—
45
—
SA
T-W
60
6 0 3
5 %
3.3K
R1631
6 0 3
5 %
3.3K
R 1 6 3 2
R1621
5 %
6 0 3
1 0 K
R 1 6 2 2
5 %
6 0 3
1 0 K
R 1 6 2 3
5 %
6 0 3
1 0 K
R 1 6 2 4
5 %
6 0 3
1 0 K
R 1 6 2 5
5 %
6 0 3
1 0 K
+ 3 _ 3 V
R 1 6 2 7
5 %
6 0 3
1 0 K
1210
C E R M
10V
2 0 %
1 0 U F
C1614
8 0 5
C E R M
5 0 V
2 0 %
0.1UF
C1615
L1602
B K 2 1 2 5 H S 6 0 1
S M
L1603
B K 2 1 2 5 H S 6 0 1
S M
+ 3 _ 3 V
8 0 5
C E R M
5 0 V
2 0 %
0.1UF
C1618
8 0 5
C E R M
5 0 V
2 0 %
0.01UF
C1619
8 0 5
C E R M
5 0 V
2 0 %
1.5NF
C 1 6 2 0
1210
C E R M
10V
2 0 %
1 0 U F
C 1 6 2 3
R1611
5 %
6 0 3
10
R1610
5 %
6 0 3
10
+ 3 _ 3 V
R 1 6 5 0
5 %
6 0 3
2 2
8 0 5
C E R M
5 0 V
2 0 %
0.1UF
C 1 6 0 8
8 0 5
C E R M
5 0 V
2 0 %
0.1UF
C 1 6 0 9
8 0 5
C E R M
5 0 V
2 0 %
0.01UF
C1610
8 0 5
C E R M
5 0 V
2 0 %
4 7 0 P F
C1611
+ 3 _ 3 V
8 0 5
C E R M
5 0 V
2 0 %
0.1UF
C 1 6 0 3
8 0 5
C E R M
5 0 V
2 0 %
0.1UF
C 1 6 0 4
8 0 5
C E R M
5 0 V
2 0 %
0.01UF
C 1 6 0 5
8 0 5
C E R M
5 0 V
2 0 %
4 7 0 P F
C 1 6 0 6
+ 3 _ 3 V
8 0 5
C E R M
5 0 V
2 0 %
1.5NF
C 1 6 3 7
8 0 5
C E R M
5 0 V
2 0 %
4 7 0 P F
C 1 6 3 8
8 0 5
C E R M
5 0 V
2 0 %
1.5NF
C 1 6 3 6
8 0 5
C E R M
5 0 V
2 0 %
0.01UF
C 1 6 3 5
8 0 5
C E R M
5 0 V
2 0 %
0.01UF
C 1 6 3 0
8 0 5
C E R M
5 0 V
2 0 %
1.5NF
C1631
8 0 5
C E R M
5 0 V
2 0 %
1.5NF
C 1 6 3 2
8 0 5
C E R M
5 0 V
2 0 %
4 7 0 P F
C 1 6 3 3
1210
C E R M
10V
2 0 %
1 0 U F
C 1 6 3 4
1210
C E R M
10V
2 0 %
1 0 U F
C 1 6 0 7
1210
C E R M
10V
2 0 %
1 0 U F
C 1 6 3 9
1210
C E R M
10V
2 0 %
1 0 U F
C1612
V S S
X 2
F_SEL
S S _ S E L
X1
W 1 8 1 - 0 2
S S _ O N _ N
C L K O U T
V D D
U 1 6 5 0
SOIC
1210
C E R M
10V
2 0 %
1 0 U F
C 1 6 5 0
8 0 5
C E R M
5 0 V
2 0 %
0.1UF
C1651
8 0 5
C E R M
5 0 V
2 0 %
0.01UF
C 1 6 5 2
+ 3 _ 3 V
8 0 5
C E R M
5 0 V
5 %
15PF
C 1 6 5 5
8 0 5
C E R M
5 0 V
5 %
15PF
C 1 6 5 6
6 0 3
5 %
4.7K
R1651
6 0 3
5 %
4.7K
R 1 6 5 2
6 0 3
5 %
4.7K
R 1 6 5 3
8 0 5
C E R M
5 0 V
2 0 %
4 7 0 P F
C 1 6 5 4
8 0 5
C E R M
5 0 V
2 0 %
1.5NF
C 1 6 5 3
+ 3 _ 3 V
+ 3 _ 3 V
