Orban Optimod-FM 8300 Operating Manual page 259

OPTIMOD-FM DIGITAL
5
+5 VDC
1
Vin Vout
C13
+ 2
Gnd Gnd
10 uf, low ESR
LT1963EST_2.5
U14
+5 VDC
D
1
Vin Vout
C16
+ 2
Gnd Gnd
10 uf, low ESR
LT1963EST_3.3
U15
C178 C179 C180
1 uf 0.1 uf 0.01 uf
C
+3.3 VDC
C175
1 uf
+3.3 VDC
10 ohm, 5%, 0805
R34
B
D3
1N4148
1 k, 5%, 0805
R35
BT1
BATTERY
A
5
4
+3.3 VDC
+2.5 VDC
C201
34
NC1
See Table 42
NC2
43
NC3
3 48
NC4
C14 C15
1 uf 10 uf, low ESR
4 35
FSGnd
20
PHYGnd1 PHYVdd1
32
PHYGnd2 PHYVdd2
8
IOGnd1
16
IOGnd2
+3.3 VDC
26
IOGnd3
84
IOGnd4
136
IOGnd5
3 65
PCIGnd1
77
PCIGnd2
C17 C18
90
PCIGnd3
1 uf 10 uf, low ESR 103
PCIGnd4
4 114
PCIGnd5
57
MACGnd1 MACVdd1
124
MACGnd2 MACVdd2
51
TxDigGnd TxDigVdd
52
TxIOGnd1
55
TxIOGnd2
38
RxAnalGnd1 RxAnalVdd1
44
RxAnalGnd2 RxAnalVdd2
37
SubGnd1
49
SubGnd2
126
SubGnd3
National DP83815/8316
U10B
+3.3 VDC +3.3 VDC
C181 C182 C183
1 uf 0.1 uf 1 uf
Component Value Table for 83815/83816 shared components
Component 83815 Value
+3.3 VDC
C176 C177
1 uf 0.1 uf R33 9.31 k ohm, 5%, 0805
R200 0 ohm, 5%, 0805
C200 0.01 uf, 0805
C201 No Stuff
C202 No Stuff
VBat
D1
1N4148
A26 AC15
VccRTC VccCore
AC14
VccCore
AC7
VccCore
C20
AC6
VccCore
0.1 uf AC5
VccCore
B25 R23
BBatSense VccCore
P23
VccCore
T16 T4
Gnd VccCore
D2
T15 R4
Gnd VccCore
1N4148 T14 H23
Gnd VccCore
T13 G23
Gnd VccCore
T12 F4
Gnd VccCore
T11 E4
Gnd VccCore
BBatSense
R16 D19
Gnd VccCore
R15 D18
Gnd VccCore
R14 D12
Gnd VccCore
C21 R13 D11
Gnd VccCore
0.1 uf
R12
Gnd
R11
Gnd
P16 AC19
Gnd VccIO
P15 AC18
Gnd VccIO
P14 AC11
Gnd VccIO
P13 AC10
Gnd VccIO
P12 AA4
Gnd VccIO
P11 Y4
Gnd VccIO
N16 AA23
Gnd VccIO
N15 Y23
Gnd VccIO
N14 W23
Gnd VccIO
N13 V23
Gnd VccIO
N12 L23
Gnd VccIO
N11 K23
Gnd VccIO
M16 M4
Gnd VccIO
M15 L4
Gnd VccIO
M14 K4
Gnd VccIO
M13 J4
Gnd VccIO
M12 D22
Gnd VccIO
M11 D21
Gnd VccIO
L16 D16
Gnd VccIO
L15 D15
Gnd VccIO
L14 D8
Gnd VccIO
L13 D7
Gnd VccIO
L12 D6
Gnd VccIO
L11 D5
Gnd VccIO
A25 B26
GndAnalog VccAnalog
AMD ElanSC520-100AC
U1F
4
3
127
Res3
50
Res2
41 28 1
Res1 Vss Vdd
41 14
Vss Vdd
54 27
Vss Vdd
+3.3 VDC
6 3
Vssq Vddq
36 12 9
FSVdd Vssq Vddq
46 43
Vssq Vddq
33 52 49
Vssq Vddq
21
R200
See Table, 5%, 0805 32 Mbit x 16 SDRAM
137
IOVdd1
85 U2B
IOVdd2
27
IOVdd3
19
IOVdd4
9
IOVdd5
C200 C202
117 See Table See Table C125 C126 C127
PCIVdd1
1 uf 0.1 uf 0.01 uf
107
PCIVdd2
94
PCIVdd3
80
PCIVdd4
69
PCIVdd5
125
58
56
47
+3.3 VDC
39
Vref
40
Vref
+3.3 VDC
R33
See Table, 5%, 0805
1 28
NC Vcc
8
NC
15
NC
22
NC
14
Gnd
GAL 20LV8D-7LJ
U6B
83815 Value
+3.3 VDC
10.0 k ohm, 5%, 0805
C150
No Stuff 0.01 uf
0.1 uf, 0805
1.0 uf, 0805
1.0 uf, 0805
+2.5 VDC
+3.3 VDC
+2.5 VDC
3
2
+3.3 VDC +3.3 VDC
28 1
Vss Vdd
41 14
Vss Vdd
54 27
Vss Vdd
6 3
Vssq Vddq
12 9
Vssq Vddq
46 43
Vssq Vddq
52 49
Vssq Vddq
32 Mbit x 16 SDRAM
U3B
+3.3 VDC +3.3 VDC
C132 C133 C134
1 uf 0.1 uf 0.01 uf
+3.3 VDC +3.3 VDC
4 4
Gnd Gnd
10 42 10 42
Gnd Vcc Gnd Vcc
15 31 15 31
Gnd Vcc Gnd Vcc
21 21
Gnd Gnd
+5 VDC +5 VDC
28 28
Gnd Gnd
34 18 34 18
Gnd Vcc Gnd Vcc
39 7 39 7
Gnd Vcc Gnd Vcc
45 45
Gnd Gnd
74ACLV162450/SO 74ACLV162450/SO
U7B U8B
+5 VDC +5 VDC +5 VDC
C151 C155 C156
1 uf 1 uf 0.01 uf
+3.3 VDC +3.3 VDC
C153 C157 C158
1 uf 1 uf 0.01 uf
CPU Module: Power and Ground Distribution
2
6-41
TECHNICAL DATA
1
+3.3 VDC
37
Vcc
9
Vcc
43
Vccq
21
Gnd
42
Gnd
48
Gnd
E28F128J3A-150
U4B
D
+3.3 VDC
4
Gnd
10 42
Gnd Vcc
15 31
Gnd Vcc
21
Gnd
+5 VDC
28
Gnd
34 18
Gnd Vcc
39 7
Gnd Vcc
45
Gnd
74ACLV162450/SO
U9B
C
C159 C160
1 uf 0.01 uf
+3.3 VDC
C161 C162
1 uf 0.01 uf
A1
Gnd
A2
Gnd
A3
Gnd
A6
Gnd
A9 C2
Gnd Vcc
B1 C3
Gnd Vcc
B2
Gnd
B3
Gnd
B6
Gnd
B9
Gnd
B
C1 D2
Gnd Vcc
C6 D3
Gnd Vcc
C9
Gnd
D1
Gnd
D6
Gnd
D9
Gnd
DS32khz
U13B
A
1