Philips 240P4QPYEB/00, Руководство по обслуживанию

Страница: 21 / 104

21
Meridian 3
Remark: Part
s position can be searched by
using FIND function in PDF
.
R
4
36
N
C
/0R
05 OH
M
CN
40
2,
CN
403
B
O
T
H
LAY
OU
T
Pin
1
1
8
PW ON
L
atc
h:
Int
er
na
l M
C
U
:
Pul
l
Hig
h
Ext
er
na
l M
C
U
:
Pul
l
Low
PO
W
E
R
V1
2
C
V3
3
S
D
R
A
M
R
4
82
100OH
M
WP
_
P
RO
DDC_
W
P
3
R4
3
9
N
C
/2
2
K
1/
16W
5%
C4
0
4
100N
16V
R4
1
8
4.
7K
1/
16W
on_B
A
C
K
L
IG
H
T
7
+
C
423
N
C
/1
0U
F
50V
+
C4
1
8
100U
F
16
V
PS
_
O
N
7
PWM4
CN4
0
1
CO
NN
1 2 3 4 5
DV
I_
HP
D
3
AO
U
T
_
R
1
V3
3
T
M
D
S
Ad
j_
B
A
C
K
L
IG
H
T
7
CN4
0
2
CO
NN
1 2 3 4 5 6 7 8 9 10 11 12
P
A
N
E
L1
2
V
_O
N
7
D
P
_H
OT
_P
LU
G
4
X4
0
1
14.
3
181
8
M
H
Z
/32P
F
1 2
R4
2
2
NC
R4
2
3
NC
C
420
1
u
F
10V
KE
Y
2
LE
D
_
1
A
UDI
O
_
5
V
8
LE
D
_
2
V3
3
T
M
D
S
C
N
403
NC/
CO
NN
1 2 3 4 5 6
R
4
30
100OH
M
V3
3
S
D
R
AM
AO
U
T
_
L
1
R
4
31
100OH
M
V3
3
L
SA
D
C
R4
2
5
10K
V
3
3
C
R
Y
ST
AL
KE
Y
1
KE
Y
2
F
B
4
0
7
120
R
PA0 PA1
V1
2
A
D
C
PA2
R
4
16
560R
1/
16W
5%
Mu
te
8
Mu
te
PA3
+
C4
0
3
10
0U
F
16V
R4
3
5
N
C
/0R
05 OH
M
PA4
R4
3
7
N
C
/0R
05 OH
M
C4
2
7
N
C
/1
N
50V
F
B
401
1
2
0
R
DV
I_
S
D
A
3
DV
I_
S
C
L
3
PA6 PA5 PA7
R
407
0R
05
OH
M
R
408
0R
05
OH
M
R
417
N
C
/1
M
1/
1
6
W
5%
PS
_
D
IS
T
A
N
C
E
F
B
4
0
6
120
R
DE
T
_
DP
4
PA8 PA9
DE
T
_
DP
PB0 PB1 PB2
R4
1
1
NC
R4
1
2
10K
C4
0
9
2
2
0N
10V
PB3
VC
C
3
.3
WP
SD
O
U
T
CE SD
IN
R4
1
4
22R
1/
16W
5
%
R4
1
5
22
R
1
/16
W
5
%
R4
1
3
22R
1/
16W
5
%
R4
4
0
47K
1/
16
W
5%
PB4 PB5
GN
D
G
3
SO
G
3
GN
D
R
3
RI
N
3
HS
Y
N
C
3
GI
N
3
GN
D
B
3
BI
N
3
VS
Y
N
C
3
+
C
417
100U
F
16V
A
udi
o_S
D
8
XO
PB6 PB7 PB9 PB8
R404
4K 7 1/16W 5%
R4
2
4
10K
L
ED dr
iv
er
C4
0
1
220
N
10V
R402 4.7K 1/16W
C
428
N
C
/1N
50V
R403 4.7K 1/16W
PA
[0
..
9
]
6
V3
3
P
T
O
Pr
oce
ssor
Bo
ard
PB
[0
..
9
]
6
CL
K
R4
5
5
100K
1
/1
6
W
RX
2
+
3
RX
1
+
3
RX
2
-
3
RX
0
-
3
C4
2
9
100N
16V
C4
4
0
10U
F
10V
RX
1
-
3
RX
C-
3
RX
0
+
3
RX
C+
3
Q403
LM
B
T
3
904LT
1G
R
454
4.
