5
5
4
4
3
3
2
2
1
1
D
D
C
C
B
B
A
A
TO VD1
VIDEO DECODER (XV750B)
A3
2
9
Fr
id
ay
, A
ug
us
t 0
8,
2
00
3
Title
ve
R
re
b
mu
N t
ne
mu
co
D
ezi
S
te
eh
S
:et
a
D
of
DVCC3
DVCC5
SCL
SDA
EN_XV
75
0
SAA_AGND
VPCLK
VV
SY
N
C
G
N
D
_P
O
W
ER
VH
SY
N
C
VSVG[0..7]
DVCC25
AVCC25
DVCC3
AVCC25
DVCC25
SAA_AGND
CO
M
PO
SI
TE
2
S_
LU
M
A
S_
CH
RO
M
A
SAA AGND
SAA AGND
SAA AGND
SAA AGND
SC
SDA
DVDD3_XV750B
CO
M
PO
SI
TE
1
VSVG0
CO
M
PO
SI
TE
2
DVDD3_XV750B
VSVG3
DVDD3_XV750B
DVDD25_XV750B
VSVG5
AVDD25_XV750B
VSVG2
AVDD25_XV750B
DVDD25_XV750B
CO
M
PO
SI
TE
1
EN_XV
75
0
VSVG4
VSVG1
VSVG[0..7]
S_
LU
M
A
VSVG7
6
G
V
S
V
A
M
O
R
H
C_
S
SCL
DVDD3_XV7508
SAA AGND
SAA AGND
SY
VH
SY
N
C
VPCLK
X1 Y1
X1
Y1
DVCC5
SCL SDA
VV
SY
N
C
DVCC5
1,
4,
6,
7,
8
SCL
4,6
SDA
4,6
EN_XV
75
0
4
VV
SY
N
C
4
VPCL
K
4
G
N
D
_P
O
W
ER
4,
7,
8
VH
SY
N
C
4
VSVG[0..7
]
3
AVCC25
1
DVCC3
1,
5,
6,
7,
9
DVCC25
1,
5,
6
X1
8
Y1
8
V_RESET
4
R21
2
1K
R21
3
1K
+
C220
10
uF
/1
6V
C3
10
pF
C5
10
pF
C4
10
pF
SV1
W
A
FE
R/
5P
IN
/2
.0
1 2 3 4 5
R21
8
33R
R21
1
33R
R21
0
33R
C219
10
pF
L4
5
QT2012CL120
R10
1
NC
R10
3
33R
RX
4
0R
D3
DIODE VARACTOR(WELTREND PROVIDE)
R11
7
4.7K
1
2
R12
1
4.7K
1
2
R12
2
4.7K
1
2
R11
8
4.7K
1
2
R12
0
4.7K
1
2
R12
3
33R
1
2
+
C1
17
10
uF
/1
6V
Y3
27MHZ
+
C1
15
10
uF
/1
6V
TU
N
ER
1
W
A
FE
R/
10
PI
N
/2
.0
1 2 3 4 5 6 7 8 9 10
VD6
W
A
FE
R/
2P
IN
/2
.0
1 2
C105
104
R115
4.7K
+
C141
10
uF
/1
6V
R12
5
33R
1
2
C106
104
C108
104
C107
104
+
C9
8
10
uF
/1
6V
+
C1
18
10
uF
/1
6V
+
C1
31
10
uF
/1
6V
+
C1
34
10
uF
/1
6V
R9
6
0R
VD2
W
A
FE
R/
2.
0
1 2
R9
8
0R
L21
QT2
01
2
C132 22
0p
F
C127
104
C128
104
R10
9
1M
R102
75
C136
22
0p
F
L29
0R
R108
33R
C135 22
0p
F
C133 22
0p
F
C130
104
L25
QT
20
12
C129
104
C103
104
C100
104
C102
104
C101
104
R99
75
C1
39
51
pF
C14
0
1nF
L2
2
1.8uH
C123
104
L23
QT
20
12
R21
4
NC
R97
75
C111 22
0p
F
C110 22
0p
F
C122
104
C125 22
0p
F
C120
104
C121
104
L2
4
1.8uH
L27
1.8uH
L26
1.8uH
R105
75
C124 22
0p
F
R10
4
0R
R10
0
0R
R12
4
4.7K
1
2
U7
XV
75
0B
5 6 7 8 10 11 12 13 16
22 23 25 26 27 28 31 32 33 34
36 37 38 39 40 41 49
43 44 45 46 51 52 54 55 57 58 59 60 63 64 65 66
67 69 71 72 73 74 75
81 82
84
79 77
1 2 87 89 97 86
127
126
123
121
113
107
115
118 120 122 124
116 114 112 110
108 106 104 102
99 103 111 117 125
100 101 105 109 119 128
19 53 88
15 48 92
4 9 24 30 35 42 50 56 62 70 76 80 85 98
20
21
90
18
93
96
95 91 94
3 14 29 47 61 68 78 83
17
GPIO0 GPIO1 GPIO2 GPIO3 GPIO4 GPIO5 GPIO6 GPIO7 GPIO8
SVO0 SVO1 SVO2 SVO3 SVO4 SVO5 SVO6 SVO7 SVO8 SVO9
SFLD SCBF
SVB SHB SVS SHS SCK
DVO00 DVO01 DVO02 DVO03 DVO04 DVO05 DVO06 DVO07 DVO08 DVO09 DVO10 DVO11 DVO12 DVO13 DVO14 DVO15
D
TR
D
Y
DCK DVAL DGHP DGVP DGP0 DGP1
XT
LO XT
LI
VC
XO
CKX1 CKX2
TE
ST
_N IOAS
TSCE_N
OE
TAFE_N
PW
D
N
VREFP
VREFN
VBG
VC
M
VB
YN
VB
YP
IBIAS
AIN00 AIN01 AIN02 AIN03
AIN10 AIN11 AIN12 AIN13
AIN20 AIN21 AIN22 AIN23
AVDD AVDD AVDD AVDD AVDD
AGND AGND AGND AGND AGND AGND
VDDI VDDI VDDI
VSSI VSSI VSSI
VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS VSS
SCL
SDA
RST_N
IRQ_N
TDI
TR
ST
_N
TC
K
TD
O
TM
S
VDD VDD VDD VDD VDD VDD VDD VDD
GPIO9
R11
6
1K
R11
9
4.7K
R11
0
NC
R11
2
1K
R11
4
1K
R11
3
1K
C11
3
104
C11
4
104
C11
6
104
C10
9
104
+
C112 10
uF
/1
6V
C2
10
pF
VD1
W
A
FE
R/
2.
0
1 2
Summary of Contents for B V 17 FLIP
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