Orban OPTIMOD-FM 8500S Operating Manual page 314

C2 7
J5 10
MT
10
0.1 UF
1
1 12
2
2
3 13
C3 0
3
4 0.1 UF 14
4
5
5 S OUT1
6
6 RTS 1-N 18
7
7 DTR1 -N 19
8
8 21
9
9
11
MT
23
DB 9_M 16
CR6
C4 0 C4 6 C4 7 C4 8
HS M160J
CR7
C5 1 C4 9 C5 0 MAX 208E CA G
HS M160J
L3
3.9 uH
7x 100pF
U2 4E
TV 26 JP V 1
11 10
74HC1 4A
U2 3E
TV 35 JP V 3
11 10
74HC1 4A
L1
3.9 uH
10x 100pF
2x HSM160J
C5 2 C5 3 C5 4 C5 5 C5 6
C6 1
DB 25-M C6 2 C6 3 C5 8 C5 9
CR9
CR8
J9
26
MT
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
C6 4 C6 5 C6 6 C6 7
23
24
25
C6 8
C6 9 C7 0 C7 1
27
MT
C7 2 L2
100P F 3.9 uH
8x 100pF
R8 1
300 OHM
CR1 0
+5V L4 10uH MB R0 530
+12V
U2 1 TP S 61041
C3 4
1 R8 5
S W 100P F
5 100K
V in V in
3
FB
4 R8 7
C3 6
E N
11.3 K
1.0 UF
2
C3 8 GND
C3 7
.0 UF
1.0 UF
U1 D S C5 20
AF2 5
NC
AF2 3
NC
AF1
NC
AE 25
NC
+5V AE 24
NC
AE 1
C2 6 NC
AD2 6
NC
AD2 5
NC
AD2
U1 2 0.1 UF NC
C2 8 AD1
NC
0.1 UF AC2 5
NC
C1 + 11 AC3
V + C2 9 NC
C1 - AA26
NC
AB 4
C2 + 15 NC
V - AB 3
C2 - 0.1 UF NC
E 23
5 2 NC
T1 IN T1 OUT D2 3
1 NC
T2 IN T2 OUT C2 2
24 NC
T3 IN T3 OUT E 3
20 NC
T4 IN T4 OUT C6
NC
7 6 S IN1 C5
R1 IN R1 IN R1 OUT NC
3 4 CTS 1-N B 6
R2 IN R2 OUT NC
22 DS R1 -N B 4
R3 IN R3 OUT NC
17 DCD1 -N B 3
R4 IN R4 OUT NC
A3
NC
AE 17
S U1 2 NC
AD1 7
NC
AC1 7
NC
AC1 6
24 PIN DIP SOCK E T NC
AD1 6
NC
AE 16
NC
AF1 6
NC
AF1 5
NC
AE 15
NC
AD1 5
NC
AD1 4
NC
S P ARE S AE 14
+5V NC
AF1 4
NC
AF1 3
NC
AE 13
U2 4F NC
TV 28 TV 29 JP V 2 TV 31 AD1 3
13 12 NC
AD1 8
74HC1 4A NC
AE 18
NC
AF1 8
NC
AC1 2
NC
T2 4
NC
T2 3
NC
+5V AF2 0
NC
AE 20
NC
AD1 2
NC
TV 37 U2 3F
TV 38 JP V 4 TV 40
13 12
74HC1 4A
+5V
U2 3A
U1 7A
R4 8
1 16 1 2
604 OHM
74HC1 4A
R4 9 R5 0
2 15
604 OHM P S 2506-4 100K
U2 3B
U1 7B
R5 1
3 14 3 4
604 OHM
74HC1 4A
R5 3 R5 4
4 13
604 OHM P S 2506-4 100K
U2 3C
U1 7C
R5 5 +5V
5 12 5 6
C3 2 0.1 UF
604 OHM
74HC1 4A
R5 6 R5 7
6 11
604 OHM 100K
P S 2506-4
U2 3D
U1 7D 2
R5 8
7 10 9 8 A1
4
A2
604 OHM 6
A3
R5 9 74HC1 4A 8
R6 0
8 9 A4
11
A5
100K
604 OHM 13
P S 2506-4 A6
15
U2 4A A7
U1 9A
R6 2 17
1 16 1 2 A8
604 OHM 1
74HC1 4A G
R6 4 19
2 15 G
R6 5
604 OHM P S 2506-4