7K
1/
16W
C44 1
100N 16V
OC
_S
W
Q404 LM
B
T
3904
L
T
1
G
VC
C
3
.3
V
CC3
.3
OC
4
0
1
IS
A
4
0
1
Cath od e
1
Ano de
2
Emit te r2
3
Colle cto r
4
Emit te r1
5
R4
5
7
1
0
K
R4
5
6
N
C
/1
0
K
R4
5
3
62
0 O
H
M
1
/1
6
W
VC
C
3
.3
C435 100N 16V
R4
5
8
22
K
1
/1
6W
R4
5
9
10
K
Q402 LM
B
T
3906LT
1
G
R4
4
5
NC/
1
0
K
WP
_
P
RO
C44 2
100N 16V
R
474
NC
C434 100N 16V
Z
D
401
RL
Z
5
.6
B
1 2
LE
D
_
A
R4
4
4
NC/
1
0
0
O
H
M
LE
D
_
A
R4
6
3
NC
R44 7 NC
LE
D
_
1
R4
7
3
56
OH
M
+
-5
%
1/
8W
LE
D
_
2
R4
9
0
0R
05 OH
M
R4
4
3
NC/
1
0
0
O
H
M
R4
7
2
0R
05 OH
M
V5
A
C4
1
0
N
C
/1
0pF
16V
V5
A
LA
N
E
1P
4
LA
N
E
3P
4
C4
2
1
100N
16V
R4
0
6
0R
0
5
O
H
M
LA
N
E
0
P
4
LA
N
E
2N
4
LA
N
E
0N
4
LA
N
E
2P
4
LA
N
E
1N
4
WP
LA
N
E
3N
4
DE
T
_
DV
II
DE
T
_
V
G
A
I
F
o
r
A
uto
P
i
v
o
t
Fu
nc
ti
on
DE
T
_
DP
ZD
4
0
2
RL
Z
5
.6
B
1 2
R4
6
7
10K
R44 8 NC
C433 NC
C
4
07
100N
16V
AU
X
_
C
H
P
4
C4
3
0
NC
E
ESC
L
EE
_
S
C
L
R450 3.9K 1/16 W
R4
6
5
NC
R4
1
0
1
K
C43 2 NC
E
ESD
A
EE
_
S
D
A
R4
6
4
NC
C431 NC
Q401 LM
B
T
39
06LT
1G
R
470
NC
R4
7
1
NC
R
4
62
0R
05 OH
M
R
460
10K
R45 1 3.9 K1/ 16W
R4
4
6
NC/
1
0
K
R
426
0R
05 OH
M
DDCA
_
S
DA
3
R4
6
9
2
2
K
1
/16W
R
427
0R
05 OH
M
DDCA
_
S
CL
3
ZD
4
0
3
RL
Z
5
.6
B
1 2
R452 3.9 K1/ 16W
R4
6
6
1
OH
M
+
-5%
1/
8W
R
475
0R
05OH
M
1/
8W
R4
6
1
22K
1/
16
W
R44 9 NC
R
468
NC
PWM1
PW
M2
C4
1
9
100
N
16V
C4
3
8
100
N
16V
R
486
N
C
/0R
05 OH
M
VC
C
3
.3
VC
C
3
.3
V
CC3
.3
VC
C
3
.3
AO
U
T
_
L
1
C
4
06
100N
16V
AU
X
_
C
H
N
4
AO
U
T
_
R
1
AI
N
_
R
8
AI
N
_
L
8
AO
U
T
_
L
8
AO
U
T
_
R
8
R4
2
0
6.
