Samsung HPS5033X/XAC, Руководство по обслуживанию

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Samsung Electronics
Schematic Diagram
10-9
h g i h
a t a d h c t a l o t # R W f o e g d e g n i s ir e s U
s s e r d d a h c t a l o t # D R & # R W f o s e g d e g n il l a f e s U
a t a d h c t a l o t # R W f o e g d e g n il l a f e s U
H G I H W O L
+ 1 A T U O X T
- 3 A T U O X T
S W
0 D S
F 7 / E 7 x 0 = s s e r d d a e v a l S C 2 I
I2C Chip Debug
D 7 / C 7 x 0 = s s e r d d a e v a l S C 2 I
S W
- 2 A T U O X T
w o l
+ K L C A T U O X T
+ 0 A T U O X T
w o l
s s e r d d a h c t a l o t E L A e s U
- 0 A T U O X T
C A L L I D A C
K C S
- K L C A T U O X T
- 3 A T U O X T
K C S
e m a N n i P
P A R T S T O O B
+ 2 A T U O X T
0 D S
- 1 A T U O X T
N I P O T R A E N
6 1 0 1 D 1 1 - E T - B 6 . 5 Z L R
N O I T P O
4 2 0 1 R , 2 2 0 1 R , 1 2 0 1 R : L E D *
n o it p O g n it t e S l a it i n I
R1008
10ohm
1 3 0 1 C F n 0 0 1
7 1 0 1 C F n 0 0 1
TP1001
1
7 1 0 1 R m h o K 0 1
F n 0 0 1 3 2 0 1 C
5 1 0 1 R
6 2 0 1 C
m h o 3 3
m h o K 0 1 9 1 0 1 R
F n 0 0 1
R1026
0ohm
1/10W
1 1 0 1 D 1 1 - E T - B 6 . 5 Z L R
1 1 - E T - B 6 . 5 Z L R 2 1 0 1 D
R1002
R1031
1Kohm 1/10W
5 1 0 1 D 1 1 - E T - B 6 . 5 Z L R
10ohm
8 2 0 1 C F n 0 0 1
5 2 0 1 R m h o K 7 . 4 m h o K 7 . 4 4 2 0 1 R
R1003
10ohm
4 3 0 1 C F n 0 0 1
F n 0 0 1 5 2 0 1 C
2 _ V 3 . 3 B
1 1 - E T - B 6 . 5 Z L R 6 0 0 1 D
8 . 1 D V _ X P
m h o K 7 . 4 0 2 0 1 R
0 3 0 1 C F n 0 0 1
1 1 - E T - B 6 . 5 Z L R 3 1 0 1 D
F n 0 0 1 3 3 0 1 C
F n 7 . 4
4 0 0 1 C
4 1 0 1 C
8 1 0 1 R
F n 0 0 1
m h o K 7 . 4
m h o 3 3
6 0 0 1 C
2 2 0 1 R
F n 7 4
F n 0 1
6 3 0 1 C
0 1 0 1 D 1 1 - E T - B 6 . 5 Z L R
1 1 - E T - B 6 . 5 Z L R 8 0 0 1 D
1 1 0 1 C
F n 0 0 1 9 1 0 1 C
4.7Kohm 1/10W
F u 2 2
V 6 1
F n 0 0 1 9 2 0 1 C
R1030
2 3 0 1 C
m h o 3 3
F n 0 0 1
4 1 0 1 R
1 1 - E T - B 6 . 5 Z L R 5 0 0 1 D
1 1 - E T - B 6 . 5 Z L R
4 1 0 1 D
5 1 0 1 C F n 0 0 1
6 1 0 1 R m h o 3 3
3 3 0 1 R m h o 0 W 0 1 / 1
F n 7 . 4
3 0 0 1 C
2 _ V 3 . 3 B
F n 0 0 1
5 3 0 1 C
9 0 0 1 R
m h o 0
F n 0 0 1
1 2 0 1 R m h o K 7 . 4
R1005
6 1 0 1 C
10ohm
4 3 0 1 R
10ohm
R1006
R1029
W 0 1 / 1 m h o 0
m h o K 7 . 4 3 2 0 1 R
1/10W 4.7Kohm
F n 0 1
0 1 0 1 C
4 0 0 1 D 1 1 - E T - B 6 . 5 Z L R
3 0 0 1 D 1 1 - E T - B 6 . 5 Z L R
1 1 - E T - B 6 . 5 Z L R 7 0 0 1 D
F n 0 0 1
5 0 0 1 C
F p 8 1
