INDICO SCHEMATICS FOR TRAINING

DRAWING NUMBER REVISION

Interconnect 732825
Power Input 732159
Auxiliary 732219
Generator Interface 732175
Console 735850
CPU 734571
Control 732814 (not page 3 or 5)
Inverter 732811
Tank 735351
Power Mode 732959
Filament 731405
LSS 732750
Room I/F 733182
AEC Interface 728401
AEC 734628
Digital Interconnect 733946

F:/Shared/036_Doc_Ctl/Secure/Office/Train 08/06/2005
 .
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$ $ $
& & & '
$ ! !
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$ &%%
$ ! &%% ! $

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$ &%% ' ' #% '
$ ! $ $ $ $ $ (
$ (! &%% $ $ (
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$ $ * $ $
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 8 7 6 5 4 3 2 1
REVISIONS
NOTES:
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
1. ALL RESISTOR VALUES ARE IN OHMS 1/4W 1%
UNLESS OTHERWISE SPECIFIED. A CREATED PER ENG Emir Emir H.WANG 04NOV96

2. ALL CAPACITOR VALUES ARE IN MICROFARADS B INC. PER ECO No. 16019 Emir Emir J.BROOKS 03JUN97
UNLESS OTHERWISE SPECIFIED.
+35V C INC. PER ECO No. 16188 G.F. G.F. L.FOSKIN 22JUL97
3. COMPONENTS MARKED "*" AND IN AREA 1, 2, & 3, REFER
TO PART LIST FOR FITTING. U5 D INC. PER ECO No. 18146 G.F. G.F. H.WANG 02OCT98
LT1084CP R57
0.01 E INC. PER ECO No. 18842 Emir Emir C.FRIAS 01JUN99
3 2
C22 IN A OUT F INC. PER ECO No. 18955 Emir Emir C.FRIAS 20AUG99
D32 10000 R65 R71 D
PBU805 50V 10K 2K J G INC. PER ECO No. 19338 Emir Emir C.FRIAS 21FEB00
ASSEMBLY JW1 JW2 JW3 JW4 SHORTING DESCRIPTION
JUMPER XJ2 H INC. PER ECO No. 20121 Emir Emir C.FRIAS 26FEB01
1
732221-00 1.5 SEC ON ON OFF FITTED 3PH RAD D31 J INC. PER ECO No. 22370 G.F. G.F. C.FRIAS 19SEP03
C21 R64 LED D25
10000 10K +35V 1N5402 K INC. PER ECO No. 23456 G.F. S.B. C.FRIAS 26JAN05
-
732221-01 1.5 SEC OFF OFF OFF FITTED 1PH RAD 50V
D D
D28 L REVISED PER ECO 24514 G.F. E.R. C.FRIAS 08 MAY 06
TP7
NOT NOT J7 F4 U6 +12V
732221-02 1.5 SEC ON ON FITTED FITTED 3PH R&F 25VAC 1N4758 LT1084CP R60
1 TP8 51V
8A 0.01
-35V 1W 3 2
732221-09 1.5 SEC OFF OFF NOT NOT 1PH R&F 15VAC IN A OUT C29
FITTED FITTED 2 D R70
D33 2200
TP5 F1 J D27 1K * *
GND PBU805 35V
FROM GND 12A C24 C25 1.5KE16 C30 R67
NOT NOT 3 C28 * 10 C23
AUX. 10000 10000 R59 0.1
732221-99 1.5 SEC ON ON FITTED FITTED UNIVERSAL D21 1 820
50V 50V
XFORMER GND 1N4007 -12V 50V D29
4 TP9 TP10 121 LED
F2
12A U4 C17 +12V
15VAC UA7912 10 R58
5 D24
2 3 1.1K
IN G OUT
25VAC N * *
6 D D16 R68 R61
C27 C26 C20 1N4007
C33 D46 F3 C19 1.5KE16 1K
GND1 820 10 0.1
8A 2200
1 50V
35V
1.0 1N4148
D30
R83 LED
100K -12V

