Philips BDL4230E/00, Руководство по обслуживанию

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5 5
4 4
3 3
2 2
1 1
D
D
C
C
B
B
A
A
H
D
MI_D1P
HDMI_
D
0
N
H
D
MI_D2P
HDMI_
D
2
N
HDMI_
C
K
N
H
D
MI_CKP
H
D
M
I_B/Cb5
H
D
M
I_B/Cb3
HDMI_G/Y
2
HDMI_G/Y
7
HDMI_G/Y
6
H
D
M
I_B/Cb8
H
D
M
I_B/Cb9
H
D
M
I_B/Cb4
H
D
M
I_B/Cb6
H
D
M
I_B/Cb7
H
D
M
I_B/Cb2
HDMI_G/Y
5
HDMI_G/Y
3
HDMI_G/Y
4
HDMI_G/Y
8
HDMI_G/Y
9
H
D
M
I_B/Cb1
H
D
M
I_B/Cb0
HDMI_G/Y
1
HDMI_G/Y
0
HDMI_R
/C
r6
HDMI_R
/C
r9
HDMI_R
/C
r7
HDMI_R
/C
r8
HDMI_R
/C
r3
HDMI_R
/C
r5
HDMI_R
/C
r2
HDMI_R
/C
r4
HDMI_R
/C
r1
HDMI_R
/C
r0
XO
XI
RXO
H
D
M
I2_DSDA
H
D
M
I1_DSCL
H
D
M
I1_DSDA
H
D
M
I2_DSCL
RDE R
VSY
NC
R
O
DCK
RHSY
N
C
CSCL
VREF
DAC_
M
U
T
E
HDMI_RS
T
IN
T
R0PW
R5V
RCLK48B
CSDA
IN
0
R
6
IN
0
B
7
IN
0
B
5
IN
0
G
6
IN
0
R
9
IN
0
G
7
IN
0
R
3
IN
0
G
4
IN
0
B
6
IN
0
G
3
IN
0
B
4
IN
0
R
7
IN
0
B
9
IN
0
G
9
IN
0
R
2
IN
0
R
4
IN
0
B
2
IN
0
B
8
IN
0
G
8
IN
0
G
5
IN
0
G
2
IN
0
R
8
IN
0
R
5
IN
0
B
3
SD
0
RW
S
RSCK
SC
K
WS
VCOM
_
F
A
u
d
io_CLK
A
u
d
io_CLK
CLK_OUT
IN
0
B
0
IN
0
B
1
IN
0
R
0
IN
0
R
1
IN
0
G
0
IN
0
G
1
HDMI_
D
1
N
H
D
MI_D0P
D
A
C
_MUTE
R0PW
R5V
H
D
MI_SCDT
D3V3
D3V3
D3V3
D3V3
D1V8
D1V8
+12V
+12V
AGND
AGND
D3V3
AGND
AGND
AGND
D1V8
+
5
V
_
M
o
dule
AGND
IN0B[0..9]
1
0
IN0G[0..9]
1
0
IN
0
R
[0..9]
1
0
I2
S
_
DA_IN0
I2S_
W
S
I2S_CLK
H
DDC_SDA
6
H
DDC_SCL
6
HDMI_RS
T
6,11
TX
C
-
6
TX
C
+
6
TX
0
-
6
TX
0
+
6
TX
1
+
6
TX
2
-
6
TX
2
+
6
IN0_TMD
_
D
E
1
0
IN0_TMD
_
H
S
1
0
IN
0
_
TMD_VS
10
IN
0
_
T
M
D
_CLK
10
CSDA
_HDMI
1
1
CSCL_
H
D
M
I
1
1
I2S_CLK I2
S
_
DA_IN0
I2S_
W
S
HDMI_AO
L
8
HDM
I_
A
O
R
8
TPWR
6
TX
1
-
6
B
u
z
z
e
r_PWM
11
H
D
MI_SCDT
10
9125
_
IN
T
11
A
d
dress
RX
Config.
I2C
Addr.
Select
LAYOUT:
Place
xtal
circuit
as
compact
and
close
to
chip
as
possible
S
t
ate
LAYOUT:
Place
capacitors
as
close
as
possible
to
chip
0
x
62/0x6A
Hi
g
h
0
x
60/0x68
(Default)
Low
PORT2_CLK
Resister
must
close
with
AD_CLK
Resister
and
close
to
T2
Default
C
D
CLK
:
2.3
MHz
S
L
RCLK
:
4
8
KHz
S
C
LK
:
18.432
MHz
Option
R
emove
C
133
C134
change
to
PF
B
O
M
Remove
N.C
TP59
TP51
C133 27P J
TP42
R419
100
L9
Z120
TP27
9
R186
33
J
R468 4.7K
R180
33
J
R175
33
J
TP61
C
1
2
2
0.1U
K
C137 *2
0
P
J
/N
C
C397
10UF
K
R187
4.7K
C
1
0
6
0.1U
K
TP53
C9
7
10UF
K
C
1
1
5
0.1U
K
C396 10P
J
C136 10UF
K
TP43
C
1
1
1
0.1U
K
TP55
C
1
2
3
0.1U
K
RN2
33
1 2 3 4
8 7 6 5
C9
5
0.01
U
K
R169
33
J
C394
1U
K
C
1
2
7
0.1U
K
L12 Z120
C
1
0
8
0.1U
K
TP56
C134 33P J
C
1
1
3
0.1U
K
R188
1M
R185
33
J
Y2
*
18.4
3
2
M
H
Z
/N
C
Vdd
4
GND
2
Output
3
Vcont
1
C
1
2
4
0.1U
K
C1 32 0.1UK
TP22
5
R168
33
J
R184
390
C
1
2
8
0.1U
K
R193
22
J
R192 10K J
RN3
33
1 2 3 4
8 7 6 5
TP63
C
1
0
7
0.1U
K
R190 10K J
C398 10 PJ
C
1
1
0
0.1U
K
R179
33
C
1
2
5
0.1U
K
TP57
C1 31 0.1UK
R467
9.1K
TP58
C
1
0
0
0.1U
K
R194
22
J
C
1
0
3
0.1U
K
C395
*NC_1U
K
TP50
5
R191 10K J
C
1
0
9
0.1U
K
R469 3.
