Orban OPTIMOD-FM 8500S Operating Manual page 311

OPTIMOD-FM DIGITAL
+5V C4 4 10UF +3.3 V
C4 5
R1
10.0 K
0.1 UF
S Y S TE M_RE S E T- N
(S HT 5)
U1 6 U5 MIC8 115TU +3.3 V
3 4
MR- n V CC
1 2
GND RE S E T- n
MCP 120-475I/TT
(S HT 5)
ROM CS 1-N/GP CS 1-N
ROM CS 2-N/GP CS 2-N
P ITGA TE 2/GP CS 3-N
TM RIN1 /GP CS 4-N
TV 7
TM RIN0 /GP CS 5-N
TV 8
FL AS HS TA TUS
(S HT 3)
P IO1 0/GP DA CK 2-N
TM ROUT1 /GP CS 6-N
TV 9
TM ROUT0 /GP CS 7-N
TV 10
P IO5 /GP DRQ3
TV 11
P IO9 /GP DA CK 3-N
+3.3 V
+3.3 V
RN3
1 10
2 9
3 8
P IO1 1/GP DA CK 1-N 4 7
5 6 DA CK 0-N
RNE T4 .7 K
RN2
1 10
2 9
3 8
P IO7 /GP DRQ1 4 7
5 6 DRE Q0
RNE T4 .7 K
U1 B S C5 20
C2 0 AE 8 P IO1 4/GP IRQ9
P WRGOOD P IO1 4/GP IRQ9
AC2 2 GP _RE S E T
GP RE S E T
D2 0 P RGRE S E T
P RGRE S E T
R2
10.0 K
AC9 P IO1 1/GP DA CK 1-N
P IO1 1/GP DA CK 1
AF1 0 P IO7 /GP DRQ1
P IO7 /GP DRQ1
AF7 P IO1 6/GP IRQ7
P IO1 6/GP IRQ7
AE 7 P IO1 7/GP IRQ6
P IO1 7/GP IRQ6
AD7 P IO1 8/GP IRQ5
P IO1 8/GP IRQ5
AD6 P IO1 9/GP IRQ4
P IO1 9/GP IRQ4 TV 49
AE 6 P IO2 0/GP IRQ3
P IO2 0/GP IRQ3 TV 50
AD1 1 P IO4 /GP TC
P IO4 /GP TC TV 5
AE 12 P IO0 /GP ALE
P IO0 /GP ALE TV 6
B 24
ROM CS 1/GP CS 1
C2 3
ROM CS 2/GP CS 2
AC2 1
P ITGA TE 2/GP CS 3
AA24
TM RIN1 /GP CS 4
AC2 0
TM RIN0 /GP CS 5
AE 10 AF1 1 P IO2 /GP RDY
P IO6 /GP DRQ2 P IO2 /GP RDY
AD9 AE 11 GP _AE N
P IO1 0/GP DA CK 2 P IO3 /GP AE N
AE 4 P IO2 7/GP CS 0-N
P IO2 7/GP CS 0
AC2 3
TM ROUT1 /GP CS 6
AD2 3
TM ROUT0 /GP CS 7
AD1 0
P IO5 /GP DRQ3
AE 9
P IO9 /GP DA CK 3
D1 7 GP D1 5
GP D1 5
C1 7 GP D1 4
GP D1 4
C1 5 GP D1 3
GP D1 3
D1 4 GP D1 2
GP D1 2
D1 3 GP D1 1
GP D1 1
C1 3 GP D1 0
GP D1 0
C1 2 GP D9
GP D9
C1 1 GP D8
GP D8
C1 0 GP D7
GP D7
D1 0 GP D6
GP D6
D9 GP D5
GP D5
C9 GP D4
GP D4
C8 GP D3
GP D3
C7 GP D2
GP D2
B 5 GP D1
GP D1
C4 GP D0
GP D0
(NO S TUFF)
+3.3 V
R3 6 4.7 5K
C3 GP A25
GP A25/DE B UG_ E NTE R
D4 GP A24
GP A24/INS T_ TRA CE
D3 GP A23
GP A23/AMDE B UG_ DIS R4 4.7 5K
F3 GP A22 GP A24
GP A22
C1 9 GP A21 GP A23
GP A21
C1 4 GP A20
GP A20
C2 1 GP A19 R3 4.7 5K