R81 Q16
MPS8099 +/-35VDC AND +/-12VDC CIRCUIT TO CONTROL BD
10K
R80 J6
100K +12V -12VDC
1
R82
10K
-12V GND
C36 D45 AREA 1 2

R6
R84 GND
1.0 1N4148 1.4K 1K +12V 3

D39 R7 4 +12VDC
ON OFF D44 D43 10K R8
1N4148 1N4148 TP6 LED 1 5 1 5 1 5 C37 +12V
10K TO CONTROL BD
TUBE2 1.0
+12VDC
SELECTED U7 U9 U10 Q8 +12V +/-12VDC UNDER/OVER VOLTAGE DETECT KVEN * J1 5
* R38
4N36 4N36 4N36 MPS8099 R28
1
JW4 1K TUBETELLBACK1(-)
TELLBACK2
C 1 2 3 511 2 4 2 4 2 4 C

C32 2 TUBETELLBACK2(+) TO FILAMENT BD

1.0 1 5 +12V R55 R54 R56 R50
+12V 475 10K 4.75K 10K +35V J9
TELLBACK1 U8 3 PULSE FLUORO +35VDC
4N36 D17 1
R41 D26 R51
2K R39
* * 2 4 TUBE SELECT TELLBACK LOGIC CIRCUIT 1N4148 1K
1M
4 KVENABLE
2
-35VDC
XJ2 J2 9 1N4148
TUBE 14 ______
4 U3C FLUORO 5 -35V
THERMAL 4 8 FLUORO -12VDC
CUTOFF * Q5
+12V D42 LM339 D18 _____ 3
C31 D36 LED 1N4148 TUBE1/TUBE2 +12V -12V
SHORTING 3 3
1.0 * LED
R79
FLUORO
AREA 3 THERMAL 6
4
+12VDC
JUMPER D35 RAD CUTOFF R52
10K
1N4007 MODE TIP122 R47 R49 4 8 U11 OPEN 4.75K +12V
FLUORO 2 2 10K R53 C18 TUBE SELECT GND
100K 5
CONTACT +12V 5.11M 0.1 R40 Q10
DRIVE R44 2 R V 3 MPS8099 C15 R32
1 1 TR C Q 10n 1K GND
1K 10K 10
C 6
U3D 13
R78 7 C35 11
J10 R74 DIS 1.0
1K LM339
TO 475K
POWER MODE 1 G R43 R37 +12V D1
5 6
SELECT BD D38 CV N THR 10K C16 20K D23 LED
1N4148 D C14 10n +12V/S.S.
1N4733
2 C34 1 MC1455P1 220 AREA 2 5.1V C13
-
FAULT
TO CONTORL BOARD TO CONTROL BD
D40 0.1 D41 0.1
1N4148 1N4148 THERMAL PROTECTION CIRCUIT 3 J5 *
-12V 4 CHARGE J3
Q4 R69 FLUORO FAN 1 +12V
U3A 2
MPS8099 TIMER CIRCUIT ______ 1
10K 5
R66 LM339 FLUORO
10K +12V 2 +12V
1
* K1 2
2
R63 +12V D19 +CUSTOMER DRIVE
10K S.S.OK 1N4148 +CUSTDRIVE 3 +12V
+12V R13 D3 3
+12V +12V 1K LED R31 -CUSTOMER DRIVE
S.S. 1K -CUSTDRIVE 4 CONTACT CLOSED
R2
* R1 -CUSTDRIVE
S.S.OK
OK 4
R72 (12VDC)UNDERVOLTAGE
47.5 47.5 5 +12V
1K
C1 R19 R77 R33 D13 D2 5
D4 R15 U1C 10 9.09K 1M 1M 1N4148 R12 D14 LED GND
J4 * 10K LM339 2.74K CNCTR 6
6
+ROTOR BOOST
+CUSTOMER DRIVE D37 9 1N4148 CLSD
2 +CUSTDRIVE LED 1N4148 CONTACT CLOSED
14 D9 7
B FLUORO 7 +12V B
Q7 8 U3B 1
AUXRELAY FAN ON 7
6 R34
1 PREP1 FOR ROTOR
R16 1N4148 C11 LM339 10K PRE1 8
100K R18 D10 R20 C9 C12 -ROTOR BOOST
S.S.RELAY MPS8099 D8 12.1K 1N4148 0.1 3.01K 10 .68 8
4 R48 1N4148 1 2 3
3.32K JW3 JW2 Q6 9 +12V
R11 9
-CUSTOMER DRIVE TIP122
3 1 ROTOR FAULT
0N 2K 10
R10 ROTOR FAULT
DC BUSS DETECT R75 2.21K 10
10 R17 30.1K 2 ON OFF
C10 3.32K GND
DC BUSS DETECT RTN
8
0.1
3
OFF
+12V * 11
SOFT START PROTECTION CIRCUIT J8
___________________ GND
POWER CONTACT CLOSE 4 12
13
___________ +12V GND
TUBE SELECT D11 3 13
17 TO EXTERNAL
* +12V P/S +12V
TUBE TELLBACK1
20 TELLBACK1
* R9 1N4148 +12V 2 14
220
Q9 * 2W 1 15
GND
TUBE TELLBACK2 MPS8099 R62
19 TELLBACK2 10K +12V .15SEC 1.5SEC
______ TUBE SELECT R76 R23 R85 R22 R25 R42 TUBE1/TUBE2
R24
FAN ON
5
* 1k 100K 1.78M 3.01M 3.65K C7 1K 511 16
R45 C5 0.1
10n Q12 JW1 GND
10K 17
MPS8599
TO POWER INPUT BD 7 1 2 3