100K
U2 4B
U1 9B
R6 8
3 14 3 4
604 OHM
74HC1 4A
R6 9 R7 0
4 13
604 OHM P S 2506-4 100K
U2 4C
U1 9C
R7 6 RE MOTE IN-N
5 12 5 6
604 OHM
74HC1 4A
R7 7
6 11 R7 8
604 OHM P S 2506-4
100K
U2 4D
U1 9D
R8 0
7 10 9 8
604 OHM
74HC1 4A Q2
R8 2
8 9 R8 3 MMB T4 400
604 OHM
P S 2506-4
100K
CR2
R8 4 2.0 0K
CR3 1N4 148W
R8 6
10 OHM
1N4 148W
1N4 148W
CR4
R8 9
10 OHM
1N4 148W
6-32
TECHNICAL DATA
+3.3 V (S HT2 )
+3.3 V
R4 3 R4 4 R4 5
100K 100K 100K
R2 6
4.7 5K
AC1 3 TRIG/TRA CE
TRIG/TRA CE
AD2 4 B R/TC
B R/TC
AE 21 JTA G_ TM S
JTA G_ TM S
AF2 1 JTA G_ TDI
JTA G_ TDI
AD2 1 JTA G_ TCK
JTA G_ TCK
AD3 P IO3 1/RING2 -N
P IO3 1/RIN2 TV 17
AE 3 P IO3 0/DCD2 -N
P IO3 0/DCD2 TV 18
AF3 P IO2 9/DS R2 -N
P IO2 9/DS R2 TV 19
AF4 P IO2 8/CTS 2-N
P IO2 8/CTS 2 (S HT2 )
AA3 RING1 -N
RIN1 TV 20
V 4 DCD1 -N
DCD1
Y 3 DS R1 -N
DS R1
V 3 CTS 1-N
CTS 1
+3.3 V
AD1 9 S S I_ CL K
S S I_ CL K (S HT2 )
W24 CF_ DRA M-N/CFG2
CF_ DRA M/CFG2 TV 21
R2 8
4.7 5K
Y 24 P ITOUT2 /CFG3
P ITOUT2 /CFG3 TV 22
A7 CL K TIM E R/CL K TE S T
CL K TIM E R/CL K TE S T TV 23 +3.3 V
R2 9
R2 7
4.7 5K
4.7 5K
AF1 7 S TOP /TX
S TOP /TX
U2 4 CM D ACK
CM DA CK
AF2 2 JTA G_ TDO
JTA G_ TDO
AE 22 JTA G_ TRS T- N
JTA G_ TRS T
AE 23 DTR2 -N
DTR2 TV 25
AD2 2 RTS 2-N
RTS 2 (S HT2 )
V 24 S IN2
S IN2 (S HT2 )
U2 3 S OUT2
S OUT2 (S HT2 )
W3 DTR1 -N
DTR1
W4 RTS 1-N
RTS 1
AE 2 S IN1
S IN1
AF2 S OUT1
S OUT1
AE 19 S S I_ DI
S S I_ DI (S HT2 )
AF1 9 S S I_ DO
S S I_ DO (S HT2 )
AC2 4 DA TA S TRB /CFG1
DA TA S TRB /CFG1 TV 32
AD2 0 CF_ ROM _GP CS -N/CFG0
CF_ ROM _GP CS /CFG0 TV 33
R3 0 4.7 5K
+3.3 V
AB 23 ROM RD- N S Y S TE M_RE S E T- N
ROM RD (S HT3 ) (S HT2 )
AB 24 FL AS HW R- N
FL AS HW R (S HT3 )
AB 25 B OOTCS -N
B OOTCS (S HT3 )
AA25
ROM B UFOE TV 34 J1 4
6
K E Y
6 TO FRONT P ANE L
5
5
DIS P L AY PCA
4
4 (RE V IS IONS 01,0 2,0 3)
3
3
K E Y 2
2
1
TRIM ME D FOR K E Y
+5V 1
2 6
5
1
+5V
U2 2
74ACT2 45 FP _D[0 ..7 ]
+5V
IS A_IORD- N 1
RN5 2
(S HT2 ) DIR
IS A_D7 2 18 FP _D7
A0 B 0 FP _D0 1 10
IS A_D6 3 17 FP _D6
A1 B 1 FP _D1 2 9 FP _D7
IS A_D5 4 16 FP _D5
A2 B 2 FP _D2 3 8 FP _D6
