Philips 22HFL5662H/F7, Service Manual

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Circuit Diagrams and PWB Layouts EN 71 TPB1.2HU LA 10.
2011-Mar-11
SMB: Interface
1 888 0_5 3 5_10100 8 .ep s
10100 8
Interf a ce
B22 B22
2010-05-14 0.4
BUH NAFTA 2k10 v0.4
017G MB 4 ZW
Interf a ce
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
RE S ET_TO_ S M
S L_EPHY_VTERM_RD
S L_EPHY_VTERM_2V5
S L_EPHY_VTERM_TD
S L_EPHY_VTERM_ 3 V 3 TD
S L_detect
CTX1+
CTX1-
CTXC+
CTXC-
HPD
D S DA_HDMI
D S CL_HDMI
LED2_drive
CTX0+
CTX0-
CTX2+
CTX2-
S M_UART_RXD
S M_UART_TXD
S TBY
W a ke_ON_Zig b ee
LED1_IR_TRX
GP11_BE_Re a dy
12V_BE_Ctrl
S M_detect
Power_OK
MCU_M_ S CL
MCU_M_ S DA
S M_port_MO S I
S M_port_ S CK
S M_port_MI S O
S M_port_ S CK
S M_port_MO S I
LCD_PWM_ctrl
IR_ S IGNAL_BE
BCM_UART_TXD_2
BCM_UART_RXD_2
BE_RE S ET
IROUT_BE_ S P
Key_ADC
S M_link_MI S O
IROUT_BE_ S P
RXIP0
RXIN0
TXOP0
TXON0
B S C_M 3 _ S CL
B S C_M 3 _ S DA
RE S _CLK_RE S ET BE_PRG_ENABLE
S M_link_pwr_ctrl
BE_IR
S M_link_MO S I
S M_link_ S CK
S M_port_detect
S M_port_detect
S M_port_MI S O
S M_UART_TXD
S M_UART_RXD
S M_link_MI S O
S M_link_MO S I
S M_link_ S CK
S M_port_detect
S M_port_detect
3 . 3 V_ S TBY
3 . 3 V_ S TBY
3 . 3 V_ S TBY
3 . 3 V_ S TBY
12Vin
12Vin
3 . 3 V_ S TBY
12Vin_ S L
3 . 3 V_ S L
12Vin_ S L
3 . 3 V_ S L
3 . 3 V_ S L
D 3 . 3 V D 3 . 3 V
D5.0V D 3 . 3 V
D 3 . 3 V
3 . 3 V_ S L
B S C_M 3 _ S CL [14,15]
B S C_M 3 _ S DA [14,15]
RE S ET_TO_ S M [1 3 ]
S L_detect [12]
] 1 2 [ D P H
D S DA_HDMI [21]
D S CL_HDMI [21]
BE_RE S ET [12]
CTX1+ [21]
CTX1- [21]
CTXC+ [21]
CTXC- [21]
CTX0+ [21]
CTX0- [21]
CTX2+ [21]
CTX2- [21]
S M_UART_TXD [12]
S M_UART_RXD [12]
BCM_UART_TXD_2 [12]
BCM_UART_RXD_2 [12]
S TBY [19]
W a ke_ON_Zig b ee [19]
LED2_drive [19]
LED1_IR_TRX [19]
Key_ADC [19]
12V_BE_Ctrl [19]
GP11_BE_Re a dy [12]
Power_OK [19]
MCU_M_ S CL [19]
MCU_M_ S DA [19]
IR_ S IGNAL_BE [19]
IROUT_BE_ S P [19]
S F_MI S O_ S M [12]
S F_MO S I_ S M [12]
S F_ S CK_ S M [12]
LCD_PWM_ctrl [12]
BE_IR [12,19]
RXIN0 [25]