Q15 D15 3 * 18
+12V
ROTOR SAFETY 4 D6 D7 Q3
RELAY 6 KVEN MPS8099
U1A 2
+12V 1N4148 5 GND
MPS8099 TP2 19
+12VDC R46 R4 LM339 1N4148 1N4728A
14 D12 10k 5 1 R3 3.3V R30
10K 1 R29
1N4148 2 * D5 20K C6 10K 68.1K
20
FLUORO
+12VDC R27 Q2 U2 10
15 TP4 C3 R21 1N4148
R26 10k MPS8099 4N36
TP3 7 1.0 10K
GND R5
1 U1B 100K 4 2
16 TP1 1k
6
R35 LM339
GND R36 10K
18
___________ 10K R14 PRE1
C2 48.7K
ROTOR BOOST 0.1 C8 C4
A 11 2.2 2.2 DRAWN A
_________ HIGHEST REFERENCE Emir 24OCT96 Communications & Power Industries
ROTOR RUN DESIGNATIONS
12 D34 CHECKED Canada Inc.
1N4148 Emir 04NOV96
ROTOR CURRENT MONITOR C37, D46, F4, J10, JW4, K1,
9 APPROVAL DATE
11 Q16, R85, TP10, U11
TITLE
TEST 13 ENGINEER
U1D
POINT FUNCTION 10 M.McCAULEY 04NOV96
LM339
TP1 GROUND LSS INTERFACE CIRCUIT DES/MFG AUTH. SCHEMATIC,
H.WANG 04NOV96
TP2 GROUND
____________ REFERENCE DESIGNATIONS AUXILIARY
TP3 ROTOR BOOST NOT USED
__________
TP4 ROTOR RUN
D20, D22, Q11, Q13, Q14 CONTRACT No. SIZE CAGE CODE DWG NO REV
TP5 GROUND 732221 VPW2920 D
R73, Q1 02845 732219 L
NEXT ASSY USED ON
COMPUTER GENERATED May 8, 2006
SCALE SHEET
NTS DWG LEVEL 3 1 OF 1

8 7 6 5 4 3 2 1
 8 7 6 5 4 3 2 1

REVISIONS
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
NOTES: A CREATED PER ENG Emir Emir D.YAKE 12MAY00
1. ALL RESISTOR VALUES ARE IN OHMS, 1/4W, 1%, A RECORD CHANGE ONLY ECO No.19588 Emir Emir D.YAKE 25MAY00
B INC. PER ECO No..19669 Emir Emir D.YAKE 11JUL00

M4
UNLESS OTHERWISE SPECIFIED.

