Teledyne 440, Системное руководство, Страница: 195 / 256

10 – System Drawings
DPN 402196 Issue 4.1 © Teledyne TSS 10- 9
Figure 10-8: 401181-2 Driver 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
DRI
V
E
L
DRI
V
E
L
CA
0
CA
0
CO
P
3
EX1
EX2
EX3
EX4
D1
5
V
GA
T
E
GA
T
E
ID
S
1
V1
ID
S
2
AG
N
D
GN
D
V2 VL
G
A
T
E
FA
U
L
TL
PF
D
D
15V
GN
D
D
15V
GN
D
LG
N
D
LG
N
D
D1
5
V
LG
N
D
DRI
V
E
[1
..
4
]
D
15V
LG
N
D
DS[1..2]
+5
V
DRI
V
E
1
D
S
TA
T1
D
S
TA
T1
CO
P
4
HI
G
HCUR
HI
G
HCUR
CO
P
S
CO
P
S
DS
1
DS
1
CO
P
2
AU
X
AU
X
CO
P
4
DRI
V
E
NL
DRI
V
E
N
L
DS
2
DS
2
DRI
V
E
2
CO
P
1
GN
D
HI
G
HCURL
D
S
TA
T2
D
S
TA
T2
CO
P
3 +5
V +5
V
CA
1
CA
1
GN
D
DS
2
DS
2
CO
P
1
GN
D
DRI
V
E
3
CO
P
2
+5
V
C
O
P
[1..4]
+5
V
+5
V
HI
G
HCURL
DRI
V
E
4
DS
1
DS
1
BO
AR
D
1
L
BO
AR
D
1
L
CA
0
CA
1
DRI
V
E
N
L
DRI
V
E
L
DRI
V
E
[1
..
4
]
EX1
EX2
EX3
EX4
PF
D
HI
G
HCURL
GA
T
E
LG
N
D
D
15V
FA
U
L
TL
AU
X
HI
G
HCUR
D
S
TA
T2
CO
P
S
BO
AR
D
1
L
D
S
TA
T1
+5
V
GN
D
+5
V
GN
D
+1
5
V
-1
5
V
AG
N
D
+5
V
GN
D
+5
V
GN
D
VC
C
Ti
tl
e
S
iz
e
Do
c
u
m
e
n
t Nu
m
b
e
r
Re
v
D
a
te:
S
heet
of
401181
2
L
O
W
N
O
IS
E D
R
IVER
BO
AR
D
(C
) TS
S
L
td
. 2
0
0
7
1 G
a
rn
ett C
los
e
G
rey
c
a
ine I
n
d
u
s
tr
ial
E
s
tate
W
a
tfor
d
W
D
24 7G
L
23
T
h
ur
s
d
ay
, A
p
ri
l 19, 2007
Ti
tl
e
S
iz
e
Do
c
u
m
e
n
t Nu
m
b
e
r
Re
v
D
a
te:
S
heet
of
401181
2
L
O
W
N
O
IS
E D
R
IVER
BO
AR
D
(C
) TS
S
L
td
. 2
0
0
7
1 G
a
rn
ett C
los
e
G
rey
c
a
ine I
n
d
u
s
tr
ial
E
s
tate
W
a
tfor
d
W
D
24 7G
L
23
T
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ur
s
d
ay
, A
p
ri
l 19, 2007
Ti
tl
e
S
iz
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c
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D
a
te:
S
heet
of
401181
2
L
O
W
N
O
IS
E D
R
IVER
BO
AR
D
(C
) TS
S
L
td
. 2
0
0
7
1 G
a
rn
ett C
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e
G
rey
c
a
ine I
n
d
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s
tr
ial
E
s
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W
a
tfor
d
W
D
24 7G
L
23
T
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s
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ay
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IN
P
U
TS
FR
O
M
M
A
IN
BO
AR
D
VI
A J
P
1
CO
IL
CO
NNE
CT
IO
NS
FR
O
M
M
O
S
F
E
T
S
SH
T
3
NC
ST
AT
U
S
L
IN
ES T
O
C
P
U
VI
A J
P
1
-
D
S
T
A
T
1
& 2
AR
E L
A
T
C
H
E
D
AT
EN
D
O
F
D
R
IVE PU
L
SE T
O
PR
O
V
ID
E
RE
P
O
RT
O
F
CO
IL
CURRE
NT
.