R1032
10Kohm
3 1 0 1 C
96
AD4
97
AD5
98
AD6
99
V 5 B
2 2 0 1 C
F n 0 0 1
89
2 S F
9
ADDR7
90
VDDH
91
VSSH
92
AD0
93
AD1
94
AD2
95
AD3
81
HS
82
ADDR0
83
ADDR1
84
ADDR2
85
ADDR3
86
ADDR4
87
ADDR5
88
ADDR6 DPA_VS
75
VDDH
76
VSSH
77
VDDC
78
VSSC
79
1 S B V C
8
VDDC
80
VSSC
67
DPA_5
68
DPA_4
69
1 C D A _ 3 D D V A
7
DPA_3
70
DPA_2
71
DPA_1
72
DPA_0
73
DPA_HS
74
6
2 1 _ A P D
0 6
K L C _ A P D
1 6
1 1 _ A P D
2 6
0 1 _ A P D
3 6
9 _ A P D
4 6
DPA_8
65
DPA_7
66
DPA_6
H D D V
3 5
H S S V
4 5
C D D V
5 5
C S S V
6 5
5 1 _ A P D
7 5
4 1 _ A P D
8 5
3 1 _ A P D
9 5
S S A _ G B _ S S V A
T D C S
6 4
K L C O I D U A
7 4
K C S
8 4
S W
9 4
S S A _ G B _ 3 D D V A
5
0 D S
0 5
H D D V
1 5
H S S V
2 5
8 3
C D D V 9 3
F U B T U O _ 3 D D V A
4
C S S V
0 4
S H _ N I A
1 4
S V _ N I A
2 4
V 5 R W P
3 4
L C S D
4 4
A D S D
5 4
0 3
C
1 3
3 C D A _ D D V A
2 3
3 C D A _ S S V A
3 3
2 C D A _ 3 D D V A
4 3
1 B _ B P 5 3
2 B _ B P
6 3
3 B _ B P
7 3
B _ C P
PLF2
255
PAVDD2
256
2 C D A _ S S V A
6 2
1 R _ R P
7 2
2 R _ R P
8 2
3 R _ R P 9 2
F U B T U O _ S S V A
3
4 _ C P
247
AVSSAPLL
248
XTALI
249
2 C D A _ D D V A
5 2
XTALO
250
PAVSS1
251
MLF1
252
PAVDD1
253
PAVSS2
254
4 2
AGND
240
VDDC
241
VSSC
242
DGND
243
REGVCC
244
AVDDLLPLL
245
AVSSLLPLL
246
AVDDAPLL
AVCC
233
RX1-
234
RX1+
235
AGND
236
AVCC
237
RX2-
238
RX2+
239
2 _ N F E R V
RXC-
226
RXC+
227
AGND
228
AVCC
229
2 _ P F E R V
3 2
RX0-
230
RX0+
231
AGND
232
CLKE
219
G _ C P
2 2
BA0
220
BA1
221
PGND
222
PVCC
223
ANTSTO
224
AVCC
225
MA0
211
CS0#
212
CS1#
213
RAS#
214
VDDM
215
VSSM
216
CAS#
217
WE#
218 203
MA5
204
MA4
205
MA3
206
MA2
207
VDDC
208
VSSC
209
3 G _ Y
1 2
MA1
210
MA9
198
MA8
199
1 T U O _ S B V C
2
2 G _ Y 0 2
MA7
200
VDDM
201
VSSM
202
MA6
9 1
# O K L C M
0 9 1
C D D V
1 9 1
C S S V
2 9 1
VSSR
193
MVREF
194
VDDR
195
MA11
196
MA10
197
M S S V
3 8 1
3 S Q D
4 8 1
8 2 D M
5 8 1
9 2 D M
6 8 1
0 3 D M
7 8 1
1 3 D M
8 8 1
0 K L C M
9 8 1
1 G _ Y
5 7 1
C S S V
6 7 1
4 2 D M
7 7 1
5 2 D M
8 7 1
6 2 D M
9 7 1
4 C D A _ S S V A
8 1
7 2 D M
0 8 1
3 M Q D
1 8 1
M D D V
2 8 1
M S S V
9 6 1
4 C D A _ D D V A
7 1
2 S Q D
0 7 1
0 2 D M
1 7 1
1 2 D M
2 7 1
2 2 D M 3 7 1
3 2 D M
4 7 1
C D D V
C D D V
1 6 1
C S S V
2 6 1
6 1 D M
3 6 1
7 1 D M
4 6 1
8 1 D M
5 6 1
9 1 D M
6 6 1
2 M Q D
7 6 1
M D D V
8 6 1
M D D V 4 5 1
M S S V
5 5 1
1 S Q D
6 5 1
2 1 D M
7 5 1
3 1 D M
8 5 1
4 1 D M