M0

M0

M1

M0
E0
E1

E2
E3

E0
E1

E2
F0
F1

F2

E3
F3
8 7 6 5

G7
C INC. PER ECO No..19814 Emir Emir S.CARTWRIGHT 13OCT00
2. ALL CAPACITOR VALUES ARE IN MICROFARADS AUTO DS21
112 3 1 13 112 3 1 13 112 3 1 13
D REDRAWN PER ECO No..22496 J.B. G.F. S.CARTWRIGHT 12NOV03
UNLESS OTHERWISE SPECIFIED. a DS29 a DS30 a DS31
G0 f f f
E INC. PER ECO No. J.B. G.F. S.CARTWRIGHT 21APR05
g b g b g b
3.THESE PARTS NOT FITTED ON ASSY 735852-01 TO LED MATRIX
1 2 3 4
R2
e
d c e
d c e
d c
kV 10
J1 10

*
R1
4. THESE PARTS NOT FITTED kV DS22 7 8 14109 7 8 14109 7 8 14109

2
3
4
5
6
7
8
9
14

13
12
11
10
17
16
15
18
19

21
20
24
22
23
25
8 7 6 5
1 2 3 4 R3
D
DS38 D

20
G1

20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
15

M0

M0

M1
E4
E5

E6
E7

E4
E5

E6
E7
F4
F5

F6
F7
1 2 3 4 FLUORO

R4
R5
R6
R7
R8
R9
R10
R11
R12
R13
R14
R15
R16
R17
R18
R19
R20
R21
R22
R23
R24
R25
EYE

M1

M2

M3
G0
G1
G2
G3
G4
G5
G7

G0

G1
G2
G3
G4
G5
G6
G7

G0

G1
G2
G4
G5
G6
G7
8 7 6 5

M1

M2
E0
E1

E2
E3
F0
F1

F2
F3
AUTO 11 2 3 1 13 11 2 3 1 13

M0

M0

M0

M1
B0
B1

B3

B0
B1

B2
B3
C0
C1

C2
C3
B2
DS23
G2 a DS32 a DS33
11 2 3 1 13 11 2 3 1 13 11 2 3 1 13 R26 f f
1 2 3 4 g b g b
a DS8 a DS9 a DS10
f g b f g b f g b 10
e
d c e
d c
mA
e
d c e
d c e
d c kV mA DS24 7 8 14109 7 8 14109

TO J5
KV DS1 1 2 3 4 R27
7 8 14109 7 8 14109 7 8 14109 G3
1 2 3 4 R28

M1

M2
M0

M0

M1

E4
E5

E6
E7
C4
C5

C6
C7

F4
F5

F6
F7
B4
B5

B6
B7

B4
B5

B6
B7
G0
SEE NOTE # 3
15 J3 TO SWITCH MATRIX 15

M1

M2

M3

M2

M3
M2
B0
B1

B2
B3

B0
B1

B2
B3

E0
E1

E2
C0
C1

C2
C3

C0
C1

C2
C3

F0
F1

F2
F3

E3
1
2
3

10
11
12
13
14
15
16
17

18
19
20
mAs DS2 11 2 3 1 13 11 2 3 1 13 11 2 3 1 13 11 2 3 1 13 8 7 6 5
1 2 3 4 5 6 7 8
DS11 DS12 DS13 DS14 +5V
G1 a a a a
f g b f g b f g b f g b D1 R29 D2 R30 D3 R31 DS25 11 2 3 1 13 11 2 3 1 13
R32
e
d c e
d c e
d c e
d c mAs/mA 1N
100K
D4 R33
1N
1 00K
D5 R34
1N
1 00K
D6 R35
ACC G4
R36 DS34 a a DS35
+

J3-18
10 1 00K 100K 100K 1 2 3 4
f f C2 C3 C4 C5 C6 C7 C8 C9 C10

J3-19
4148 4148 4148 g b g b + C1
min
1N 1N 1N 3 30
DS3 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1
mA 1 2 3 4 R37
7 8 14109 7 8 14109 7 8 14109 7 8 14109 4148 4148 4148
10
e
d c e
d c 3 30
25V
25V
M1