IS A_D4 FP _D4
5 15
A3 B 3 FP _D3 4 7 FP _D5
IS A_D3 6 14 FP _D3
A4 B 4 5 6 FP _D4
IS A_D2 7 13 FP _D2 +5V
A5 B 5
IS A_D1 8 12 FP _D1
A6 B 6
RNE T 100K
U1 8 IS A_D0 9 11 FP _D0
A7 B 7
74ACT2 44 FP _B US E N-N 19
(S HT2 ) E
CONTRA S T
18 IS A_D0
Y 1
16 IS A_D1
Y 2
14 IS A_D2
Y 3
12 IS A_D3
Y 4
9 IS A_D4
Y 5
7 IS A_D5
Y 6 RN6 1 +5V
5 IS A_D6
Y 7 IS A_D0 1 10
3 IS A_D7 R6 3
Y 8 IS A_D1 2 9 IS A_D7
2.0 OHM
IS A_D2 3 8 IS A_D6
IS A_D3 4 7 IS A_D5
5 6 IS A_D4
+5V
R6 7
R6 6
RNE T 100K
301 OHM 2.0 OHM
+5V
C3 3
R7 1
R7 3 R7 4 R7 5
U2 0 2.0 0K
0.1 UF 14.7 K 5.6 2K 2.0 OHM
74HCT3 74
(S HT2 ) IS A_D0 3 2
D0 Q0
IS A_D1 4 5
D1 Q1
IS A_D2 7 6
D2 Q2
IS A_D3 8 9 B K LITE _ON
D3 Q3 CR5
IS A_D4 13 12
D4 Q4 R7 9 2.0 0K Q1 1N4 148W
IS A_D5 14 15
D5 Q5 MMB T4 400
IS A_D[0 ..1 5] IS A_D6 17 16
(S HT2 ) D6 Q6
IS A_D7 18 19
D7 Q7
TA L LY 2
E
+5V
C
B
Q3 C3 5
MMB T4 400
MMB T4 400 OUTL INE
CR1 MIS C_ OUT- N S OT- 23
(S HT2 ) 10UF
R8 8
C3 9
2.0 0K
0.1 UF
TA LLY 1
ORBAN MODEL 8500S
P WRGOOD
R4 6
0 OHM J4
(NO- S TUFF)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
K E Y 20
HDR, 2 mm,2 x10
J6 (NO- S TUFF)
1
2
3
4
5
6
7
8 ORB AN
9 US E ONLY
10
TV 24 11
12
RE S E RV E D 13
14
15
16
HDR 8 X 2
J7
1
2
3
4
5
6
7
8
9
10
11
K E Y 12
hdr,2 mm,2 x6
J8
K E Y 4
TO P OW E R- ON LE D
3
K E Y 2
+5V 1
R4 7 301 OHM
HDR 2 X 2
C3 1
+5V
0.1 UF
FRONT P ANE L
JP 1
CONNE CTIONS
1
2
3
IS A_A0
(S HT2 ) 4
IS A_IOW R- N
(S HT2 ) 5
DIS P LAY
(S HT2 ) 6
FP _D0
7
FP _D1 TO L CD
8
FP _D2
9
FP _D3
10
FP _D4
11
FP _D5
12
FP _D6
13
FP _D7
14
J1 0
TO L CD B ACK LIGHT
4
+5V 3
2 TRIM ME D
K E Y 1 FOR K E Y
4
+5V
HDR 2 X 2
1
J1 1
26
25
24
23
22
21
20
FP _COL _B -N
(S HT2 ) 19
+5V FP _ROW _C- N
(S HT2 ) 18 TO FRONT P ANE L
FP _ROW _B -N
(S HT2 ) 17
DIS P LAY PCA
16
R7 2
10.0 K 15
FP _ROW _A-N
(S HT2 ) 14
FP _COL _A-N
(S HT2 ) 13 1
2
(RE S E RV E D)
12
E NCODE R- N
(S HT2 ) 11
FP _ROW _D-N
(S HT2 ) 10
LE D-N
9 10
(S HT2 ) 9
FP _D7
8
FP _D6
7
FP _D5
6
FP _D4
5 19 20
FP _D3
4
FP _D2
3
FP _D1 25 26
2
FP _D0
1
HDR 1 3X 2
CONTROL BOARD:
MISCELLANEOUS I/O
62290.000.06
PAGE 4 of 5