Philips 43PUD7406/43, Руководство по обслуживанию

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9-7-19 BE-NT72333d-POWER
C3619
10uF 6.3V
IO33V_OUT2
PWR_33V_25V_18V
C3620
10uF 6.3V
C3611
10uF 6.3V
VDD_MMU_18V_OUT
1 8 5 m A
5 5 m A
IO33V_OUT2
M u l i t - V o l t a g e I O P o w e r S e l e c t i o n .
(For GPIOB_00~03)
2 4 m A
2 2 0 0 m A
C3602
10uF 6.3V
8 5 m A
N T 7 2 3 3 3 PO W E R
C3612
10uF 6.3V
0 m A
5 5 m A
T h e P O W E R C A P N E A R M a i n I C
7 0 m A f o r L V D S ;
0mA for VB1
1 1 0 m A
F o r t e s t o n l y
N T 7 2 3 3 3 H e a t S in k
1 1 0 m A
C3603
10uF 6.3V
4 0 M M X 4 0 M M ,
1 7 5 m A
C3621
10uF 6.3V
C3622
10uF 6.3V
C3613
10uF 6.3V
C3604
10uF 6.3V
C3614
10uF 6.3V
C
48
6
2
1
0u
F
6
.3
V
C3605
10uF 6.3V
C3615
10uF 6.3V
NT72333TBG-BA/D
U3100G
CORE11V
J9
DDR_MMU_18V
W21
DDR_MMULDO_18V
Y 23
VDD_DDR_11V
T13
GND_DDR_CLK
T12
VDD_CLK_18V
W23
DDR_DLL_25V
K21
GND_DDR_APLL
K22
GND_DDR_CLK
U12
MCM_DDR_MMU_18V
AC23
MCM_DDR_MMU_18V
AC24
MCM_DDR_MMU_18V
AD23
MCM_DDR_MMU_18V
AD24
MCM_DDR_MMU_18V
AE23
MCM_DDR_MMU_18V
AE24
CORE11V
J10
CORE11V
J11
CORE11V
J12
CORE11V
K10
CORE11V
K11
CORE11V
K12
CORE11V
K9
DDR_DLL_25V
L21
GND_DDR_APLL
L22
DDR_MMU_18V_OUT
L23
CORE11V
P21
CORE11V
P22
CORE11V
P23
CORE11V
P24
CORE11V
R21
CORE11V
R22
CORE11V
R23
CORE11V
R24
VDD_DDR_11V
U13
CORE11V
U15
CORE11V
U16
CORE11V
U17
DDR_VDDA_MMU_18V
W20
DDR_MMU_18V
W22
DDR_MMU_18V
AA22
MCM_DDR_MMU_18V
W24
MCM_DDR_MMU_18V
W25
MCM_DDR_MMU_18V
W26
DDR_VDDA_MMU_18V
Y 20
DDR_MMU_18V
Y 21
DDR_MMU_18V
Y 22
DDR_MMU_18V
AB22
MCM_DDR_MMU_18V
Y 24
MCM_DDR_MMU_18V
Y 25
MCM_DDR_MMU_18V
Y 26
IO33V
L24
TX_25V
F17
TX_GND
C3
PWR_33V_25V_18V
K23
VDD_MPLL_25V
G21
MPLL_GND
G22
EFUSE_25V
AA15
LVDSRX_25V
V7
LVDSRX_GND
Y5
VBORX_GND
N5
VBORX_11V
W10
VBORX_VCO11V
V11
VBORX_25V
R7
LVDSRX_GND
AA5
LVDSRX_GND
AB10
LVDSRX_GND
AB11
LVDSRX_GND
AB12
LVDSRX_GND
AB13
LVDSRX_GND
AB14
LVDSRX_GND
AC14
LVDSRX_GND
AD14
IO33V_OUT
AE16
TX_GND
D3
TX_GND
E10
TX_GND
E11
TX_GND
E12
TX_GND
E13
TX_GND
E14
TX_GND
E15
TX_GND
E16
TX_GND
E17
TX_GND
E18
TX_GND
E19
TX_GND
E20
TX_GND
E21
