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Decoder Board: Processor And Memory - Philips DVD580M Service Manual

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Decoder Board: Processor and Memory

A
VA+1
VA+1
VCC5
VCC
L1
AXIAL
+5VP
L2
AXIAL
5V
VCC33
+3 3V
L3
AXIAL
C7
+
+
+
4
100uF/16V
C9
00uF/16v
C8
100uF/16v
+5VP
EM MAR N
RESETIC
1
NC
2
GND
3
NC
4
\%% RE%%oS
5
VDD
27M
105
C133
U6
V6300(SOT 235L)
0 1uF
RST#
173
174
175
R5
OPEN 0R)
176
R6
0R
WRLL#
198
199
OE
170
LA[1 19]
LA0
204
LA1
205
LA2
206
U8
LA3
207
11
15
LD0
LA4
LA1
A0
D0
LA2
10
17
LD1
LA5
A1
D1
LA3
9
19
LD2
LA6
A2
D2
LA4
8
21
LD3
LA7
A3
D3
LA5
7
24
LD4
LA8
A4
D4
LD5
LA6
6
26
LA9
A5
D5
5
28
LD6
LA10
LA7
A6
D6
LA8
4
30
LD7
LA11
3
A7
D7
LA9
42
16
LA12
A8
D8
LA10
41
18
A0
LA13
A9
D9
+5VP
LA11
40
20
LA14
A10
D10
LA12
39
22
LA15
A11
D11
38
25
LA16
LA13
A12
D12
LA14
37
27
LA17
R9
A13
D13
LA15
36
29
0R
LA18
A14
D14
R7
LA16
35
31
LA19
A15
D15
LA19
LA17
34
A16
4 7k
LA18
3
A17
2
+5VP
RY/%%oBY%%o/A18
1
33
LD0
178
R8
0R
NC/RD/%%oBY%%o
%oBY
%%
LD1
179
/CE
12
23
LD2
180
%%oCE%%o
VCC
C11
/OE
14
LD3
181
%%oOE%%o
0 1uF
/WE
43
13
LD4
182
%%oWE%%o
GND1
32
LD5
185
GND2
RST#
44
LD6
186
%%oRESET%%o
LD7
187
AM29F400BT 120SC/800BT 120SC
C83
188
C82
10uf 16v
189
0 1UF
190
191
194
195
M CMUTE
196
RN1
47x4
197
DIRQ
1
8
DIRQ
DRST#
2
7
HRST#
145
DRST#
3
6
150
DRD#
HRD#
DRD#
DWR#
4
5
HWR#
149
DWR#
143
RN2
47x4
CSB
R10
142
DIORDY
1
8
33R
HIORDY
146
DIORDY
DIOCS16#
2
7
HIOCS16#
151
D OCS16#
3
6
152
DACS1#
HCS1#
DACS1#
DACS3#
4
5
HCS3#
153
DACS3#
HIRQ
144
RN3
33x4
1
8
HA0
154
DA0
2
7
HA1
155
DA0
3
6
158
DA1
HA2
DA1
DA2
4
5
DA2
HD0
122
RN4
33x4
HD1
123
DD 0 15]
DD0
1
8
HD2
124
HD3
DD1
2
7
125
2
3
6
HD4
126
DD2
DD3
4
5
HD5
127
HD6
128
RN5
33x4
HD7
131
DD4
1
8
HD8
132
HD9
DD5
2
7
133
3
6
HD10
134
DD6
DD7
4
5
HD11
135
HD12
136
RN6
33x4
HD13
137
DD8
1
8
HD14
140
HD15
DD9
2
7
141
DD10
3
6
DD11
4
5
RN7
33x4
DD12
1
8
DD13
2
7
DD14
3
6
DD15
4
5
VCCA
ML
MC
MD
U12
78L05
VA+1
1
2
VCCA
R47
OPEN
R138
MCLK
10R
TBCK
1
TWS
R48
0R
TSD0
TSD1
TSD2
WOLFSON6 CHANNELAUDIODAC
A
POLYLINE
Electrical Diagrams
DVD580M
B
+5VP
+5VP
R13
R15
4 7K
OPEN(4 7K)
R14
R16
R164
OPEN(4 7K)
4 7K
open(4 7K)
VCC33E
VCC33P
VCC33
VCC33
Q1
L6
8050