GP A19
B 22 GP A18
GP A18
E 24 GP A17
GP A17
D2 4 GP A16
GP A16
GP A[0..2 5]
AF1 2 P IO1 /GP B HE -N
P IO1 /GP B HE
TV 13
C2 4 GP A15
GP A15
R2 4 GP A14
GP A14
P 24 GP A13
GP A13
N2 4 GP A12
GP A12
N2 3 GP A11
GP A11
M23 GP A10
GP A10
C2 GP A9
GP A9
M24 GP A8
GP A8
F2 3 GP A7
GP A7
C1 GP A6
GP A6
H2 4 GP A5
GP A5
L24 GP A4
GP A4
J2 3 GP A3
GP A3
K 24 GP A2
GP A2
G4 GP A1
GP A1
J2 4 GP A0
GP A0
F2 4 GP _ME MRD- N
GP ME MRD
C1 8 GP _ME MWR- N
GP ME MWR
C1 6 GP _IOW R- N
GP IOW R
G2 4 GP _IORD- N
GP IORD
AD5 GP DB UFOE -N
P IO2 4/GP DB UFOE
AD4 P IO2 6/GP ME MCS 16-N
P IO2 6/GP ME MCS 16
AC4 P IO2 5/GP IOCS 16-N
P IO2 5/GP IOCS 16
AD8 P IO1 3/GP IRQ1 0
P IO1 3/GP IRQ1 0 TV 52
AE 5 P IO2 3/GP IRQ0
P IO2 3/GP IRQ0 TV 53
AF5 P IO2 2/GP IRQ1
P IO2 2/GP IRQ1 TV 14
AF6 P IO2 1/GP IRQ2
P IO2 1/GP IRQ2
AF8 P IO1 5/GP IRQ8
P IO1 5/GP IRQ8 GP _ME MRD- N
AC8 DA CK 0-N
P IO1 2/GP DA CK 0 GP _ME MWR- N
AF9 DRE Q0
P IO8 /GP DRQ0
U6
E P M7064S TC1 00-10
MHZ2 4
IS A_D[0 ..1 5]
(S HT 5)
U7 A 74AL V C1 64245
GP D7 47 2 IS A_D7
1A1 1B 1
GP D6 46 3 IS A_D6
1A2 1B 2 (S HT 5)
GP D5 44 5 IS A_D5
1A3 1B 3
GP D4 43 6 IS A_D4
1A4 1B 4
GP D3 41 8 IS A_D3
1A5 1B 5
GP D2 40 9 IS A_D2
1A6 1B 6
GP D1 38 11 IS A_D1 IS A_A0
1A7 1B 7
GP D0 37 12 IS A_D0 IS A_A1
1A8 1B 8
GP D1 5 36 13 IS A_D1 5 IS A_A2
2A1 2B 1 TV 41
GP D1 4 35 14 IS A_D1 4 IS A_A3
2A2 2B 2 TV 42
GP D1 3 33 16 IS A_D1 3 IS A_A4
2A3 2B 3 TV 43
GP D1 2 32 17 IS A_D1 2 IS A_A5
2A4 2B 4 TV 44
GP D1 1 30 19 IS A_D1 1 IS A_A6
2A5 2B 5 TV 45
GP D1 0 29 20 IS A_D1 0 IS A_A7
2A6 2B 6 TV 46
GP D9 27 22 IS A_D9 IS A_A8
2A7 2B 7 TV 47
GP D8 26 23 IS A_D8 IS A_A9
2A8 2B 8 TV 48
IS A_A10
B UFFRD- N 1 48 IS A_A11
1DIR 1OE
24 25 IS A_A12
2DIR 2OE
IS A_A13
IS A_A14
GP D[0 ..1 5]
(S HT3 ) IS A_A15
IS A_A16
IS A_A17
GP A[0..2 5] IS A_A18
(S HT3 )
U9 A 74AL V C1 64245 IS A_A19
IS A_A20
GP A15 47 2 IS A_A15
1A1 1B 1 IS A_A21
GP A14 46 3 IS A_A14
1A2 1B 2 IS A_A22
GP A13 44 5 IS A_A13
1A3 1B 3 IS A_A23
GP A12 43 6 IS A_A12
