Orban OPTIMOD-FM 8600Si, Руководство по эксплуатации

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OPTIMOD-FM DIGITAL TECHNICAL DATA
6-33
V CC_ RTC
A26
B B ATS E N
B 25
GND
T1 1
GND
T1 2
GND
T1 3
GND
T1 4
GND
T1 5
GND
T1 6
GND
P 11
GND
P 12
GND
P 13
GND
P 14
GND
P 15
GND
P 16
GND
N1 1
GND
N1 2
GND
N1 3
GND
N1 4
GND
N1 5
GND
N1 6
GND
M11
GND
M12
GND
M13
GND
M14
GND
M15
GND
M16
GND
L 11
GND
L 12
GND
L 13
GND
L 14
GND
L 15
GND
L 16
GND_ ANL G
A25
V CC_ ANL G
B 26
V CC_ I/O
D5
V CC_ I/O
D6
V CC_ I/O
D7
V CC_ I/O
D8
V CC_ I/O
D1 5
V CC_ I/O
D1 6
V CC_ I/O
D2 1
V CC_ I/O
D2 2
V CC_ I/O
J4
V CC_ I/O
K 4
V CC_ I/O
L 4
V CC_ I/O
M4
V CC_ I/O
K 23
V CC_ I/O
L 23
V CC_ I/O
V 23
V CC_ I/O
W23
V CC_ I/O
Y 23
V CC_ I/O
AA23
V CC_ I/O
Y 4
V CC_ I/O
AC1 0
V CC_ I/O
AC1 1
V CC_ I/O
AC1 8
V CC_ I/O
AC1 9
V CC_ CORE
D1 1
V CC_ CORE
D1 2
V CC_ CORE
D1 8
V CC_ CORE
D1 9
V CC_ CORE
E 4
V CC_ CORE
F4
V CC_ CORE
G2 3
V CC_ CORE
H2 3
V CC_ CORE
R4
V CC_ CORE
T4
V CC_ CORE
P 23
V CC_ CORE
R2 3
V CC_ CORE
AC5
V CC_ CORE
AC6
V CC_ CORE
AC7
V CC_ CORE
AC1 4
V CC_ CORE
AC1 5
GND
R1 1
GND
R1 2
GND
R1 3
GND
R1 4
GND
R1 5
GND
R1 6
V CC_ I/O
AA4
U1 F S C5 20
GND
4
GND
10
GND
15
GND
21
GND
28
GND
34
GND
39
GND
45
V CC
42
V CC
31
V CC
18
V CC
7
U7 B 74AL V C1 64245
GND
4
GND
10
GND
15
GND
21
GND
28
GND
34
GND
39
GND
45
V CC
42
V CC
31
V CC
18
V CC
7
U8 B 74AL V C1 64245
GND
4
GND
10
GND
15
GND
21
GND
28
GND
34
GND
39
GND
45
V CC
42
V CC
31
V CC
18
V CC
7
U9 B 74AL V C1 64245
GND
21
GND
42
GND
48
V CCQ
43
V CC
9
V CC
37
U4 B E 28F1 28
R3 5
1.0 0K
C2 0
0.1 UF
C2 1
0.1 UF
C1 77
0.1 UF
C1 79
0.1 UF
C1 82
0.1 UF
R3 4
10 OHM
C1 26
0.0 1UF
C1 27
0.0 1UF
C1 33
0.0 1UF
C1 34
0.0 1UF
C1 56
0.0 1UF
C1 58
0.0 1UF
C1 60
0.0 1UF
C1 62
0.0 1UF
C1 80
0.0 1UF
C1 4
1.0 UF
C1 7
1.0 UF
C1 25
1.0 UF
C1 32
1.0 UF
C1 51
1.0 UF
C1 53
1.0 UF
C1 55
1.0 UF
C1 57
1.0 UF
C1 59
1.0 UF
C1 61
1.0 UF
C1 75
1.0 UF
C1 78
1.0 UF
C1 81
1.0 UF
C1 83
1.0 UF
C2 01
1.0 UF
+
C1 3
10UF
+
C1 5
10UF
+
C1 6
10UF
+
C1 8
10UF
+
C2 02
10UF
IN
1
G
N
D
2
OUT
3
TA
B
4
U1 4
L T1 963-2.5
IN
1
G
N
D
2
OUT
3
TA
B
4
U1 5
L T1 963-3.3
+2.5 V
+3.3 V
+3.3 V
+3.3 V
+3.3 V
C1 76
1.0 UF
+3.3 V
+3.3 V
+2.5 V
+3.3 V
+2.5 V
+3.3 V
V B AT
1
2
B T1
B ATTE RY
+3.3 V +3.3 V
+3.3 V
+3.3 V
+3.3 V
+5V
+3.3 V
+5V
+3.3 V
+5V
+3.3 V +5V
V S S
28
V S S
41
V S S
54
V S S Q
6
V S S Q
12
V S S Q
46
V S S Q
52
V DD
1
V DD
14
V DD
27
V DDQ
3
V DDQ
9
V DDQ
43
V DDQ
49
NC
40
U2 B MT4 8L C1 6
V S S
28
V S S
41
V S S
54
V S S Q
6
V S S Q
12
V S S Q
46
V S S Q
52
V DD
1
V DD
14
V DD
27
V DDQ
3
V DDQ
9
V DDQ
43
V DDQ
49
NC
40
U3 B MT4 8L C1 6
B B ATS E NS E
+
C4 2
10UF
+5V
1
2
J1 2
HDR 2
FROM I/O /DSP PCA
1
2
3
CR1 1
B AT5 4C
1
2
3
CR1 2
B AT5 4C
C1 84
0.1 UF
+2.5 V
C1 86
0.1 UF
C1 85
0.0 1UF
+3.3 V
C1 87
0.1 UF
C1 88
0.1 UF
MOUNTING HOL E S
TP 100
DGND
+3.3 V
(NO- S TUFF)
NC
34
NC
42
NC
43
48
V S S
35
V S S
20
V S S
32
V S S
8
V S S
16
V S S
26
84
V S S
136
V S S
51
V S S
52
V S S
55
V S S
38
V S S
44
37
V S S
49
126
V RE F
40
IA UX V DD
39
IA UX V DD
47
AUX V DD
56
V S S
65
V S S
77
V S S
90
V S S
103
V S S
114
V S S
57
124 125
AUX V DD
58
P CIV DD
117
P CIV DD
107
P CIV DD
94
P CIV DD
80
P CIV DD
69
AUX V DD
137
85
AUX V DD
27
19
AUX V DD
9
AUX V DD
33
AUX V DD
21
36
RE S E RV E D
41
RE S E RV E D
50
RE S E RV E D
127
U1 0B DP 83816AV NG
R3 3
10.0 K
C2 00
0.1 UF
B T1 HLDR
S CK T BTRY HLDR
C4 3
0.1 UF
D->C GND1
0 OHM (NO S TUFF) D->C GND2
0 OHM (NO S TUFF)
M1 M2
M3 M4
TP 102
+3.3V
TP 101
+2.5V
TP 103
+5V
CONTROL BOARD:
POWER AND GROUND DISTRIBUTION
62290.000.06
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