6
GPI
O[
1
9]
PWM5/PWM
4+
107
GPI
O[
20
]
/PWM
4-
10
8
GPI
O[
21
]
/PWM3
+
10
9
GPI
O[
22
]
/DA3/PWM3
-
110
G
N
DAPWM
111
GPI
O[
23
]
/PWM2
+
112
GPI
O[
2
4]
/DA2/PWM2
-
113
GPI
O[
25
]
/PWM1
+
/
T
D2
11
4
GPI
O[
2
6]
/DA1/PWM1
-
/RD2
115
GPI
O[
27
]
/PWM0
+
11
6
GPI
O[
2
8]
/DA0/PWM0
-
117
G
N
DC
11
8
GPI
O[
2
9]
/AMCL
K
11
9
VDDP
120
GPI
O[
30
]
/ALRCL
K
121
GPI
O[
31
]
/A
B
CL
K
122
GPI
O[
32
]
/SPDIF
O
123
GPI
O[
33
]
(A/SPDIFI
N
12
4
GPI
O[
3
4]
/SPDIFI
N
125
GPI
O[
35
]
12
6
GPI
O[
3
6]
127
GPI
O[
37
]
/
T
MS/
N
M
12
8
GPI
O[
3
8]
12
9
GPI
O[
3
9]
130
GPI
O[4
0
]
131
GPI
O[4
1
]
/
T
DI/
N
MI
132
GPI
O[4
2
]
/
T
C
K
133
GPI
O[4
3
]
/
T
D
O
13
4
I
NT
/GPI
O[44]
135
VDDP
13
6
GPI
O[4
5
]
/PWM5/
T
D0
137
GPI
O[46]
/RD0
13
8
GPI
O[4
7
]
/
T
D1
13
9
GPI
O[48]
/RD1
1
4
0
VDDC
1
4
1
G
N
DC
1
4
2
RESE
T
1
4
3
G
N
DPLL
1
44
VDDPLL
1
4
5
X
O
1
46
XI
N
1
4
7
DAC5
1
48
G
N
DDAC
_
D
1
49
DAC
4
150
VDDDAC
151
DAC3
152
DAC2
153
VDDDAC
15
4
DAC1
155
RSE
T
15
6
G
N
DDAC
B
S2
157
RFP
15
8
RF
N
15
9
VDD1AFE
1
6
0
A
1
6
1
B
1
6
2
VDDAFE
1
6
3
C
1
64
D
1
6
5
J
1
66
E
1
6
7
K
1
68
F
1
69
G
N
DAFE
170
G
171
H
172
G
N
D1AFE
173
VC
17
4
VREF
175
RES
O
U
T
17
6
G
N
DREF
177
VDDSAFE
17
8
CD
_
MD
17
9
DVD
_
MD
1
8
0
CD
_
LD
1
8
1
DVD
_
LD
1
8
2
GPI
O[49]
/PWM0
1
8
3
VDDPWM
1
84
GPI
O[
50
]
/PWM1
1
8
5
G
N
DPWM
1
86
GPI
O[
51
]
/PWM2
1
8
7
GPI
O[
52
]
/PWM3
1
88
GPI
O[
53
]
/PWM
4
1
89
I
NT
GPI
O[
5
4]
/PWM5
1
9
0
VDDC
1
9
1
G
N
DC
1
9
2
I
NT
GPI
O[
55
]
FCU
_
IR
Q
1
9
3
GPI
O[
5
6]
/FCU
_
RS
T
1
94
GPI
O[
57
]
/FCU
_
WAI
T#
1
9
5
GPI
O[
5
8]
/FCU
_
CS3
#
1
96
GPI
O[
5
9]
/FCU
_
CS2
#
1
9
7
GPI
O[6
0
]
/FCU
_
SCL
K
1
98
MEMDA
T[
10
]
/GPI
O[6
1
]
/FCU
_
I
O
WR
#
1
99
MEMDA
T[
12
]
/GPI
O[6
2
]
/FCU
_
I
O
RD
#
200
MEMDA
T[
12
]
/MCS2
#
/GPI
O[6
3
]
201
MEMADD
[
0
]
202
MEMCS0
#
203
MEMRD
#
20
4
MEMDA
T[
0
]
205
MEMDA
T[8]
/GPI
O[8]
20
6
MEMDA
T[
1