FERB(0805)
L7
VCC27
FERB(0805)
U1
ES6028
39
CLK
MCLK
24
40
%%oRESET%%o
TBCK
32
TWS/SEL PLL2
33
%%oLCS0%%o
TSD0/SEL PLL0
36
%%oLCS1%%o
TSD1/SEL PLL1
37
%%oLCS2%%o
TSD2
38
%%oLCS3%%o
TSD3
47
%%oLWRLL%%o
RBCK
46
%%oLWRHL%%o
RWS
45
RSD
%%oLOE%%o
41
SPD F/SEL PLL3
LA0
116
LA1
PCLK2XSCN/CAMYUV4
117
LA2
PCLKQSCN/CAMYUV5 AUX3[2]
119
LA3
ES60X8
%%oHSSCN%%o/CAMYUV7 EAUX3[0]
2
118
LA4
%%oVSSCN%%o/CAMYUV6 EAUX3[1]
3
LA5
4
106
LA6
YUV0 CAMYUV2
5
107
VREF
LA7
YUV1/VREF
6
108
LA8
YUV2/CDAC
7
109
LA9
YUV3/COMP
10
110
LA10
YUV4/RSET
11
113
LA11
YUV5/YDAC
12
114
LA12
YUV6/VDAC
13
115
LA13
YUV7CAMYUV3
14
LA14
15
LA15
16
100
LA16
%%oDCS0%%o
19
97
LA17
%%oDCS1%%o
20
72
LA18
%%oDRAS0%%o
21
73
LA19
DBANK0/%%oDRAS1%%o
22
74
LA20
DBANK1/%%oDRAS2%%o
23
69
LA21
%%oDCAS%%o
71
%%oDWE%%o
70
LD0
DSCK %%oDOE%%o
101
LD1
DQM
LD2
LD3
102
LD4
DSCK
LD5
53
LD6
DMA0
54
LD7
DMA1
55
LD8
DMA2
56
LD9
DMA3
57
LD10
DMA4
58
LD11
DMA5
61
LD12
DMA6
62
LD13
DMA7
63
LD14
DMA8
64
LD15
DMA9
65
DMA10
66
%%oHRST%%o/EAUX3[5]
DMA11
%%oHRD%%o %%oDCI ACK%%o EAUX4[6]
77
%%oHWR%%o/DCI CLK/EAUX4[5]
DB0
78
%%oHRDQ%%o/EAUX4[0]
DB1
79
%%oHWRQ%%o/%%oDCI REQ%%o EAUX4[1]
DB2
80
HIORDY/EAUX3 3]
DB3
81
%%oH OCS16%%o CAMPCLK/EAUX3[4]
DB4
82
%%oHCS1FX%%o/EAUX3[7]
DB5
85
%%oHCS3FX%%o/EAUX3[6]
DB6
86
HIRQ/%%oDCI ERR%%o EAUX4[7]
DB7
87
DB8
88
HA0/EAUX4[2]
DB9
89
HA1/EAUX4[3]
DB10
90
HA2/EAUX4[4]
DB11
93
DB12
94
HD0/DCI 0 /EAUX1[0]
DB13
95
HD1/DCI 1 /EAUX1[1]
DB14
96
HD2/DCI 2 /EAUX1[2]
DB15
HD3/DCI 3 /EAUX1[3]
160
HD4/DCI 4 /EAUX1[4]
AUX0
161
HD5/DCI 5 /EAUX1[5]
AUX1
162
HD6/DCI 6 /EAUX1[6]
AUX2
165
HD7/DCI 7 /EAUX1[7]
AUX3
166
HD8/%%oDCI FDS%%o/EAUX2 0]
AUX4
167
HD9/EAUX2[1]
AUX5
168
HD10/EAUX2 2]
AUX6
169
HD11/EAUX2 3]
AUX7
HD12/EAUX2 4]
49
HD13/EAUX2 5]
XIN
HD14/EAUX2 6]
50
HD15/EAUX2 7]
XOUT
C12
OPEN(150pF)
VCCA
1
15
DVDD
AVDD1
28
AVDD2
11
DGND
TOFRONTPCB
20
AGND1
24
AGND2
VCC5
12
LATCH 12S
13
26
V DATA
SCLK/IWL
GR0
14
22
V CLK
SDIN DM0
GR1
9
18
V CS
MUTE
GR2
IR
25
OUT0L
L
PMUTE
8
C32
10uf 16v
MODE
27
OUT0R
R
C33
10uf 16v
10
21
LRCLK2
OUT1L
SW
2
C34
10uf 16v
MCLK
3
23
BCLK
OUT1R
SL
4
C35
10uf 16v
LRCLK
5
17
D N0
OUT2L
C
6
C36
10uf 16v
D N1
7
19
D N2
OUT2R
SR
C37
10uf 16v
16
CAP
C38
C39
U5
0 1uF
0uf/16v
WM8746
B
7.
