Teledyne 440, System Manual, Page: 198 / 256

10 – System Drawings
10-12 © Teledyne TSS DPN 402196 Issue 4.1
Figure 10-11: 401071-2 Analogue Board - Control
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
D
D
C
C
B
B
A
A
+5
V
GN
D
DRIV
E
L
DRIV
E
L
DRIV
E
N
L
DRIV
E
N
L
CA
0
CA
0
CA
1
CA
1
AU
X1
AU
X1
AU
X2
AU
X2
FIL
T
E
R
1
FIL
T
E
R
1
FIL
T
E
R
2
FIL
T
E
R
2
SI
G
MG
ND
MUX
1
MS
IG
MUX
2
MUX
3
+
15V
MUX
4
GN
D
MUX
5
MG
ND
MUX
6
AGN
D
MUX
7
-15V
MUX
8
CA
0
CA
1
X200L
SGN
D
SGN
D
+
15V
AGN
D
MUX
[1
..8
]
FIL
T
[1
..5
]
B
O
A
RD2
L
-15V
MG
ND
FIL
T
5
FIL
T
3
FIL
T
1
FIL
T
2
FIL
T
1
FIL
T
5
FIL
T
4
FIL
T
4
FIL
T
3
FIL
T
2
MG
ND
MG
ND
CA
0
CA
1
DRIV
E
NL
DRIV
E
L
AU
X1
AU
X2
MUX
[1
..8
]
X200L
SI
G
FIL
T
E
R
1
FIL
T
E
R
2
BOAR
D
2
L
SGN
D
+5
V
VC
C
V+ V-
+
15V
-15V AGN
D
GN
D
+
15V
-15V
Ti
tl
e
Siz
e
D
o
c
u
m
ent
N
u
m
ber
R
e
v
D
a
te
:
S
heet
of
401071
2
LOW
N
O
IS
E AN
ALOGU
E
BOAR
D
(C
) T
S
S Lt
d.
2007
1 Garnet
t C
los
e
Grey
c
a
ine I
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tr
ial Es
ta
te
Wa
tfo
rd
W
D
24 7GL
23
Ti
tl
e
Siz
e
D
o
c
u
m
ent
N
u
m
ber
R
e
v
D
a
te
:
S
heet
of
401071
2
LOW
N
O
IS
E AN
ALOGU
E
BOAR
D
(C
) T
S
S Lt
d.
2007
1 Garnet
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e
Grey
c
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ine I
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ial Es
ta
te
Wa
tfo
rd
W
D
24 7GL
23
Ti
tl
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Siz
e
D
o
c
u
m
ent
N
u
m
ber
R
e
v
D
a
te
:
S
heet
of
401071
2
LOW
N
O
IS
E AN
ALOGU
E
BOAR
D
(C
) T
S
S Lt
d.
2007
1 Garnet
t C
los
e
Grey
c
a
ine I
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ial Es
ta
te
Wa
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W
D
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23
INP
U
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MA
IN B
O
A
R
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1
( *
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)
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S
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N
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A
R
D
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H
E
E
T 3
VI
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1
NC
RA
W S
IG
N
A
L
F
IL
T
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ED
SI
G
N
AL
SI
G
N
AL
GR
OU
N
D
DI
G
IT
A
L
GR
OU
N
D
J
P
7
U
2U
3U
4
U
5
AR
T
W
OR
KED
1-2 ON
N
C
S
LK1 SELEC
T
S
G
R
O
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F.
FO
R U2
, U4
.
T
O
U3, U5
PI
N
S
7
PI
N
S
4
T
O
U3, U5
S
T
D S
E
TTING
IS
'G
ND'
A3
As
s
e
m
b
led PC
B - 401071
Bare PC
B - 301045
NC
NC NC
CCT
E
D
PC
B
BY
RE
V
N
O
s
IS
S
B
Y
CHK
DA
TE
RE
V
IS
IO
N
HIS
T
O
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Y
EC
R
8t
h M
a
rc
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26 N
O
V 02
1
SJ
A
F
ir
st i
ssu
e
J
P
2L
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w
No
is
e
8
MA
R 0
7
TH
2
FGND AND SGND ARE PHYSICALLY CONNECTED AT THIS POINT
14 16
15 12
U4
D
D
G
221
U4
D
D
G
221
S1
4
S2
5
S3
6
S4
7
S5
12
S6
11
S7
10
S8
9
A0
1
D
8
V+
13
GN
D
14
V-
3
A1
16
A2
15
EN
2
U2 D
G
508
U2 D
G
508
R1 1M GP R1 1M GP
R2 2k
0
RC5
5
R2 2k
0
RC5
5
C2 4n7 PC C2 4n7 PC
C1 15n PC C1 15n PC
6
3 2
- +
U3 OP27EP
- +
U3 OP27EP
6
2 3
+ -
U5 OP27EP
+ -
U5 OP27EP
6 8
7
12
U4
B
D
G
221
U4
B
D
G
221
R2
8
1k
8
GP R2
8
1k
8
GP
D1
7
LED HE
RE
D
D1
7
LED HE
RE
D
3 1
2
12
U4
A
D
G
221
U4
A
D
G
221
R3
0
5k
6
GP R3
0
5k
6
GP
D1
9
LED HE
RE
D
D1
9
LED HE
RE
D
D1
8
LED HE
RE
D
D1
8
LED HE
RE
D
R2
9
5k
6
GP R2
9
5k
6
GP
I1
1
I2
2
I3
3
I4
4
I5
5
I6
6
I7
7
I8
8
I9
9
I1
0
11
01
19
02
18
03
17
04
16
05
15
06
14
07
13
08
12
U1 460037 16V8-25 U1 460037 16V8-25
R3 1M GP R3 1M GP
DC5 100n 30VC DC5 100n 30VC
11
9
10 12
U4
C
D
G
221
U4
C
D
G
221
TP
3
TP 3
DC3 47u 25VT DC3 47u 25VT
TP
2
TP 2
TP
1
TP 1
DC6 100n 30VC DC6 100n 30VC
TP
4
TP 4
DC4 47u 25VT DC4 47u 25VT
TP
5
TP 5
DC7 100n 30VC DC7 100n 30VC
TP
6
TP 6
DC8 100n 30VC DC8 100n 30VC
DC9 100n 30VC DC9 100n 30VC
1
2
3
4
5
6
7
8
9
RP
1
4K7 SI
L
RP
1
4K7 SI
L
DC1
0
100n 30VC DC1
0
100n 30VC
DC1
1
100n 30VC DC1
1
100n 30VC
DC2 100n 30VC DC2 100n 30VC
DC1
2
100n 30VC DC1
2
100n 30VC
DC1 100u 10VT DC1 100u 10VT
1 3
2
LK1LK1