Teledyne 440, Системное руководство, Страница: 199 / 256

10 – System Drawings
DPN 402196 Issue 4.1 © Teledyne TSS 10- 13
Figure 10-12: 401071-3 Analogue Board - Pre-amps
8 8
7 7
6 6
5 5
4 4
3 3
2 2
1 1
D
D
C
C
B
B
A
A
1-1- 1+ 2-2- 2+ 3-3- 3+ 4-4- 4+
MUX
1
MUX
2
MUX
7
MUX
3
MUX
8
MUX
4
MUX
[1
..8
]
-15V +
15V
AGN
D
SGN
D
SGN
D
SGN
D
SGN
D
MUX
5
MUX
6
1-1-1-1-
1-
4- 3- 2-
1-
1+
2-
2+
3-
3+
4-
4+
MUX
[1
..8
]
SGN
D
+
15V
AGN
D
-15V
V+ V-
AGN
D
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
ndus
tr
ial Es
ta
te
Wa
tfo
rd
W
D
24 7GL
33
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
ndus
tr
ial Es
ta
te
Wa
tfo
rd
W
D
24 7GL
33
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
ndus
tr
ial Es
ta
te
Wa
tfo
rd
W
D
24 7GL
33
DE
CO
UP
L
ING
:
ON
E PAI
R
OF
100n
FO
R E
A
CH O
P
-A
MP
.
FIRS
T S
T
A
G
E
G
A
IN
=
10.
SEC
ON
D
ST
AGE
G
A
IN
=
20.
U6
U7
U8
U9
U1
0
U
1
1
U1
2
U
1
3
CHA
NNE
L
1
FIRS
T S
T
A
G
E
S
E
CO
ND S
T
A
G
E
( *
200 )
( *
1
0
)
O
U
TP
UT TO
M
U
L
T
IL
PL
EXER
( S
h
t 2
)
TO
P
IN
S
7
AL
L
O
PAM
PS
TO
P
IN
S
4
AL
L
O
PAM
PS
FIRS
T S
T
A
G
E
G
A
IN =
1
0
.
FIRS
T S
T
A
G
E
G
A
IN =
1
0
.
FIRS
T S
T
A
G
E
G
A
IN =
1
0
.
SEC
ON
D
ST
AGE
G
A
IN =
2
0
.
SEC
ON
D
ST
AGE
G
A
IN =
2
0
.
SEC
ON
D
ST
AGE
G
A
IN =
2
0
.
A3
As
s
e
m
b
led PC
B - 401071
Bare PC
B - 301045
CHA
NNE
L
2
( *
200 )
FIRS
T S
T
A
G
E
( *
10 )
SEC
ON
D
ST
AGE
CHA
NNE
L
3
( *
200 )
FIRS
T S
T
A
G
E
( *
10 )
SEC
ON
D
ST
AGE
CHA
NNE
L
4
( *
200 )
FIRS
T S
T
A
G
E
( *
10 )
S
E
CO
ND S
T
A
G
E
EC
R
RE
V
N
O
s
CCT
P
C
B
R
E
VI
SI
ON
H
IST
OR
Y
BY
BY
DA
TE
IS
S
ED
C
H
K
8t
h M
a
rc
h 2007
26 N
O
V 02
1
SJ
A
F
ir
st i
ssu
e
J
P
PO
L
Y
PO
L
Y
PO
L
Y
PO
L
Y
2L
o
w
No
is
e
8
MA
R 0
7
TH
2
R1
6
2k
0
RC5
5
R1
6
2k
0
RC5
5
TP
7
TP 7
R6 2k
0
RC5
5
R6 2k
0
RC5
5
2 3
6
U7 OPA602BP U7 OPA602BP
R1
8
2k
0
RC5
5
R1
8
2k
0
RC5
5
TP
8
TP 8
2
6
8
1
3
5
- +
U1
2
AD
620
- +
U1
2
AD
620
R2
6
15k RC5
5
R2
6
15k RC5
5
TP
9
TP 9
Db
3
1N
4148
Db
3
1N
4148
R2
7
787 RC5
5
R2
7
787 RC5
5
TP
1
0
TP
1
0
R1
0
2k
0
RC5
5
R1
0
2k
0
RC5
5
R2
0
15k RC5
5
R2
0
15k RC5
5
TP
1
1
TP
1
1
R1
2
2k
0
RC5
5
R1
2
2k
0
RC5
5
R8 15k RC5
5
R8 15k RC5
5
DC1
5
100n 30VC DC1
5
100n 30VC
R2
1
787 RC5
5
R2
1
787 RC5
5
2 3
6
U1
1
OPA602BP U1
1
OPA602BP
TP
1
2
TP
1
2
D
b11
1N
4148
D
b11
1N
4148
R9 787 RC5
5
R9 787 RC5
5
DC1
7
100n 30VC DC1
7
100n 30VC
TP
1
3
TP
1
3
Da
7
1N
4148
Da
7
1N
4148
DC1
6
100n 30VC DC1
6
100n 30VC
TP
1
4
TP
1
4
R1
4
15k RC5
5
R1
4
15k RC5
5
C4 68p CE
R
C4 68p CE
R
DC1
8
100n 30VC DC1
8
100n 30VC
R1
5
787 RC5
5
R1
5
787 RC5
5
2 3
6
U1
3
OPA602BP U1
3
OPA602BP
Ca
7
470p Ca
7
470p
DC2
7
100n 30VC DC2
7
100n 30VC
DC1
9
100n 30VC DC1
9
100n 30VC
D
a15
1N
4148
D
a15
1N
4148
2
6
8
1
3
5
- +
U6 AD
620
- +
U6 AD
620
DC1
3
100n 30VC DC1
3
100n 30VC
DC2
1
100n 30VC DC2
1
100n 30VC
C1
0
68p CE
R
C1
0
68p CE
R
DC2
0
100n 30VC DC2
0
100n 30VC
Rg
U8
5k
49
Rg
U8
5k
49
2 3
6
U9 OPA602BP U9 OPA602BP
C
a11
470p C
a11
470p
DC2
2
100n 30VC DC2
2
100n 30VC
C8 68p CE
R
C8 68p CE
R
Db
7
1N
4148
Db
7
1N
4148
DC2
3
100n 30VC DC2
3
100n 30VC
2
6
8
1
3
5
- +
U8 AD
620
- +
U8 AD
620
Rg
U1
0
5k
49
Rg
U1
0
5k
49
Da
3
1N
4148
Da
3
1N
4148
DC2
5
100n 30VC DC2
5
100n 30VC
Rg
U1
2
5k
49
Rg
U1
2
5k
49
DC2
8
100n 30VC DC2
8
100n 30VC
DC2
4
100n 30VC DC2
4
100n 30VC
R2
2
2k
0
RC5
5
R2
2
2k
0
RC5
5
2
6
8
1
3
5
- +
U1
0
AD
620
- +
U1
0
AD
620
Ca
3
470p Ca
3
470p
C6 68p CE
R
C6 68p CE
R
C
a15
470p C
a15
470p
DC1
4
100n 30VC DC1
4
100n 30VC
DC2
6
100n 30VC DC2
6
100n 30VC
R2
4
2k
0
RC5
5
R2
4
2k
0
RC5
5
D
b15
1N
4148
D
b15
1N
4148
D
a11
1N
4148
D
a11
1N
4148
Rg
U6
5k
49
Rg
U6
5k
49
R4 2k
0
RC5
5
R4 2k
0
RC5
5