2K
OH
M
5
%
1/
16W
R4
0
5
1
00OH
M
D
P
_
S
IN
K
_
AS
S_
2
4
E
R
GO_ON
FB
4
0
8
1
20R
1
2
R4
0
1
100
O
H
M
UA
RT
_
T
X
D
UA
RT
_
R
X
D
P5
3
E
R
GO_ON
PS
_
O
U
T
P
U
T
PS
_
D
IS
T
A
N
C
E
R4
2
1
NC
P5
2
LE
D
_
G
LE
D
_
A
+
C
422
100U
F
16V
C4
1
6
100N
16V
DDCA
_
S
CL
3
DDCA
_
S
DA
3
C4
2
5
10
0N
16V
R4
3
3
NC
R4
3
4
NC
+
C4
0
8
NC/
1
0
U
F
1
6
V
U4
0
3
M2
4
C
1
6
A0
1
A1
2
A2
3
GN
D
4
SD
A
5
SC
L
6
WP
7
VC
C
8
U4
0
2
M
X
25L4006E
M
1
I-
12G
CE
#
1
SO
2
WP
#
3
GN
D
4
VD
D
8
HO
L
D
#
7
SC
K
6
SI
5
VC
C
3
.3
R4
0
9
4.
7K
1/
16
W
P5
3
+
C
424
N
C
/1
0U
F
50V
P5
2
C4
3
9
N
C
/1
N
50V
C
426
N
C
/1N
50V
EE
SC
L
EE
SD
A
Ne
ar
t
o
s
c
a
lar
D
E
T
_
VG
AI
R4
4
1
47K
1/
16W
5%
DE
T
_
V
G
A
I
3
DE
T
_
DV
II
3
DE
T
_
DV
II
R4
4
2
47K
1/
16W
5%
VC
C
3
.3
VC
C
3
.3
V
CC3
.3
o
n_P
a
nel
7
PO
W
E
R
o
n
_P
a
nel
LE
D
_
G
C4
1
4
100N
16
V
V5
A
V5
A
V5
A
R4
3
2
N
C
/10K
1/
16W
5%
U4
0
1
R
T
D
2
486
T
D
-G
R
DP_ VDD/ TM DS_ VDD
1
TMD S_ RE XT
2
LAN E0P /R X2 P_ 0
3
LAN E0N /R X2 N_ 0
4
LAN E1P /R X1 P_ 0
5
LAN E1N /R X1 N_ 0
6
LAN E2P /R X0 P_ 0
7
LAN E2N /R X0 N_ 0
8
LAN E3P /R XC P_ 0
9
LA NE3 N/R XCN_ 0
10
DP_ GND /T MD S_ GN D
11
LAN E0P /R X2 P_ 1
12
LAN E0N /R X2 N_ 1
13
LAN E1P /R X1 P_ 1
14
LAN E1N /R X1 N_ 1
15
LAN E2P /R X0 P_ 1
16
LAN E2N /R X0 N_ 1
17
LAN E3P /R XC P_ 1
18
LA NE3 N/R XCN_ 1
19
DP_ VDD/ TM DS_ VDD2
20
AVS0
21
AHS 0
22
ADC_ VD D
23
B0-
24
B0+
25
G0-
26
G0+
27
SOG 0
28
R0-
29
R0+
30
GPI/ GPO /V 8_7
31
GPI/ GPO / V 8_6
32
ADC_ GN D
38
GPI/ GPO /V 8_1
37
GPI/ GPO /V 8_2
36
GPI/ GPO / V 8_3
35
GPI/ GPO / V 8_4
34 GPI/ GPO / V 8_5
33
AU
D
IO
_
SO
U
T
L
/V8
_
3
/S
C
K/
G
P
IO
45
S
P
DI
F
3
/A
UDI
O
_
R
E
F
/V
8
_
4
/WS
/G
P
IO
44
A
-A
D
C
0
/V
C
L
K
/G
P
IO
50
A-
AD
C
1
/G
PI
O
51
A-
AD
C
2
/G
PI
O
52
A-
AD
C
3
/G
PI
O
53
A-
AD
C
4
/G
PI
O
54
T
C
O
N
[0
][
5
]/B
A
D
C
0
/P
W
M
1
/P
W
M
5
/G
P
IO
55
T
C
O
N
[1
][4
]/B
-A
D
C
1
/II
C
S
C
L
/G
P
IO
56
V
8_7/
G
P
IO
41
T
C
O
N
[9
][
1
1
]/
B
-A