D
R
IVE PU
L
SES T
O
M
O
SF
ET
S (
Sh
t 2
)
AGN
D
SI
N
K
I
F
SI
N
K
I
F
V
g
ate >
V
1
V
g
ate <
V
2
P
O
W
E
R F
A
IL
URE
(
O
R
T
H
E
R
M
A
L
S
HUT
DO
W
N
)
W
A
RNI
NG
T
O
CP
U -
1 =
O
K
, 0 =
F
A
U
L
T
D
R
IVER
ST
AT
U
S
T
O
C
P
U
VI
A PAL
TO
TH
E
R
M
A
L
S
W
IT
C
H
(N
O
)
T
O
S
HUT
DO
W
N
DRI
V
E
IF
HE
A
T
S
INK
T
E
M
P
>
1
1
0
'C
R
E
L
A
Y
D
R
IVEN
BY
PAL
T
O
SEL
EC
T
H
IG
H
O
R
L
O
W
D
R
IVE
CURRE
N
T
: 1
=
O
N
=
HI
G
H
.
SEE Sh
t 3
.
(U
9)
(U
10)
(U
13)
D
R
IVE O
N
L
Y
EN
ABL
ED
W
H
EN
+5
V R
A
IL
PR
ESEN
T
+1
5
V
& -
1
5
V
U
S
ED
O
N
T
H
IS
PC
B
O
N
L
Y
F
O
R L
E
D I
NDI
CA
T
O
RS
GN
D
F
R
O
M
S
h
t 3
O
FF W
H
E
N
O
K
,
O
N
W
H
EN
D
R
IVE
INHI
B
IT
E
D.
FAULT
IS
OL
ATED CI
RCUI
TRY FOR
DRI
VER AS Sht
3
DRI
VER STATUS
COI
L
PRESENCE
DETECTI
O
N -
W
A
RNI
NG
2
5
0
V
DC
M
A
Y
BE PR
ESEN
T
O
N
C
1
-4
!
!
DECODE,
DRI
VE
AN
D
M
U
LTI
P
LEX
L
OGI
C I
N
PAL
TP
8
( S
h
t 3
)
IS
'G
AT
E'
SI
G
N
AL
FA
U
L
T &
PO
W
E
R
-O
N
DE
L
A
Y
(
L
O
W
)
REPORTI
N
G TO CPU
DELAY & POW
E
R-
ON
IN
T
E
R
L
O
C
K
DI
O
D
E
D1
6
AR
T
W
O
R
KED
H
E
R
E
O
N
I
SS.
2
PC
Bs
- CO
RRE
CT
E
D
B
Y
M
O
D /
E
CR 1
2
9
.
NOT
E
N
O
T
U
S
ED
AT
PR
ESEN
T
-
C
O
M
P
O
N
E
N
TS
W
ITH
IN
D
O
TTE
D
B
O
X
M
A
Y
N
O
T B
E
FI
TTE
D
.
EXC
EPT
R
2
, R
4
, R
6
& R
8
W
H
IC
H
A
R
E
FI
TTE
D
.
+
15V
-15V
+5
V
A3
PC
B
IS
S
CCT RE
V
3
JP ED BY
R
EVI
SI
O
N
H
IST
O
R
Y
26 N
O
V
02
CHK BY
Fi
rs
t
issu
e
DA
T
E
EC
R
NO
s
A
SJ
T
P
9 (
S
h
t 3 )
I
S
D
15V
,
T
P
10 (
S
h
t 3 )
I
S
LG
N
D
8 M
A
R
07
24
4
4
0
Up
d
a
te
TH
FITTED!
F
ITTED!
FITTED!
FITTED!