]
207
MEMDA
T[9]
/GPI
O[9]
20
8
VDDP
U125
Z
R3
6966H
C17
4
100nF
C272
100nF
C2
8
5
100nF
C273
100nF
C275
100nF
C27
6
100nF
C2
9
3
100nF
C2
94
100nF
C2
96
100nF
C2
98
100nF
C215
10nF
C12
9
10nF
C1
89
100nF
C2
99
100nF
F
B
115
6
00R/100mA
C1
6
3
100nF
C1
64
100nF
C1
6
5
100nF
C1
84
100nF
C1
9
2
100nF
F
B
105
6
00R/100mA
C2
4
0
1uF
R23
6
4
7
K
R237
4
7
K
R350
15
K
R3
46
33
K
1
%
F
B
112
6
00R/100mA
C170
100nF
C232
1uF
R351
15
K
15
K
R352
R2
46
4
7R
R252
6
.2
K
F
B
111
6
00R/100mA
F
B
110
6
00R/100mA
C20
8
27pF
C20
9
27pF
C27
4
100nF
X101
12.00M
R251
5
6
R
C2
6
1
4
.7pF/
N
M
F
B
102
0R
0R
F
B
101
X102
27.000M
C211
27pF
C212
27pF
R32
8
220
K
R
4
1
6
150R
C257
15pF
R3
4
7
R3
48
4
70R
4
70R
C25
6
15pF
R3
6
3
R3
64
1
8K
1
8K
1
8K
R3
6
2
R3
49
15
K
C2
4
3
1nF
C2
4
2
1nF
C2
4
7
1nF
C2
46
27nF
C251 1nF
C2
49
1nF
R300
R205
4
.7
K
4
.7
K
R35
4
15
K
C11
9
100nF
R110
R2
8
3
C
4
01
100pF
C
4
02
100pF
R212
C
4
03
100pF
R213
R21
4
R215
R21
6
R217
R21
9
C
4
0
4
100pF
C
4
05
100pF
R2
64
R335
2
K
R337
200R
C
4
0
6
100pF
C
4
07
100pF
R220
R221
R2
6
0
R2
68
4
70R
4
70R
R21
8
R2
8
1
4
70R
R2
8
2
33R
33R
33R
R2
6
3
4
70R
R27
9
4
70R
C
4
0
9
100pF
R2
69
4
70R
C
4
0
8
100pF
R277
4
70R
C
4
10
100pF
C300
100nF
C
4
11
100pF
R257
R25
6
R273
R2
6
1
R2
4
5
1
A0
2
A1
3
A2
4
G
N
D
5
SDA
6
SCL
7
WP
8
VCC
U11
9
2
4
C1
6
C11
6
100nF
C33
8
10uF/
6
.3V
R307
2.2
K
R27
6
4
70R
4
70R
10
K
R1
8
3
C3
9
1
100pF
C3
9
2
100pF
C
4
12
100pF
C
4
13
100pF
C
4
1
4
100pF
C
4
15
100pF
C
4
1
6
100pF
C
4
17
100pF
C
4
1
8
100pF
C
4
1
9
100pF
C
4
20
100pF
C
4
21
100pF
DSPVCC33
VDDPLL
VDDPWM
VDDDAC
DSPVCC1
8
VDDAFE
DSPVCC33
DSPVCC1
8
O
PE
N
CV
B
S
_
C
O
PU
-
A
O
PU
-B
O
PU
-
C
O
PU
-
D
O
PU
-
E
O
PU
-
F
VC
CD
_
MD
DVD
_
MD
DG
N
D
RCS0
R
B
A0
RCS1
RRAS
RCAS
RWE
RD
Q
M
MWR
MRD
MCS0
DG
N
D
DG
N
D
O
PU
-
RF
PCL
K
US
B_
DP
US
B_
D
N
MA
[
0
:
1
9]
MD
[
0
:
15
]
RA
[
0
:
11
]
RD
[
0
:
15