35
C
INTALL
REMOVE
FREQ
R17 R18 R20
R19 R21 R164
08 0MHz
R19 R21 R164
R19 R21 R164
14 75MHz
FROMPOWERPCB
1
+5VP
+5VP
+5VP
2
5V
3
+3 3V
4
5
R17
R18
R20
VA+
6
4 7K
4 7K
4 7K
VA
7
R125
8
0R
F+/GND
9
24V/HL
HL
10
11
PMUTE
12
R19
R21
OPEN(4 K)
OPEN 4 7K)
R123
CN6
0R
CON12*2 5
R11
33R
MCLK
R12
33R
TSD0
VCC33
VCC33
R22
OPEN
OPEN(33R)
RN8
33x4
R25
R27
1
8
TBCK
OPEN
2
7
TSD1
3
6
TSD2
TWS
4
5
R23
33R
SPD F
R26
R28
OPEN
OPEN
U3
MD
R133
33R
VCC33E
MA0
23
A0
DQ0
UDAC
MA1
24
A1
DQ1
C13
0 1uF
MA2
25
A2
DQ2
CDAC
C14
MA3
26
A3
DQ3
MA4
29
0 1uF
A4
DQ4
MA5
30
R29
A5
DQ5
YDAC
MA6
31
270R
A6
DQ6
VDAC
MA7
32
A7
DQ7
R30
R33
0R
MA8
33
A8
DQ8
33R
R31
OPEN
MA9
34
A9
DQ9
MA10
22
A10
DQ10
MA11
35
R32
33R
A11
DQ11
RN9
33x4
DQ12
1
8
DQ13
2
7
38
CLK
DQ14
3
6
CKE
DQ15
4
5
37
CKE
VCC
CS0#
19
R34
33R
%%oCS%%o
VCC
R35
0R
VCC
RAS0#
18
%%oRAS%%o
R36
330R
VCCQ
RN10
10x4
CAS#
17
%%oCAS%%o
VCCQ
DMA0
1
8
MA0
MA[0 11]
VCCQ
DMA1
2
7
MA1
WE#
16
%%oWE%%o
VCCQ
DMA2
3
6
MA2
DMA3
4
5
MA3
DQMX
15
DQML
DMA4
39
DQMH
VSSQ
DMA5
RN11
10x4
VSSQ
DMA6
1
8
MA4
BANK0
20
BA0
VSSQ
DMA7
2
7
MA5
BANK1
21
BA1
VSSQ
DMA8
3
6
MA6
DMA9
4
5
MA7
VSS
DMA10
36
NC
VSS
DMA11
RN12
10x4
40
NC
VSS
1
8
MA8
DB0
2
7
MA9
DB1
3
6
MA10
4Mx16SDRAM 9ns)
DB2
4
5
MA11
DB3
32/64MBITSDRAM
DB4
DB5
DB[0 15]
DB6
DB7
DB8
DB9
+5VP
R38
R39
C86
DB10
1K
1K
0 1uF
+5VP
DB11
DB12
DB13
R37
DB14
4 7K
8
1
VCC
S0
DB15
7
2
%%oWC%%o
1
6
3
SCL
S2
AUX0
5
4
SDA
GND
AUX1
V DATA
U2
AUX3
R40
33R
ML
24C01A
R41
33R
IR
SERIALEEPROM
AUX5
MC
R42
33R
V CS
V CLK
XIN
R43
R163
27M
33R
33R
XOUT
R44
100K
X2
27M
CC4
CC5
22pF
22pF
ATAPIDVDLOADERCONNECTOR
DD[0 15]
DD 0 15]
CN4
DRST#
1
RESET
DRST#
DD15
3
D7
DD14
5
D6
DD13
7
VCC
VCC
D5
DD12
9
D4
DD11
11
D3
CN2
R45
R46
DD10
13
D2
4 7K
4 7K
DD9
15
1
D1
DD8
17
2
D0
19
3
GND
21
4
DRQ
DWR#
23
5