RXIP0 [25]
TXOP0 [25]
TXON0 [25]
RE S _CLK_RE S ET [12] BE_PRG_ENABLE [12]
S M_port_p u ll u p_ctrl [12]
S M_link_pwr_ctrl [12]
S F_MI S O_ S M [12]
S F_MO S I_ S M [12]
S F_ S CK_ S M [12]
Ver1.06
Ver1.0
H: p u ll u p to 3 . 3 V
L: p u ll u p to 5V
H: Power to S L
L: No power to S L
FB 3 4
0
FB 3 4
0
R5 38 220@100MHz R5 38 220@100MHz
C
590
*
22pF
C
590
*
22pF
R407 1K R407 1K
C5 83
0.1 u F
C5 83
0.1 u F
R549 10K R549 10K
C
597
*
22pF
C
597
*
22pF
R59 8 33 R59 8 33
R540 220@100MHz R540 220@100MHz
Q41
BC
8 47B
Q41
BC
8 47B
1
2
3
CM25
0/1206 CM25
0/1206
R5 3 9 220@100MHz R5 3 9 220@100MHz
R51 8 49.9,1% R51 8 49.9,1%
R296 10K,0 8 05 R296 10K,0 8 05
C5 38
0.1 u F
C5 38
0.1 u F
D2
3
*
6V
8
D2
3
*
6V
8
D19
BZT52C
3 V 3
D19
BZT52C
3 V 3
C5
9
5
*
22pF
C5
9
5
*
22pF
R211
1K R211
1K
U49 405 3 U49 405 3
X0
12
X1
1 3
Y0
2
Y1
1
Z0
5
Z1
3
EN
6
X
14
Y
15
Z
4
VCC
16
GND
8
VEE
7
A
11
B
10
C
9
CM2 8
17@100,0 8 05,4A
CM2 8
17@100,0 8 05,4A
C
550
*
22pF
C
550
*
22pF
D27
*
6V
8
D27
*
6V
8
FB 3 5 0 FB 3 5 0
C 3 95
10 u F/10V
C 3 95
10 u F/10V
C276 0.1 u F C276 0.1 u F
R406 33 R406 33
C
616
*
47pF
C
616
*
47pF
C5
9
3
*
22pF
C
5
9
3
*
22pF
Q40
BC
8 47B
Q40
BC
8 47B
1
2
3
Q 3 2
BC 8 47B
Q 3 2
BC 8 47B
1
2
3
VCC
GND
U51
NC7
S Z04R5X
VCC
GND
U51
NC7
S Z04R5X
2 4
5
3 1
C5
8
0
22pF
C
5
8
0
22pF
R265
1K R265
1K
D24
*
6V
8
D24
*
6V
8
C
559
*
22pF
C
559
*
22pF
R165 22 R165 22
D26
6V
8
D26
6V
8
R5 3 5
1K
R5 3 5
1K
C5
8
9
*
22pF
C
5
8
9
*
22pF
D1 8
BZT52C 3 V 3
D1 8
BZT52C 3 V 3
C6
1
4
*
22pF
C6
1
4
*
22pF
C
617
*
47pF
C
617
*
47pF
R40 8 0 R40 8 0
Q 3 6
RK7002
Q 3 6
RK7002
G
D S
R164 22 R164 22
R546
1K R546
1K
R522
10K R522
10K
R410 33 R410 33
R411 33 R411 33
R412 33 R412 33
C5
4
9
*
22pF
C5
4
9
*
22pF
D25
6V
8
D25
6V
8
R5 3 6
1K
R5 3 6
1K
C
615
*
22pF
C
615
*
22pF
Q 3 0
RK7002
Q 3 0
RK7002
G
D
S
C5
9
4
*
22pF
C5
9
4
*
22pF
R291
3 .9K,1%
R291
3 .9K,1%
R515 33 R515 33
R409 0 R409 0
Q 8
* RK7002
Q 8
* RK7002
G
D S
D12
1N414
8
D12
1N414
8
C6
1
8
*
47pF
C
6
1
8
*
47pF
R297 10K,0 8 05 R297 10K,0 8 05