M2

M2

M3
C4
C5

C6
C7

C4
C5

C6
C7
B4
B5

B6
B7

B4
B5

B6
B7
C G2 GND GND GND C
15 DS26 7 8 14109 7 8 14109
GND G ND GND
MIN

X7

X5
X4
X3
X6

X2
X1
X0
GND G ND
1 2 3 4 5 6 7 8 R38
DS4
M3

M4

M4

M5
C0
C1

C2
C3

C0
C1

C2
C3
B0
B1

B2
B3

B0
B1

B2
B3

Y6

Y4

Y2
Y5

Y3

Y1
R39 G5
POST

M2

M3
1 2 3 4 5 6 7 8

E4
E5

E6
E7
F4
F5

F6
F7
J3-1
11 2 3 1 13 11 2 3 1 13 11 2 3 1 13 11 2 3 1 13
G3 10

J3-2
10 DS15 DS16 DS17 DS18

J3-3
a a a a
mAs DS5 f g b f g b f g b f g b

M3

M4
E1

E3
F1

F2
F3
TO J5

E0

E2
F0
G4
1 2 3 4 5 6 7 8 R40
e
d c e
d c e
d c e
d c mAs/ms 11 2 3 1 13 11 2 3 1 13
10 DS27
DS36 DS37
ms PPS R41
a a
DS6 7 8 14109 7 8 14109 7 8 14109 7 8 14109 1 2 3 4 5 6 7 8
f f
g b g b
R92 1 5
PPS
M3

M4

M4

M5
C4
C5

C6
C7

C4
C5

C6
C7

1 2 3 4
B4
B5

B6
B7

B4
B5

B6
B7

G6
e c e c
G5 10 d d
+5V
M5

M5
M5
M5

M5
C0
C1

C2
C3
E0

E1

E3

G6 7 8 14109 7 8 14109

M3

M4
E4
E5

E6
E7
F4
F5

F6
F7
DENSITY 8 7 6 5 1 14138 11 11 2 3 1 13

DS7 DS19 R43 R44 R45 R46 R47 R48 R49 R50
2 a DS20 1 0K 1 0K 1 0K 1 0K 1 0K 1 0K 1 0K 1 0K
d a
c f g b

M3
1 2 3 4 R51 e b ed c DENSITY R52
4
8 7 6 5
10 5 6 7 109 7 8 14109 10
X0 X1 X2 X3 X4 X5 X6 X7
DS39
M5
M5

M5
C4
C5

C6
C7
E1

E6
E7

EXPOSE
1 2 3 4
G3

AD[0:7]
B B

FP\
+5V +5V +5V +5V +5V +5V +5V +5V +5V +5V
LEDEN\
U2 20 U3 10 U4 20 U5 10
U6 20 U7 10 U8 20 U9 10 U10 20 U11 10
AD0 2
D0 VCC Q0
19 1 18 R53 20 B0 AD0 2
D0 VCC Q0
19 1 18 R54 20 C0 AD0 2
D0 VCC Q0
19 1 18 R55 20 E0 AD0 2
D0 VCC Q0
19 1 18 R56 20 F0 AD0 2
D0 VCC Q0
19 1 18 G0
AD1 3
D1 Q1
18 2 17 R57 20 B1 AD1 3
D1 Q1
18 2 17 R58 20 C1 AD1 3
D1 Q1
18 2 17 R59 20 E1 AD1 3
D1 Q1
18 2 17 R60 20 F1 AD1 3
D1 Q1
18 2 17 G1
AD2 4
D2 Q2
17 3 16 R61 20 B2 AD2 4
D2 Q2
17 3 16 R62 20 C2 AD2 4
D2 Q2
17 3 16 R63 20 E2 AD2 4
D2 Q2
17 3 16 R64 20 F2 AD2 4
D2 Q2
17 3 16 G2
AD3 5
D3 Q3
16 4 15 R65 20 B3 AD3 5
D3 Q3
16 4 15 R66 20 C3 AD3 5
D3 Q3
16 4 15 R67 20 E3 AD3 5
D3 Q3
16 4 15 R68 20 F3 AD3 5
D3 Q3
16 4 15 G3
AD4 6 15 5 14 R69 20 B4 AD4 6 15 5 14 R70 20 C4 AD4 6 15 5 14 R71 20 E4 AD4 6 15 5 14 R72 20 F4 AD4 6 15 5 14 G4
D4 Q4 D4 Q4 D4 Q4 D4 Q4 D4 Q4
AD5 7
D5 Q5
14 6 13 R73 20 B5 AD5 7
D5 Q5
14 6 13 R74 20 C5 AD5 7
D5 Q5
14 6 13 R75 20 E5 AD5 7
D5 Q5
14 6 13 R76 20 F5 AD5 7
D5 Q5
14 6 13 G5
AD6 8
D6 Q6
13 7 12 R77 20 B6 AD6 8
D6 Q6
13 7 12 R78 20 C6 AD6 8
D6 Q6
13 7 12 R79 20 E6 AD6 8
D6 Q6
13 7 12 R80 20 F6 AD6 8
D6 Q6
13 7 12 G6
AD7 9
D7 Q7
12 8 11 R81 20 B7 AD7 9
D7 Q7
12 8 11 R82 20 C7 AD7 9
D7 Q7
12 8 11 R83 20 E7 AD7 9
D7 Q7
12 8 11 R84 20 F7 AD7 9
D7 Q7
12 8 11 G7