]
DV
DISC
-HO
ME
O
PU
-HO
ME
PE
N-
IR
Q
T
S
-
CS
CL
O
SE
DG
N
D
DG
N
D
DG
N
D
12CM
-
DE
T
DISC
-
DE
T
D
_
MU
T
E
A
O
U
T
0
A
B
CL
K
ALRCL
K
AMCL
K
C
_B_
U
Y_
R
_
V
CV
B
S
_
G
_Y
DG
N
D
DG
N
D
D5V
DSPVCC33
DSPVCC33
DG
N
D
DSPVCC1
8
DG
N
D
FUS
B-
DE
T
DG
N
D
DG
N
D
DG
N
D
DG
N
D
MA0
MA1
MA2
MA3
MA
4
MA5
MA
6
MA7
MA
8
MA
9
MA10
MA11
MA12
MA13
MA1
4
MA15
MA1
6
MA17
MA1
8
MA1
9
MD0
MD1
MD2
MD3
MD
4
MD5
MD
6
MD7
MD
8
MD
9
MD10
MD11
MD12
MD13
MD1
4
MD15
RA0
RA1
RA2
RA3
RA
4
RA5
RA
6
RA7
RA
8
RA
9
RA10
RA11
RD0
RD1
RD2
RD3
RD
4
RD5
RD
6
RD7
RD
8
RD
9
RD10
RD11
RD12
RD13
RD1
4
RD15
DSPVCC33
DG
N
D
DG
N
D
J
DSPVCC1
8
8
CM
-
DE
T
CD
-
DVD
DSPVCC3
DRVS
B
MCS1
DSPVCC33
DG
N
D
DG
N
D
8
/
8
A
4
/
A
3
/
8
A
A
A
A
3
/
8
A
4
/
8
A
Содержание AVH-3500DVD
Страница 6: ...AVH 3500DVD XEUC 6 1 2 3 4 1 2 3 4 C D F A B E AVH 3500DVD XEUW5 Backup current 5 mA or less ...
Страница 32: ...AVH 3500DVD XEUC 32 1 2 3 4 1 2 3 4 C D F A B E 9 3 EXTERIOR 2 D A A B B C C D D E F G Main PCB Unit E F G ...
Страница 34: ...AVH 3500DVD XEUC 34 1 2 3 4 1 2 3 4 C D F A B E 9 4 EXTERIOR 3 A A A B B ...
Страница 65: ...AVH 3500DVD XEUC 65 5 6 7 8 5 6 7 8 C D F A B E A SIDE A FRONT DVD MECHANISM MODULE FAN MOTOR ...
Страница 66: ...AVH 3500DVD XEUC 66 1 2 3 4 1 2 3 4 C D F A B E A A MB PCB ASSY ...
Страница 67: ...AVH 3500DVD XEUC 67 5 6 7 8 5 6 7 8 C D F A B E A SIDE B B CON601 ...
Страница 69: ...AVH 3500DVD XEUC 69 5 6 7 8 5 6 7 8 C D F A B E 11 3 AUX PCB C SIDE B C AUX PCB SIDE A C AUX PCB AUX B ...
Страница 70: ...AVH 3500DVD XEUC 70 1 2 3 4 1 2 3 4 C D F A B E 11 4 TFT SMT UNIT D D TFT SMT UNIT TFT LCD TOUCH PANEL ...
Страница 71: ...AVH 3500DVD XEUC 71 5 6 7 8 5 6 7 8 C D F A B E D SIDE A A J110 ...
Страница 72: ...AVH 3500DVD XEUC 72 1 2 3 4 1 2 3 4 C D F A B E D D TFT SMT UNIT ...
Страница 73: ...AVH 3500DVD XEUC 73 5 6 7 8 5 6 7 8 C D F A B E D SIDE B ...