TX_GND
E22
TX_GND
E23
TX_GND
E24
TX_GND
E3
TX_GND
E4
TX_GND
E5
TX_GND
E6
TX_GND
E7
TX_GND
E8
TX_GND
E9
TX_25V
F18
TX_25V
F19
TX_25V
G17
TX_25V
G18
TX_25V
G19
VDD_MPLL_25V
H21
MPLL_GND
H22
IO33V_OUT
J2
IO33V
L25
IO33V
L26
VBORX_GND
M5
VBORX_GND
P5
VBORX_25V
R8
VBORX_GND
T5
VBORX_25V
T7
VBORX_25V
T8
VBORX_GND
U5
VBORX_GND
V5
LVDSRX_25V
V8
VBORX_GND
W1
VBORX_11V
W11
VBORX_GND
W2
VBORX_GND
W3
VBORX_GND
W4
VBORX_GND
W5
LVDSRX_25V
W7
LVDSRX_25V
W8
LVDSRX_GND
AB5
LVDSRX_GND
AB6
LVDSRX_GND
AB7
LVDSRX_GND
AB8
LVDSRX_GND
AB9
TX_25V
F13
TX_25V
F14
TX_25V
F15
C3429
100NF 16V
TP3664
C3606
10uF 6.3V
C3357
100NF 16V
C3356
100NF 16V
C3354
10NF 50V
TP3403 TP
C
3
5
02
1
0
0N
F
1
6
V
C3355
100NF 16V
C
4
8
61
22
u
F
6
.3
V
C3434
100NF 16V
C
3
2
17
1
0
0N
F
1
6
V
C
3
50
8
1
00
N
F
1
6V
FB3603
30R
1 2
C
3
5
15
10
N
F
5
0
V
C
3
5
05
1
0
0N
F
1
6
V
FB3607
30R
1 2
C3537
10NF 50V
C
48
4
9
1
00
N
F
1
6V
C
3
5
43
1
0N
F
5
0
V
C
3
5
06
1
00
N
F
1
6V
C
33
5
1
10
0
N
F
1
6
V
C
33
5
0
1
00
N
F
1
6V
CS3400
CON2SIG0125
1 2
TP3652
C
3
40
1
10
0
N
F
1
6
V
R4801
0R05 1/16W
C
31
1
7
10
N
F
5
0V
R4802
NC/0R05 1/16W
TP3402 TP
C
3
5
04
1
0
0N
F
1
6
V
C3431
100NF 16V
TP3657
C
48
5
9
1
0
N
F
5
0
V
C
33
4
9
1
0
N
F
5
0
V
C
35
2
1
10
N
F
5
0V
C
3
50
9
10
N
F
5
0V
C
3
2
18
1
0N
F
5
0
V
C
3
51
4
10
N
F
5
0V
C
3
51
1
1
0
0N
F
1
6
V
C
3
1
20
1
0
0N
F
1
6
V
C
3
5
41
1
0
0N
F
1
6
V
C3536
100NF 16V
CS3301
CON2SIG0125
1 2
C
4
8
50
1
00
N
F
1
6V
TP3404 TP
C
3
51
0
1
00
N
F
1
6V
TP3655
C
31
1
8
1
00
N
F
1
6V
FB3601
30R
1 2
C
35
2
2
10
0
N
F
1
6
V
C
3
51
2
1
00
N
F
1
6V
FB3602
30R
1 2
C3433
100NF 16V
C
48
4
6
1
0
N
F
5
0
V
C
34
0
2
1
00
N
F
1
6V
C
3
5
03
1
0
0N
F
1
6
V
CS3300
CON2SIG0125
1 2
+2V5-NT
+2V5-NT
+1V8-NT
+1V8-NT
+1V8-NT
+1V8-NT
+2V5-NT
+1V1-NT
+1V8-NT
+3V3-NT
+2V5-NT
+3V3-NT
+1V1-NT
C3616
10uF 6.3V
+2V5-NT
SENSE+1V1-NT 25
SENSE+2V5-NT 25
SENSE+1V8-NT 25
C3607
10uF 6.3V
C3608
10uF 6.3V
HS3100
HEAT SINK
1
2
Q 9 0 G 0 2 7 9 0 0 1 A 0 1 0 0 H G
C3609
10uF 6.3V
C3610
10uF 6.3V
C3617
10uF 6.3V
C3618
10uF 6.3V
IO33V_OUT1
VDD_MMU_18V_OUT
IO33V_OUT1
C3601
10uF 6.3V