11 11 11 11 11
CLK CLK CLK CLK CLK
1 1 1 1 1
OC GND OC GND OC GND OC GND OC GND

7 4HC574 10 9ULN2803A 7 4HC574 10 9 ULN2803A 7 4HC574 10 9ULN2803A 7 4 HC574 10 9 ULN2803A 7 4 HC574 10 9 ULN2803A
S2

S3

S4

S5

S6
GND GND G ND GND GND
GND GND GND GND G ND GND GND GND GND GND

+5V
SA[0:7]
SA[0:7]

R134 R135 R136 R137 R138 R139

1 0K 1 0K 1 0K 1 0K 1 0K 1 0K 3 +5V +5V +5V
IRF9Z34S

+5V R85
1
U12 16 U13 20 U14 16
4 75
SA0 X0 AD0 S0 SA5
20 U15 Y1
15
Y0 VCC A0 1
SA1 X1
2
A0 VCC Y0
18
AD1 S1
15
Y0 VCC A0 1
SA6
3 14 2 3 17 14 2
Q1 Y1 A1 A1 Y1 Y1 A1
IRF9Z34S

AD0 2 Y2 SA2 X2 AD2 S2 SA7

AD1
2
D0 VCC Q0
19 R86 Y3
13
Y2 A2
3
X3
4
A2 Y2
16
AD3 S3
13
Y2 A2
3
3 18 1 12 5 15 12
AD2 D1 Q1 Y4 Y3 X4 A3 Y3 AD4 S4 Y3 +5V
4 17 11 6 14 11
AD3 D2 Q2 Y5 Y4 SA3 X5 A4 Y4 AD5 S5 Y4
5
D3 Q3
16 4 75 10
Y5 E3
6 7
A5 Y5
13 10
Y5 E3
6
AD4 6 15 3 Y6 9 4 X6 8 12 AD6 S6 9 4
D4 Q4 Y6 E1 A6 Y6 Y6 E1
IRF9Z34S

AD5 7 14 R87 7 5 SA4 X7 9 11 AD7 7 5 F P\

A D5 Q5 Q2 21 Y7 GNDE2 A7 Y7 Y7 GNDE2 A
8 13 HIGHEST REFERENCE DRAWN J.BARNES
Communications & Power Industries
D6 Q6
9
D7 Q7
12
8 7 4HC138 1
OE1 GND
10 7 4 HC138 8 DESIGNATIONS 13MAR03
4 75 19
OE2
S1 ORIG/DES ENG J.BARNES 28MAR03
Canada Inc.
11 3
CLK
IRF9Z34S

LEDEN\ 1
OC GND R88 Q3 21 7 4 HC541 BT1, C57, DS44, D13, F1, JW1,
7 4 HC574 10
GND G ND GND J13, L2, Q8, R147, SW1, TP11, APPROVAL DATE
4 75 TITLE
3 T1, U31, X2, Y1 PROD ENG S.CARTWRIGHT 15MAY00
IRF9Z34S