9 5 1
1 C D A _ D D V A
6 1
5 1 D M
0 6 1
6 4 1
C D D V
7 4 1
C S S V
8 4 1
8 D M
9 4 1
1 C D A _ S S V A
5 1
9 D M
0 5 1
0 1 D M
1 5 1
1 1 D M
2 5 1
1 M Q D
3 5 1
1 _ N F E R V
4 1
M D D V
0 4 1
M S S V
1 4 1
0 S Q D
2 4 1
4 D M
3 4 1
5 D M
4 4 1
6 D M
5 4 1
7 D M
A S S V _ S D V L
2 3 1
D S S V _ S D V L
3 3 1
D D D V _ S D V L
4 3 1
0 D M
5 3 1
1 D M
6 3 1
2 D M
7 3 1
3 D M
8 3 1
0 M Q D
9 3 1
TB1P
125
TB1M
126
TA1P
127
TA1M
128
O S S V _ S D V L
9 2 1
1 _ P F E R V
3 1
O D D V _ S D V L
0 3 1
A D D V _ S D V L
1 3 1
TE1M
118
TD1P
119
1 B F
2 1
TD1M
120
TCLK1P
121
TCLK1M
122
TC1P
123
TC1M
124
1 1
RESET
110
TESTMODE
111
V5SF
112
LVDS_VSSP
113
LVDS_VDDP
114
LVDS_VSSO
115
LVDS_VDDO
116
TE1P
117 102
ALE
103
CPU_CS
104
SDA
105
SCL
106
VDDC
107
VSSC
108
INTN
109
2 B F
1 0 0 1 C I
6 5 2 7 - 6 5 X P - P V S
2 T U O _ S B V C
1
1 S F
0 1
AD7
100
RD#
101
WR#
W 0 1 / 1
8 0 0 1 C
F n 0 1
m h o 0 5 3 0 1 R
F n 0 0 1
*
1
2
3
4
5
0 2 0 1 C
1 0 0 1 N C
m h o 0
1 1 0 1 R
W 0 1 / 1
R1004
10ohm
R1007
10ohm
9 0 0 1 D 1 1 - E T - B 6 . 5 Z L R
V 5 2
F n 0 0 1
9 3 0 1 C
F n 0 1
9 0 0 1 C
F n 0 0 1 7 2 0 1 C
4 2 0 1 C
m h o 0 6 7 0 1 R
F n 0 0 1
8 1 0 1 C
1 0 0 1 D
1 1 - E T - B 6 . 5 Z L R
F n 0 0 1
2 0 0 1 D 1 1 - E T - B 6 . 5 Z L R
1/10W 0ohm
R1027 R1028
0ohm 1/10W
F p 8 1
1 0 0 1 C
1 2 0 1 C F n 0 0 1
W 0 1 / 1
0 1 0 1 R m h o 0
m h o K 0 1
8 7 0 1 R
F n 0 0 1
2 1 0 1 C
V 0 5
F p 5 1
2 4 1 1 C
V 0 5
F p 5 1
1 4 1 1 C
7 7 0 1 R m h o 0
m h o 0 3 8 0 1 R
2 8 0 1 R m h o 0
4 8 0 1 R m h o 0
7 0 0 1 C
m h o 0 1 8 0 1 R
C C V _ V 5 B
F n 0 1
2 0 0 1 C
F n 0 0 1
V 6 1 28.322MHz
E2
28
32
25
57
X1001
N I _ X P _ Y
N I _ X P _ C
V 3 . 3 _ V T _ 4 A D S
V 3 . 3 _ V T _ 4 L C S
10ohm
R1001
Y _ 2 P M O C
R P _ 1 P M O C
D E R _ C P
R P _ 2 P M O C
E U L B _ C P
B P _ 2 P M O C
S B V C _ 1 O E D I V
C _ 2 S H V S
S B V C _ T U O
S S A _ G B _ 3 D D V A _ X P
Y _ 1 S H V S
Y _ 2 S H V S
2 C D A _ D D V A _ X P
A D S _ C D D _ I M D H
L C S _ C D D _ I M D H
K L C M _ I M D H
P V S _ S V _ C P
P V S _ S H _ C P
T L A H _ S Y S
N I _ X P _ S B V C
S B V C _ 2 O E D I V
C _ 1 S H V S
N I A M _ S B V C _ R E N U T
Y _ 1 P M O C
N E E R G _ C P
SVP_Y(0:7)
) 7 : 0 ( C _ P V S
SVP_AD(7) SVP_AD(0) SVP_AD(1) SVP_AD(2) SVP_AD(3) SVP_AD(4) SVP_AD(5) SVP_AD(6)
SVP_AD(0:7)
SVP_CD(7) SVP_CD(0) SVP_CD(1) SVP_CD(2) SVP_CD(3) SVP_CD(4) SVP_CD(5) SVP_CD(6)