%%o OW%%o
DWR#
DRD#
25
6
%%o OR%%o
DRD#
DIORDY
27
7
IOCHRDY
DIORDY
29
8
%%oDACK%%o
D RQ
31
DIRQ
IRQ14
%%o OCS16%%o
DA1
33
DA1
A1
R135
DA0
35
DA0
A0
0R
DACS1#
37
%%oCS0%%o
%%oCS1%%o
DACS1#
39
ACTIVITY
HDR20X2 100
DACS3#
DACS3#
DA2
DA2
DIOCS16#
DIOCS16#
C
D
TOOUTPCB
CN1
MA NL
1
C16
22pF
2
3
MAINR
YDAC
SUB
4
LS
5
L10
2 2uH
CENT
6
RS
7
SPD F
8
R49
C15
C17
9
5V
75R
470pF
470pF
10
11
12
MUTE
13
14
R62
15
0R
16
Pr
17
Pb Sc
18
Y/Sy
19
CVBS
20
con20(1 25)
C19
22pF
UDAC
L11
2 2uH
R52
75R
C18
470pF
C20
470pF
C22
22pF
CDAC
L12
2 2uH
2
DB0
4
DB1
R55
C21
C23
5
DB2
75R
470pF
470pF
7
DB3
8
DB4
10
DB5
11
DB6
13
DB7
42
DB8
44
DB9
45
DB10
47
DB11
48
DB12
50
DB13
51
DB14
53
DB15
C25
22pF
VCC33
1
VDAC
14
27
L13
2 2uH
3
9
R58
C24
C26
43
75R
470pF
470pF
49
6
12
46
52
DECOUPL NGCAPACITORS
28
41
54
VCC27
C42
C43
C44
C45
C46
C47
0 1uF
0 1uF
0 1uF
0 1uF
0 1uF
0 1uF
VCC33
ES60X8
C50
C51
C52
C53
C54
0 1uF
0 1uF
0 1uF
0 1uF
0 1uF
C57
C58
C59
C60
C61
0 1uF
0 1uF
0 1uF
0 1uF
0 1uF
C63
C64
C65
C66
C67
C68
10u /16v
10uf 16v
10uf/16v
0 1uF
0 1uF
0 1uF
VCC33
SDRAM
C74
C75
C76
C77
C78
C79
0 1uF
0 1uF
0 1uF
0 1uF
0 1uF
0 1uF
2
GND
4
DD0
D8
6
DD1
D9
8
DD2
D10
10
DD3
VCCA
WM8728
D11
12
DD4
D12
14
DD5
D13
16
DD6
D14
18
DD7
D15
20
C40
C41
KEY
22
OPEN(0 1uF)
OPEN 0 1uF)
GND
24
GND
26
GND
28
BALE
30
GND
32
34
RESERVED
36
A2
38
40
GND
D
E
+5VP
R51
62R
Y/Sy
Q2
9012
R50
100R
4
+5VP
R54
62R
Pr
Q3
9012
R53
100R
+5VP
R57
62R
Pb/Sc
Q4
9012
R56
100R
3
+5VP
R60
62R
CVBS
Q5
9012
R59
100R
C48
C49
VDAC
0 1uF
10u /16v
VCC33E
C70
C71
C55
C56
0 1uF
10uf/16v
0 1uF
0 1uF
2
C62
0 1uF
C69
0 1uF
PLL
VCC33P
C72
C73
0 1uF
10uf/16v
C80
C81
0 1uF
10uF 16v
VCCA
WM8746
C87
C88
C89
C90
100uF/16V
0 1uF
0 1uF
0 1uF
1
CL 26532085_004.eps
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