R41 3 33 R41 3 33 R519 49.9,1% R519 49.9,1%
J25
HEADER 2X
3 0 PH=0. 8
J25
HEADER 2X
3 0 PH=0. 8
61 62
6 3 64
65
66
1
2
3
4
5
6
7
8
9
10
11
12
1
3
14
15
16
17
1
8
19
20
21
22
2
3
24
25
26
27
2
8
29
3 0 3 1
3 2
33
3 4
3 5
3 6
3 7
38
3 9
40
41
42
4 3
44
45
46
47
4 8
49
50
51
52
5 3
54
55
56
57
5 8
59
60
CM27
10
u F/16V
CM27
10
u F/16V
R544
1K R544
1K
Q29
BC 8 47B
Q29
BC 8 47B
1
2
3
C5 3 9
0.1 u F
C5 3 9
0.1 u F
C5
9
6
*
22pF
C
5
96
*
22pF
C5 8 2
0.1 u F
C5 8 2
0.1 u F
C5
5
3
*
22pF
C
5
5
3
*
22pF
C5
5
8
*
22pF
C5
5
8
*
22pF
R621
10K R621
10K
J26
RJ11 J a ck
J26
RJ11 J a ck
1
2
3
4
5
6
7
8
FB 3 7 0 FB 3 7 0
FB 3 6 0 FB 3 6 0
R599 33 R599 33
R517 49.9,1% R517 49.9,1%
C5
4
8
*
22pF
C5
4
8
*
22pF
+
EC2 3
220 u F/16V
+
EC2 3
220 u F/16V
R520 49.9,1% R520 49.9,1%
D7
1N414 8
D7
1N414 8
R52 3 * 0 R52 3 * 0
Q10
RK7002 Q10
RK7002
G
D S
C
592
*
22pF
C
592
*
22pF
R295
10K R295
10K
Q 33
RK7002
Q 33
RK7002
G
D
S
C5
1
0
22pF
C5
1
0
22pF
R510 * 0 R510 * 0
R606 0 R606 0
C
619
*
47pF
C
619
*
47pF
D20
BZT52C
3 V 3
D20
BZT52C
3 V 3
Q 3 9
BC 8 57B
Q 3 9
BC 8 57B
1
2
3
R5 83 1K R5 83 1K
C5
8
1
22pF
C
5
8
1
22pF
R541 220@100MHz R541 220@100MHz
J27 HEADER 2X20 PH=0.6 3 5 J27 HEADER 2X20 PH=0.6 3 5
G1
G2 G 3
G4
40
3 9
38
3
7
3 6
3 5
3 4
33
3
2
3 1
3 0
29
2
8
27
26
25
24
2
3
22
21
20
19
1 8
17
16
15
14
1 3
12
11
10
9
8
7
6
5
4
3
2
1
R60 8 0 R60 8 0
R415
1M R415
1M
R607 0 R607 0
Q11
RK7002 Q11
RK7002
G
D S
R5 8 2 0 R5 8 2 0
C5
5
7
*
22pF
C
557
*
22pF
CM26
0, 0
8 05
CM26
0, 0
8 05
R294
10K R294
10K
R609 0 R609 0
Q21
S PP495 3 B
Q21
S PP495 3 B
S 1
1
G1
2
S 2
3
G2
4
D2
5
D2
6
D1
7
D1
8
C5
5
5
*
22pF
C
555
*
22pF
C5
9
1
*
22pF
C
5
91
*
22pF
Q14
RK7002
Q14 RK7002
G
D
S
+
EC24
220
u /25V
+
EC24
220
u /25V
R5 8 4 10K R5 8 4 10K
R525 1K R525 1K
R475 10K R475 10K
C
552
*
22pF
C
552
*
22pF
C5
0
9
22pF
C5
0
9
22pF
R5 3 7 1K R5 3 7 1K
R272
* 470K
R272
* 470K
C5
5
4
*
22pF
C
5
54
*
22pF
R1 38
1K
R1 38
1K
R516
10K R516
10K
C
551
*
22pF
C
551
*
22pF
C5
8
4
*
22pF
C5
8
4
*
22pF
Q 38
BC 8 57B
Q 38
BC 8 57B
1
2
3
C
611
*
22pF
C
611
*
22pF