!
43
VDD3
3
ASIC
_3V
3
V
DD1
2
IVINP
TS
S
Y
N
C
TE
S
TI
O
20
SD
A
S
R
112
0
4.
7K
1
%
C1
1
13
100
N
16V
R
1
10
3
100K
1/
16W
˄
NC
˅
C1
1
22
10
0N
16V
C
113
7
1
00N
16
V
TS
3
1 2 3
4
8 7 6
5
R
P
11
01
N
C
/2
2o
H
M
1/
16W
1
2
X110
1
NC/3
0
.4
M
H
z
VDD3
3
R1
11
6
0R
05
1
/1
6
W
C1
12
6
10
0N
16V
C1
1
1
4
100N
16
V
1
2
FB
1
10
9
N
C
/1
2
0R
/3
00
0mA
C
1123
100
N
16V
V
DD_
DI
V
TS
4
R
1
10
4
100K
1/
16W
(N
C
)
R
1
10
9
100K
1/
16W
(N
C
)
TP
04
R
111
4
2.
7K
1/
16W
1
%
R1
11
7
0R
05
1
/1
6
W
TS
5
+
C1
1
01
NC
/2
2
0
UF 1
6
V
C1
11
5
100N
16
V
C1
1
17
100
N
16V
+
C1
1
0
8
NC/2
2
0UF
1
6V
C
113
8
1
00N
16
V
TU
_
S
D
A
TU
_
S
C
L
TP
2
6
R1
1
2
2
10
K 1/
16
W
5%
(N
C
)
C1
1
03
1u
F
16
V
R
1
11
2
0R
05 1/
16
W
C
113
0
1uF
16V
(N
C
)
C1
11
6
10
0N
16
V
R
111
5
2.
7K
1/
16W
1%
C1
1
0
7
100
N
16
V
C
1109
100
N
16V
TS
6
C1
1
1
8
100
N
16
V
R
1
11
3
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05 1/
16
W
TS
7
L1
101
2
.2
uH(
NC)
1
2
LD
110
1
NC
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E
D
R
1
10
6
100K
1/
16W
(N
C
)
R
1
10
1
N
C
/1M
1/
16
W
1
2
FB
1
10
7
NC/12
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0
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0
m
A
R11
23
0
R
05
1/1
6
W
(NC)
C
1110
100N
16
V
TS
C
L
K
C1
10
6
10
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16
V
C1
1
28
12
PF
50V
(N
C
)
TP
01
TS
V
A
L
ID
R
1
10
8
100K
1/
16W
(N
C
)
R
1
12
4
100K
1/
16W
(N
C
)
IF_
AG
C_
SW
TES
TIO
20
C
1105
100N
16
V
R
111
8
10
K
+
-1%
1/
16W
C
113
4
10
0N
16V
(N
C
)
TP
02
C
1102
1u
F
16
V
TP
03
R
112
5
3
3
0R
1/
16
W
5%
(N
C
)
T2
D
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+
T2
D
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-
C
1133
100
N
16V
(N
C
)
C
1124
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V
TS
1
C1
1
0
4
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2
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1
11
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m
A
Demo
d I2C
R
1
10
5
100K
1/
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C
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RE
FCL
K
0
R1
12
7
10
K
1/
16
W
5
%
(N
C
)
TS
2
RE
FCL
K
1
C1
12
5
10
0
N
1
6V
1
2
FB
1
1
12
NC
/120
R
/30
00
m
A
VDD1
2
R
112
1
4.
7K
1%
OS
D
A
0
OS
C
L0
1
2
FB
1
1
08
NC
/120
R
/30
00
m
A
1
2
FB
1
1
10
NC/12
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00
0
m
A
TS
0
R
111
9
10
K +
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1
/1
6
W
VDD3
3
V
DD1
2
+
C1
1
1
9
NC
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2
0
UF 1
6
V
R1
1
02
5
6K
1
%
(NC)
ASIC
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3
VDD1
2
V
DD3
3
TP
08
C1
12
7
1
uF
1
6V
(NC)
C1
11
1
10
0N
16
V
SD
A
S
V
D
D_
DIV
R1
1
2
6
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1/
16
W
5%
(N
C
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IF
_
A
G
C
_S
W
TP
05
C1
12
0
10
0N
16
V
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TP
06
C1
1
29
15p
F
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N
C
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R
1
10
7
100K
1/
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C
)
TP
07
C1
1
12
10
0N
16V
C1
12
1
10
0N
16
V
TE
S
TI
O
21
SC
LM
TS
B
S
Y
N
C
1
TS
B
V
L
D
2
TS
B
C
L
K
3
TS
B
7
4
TS
B
6
5
V
DD3
3
6
TS
B
5
7
TS
B
4
8
TS
B
3
9
V
DD1
2
10
TS
B
2
11
TS
B
1
12