D9 1N
4148
D9 1N
4148
5 6
7
+ -
U3
B
LT
1018
+ -
U3
B
LT
1018
D1
9
LE
D
H
E
G
R
EEN
D1
9
LE
D
H
E
G
R
EEN
Q5 B
C
183L
Q5 B
C
183L
1 6
RP
3
E
2k
2
SI
L
RP
3
E
2k
2
SI
L
R6 47k GP R6 47k GP
R9 5k
6
GP R9 5k
6
GP R1
1
1k
5
GP R1
1
1k
5
GP
D1
5
1N
4148
D1
5
1N
4148
TP
3
TP 3
C3 47n 4
0
0
V PE
C3 47n 4
0
0
V PE
D1
7
LE
D
H
E
G
R
EEN
D1
7
LE
D
H
E
G
R
EEN
R1
1M GP
R1
1M GP
TP
2
TP 2
1 6
RP
2
E
1k SI
L
RP
2
E
1k SI
L
D7 1N
4005
D7 1N
4005
D1
8
LE
D
H
E
G
R
EEN
D1
8
LE
D
H
E
G
R
EEN
C1 47n 400V
P
E
C1 47n 400V
P
E
D1
3
LE
D
HE
RE
D
D1
3
LE
D
HE
RE
D
1 7
RP
2
F
1k SI
L
RP
2
F
1k SI
L
R7
1M GP
R7
1M GP
R1
0
5k
6
GP R1
0
5k
6
GP
R2 47k GP R2 47k GP
1 8
RP
2
G
1k SI
L
RP
2
G
1k SI
L
D1
1
1N
4148
D1
1
1N
4148
1
2
3
4
5
6
7
8
9
RP
1
4k
7
RP
1
4k
7
D2 1N
4148
D2 1N
4148
1 9
RP
2
H
1k SI
L
RP
2
H
1k SI
L
D1
2
1N
4148
D1
2
1N
4148
A1
1
K1
2
VC
C
8
O1
7
O2
6
GN
D
5
K2
3
A2
4
U2 H
P
C
L
2730
U2 H
P
C
L
2730
D3 1N
4148
D3 1N
4148
TP
5
TP 5
R8 47k GP R8 47k GP
A1
1
K1
2
VC
C
8
O1
7
O2
6
GN
D
5
K2
3
A2
4
U4 H
P
C
L
2730
U4 H
P
C
L
2730
1 8
RP
3
G
2k
2
SI
L
RP
3
G
2k
2
SI
L
C4 47n 4
0
0
V PE
C4 47n 4
0
0
V PE
A1
1
K1
2
VC
C
8
O1
7
O2
6
GN
D
5
K2
3
A2
4
U5 H
P
C
L
2731
U5 H
P
C
L
2731
D1 1N
4005
D1 1N
4005
1 7
RP
3
F
2k
2
SI
L
RP
3
F
2k
2
SI
L
1 9
RP
3
H
2k
2
SI
L
RP
3
H
2k
2
SI
L
D1
0
1N
4005
D1
0
1N
4005
R3
1M GP
R3
1M GP
R1
3
6k
8
GP R1
3
6k
8
GP
DC9 100n 30V
C
DC9 100n 30V
C
R1
5
10k GP R1
5
10k GP
DC4 100n 30V
C
DC4 100n 30V
C
D5 1N
4148
D5 1N
4148
TP
4
TP 4
R1
2
1k
5
GP R1
2
1k
5
GP
DC1
0
100n 30V
C
DC1
0
100n 30V
C
D6 1N
4148
D6 1N
4148
I1
/CL
K
1
I2
2
I3
3
I4
4
I5
5
I6
6
I7
7
I8
8
I9
9
I1
0
10
I1
1
11
I1
2
13
01
23
O2
22
O3
21
O4
20
O5
19
O6
18
O7
17
O8
16
O9
15
010
14
U1 490036 PAL
2
2
V1
0
U1 490036 PAL
2
2
V1
0
R1
4
1k
5
GP R1
4
1k
5
GP
DC1
1
100n 30V
C
DC1
1
100n 30V
C
R4 47k GP R4 47k GP
R1
7
10k GP R1
7
10k GP
6
3 2
7 4
- +
U6 T
L
331C
P
- +
U6 T
L
331C
P
C2 47n 400V
P
E
C2 47n 400V
P
E
3 2
1
8 4
+ -
U3
A
LT
1018
+ -
U3
A
LT
1018
R1
6
1M GP R1
6
1M GP
R1
9
10k GP R1
9
10k GP
D4 1N
4005
D4 1N
4005
DC7 100n 30V
C
DC7 100n 30V
C
D1
4
1N
4148
D1
4
1N
4148
DC5 10u 25V
T
DC5 10u 25V
T
R5
1M GP
R5
1M GP
DC6 100n 30V
C
DC6 100n 30V
C
R1
8
22k GP R1
8
22k GP
TP
1
TP 1
D8 1N
4148
D8 1N
4148
DC8 100n 30V
C
DC8 100n 30V
C
C5 10u 25V
T
C5 10u 25V
T