+ 3 _ 3 V
+ 3 _ 3 V
+ 3 _ 3 V
+ 3 _ 3 V
+ 3 _ 3 V
+ 3 _ 3 V
8 0 5
C E R M
5 0 V
5 %
3 3 P F
C1616
L1604
4.7UH
S M
R 1 6 2 0
5 %
6 0 3
1 0 K
H C - 4 9 - S M - C
3 3 . 0 0 0 M H Z
Y1650
R 1 6 2 6
5 %
6 0 3
1 0 K
6 0 3
5 %
4.7K
R 1 6 0 2
+ 3 _ 3 V
6 0 3
5 %
4.7K
R 1 6 0 3
6 0 3
5 %
4.7K
R 1 6 0 4
+ 3 _ 3 V
+ 3 _ 3 V
6 0 3
5 %
4.7K
R 1 6 0 5
+ 3 _ 3 V
6 0 3
5 %
3.3K
R 1 6 2 8
6 0 3
5 %
3.3K
R 1 6 2 9
6 0 3
5 %
3.3K
R 1 6 3 0
D R A W I N G
LAST_MODIFIED=Sun Jun 18 13:08:39 2000
C WEBTV NETWORKS, INC. 1999
representative of a named recipient.
or otherwise use this document unless you are an authorized
than the recipient is not authorized. You may not read, copy,
information. Disclosure of this information to anyone other
This document contains privileged or otherwise legally protected
APPROVED:
BLOCK:
SET:
ENGINEER:
of
SET
B L O C K
REVISION:
PAGE:
of
REVISION:
PAGE:
D
C
B
A
1
2
3
4
D
5
6
7
8
C
B
A
1
2
3
4
5
6
7
8
DATE:
2
2
3 7
31
PVT
E L M E R
F U D
FULLER
0.0
GPIO<4> PULLED LOW TO DISABLE BLUE LED ON RESET
NOTES:
1= FIN - 3.75%
0= FIN - 1.25%
1= OFF (FIXED FREQUENCY)
0 = O N ( S C H M O O ’ D )
0 = 2 8 < F I N < 3 8 M H Z
1= 38 < FIN < 48 MHZ
O P E R A T I N G F R E Q U E N C Y R A N G E
R 1 6 5 3
S P R E A D S P E C T R U M %
R 1 6 5 2
R1651
S P R E A D S P E C T R U M E N A B L E
B Y P A S S C A P S
PCI CLOCK GENERATOR
FUD’S FLUFF
VOLTAGE REFERENCE AND PLL SUPPLIES
PLACE NEAR U1601
PLACE NEAR U1601
PULL RESISTORS
GPIO<6>\I
GPIO<7>\I
GPIO<0>\I
GPIO<1>\I
PLL_VAA
P L L _ A G N
PCI_CLK\I
R E Q _ S L O T _ N < 3 > \ I
R E Q _ S L O T _ N < 2 > \ I
REQ_SLOT_N<1>\I
R E Q _ S L O T _ N < 0 > \ I
FRAME_N\I
TRDY_N\I
IRDY_N\I
DEVSEL_N\I
STOP_N\I
GPIO<2>\I
GPIO<3>\I
GPIO<4>\I
GPIO<5>\I
P L L _ D V D
P L L _ D G N
TITLE=BLK_FUD
A B B R E V = B F U D
3
2
1
3
2
1
1
2
3
5
7
8
4
6
3
1
2
LAB
LAB
LAB
LAB
LAB
LAB
LAB
LAB
LAB
LAB
Summary of Contents for DIRECTV RECEIVER SAT-W60
Page 52: ... 52 SAT W60 POWER SUPPLY ...
Page 59: ...SAT W60 ...