1A4 1B 4 IS A_A24
GP A11 41 8 IS A_A11
1A5 1B 5 IS A_A25
GP A10 40 9 IS A_A10
1A6 1B 6
GP A9 38 11 IS A_A9
1A7 1B 7
GP A8 37 12 IS A_A8
1A8 1B 8
GP A7 36 13 IS A_A7
2A1 2B 1
GP A6 35 14 IS A_A6
2A2 2B 2
GP A5 33 16 IS A_A5
2A3 2B 3
GP A4 32 17 IS A_A4
2A4 2B 4
GP A3 30 19 IS A_A3
2A5 2B 5
GP A2 29 20 IS A_A2
2A6 2B 6
GP A1 27 22 IS A_A1
2A7 2B 7
GP A0 26 23 IS A_A0
2A8 2B 8
1 48
1DIR 1OE
24 25
+3.3 V 2DIR 2OE
U8 A 74AL V C1 64245
GP A23 47 2 IS A_A23
1A1 1B 1
GP A22 46 3 IS A_A22
1A2 1B 2
GP A21 44 5 IS A_A21
1A3 1B 3
GP A20 43 6 IS A_A20
1A4 1B 4
GP A25 41 8 IS A_A25
1A5 1B 5
GP A24 40 9 IS A_A24
1A6 1B 6
38 11 IS A_IOW R- N
1A7 1B 7 (S HT 5)
37 12 IS A_IORD- N
1A8 1B 8 (S HT 5)
GP A19 36 13 IS A_A19
2A1 2B 1
GP A18 35 14 IS A_A18
2A2 2B 2
GP _RE S E T 33 16 IS A_RE S E T
2A3 2B 3
GP _AE N 32 17 IS A_AE N
2A4 2B 4
GP A17 30 19 IS A_A17
2A5 2B 5
GP A16 29 20 IS A_A16
2A6 2B 6
27 22 IS A_ME MRD- N
2A7 2B 7
26 23 IS A_ME MWR- N
2A8 2B 8
1 48
1DIR 1OE
24 25
+3.3 V 2DIR 2OE
J3
HDR 5 X 2
+5V
7x 4.7 5K
+5V
(S HT 5)
C1 9 C2 4
(S HT 5)
0.1 UF 0.1 UF
(S HT 5)
(S HT 5)
C2 3 C2 5
0.1 UF 0.1 UF
87 60 MIS C_ OUT- N
GCL K 1 MIS C_ OUT- N (S HT 5)
57 DIS P LAY
DIS P L AY (S HT 5)
58 LE D-N
LE D-N (S HT 5)
89 48 E NCODE R- N IS A_A[0..9 ]
GCL Rn E NCODE R- N (S HT 5)
84
TV 51
46 FP _COL _A-N
FP _COL _A-N (S HT 5)
88 54 FP _COL _B -N
OE 1 FP _COL _B -N (S HT 5)
45 FP _ROW _A-N
FP _ROW _A-N (S HT 5)
47 FP _ROW _B -N
FP _ROW _B -N (S HT 5)
90 52 FP _ROW _C- N
OE 2 FP _ROW _C- N (S HT 5)
56 FP _ROW _D-N
FP _ROW _D-N (S HT 5)
16 79 FP _B US E N-N
IS A_A0 FP _B US E N-N (S HT 5)
94 76 S ME MWR- N
IS A_A1 S ME MWR- N
96 80 DS P _B US E N-N
IS A_A2 DS P _B US E N-N
12 65 DS P E N0 -N
IS A_A3 DS P E N0 -N
10 71 DS P E N1 -N
IS A_A4 DS P E N1 -N
9 64 DS P E N2 -N (S HT 5)
IS A_A5 DS P E N2 -N
8 42 DS P E N3 -N
IS A_A6 DS P E N3 -N
6 41 S E L1
IS A_A7 S E L 1 +5V
13 40 S E L0
IS A_A8 S E L 0 R3 9 10.0 K
14 44 RE MOTE IN-N
IS A_A9 RE MOTE _IN- N (S HT5 )
17 (S HT 5)