SVP_CD(0:7)
) 9 : 0 ( E _ V L
O D S _ I M D H
K L C R L _ I M D H
K L C S _ I M D H
) 7 ( C _ P V S
) 6 ( C _ P V S
) 5 ( C _ P V S
) 4 ( C _ P V S
K L C _ P V S
) 3 ( C _ P V S
) 2 ( C _ P V S
) 1 ( C _ P V S
) 0 ( C _ P V S
SVP_Y(7) SVP_Y(6) SVP_Y(5) SVP_Y(4) SVP_Y(3) SVP_Y(2) SVP_Y(1) SVP_Y(0)
SVP_HS SVP_VS
nSMC_CS3
4 C D A _ D D V A _ X P
3 C D A _ D D V A _ X P
2 C D A _ S S V A _ X P
1 C D A _ S S V A _ X P
4 C D A _ S S V A _ X P
1 C D A _ S S V A _ X P
2 C D A _ S S V A _ X P
F U B T U O _ 3 D D V A _ X P
S S A _ G B _ S S V A _ X P
F U B T U O _ S S V A _ X P
1 C D A _ 3 D D V A _ X P
2 C D A _ 3 D D V A _ X P
) 3 ( S Q D _ R D D
] 1 1 : 0 [ A M _ R D D
# 0 K L C M _ R D D
SVP_INT
HDMI_RX0- HDMI_RX2- H H HDMI_RX1- H
HDMI_RXCLK- HDM
B P _ 1 P M O C
) 6 ( D M _ R D D
) 7 ( D M _ R D D
) 8 ( D M _ R D D
) 9 ( D M _ R D D
) 0 1 ( D M _ R D D
) 1 1 ( D M _ R D D
) 2 1 ( D M _ R D D
) 3 1 ( D M _ R D D
) 4 1 ( D M _ R D D
) 5 1 ( D M _ R D D
) 6 1 ( D M _ R D D
) 7 1 ( D M _ R D D
) 8 1 ( D M _ R D D
) 9 1 ( D M _ R D D
) 0 2 ( D M _ R D D
) 1 2 ( D M _ R D D
) 2 2 ( D M _ R D D
) 3 2 ( D M _ R D D
) 4 2 ( D M _ R D D
) 5 2 ( D M _ R D D
) 6 2 ( D M _ R D D
) 7 2 ( D M _ R D D
) 8 2 ( D M _ R D D
) 9 2 ( D M _ R D D
) 0 3 ( D M _ R D D
) 1 3 ( D M _ R D D
] 1 3 : 0 [ D M _ R D D
) 0 ( D M _ R D D
] 3 : 0 [ M Q D _ R D D
) 0 ( S Q D _ R D D
) 1 ( S Q D _ R D D
) 2 ( S Q D _ R D D
PX_REGVCC PX_AVDDLLPLL PX_AVSSLLPLL PX_AVDDAPLL PX_AVSSAPLL PX_PAVSS1 PX_MLF1 PX_PAVDD1 PX_PAVSS2 PX_PLF2 PX_PAVDD2
3 C D A _ S S V A _ X P
V 3 . 3 B _ H D D V
) 1 ( D M _ R D D
) 2 ( D M _ R D D
) 3 ( D M _ R D D
) 4 ( D M _ R D D
) 5 ( D M _ R D D
DDR_MA(5) DDR_MA(4) DDR_MA(3) DDR_MA(2) DDR_MA(1) DDR_MA(0)
DDR_CS0# DDR_RAS# DDR_CAS# DDR_WE# DDR_CLKE DDR_BA0 DDR_BA1 PX_PGND PX_PVCC PX_AVCC PX_AGND PX_DGND
) 3 ( E _ V L
) 2 ( E _ V L
) 1 ( E _ V L
) 0 ( E _ V L
) 0 ( M Q D _ R D D
Q M D D V
Q M D D V
) 1 ( M Q D _ R D D
1 C D A _ D D V A _ X P
) 2 ( M Q D _ R D D
) 3 ( M Q D _ R D D
0 K L C M _ R D D
F E R V M
DDR_MA(11) DDR_MA(10)
DDR_MA(9) DDR_MA(8) DDR_MA(7) DDR_MA(6)
nOE nWE
S S V _ S D V L _ X P
RESET_SVP
D D V _ S D V L _ X P
) 9 ( E _ V L
) 8 ( E _ V L
) 7 ( E _ V L
) 6 ( E _ V L
) 5 ( E _ V L
) 4 ( E _ V L
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10-9 VIDEO DECODER & SCALER (SVP-PX)
Power
Signal