D
C
2
/IIC
S
D
A
/G
P
IO
57
T
C
O
N
[7
][
1
0
]/D
D
C
S
C
L
1
/G
P
IO
58
T
C
O
N
[3
][
5
]/
D
D
C
S
D
A
1
/G
P
IO
59
VC
C
K
60
PG
N
D
61
PV
C
C
62
T
C
O
N
[1
][
8
]/P
W
M
2
/G
P
IO
63
S
D
0
/S
P
D
IF
0
/T
C
O
N
[0
][7
]/G
P
IO
/I
rD
A
64
A
U
DI
O
_
HO
UT
L
/V
8
_
1
/S
D0
/G
P
IO
47
A
U
DI
O
_
HO
UT
R/
V
8
_
0
/P
W
M
0
/G
P
IO
48
AB LU 7/S CK /T CO N[4 ][2 ]/GP IO /B B3 N
66
AB LU 6/M CK /T CO N[5 ][9]/ GP IO/B B2 P
67
AB LU 5/S D0 /SP DIF 0/T CO N[1 3][ 3]/ GP IO/B B2 N
68
L
INE
_
INL
/V
8
_
6
/I
ICS
CL
/G
P
IO
42
AB LU 4/S PDI F1 /S D1/T CON[ 7][ 3]/ GP IO /II CSCL /B B1 P
69 AB LU 3/S PD IF 2/S D2 /TC ON [ 9 ][11 ]/GP IO /IIC SD A/B B1 N
70 AB LU 2/S PD IF 3/S D3 /TC ON [1 0][8 ]/G PIO /PW M1 /P WM 5/B CL KP
71 TC ON [6][1 2]/G PIO /P WM 3/B CL KN
72 VCCK
73
AB LU1/ GPIO /A BL U7 /T XO 3+_ 8b/T XO4 +_ 10b/B G3 P
74
ABL U0 / G PIO /ABL U6 /T XO 3-_ 8b /T XO 4-_ 10 b/BG 3N
75
AGR N7 /G PIO /A BLU 5/T XOC +_ 8b /T XO 3+ _1 0b /BG 2P
76
AG RN 6/G PIO/ AB LU4/ TX OC-_8b/ TX O3-_10b/ BG 2N
77
A
U
DI
O
_
S
O
UT
R/
V
8
_
2
/M
CK
/G
P
IO
46
PVC C
84
PGN D
85
AR ED7 /AG RN 3/T XE3 +_ 8b /T XO 0+ _1 0b /B R1 P
86
LI
N
E
_I
N
R
/V
8_5/
II
C
S
D
A
/GP
IO
43
GP IO /PW M3 /T CO N[1 1][6 ]/TX E0 -_ 10 b/A G2 N
99
GP
IO
V
C
LK
40
LS
_A
D
C
_V
D
D
49
M
C
K/
T
C
O
N
[7
]/
G
PI
O
/AR
1
P
108
G
P
IO
/V
8
_
0
/
39
XO
127
XI
128
WS /TC ON [7 ][1 ]/G PIO /P WM 1/B B3 P
65
AG RN 5/GP IO /A BL U3 /T XO 2+_8b/T XOC +_10b/ BG 1P
78
AGR N4 /G PIO /A BL U2 /T XO 2-_ 8b /T XOC -_ 10 b/BG 1N
79 AG RN 3/G PIO /AG RN 7/T XO 1+ _8 b/T XO2 +_ 10 b/BR 3P
80 AG RN 2/GP IO /A GRN 6/T XO 1-_8b/ TX O2-_10b/ BR 3N
81 AG RN 1/G PIO /AG RN 5/T XO 0+ _8 b/T XO1 +_ 10 b/BR 2P
82 AG RN 0/GP IO /A GRN 4/T XO 0-_8b/ TX O1-_10b/ BR 2N
83
AR ED 6/A GR N2 /T XE 3-_8b/ TX O0-_10b/ BR 1N
87
AR ED5 /AR ED 7/T XEC +_ 8b /T XE4 +_ 10 b/A B3 P
88
ARED 4/AR ED 6/T XEC-_ 8b /T XE4 +_ 10 b/A B3N
89
AR ED 3/A RE D5/ TX E2 +_ 8b/T XE 3+_1 0b/A B2 P