3
C
1
2
6
0.1U
K
SiI912
5
U25A
SIL912
5CTU
Q13
140
Q12
141
Q11
144
Q10
1
Q9
2
Q8
3
Q7
7
Q6
8
Q5
9
Q4
10
Q3
13
Q2
14
Q1
15
Q0
16
Q23
126
Q22
127
Q21
128
Q20
129
Q19
132
Q18
133
Q17
134
Q16
135
Q15
138
Q14
139
XTALOUT
94
MUTEOUT
75
MCLK
89
SPDIF
78
EVNODD
22
RSVDL
99
XTALIN
95
R0XC-
39
R0XC+
40
R0X0-
43
R0X0+
44
R0X1-
47
R0X1+
48
R0X2-
51
R0X2+
52
R1XC-
57
R1XC+
58
R1X0-
61
R1X0+
62
R1X1-
65
R1X1+
66
R1X2-
69
R1X2+
70
DSCL0
34
DSDA0
33
INT
102
R0PWR5V
35
R1PWR5V
30
RSVDNC
77
RSVDNC
98
CSCL
27
CSDA
26
DE
19
VSYNC
21
HSYNC
20
ODCK
5
SCDT
101
RESET#
100
DSCL1
29
DSDA1
28
SCK
86
WS
85
SD3
84
SD2
83
SD1
82
SD0
81
Q33
110
Q34
109
Q35
108
Q24
123
Q25
122
Q26
121
Q27
120
Q28
117
Q29
116
Q30
115
Q31
114
Q32
111
CI2CA
105
RSVDNC
55
RSVDNC
76
C400
1U
K
C432
1U
K
RN5
33
1 2 3 4
8 7 6 5
L10
Z120
C
1
1
2
0.1U
K
TP48
SiI912
5
U25B
SIL9125
C
T
U
AVCC33
38
AVCC33
42
AVCC33
46
AVCC33
50
AVCC33
56
AVCC33
60
AVCC33
64
AVCC33
68
AGND
36
AGND
41
AGND
45
AGND
49
AGND
53
AGND
59
AGND
63
AGND
67
DVCC18
92
DGND2
93
XTALVCC
96
REGVCC
97
CVCC18
143
CVCC18
119
CVCC18
107
CVCC18
91
CVCC18
80
CVCC18
25
CVCC18
12
CGND
142
CGND
130
CGND
118
CGND
106
CGND
90
CGND
79
CGND
23
IOVCC33
6
IOVCC33
32
IOVCC33
74
IOVCC33
88
IOVCC33
104
IOVCC33
113
IOVCC33
137
IOGND
4
IOGND
31
IOGND
73
IOGND
87
IOGND
103
IOGND
112
IOGND
124
IOVCC33
18
IOGND
17
CVCC18
131
CGND
11
IOVCC33
125
IOGND
136
AGND
71
AVCC18
37
AVCC18
54
AVCC18
72
CVCC18
24
EPAD
G1
R195
22
J
R597 22K
C
1
0
5
0.1U
K
R170 4.7K
C
1
0
1
0.1U
K
R
197
*0
J
/N
C
U2
6
PC M1754DBQR
BCK
1
DATA
2
LRCK
3
DGND
4
NC
5
VCC
6
VOUTL
7
VOUTR
8
AGND
9
VCOM
10
ZEROA
11
TEST
12
DEMP
13
MUTE
14
FMT
15
SCK
16
C130
10UF
K
TP62
C9
8
10UF
K
TP44
C138 10UF
K
TP46
R465
*22K F/NC
TP50
C
1
1
8
0.1U
K
R196
22
J
R174
33
J
C
1
0
2
0.1U
K
C135
0.1U
K
RN4
33
1 2 3 4
8 7 6 5
C
1
1
4
0.1U
K
R177 *
4.7K
/NC
+
C399
<Spec>
*NC_47
U
2
5
V
1 2
C9
6
*
0
.1
U
K/NC
L26
Z30
TP47
C
1
1
9
0.1U
K
Y1
28.322MH
Z
1
3
2
4
C
1
1
6
0.1U
K
TP54
TP60
R466
22KF
R181
33
C
1
2
0
0.1U
K
L11
Z120
R173
33
J
RN1
33
1 2 3 4
8 7 6 5
R172
33
TP49
TP52
R178 4.7K
C
1
0
4
0.1U
K
C
1
1
7
0.1U
K
C9
9
0
.1U
K
RN6
33
1 2 3 4
8 7 6 5
R171
33
J
R183
33
TP45
C129
10UF
K
U1
7
*N
C
_
N
J
M
3
4
14AV-TE1
A_OUT
1
A_IN-
2
A_IN+
3
V-
4
B_IN+
5
B_IN-
6
B_OUT
7
V+
8
R182
33
J
R176
33
J
C
1
2
1
0.1U
K
Scalar
Diagram
&
C.B
.A
52
BDL4230E
LCD