TS
B
0
13
PW
M
0
14
V
DD1
2
15
CL
K
_
RE
F_
O
U
T
16
V
DD_
DIV
17
RE
FCL
K
I0
18
REFCL
KI1
19
VDD_
OS
C
20
DVDD_
AD
C
21
ADV
DD
_AD
C
22
QVIN
P
23
QVIN
N
24
IVINP
25
IVINN
26
AV
DD_RE
F
27
RE
F_
BIAS
_EXT
28
VDD1
2
29
TEST
IO
16
30
TEST
IO
15
31
VDD3
3
32
TEST
IO
14
33
TEST
IO
13
34
TEST
IO
12
35
TEST
IO
11
36
T
EST
IO
1
0
37
I2
CINT
38
SC
LM
39
SD
A
M
40
V
DD1
2
41
SC
LS
42
SD
A
S
43
DB
G
B
US
1
7
44
V
DD3
3
45
DB
G
B
US
1
6
46
DB
G
B
US
1
5
47
T
EST
IO
1
7
48
T
EST
IO
1
8
49
T
EST
IO
1
9
50
V
DD3
3
51
V
DD1
2
52
DB
G
B
US
1
4
53
DB
G
B
US
1
3
54
NC
58
VDD
12
57
NC
55
NC
56
VDD
33
59
VDD
33
60
DBG
BUS
12
61
DBG
BUS
11
62
VDD
33
63
DBG
BUS
10
64
VDD
33
65
PWM
1
66
VDD
33
67
VDD
12
68
RES
ETN
69
TES
T0
71
TES
T1
72
DBG
SE
L
70
GND
73
U
101
NC
/A
T
B
M
8
8
48
A
S
IC
_3V
3
SD
A
M
VD
D
3
3
V3
.3
V
DD1
2
A
V
DD1
V
2
V1
.2
AS
IC
_
3
V
3
SD
A
M
V3
.3
A
V
DD3
3
VD
D
3
3
V3
.3
V
DD3
3
V3
.3
A
V
DD3
3
DE
M
O
D_
TS
S
Y
NC
4
DE
M
O
D
_RE
S
E
T
4
DE
M
O
D_
TS
V
A
LI
D
4
PW
M
0
DE
M
O
D_
T
S
DA
TA
0
4
D
E
M
O
D_
T
S
CL
K
4
O
S
D
A
0
4,5
,7
,1
2
,1
5,2
0
TU
_S
C
L
15
O
S
C
L
0
4,
5,
7,
12,
15
,2
0
T2
D
_
TI
F
-
15
TU
_
S
D
A
15
T2
D
_
TI
F
+
15
IF
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G
C
_
D
2T
15
G
N
D
4
,5
,6
,7
,8
,9
,1
0
,1
1
,1
2
,1
3,
15
,1
6,
17
,1
8
,1
9,
2
0
,2
1,
22
,2
3
,2
4
IF
_A
G
C
_
S
W
15
TE
S
TI
O
23
T2
D
_
TI
F
-
T2
D
_
TI
F
+
DE
M
O
D_
RE
S
E
T
DE
M
O
D_
T
S
V
A
L
ID
DE
M
O
D_
T
S
S
Y
NC
GP
IO
s f
ro
m
D
em
od
IC
DE
M
O
D_
T
S
CL
K
TS
6
DE
M
O
D_
T
S
DA
TA
0
DE
M
O
D_
T
S
CL
K
DE
M
O
D_
T
S
V
A
L
ID
DE
M
O
D_
T
S
S
Y
NC
Tune
r I2C
TS
4
TS
5
DE
M
O
D_
T
S
DA
TA
0
Se
ri
a
l T
S
TS
3
TS
2
TS
0
TS
1
Pa
ra
lle
l T
S
SC
LM
TS
7
DE
M
O
D_
RE
S
E
T
PW
M
0
V
DD3
3
TE
S
T
IO
2
3
TU
_
S
D
A
TE
S
T
IO
2
1
RE
FCL
K
1
TS
C
L
K
TS
0
TS
V
A
L
ID
TS
S
Y
N
C
IV
IN
P
N
e
a
r to
AL
BM
8848
TES
TIO
21
56
k~
59
k 5%
D
T
M
B
_R
ES
ET
N
TE
S
TI
O
24
IF
_A
G
C
_
D
2
T
AS
IC
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3V
3
cl
o
se
to
A
T
BM
8848
TE
S
TI
O
25
TE
S
T
IO
2
4
TE
S
T
IO
2
7
TE
S
T
IO
2
6
TE
S
T
IO
2
5
RE
FCL
K
0
SC
LS
LO
C
K
IV
IN
N
OSC
L
0
OSD
A
0
TU
_
S
C
L
DT
MB
_R
ESET
N
TE
S
TI
O
26
V
DD1
2
TE
S
TI
O
27
ASIC
_3V
3
V
DD3
3
VDD3
3
VDD3
3
TES
TIO
22
SC
LS
VDD3
3
VDD1
2
IF
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C
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2T
V
DD3
3
V
DD1
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VDD3
3
V
DD1
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Siz
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Re
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Sh
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22
Summary of Contents for 42PFL5506/V7
Page 1: ... 1 Brand Customer Model Philips 42PFL5506 V7 ...
Page 23: ... 23 Step4 Unscrew the 15 screws and 4screws to remove VESA and AC BKT ...
Page 24: ... 24 Step5 Unscrew PANEL and BEZEL ...
Page 27: ... 27 ...
Page 28: ... 28 ...
Page 29: ... 29 ...
Page 30: ... 30 ...
Page 58: ... 58 7 3 IR Board 715G3866R01000004S ...
Page 74: ... 74 10 IC SPEC SCALER MT5301BCMU LQFP 256 Block Diagram ...
Page 75: ... 75 Pin Configuration ...
Page 76: ... 76 IC LD7523GS SOP 8 Block Diagram Pin Configuration ...
Page 77: ... 77 IC OZ9976GN C 0 TR SOP 16 Block Diagram ...
Page 78: ... 78 Pin Configuration Multiplexer CD4052BPWR Pin Configuration ...