Orban OPTIMOD 8400 - Page 246

6-40
TECHNICAL DATA ORBAN
1 2 3 4 56
B
C
D
6
54321
D
C
B
A
1525 Al vara do Str eet
San Leandr o, C A 94577 U SA
P hone 510- 351- 350 0
F AX 510- 351- 0500
Title
Date:A ppr ov al s
Size Dr aw in g Nu mb er R ev. Sheet
of
Ver.
B
orban
Drawn
Checked
A ppv d
Model Numb er
Revision
ECO NO. DATE REV. DESCRIPTION BY CKD
8400 F M I /O
ANALOG OUTPUT S
62115 000 02 3 6
CFOX 6/ 30/ 99
SCHE MA TI C
+
C200
1.0U F
35V
+
C201
1.0U F
35V
C202
0.1U F
50V
C203
0.1U F 50V
+5 V A
3
2
8 4
1
I C 201A
OPA 2134U A
5
6
7
I C 201B
OPA 2134U A
+15V
-15V
3
2
8 4
1
I C 202A
OPA 2134U A
5
6
7
I C 202B
OPA 2134U A
+15V
-15V
CS
2
SDATAI
3
SCLK
6
MU TE
8
AINL
16
AINR
9
AOUTR
11
AOUTL
14
SDATAO
7
VA-
13
VA+
12
VD+
4
ZCEN
1
DGND
5
AGNDL
15
AGNDR
10
I C 203
CS3310- K S
+
C210
10U F
20V
+
C213
10U F
20V
+
C216
10U F
20V
C211
0.1U F
50V
C212
0.1U F
50V
C214
0.1U F
50V
C215
0.1U F
50V
R232
10O H M 1%
+5 V A
-5V A
3
2
8 4
1
I C 204A
OPA 2134U A
5
6
7
I C 204B
OPA 2134U A
+15V
-15V
3
2
8 4
1
I C 206A
OPA 2134U A
5
6
7
I C 206B
OPA 2134U A
+15V
-15V
1
2
3
4
5 6
7
8
IC207
DR V 134P A
-15V
+15V
1
2
3
L 200
FILTER
1000P F
1
2
3
L 201
FILTER
1000P F
12
3
4
SHELL
J201
MA LE
CR202
TRANSZORB
CR203
TRANSZORB
1
2
3
4
5 6
7
8
IC208
DR V 134P A
-15V
+15V
1
2
3
L 202
FILTER
1000P F
1
2
3
L 203
FILTER
1000P F
12
3
4
SHELL
J202
MA LE
CR204
TRANSZORB
CR205
TRANSZORB
L 204
JM 391K
3.9U H
L 205
JM 391K
3.9U H
L 206
JM 391K
3.9U H
L 207
JM 391K
3.9U H
/O U T G A I N C S
GA IN DA TA I
GA IN SCLK
(SHT 5)
(SHT 5)
(SHT 5)
GA IN DA TA O
(SHT 5)
D0
3
Q0
2
D1
4
Q1
5
D2
7
Q2
6
D3
8
Q3
9
D4
13
Q4
12
D5
14
Q5
15
D6
17
Q6
16
D7
18
Q7
19
OE
1
CLK
11
VCC
20
GND
10
I C 209
74H C 374
D0
D1
D2
D3
D4
D5
D6
D7
D[0 ..7]
(SHT 5)
/M UT ELROUTS
/R S T A D
(SHT 2)
/M I S C A N L G C S
(SHT 5)
LEFT & RIGHT
(SHT 6)
(SHT 6)
(SHT 6)
R237
10. 0K 1%
(SHT 6)
R201
8.45K
1%
R202
8.45K
1%
R207
8.45K 1%
R208
8.45K 1%
R211
8.45K 1%
R212
8.45K 1%
R214
8.45K 1%
R215
8.45K 1%
C217
470P F
1% ,50V
C218
470P F
1% ,50V
R204
3.48K
1%
R217
3.48K
1%
R233
11. 3K
1%
R234
11. 3K
1%
R205
8.45K
1%
R218
8.45K
1%
C219
470P F
1% ,50V
C220
470P F
1% ,50V
R206
11. 3K
1%
R219
11. 3K
1%
R210
3.48K
1%
R220
3.48K
1%
C221
1500P F
1% ,50V
C222
1500P F
1% ,50V
/M UT ELROUTS
R235
150O H M
1% R221
14. 3K
1%
R224
14. 3K
1%
R222
49. 9K 1%
R223
49. 9K
1%
C223
12P F 5%
R225
1.00M
1%
C224
1.0U F -T H 50V
C225
1500P F 1%,50V
C227
1500P F 1%,50V
C226
1000P F 1%, 50V
C228
1000P F 1%,50V
R228
49. 9K 1%
R229
49. 9K
1%
C229
12P F 5%
C230
1.0U F -T H 50V
R231
1.00M
1%
R230
14. 3K
1%
R236
150O H M
1%
R227
14. 3K
1%
CW
V R 200
10K
CW
V R 201
10K
LEFT ANAL OG
OU TPUT
RIGHT ANAL OG
OU TPUT
75u S L EFT
50u S L EFT
75u S R IGH T
50u S R IGH T
Serv o
f- 3d B = 0. 15H z
Serv o
f- 3d B = 0. 15H z
3- po le
B u tte rw or th
f- 3d B = 40K H z
R200
10O H M
1%
+5 V D
/R S T D A
AGND5
AGND6
AGND5
AGND6
AGND5
AGND6
AGND5
AGND6
AGND6 AGND6
AGND5AGND6 A GND6
AGND5
AGND5
AGND5
AGND5
AGND5
AGND5
AGND5
AGND6
AGND5
AGND6
AGND6
AGND6
/SRCRST
(SHT 5)
R238
110O H M
1%
C231
33P F
5% ,100V
T P200
TP-SMT
T P201
TP-SMT
T P202
TP-SMT
T P203
TP-SMT
T P204
TP-SMT
T P205
TP-SMT
BC 7/30/ 99
MC LK
3
PD
4
BICK
5
SDAT A
6
LRCK
7
SMUT E
8
DFS
9
DEM0
10
DEM1
11
DI F0
12
DV SS
1
AV SS
19
BVSS
15
VREFL
16
AOUTR+
21
AOUTR-
20
AOUTL+
23
AOUTL-
22
P/S
25
VREFH
17
VCOM
24
DV DD
2
DI F1
13
DI F2
14
CKS0
26
CKS1
27
CKS2
28
AV DD
18
I C 211
A K 4393V F
NC
+
C232
1.0U F
35V
C233
0.1U F 50V
MC LK
/R S T D A
DA CBCLK
OD ATA0
DA CFSYNC
LEFT
OU TPUT
TRIM
1
3
2
Q200
SST113
1
3
2
Q201
SST113
1
3
2
Q202
SST113
1
3
2
Q203
SST113
RIGHT
OU TPUT
TRIM
4
5
2
I C 210A
L M 339
6
7
1
I C 210B
L M 339
8
9
14
I C 210C
L M 339
10
11
312
13
I C 210D
L M 339
R239
49. 9K
1%
R240
49. 9K
1%
R241
49. 9K
1%
R242
49. 9K
1%
AGND6
AGND6
AGND6
AGND6
-15V
+15V
R243
10. 0K
1%
R244
10. 0K
1%
+5 V D
R203
24. 9K 1%
R209
24. 9K 1%
R213
24. 9K 1%
R216
24. 9K 1%