90 AR ED 2/A RE D4/ TX E2 -_8b/ TX E3 -_10b/ AB 2N
91 AR ED 1/A RE D3/ TX E1 +_ 8b/T XE C+ _1 0b/A B1 P
92 AR ED 0/A RE D2/ TX E1 -_8b/T XE C-_10b/ AB 1N
93 DE NA /T XE 0+_8 b/T XE 2+ _1 0b/ AC LKP
94
DH S/T XE 0-_8b/ TX E2 -_10b/A CL KN
95
DC LK /GP IO /P WM 0/T XE 1+ _10b/A G3P
96
DV S/G PIO /P WM 1/T XE 1-_ 10b/A G3N
97
GPIO /P WM 2/T XE 0+ _10b/A G2P
98
GP IO/P WM 4/T CO N[1 2][3 ]/A G1 P
100 GP IO/P WM 5/T CO N[0 ]/AG 1N
101 SD 3/ S PDI F3 /T CON[ 10 ]/G PIO /P WM 0/A R3P
102
S
D
2
/S
P
D
IF
2
/T
C
O
N
[8
]/
G
P
IO
/II
C
S
C
L
/P
W
M
1
/A
R
3
N
103
SD
1
/SPD
IF
1
/T
C
O
N
[5
]/
G
P
IO
/I
R
Q
/I
IC
SD
A
/AR
2
P
104
S
D
0
/ S
P
D
IF
0
/ T
C
O
N
[9
] /
G
P
IO
/
A
R
2
N
105
PVC
C
106
PG
N
D
107
SC
K/
T
C
O
N
[3
]/
G
P
IO
/A
R
1
N
109
W
S
/T
C
O
N
[6
]/G
P
IO
/S
D
T
110
S
D
0
/S
P
D
IF
0
/T
C
O
N
[4
]/
G
P
IO
/S
P
D
IF
1
111
S
D
1
/ S
P
DI
F
1
/T
CO
N[
9
]/
G
P
IO
/WS
112
S
D
2
/S
P
D
IF
2
/T
C
O
N
[1
][
1
1
]/
G
P
IO
/Ir
D
A
/S
C
K
113
SD
3
/SPD
IF
3
/T
C
O
N
[1
3
]/
G
PI
O
/VC
L
K
/M
C
K
114
SPI
_
S
C
L
K
/Se
ri
e
s
D
a
ta
115
SI
/M
C
U
_
S
C
L
K
116
SO
/S
C
S
B
117
C
E
B
/IR
Q
B
118
GP
IO
/P
W
M
5/
S
P
D
IF
1
119
VC
C
K
120
DDCS
C
L
3
/G
P
IO
/A
UX
-C
H_
P
1
121
D
D
C
S
D
A3
/G
PI
O
/A
U
X
-C
H
_
N
1
122
DDCS
C
L
2
/G
P
IO
/A
UX
-C
H_
P
0
124
D
D
C
S
D
A2
/G
PI
O
/A
U
X
-C
H
_
N
0
123
R
ESE
T
B
125
C
E
C
/G
P
IO
/P
W
M
1
/S
P
D
IF
2
126
E-
Pa
d
129
V
3
3
S
DRA
M
OC
_S
W
SD
O
U
T
CL
K
CE SD
IN
on_P
anel
CE
V3
3
C
R
Y
ST
A
L
D
P
_
S
IN
K
_
AS
S_
1
4
V3
3
T
M
D
S
V1
2
C
R4
2
8
NC
R4
2
9
NC
DC P
O
WE
R
S
A
V
ING
9
XI
Vo
lu
m
e
V3
3
P
XO
Vo
lu
m
e
8
PS
_
O
U
T
PU
T
UA
RT
_
T
X
D
UA
RT
_
R
X
D
C4
0
5
100N
16
V
KE
Y1
KE
Y2
R4
3
8
N
C
/2
2
K
1/
16W
5
%
C4
1
1
22P
50
V
V1
2
S
7
V1
2
C
V1
2
S
V3
3
S
7
VC
C
3
.3
V3
3
P
R4
1
9
NC/
4
K
7
1
/1
6
W
5
%
V1
2
A
D
C
C4
1
2
22P
50
V
V
12C
V
3
3LS
A
D
C
KE
Y
1
E
R
GO_
ON
F
B
402
1
2
0
R
V3
3
P
F
B
405
1
2
0
R
F
B
403
1
2
0
R
V
33P
F
B
404
1
2
0
R
XI
Scaler