IS A_A10
19 R3 8 10.0 K
IS A_A11 61 B UFFRD- N
20 B UFFRD- N (S HT 5)
IS A_A12
21
IS A_A13 63 RE S E TDRV -N
23 RE S E TDRV -N (S HT3 )
IS A_A14 67 DS P RS T- N
25 DS P RS T- N
IS A_A15 68 S Y S TE M_RE S E T- N 1
29 S Y S TE M_RE S E T- N
IS A_A16 69 IS A_RE S E T
30 IS A_RE S E T
3
IS A_A17 75 S ME MRD- N
31 S ME MRD- N
IS A_A18 81 IS A_ME MRD- N
32 IS A_ME MRD- N J1 3 HDR 2 X 2
IS A_A19 83 IS A_ME MWR- N
33 IS A_ME MWR- N
IS A_A20 85 P RGRE S E T ADDRE S S DECODE CONFIGURA TION
35 P RGRE S E T
IS A_A21 97 S TA RT (NOT US E D ON CURRE NT CONFIGURA TION)
36 S TA RT
IS A_A22 98 IS A_IORD- N
37 IS A_IORD- N
IS A_A23 99 IS A_AE N
93 IS A_AE N
IS A_A24 100 IS A_IOW R- N
92 IS A_IOW R- N
IS A_A25
1
62 N.C.
TCK 2
N.C.
5
N.C.
7
N.C.
22
73 N.C.
TDO 24
N.C.
27
N.C.
28
N.C.
49
15 N.C.
TM S 50
N.C.
53
N.C.
55
N.C.
70
4 N.C.
TDI 72
N.C.
77
N.C.
78
N.C.
R4 0 100K
R4 1 100K
+5V
R4 2 100K
1
9
JTA G (CP LD)
10 2
6-29
TECHNICAL DATA
+5V
J2
60
DS P RS T- N
59
58
S TA RT
57
ROM CS 2-N/GP CS 2-N
56
ROM CS 1-N/GP CS 1-N
55
P ITGA TE 2/GP CS 3-N
54
P IO2 /GP RDY
53
S IN2
52
S OUT2
51
RTS 2-N
50
P IO2 8/CTS 2-N
49
DS P E N3 -N
48
DS P E N2 -N
47
DS P E N1 -N
46
DS P E N0 -N
45
P IO2 7/GP CS 0-N
44
P IO2 6/GP ME MCS 16-N
43
P IO2 5/GP IOCS 16-N
42
MHZ2 4
41
40
IS A_A0
39
IS A_A2
38
IS A_A1
37
36
P IO1 8/GP IRQ5
35
P IO1 6/GP IRQ7
34
P IO1 7/GP IRQ6
33
P IO1 4/GP IRQ9
32
31
P IO1 5/GP IRQ8
30
P IO1 0/GP DA CK 2-N
29
S S I_ DO
28
P IO9 /GP DA CK 3-N
27
26
P IO7 /GP DRQ1
25
P IO1 1/GP DA CK 1-N
24
S S I_ CL K
23
+3.3 V 22
S S I_ DI
21
20
IS A_IORD- N
19
IS A_IOW R- N
18
S ME MRD- N
2
17
16
4
S ME MWR- N
15
P IO2 1/GP IRQ2
14
IS A_D0
13
IS A_D1
12
11
IS A_D2
10
IS A_D3
9
IS A_D5
8
IS A_D4
7
6
IS A_D6
5
IS A_D7
4
DS P _B US E N-N
3
+5V 2
IS A_RE S E T
1
CA B LE AS S Y FLAT, 60 PIN
IS A_D[0 ..1 5]
TO I/O & DSP PCA
8600S CONTROL COMBO BOARD
GENERAL PURPOSE BUS
ADDRESS DECODER
DSP AND I/O INTERFACE
62290.000.06.1
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