S0

S0

R89 Q4 21
GND GND DES/MFG AUTH.
L.FOSKIN 28MAR03 SCHEMATIC,
4 75
3
REFERENCE DESIGNATIONS CONSOLE BOARD
IRF9Z34S

R90 Q5 21
NOT USED
4 75 Size CAGE Code DW G NO R ev
DS28, J7-J9, J11, J12 735852 GENERATOR CONTRACT No.
D 02845 735850 E
M0

M4

Q6
M1

M2

M5
M3

2
NEXT ASSY USED ON ------------
COMPUTER GENERATED Monday, May 02, 2005 Scale Sheet
NTS DWG LEVEL 3 1 of 4
8 7 6 5 4 3 2 1
 5 4 3 2 1

REVISIONS
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE

FOR REVISION SEE SHT 1 J.B. G.F. L.FOSKIN 28MAR03

VBAT

128K
D
U16 32 RAM +5V
D

VCC
SA16 2
SA15 A16 EXTRAM
31 30
SA14 A15 CS2
SA13
3
A14 R91
28
SA12 A13
4
A12 2.21K
+5V SA11 25 21 AD7
SA10 A11 D7 AD6
23 20
SA9 A10 D6 AD5
26 19
SA8 A9 D5 AD4
U17 20 27 18
7 4 HC573 SA7 5
A8 D4
17 AD3
A7 D3
AD7 2
D0 VCC QO
19 SA7 SA6 6
A6 D2
15 AD2 R42
AD6 3 18 SA6 SA5 7 14 AD1
+5V AD5 D1 Q1 SA5 SA4 A5 D1 AD0
1K
4 17 8 13
AD4 D2 Q2 SA4 SA3 A4 D0
5 16 9
AD3 D3 Q3 SA3 SA2 A3
6 15 10
AD2 D4 Q4 SA2 SA1 A2
7 14 11 J6
AD1 D5 Q5 SA1 SA0 A1 +5V
AD0
8
D6 Q6
13
SA0
12
A0 R93
9 12
C19 C20 D7 Q7 R D\ 24 1.21K
1
ALE RAM\ OE
11 22
C W R\ CE
0.1 0.1 1
OC GND
29
WE 2
GND
10
U18 16 -15V 3
SB80C188EB RAM
R94 11 29 50 71 4

VCC VCC VCC VCC

+5V W R\
AD0 5

+
47
AD0 +5V
1
3.01M AD1
C21 24.576MHz AD1
52
AD2 R D\
BT1 28
CLKIN AD2
54
AD3 U19 20
7 4HC573 +5V +5V 6
33pF 56
AD3
BATTERY AD4
58 AD4 A16 2
D0 VCC QO
19 SA16 U1
Y1 60 AD5 A17 3 18 SA17 LC D\
AD5 D1 Q1 R125 7
2

AD6 A18 SA18 P SD854

C22 AD6
62 4
D2 Q2
17 8 31
27
OSCOUT AD7
64 AD7 A19 5
6
D3 Q3
16
15
SA19 4.7K SA0 (LCD C/D\)
D4 Q4 Vcc Vcc 8
48 SA8 7 14
22pF A8 SA9 D5 Q5 EXTRAM
53 8 13 15
R95 A9
55 SA10 9
D6 Q6
12 AD0 23
PA6 JW1
+5V A10 SA11 D7 Q7 AD1 AD0 9
VBAT 57 24 14 3
A11 AD1 PA7 3
4.7K C23 A12
59
61
SA12
SA13
ALE 11
1
C
AD2
AD3
25
26
AD2
2
FLASH BOOT RESET\
A13 SA14 OC GND AD4 AD3 SPKR\ 2 10
2 200 3
TEST/BUSY A14
63 27
AD4 PB0
52

C24
6.3V A15
65 SA15
10
AD5 28
AD5
1
1 EPROM BOOT
3

C AD6 29 51 W D I\ C
A16 AD7 AD6 PB1
66 30
VCC

0.1 A16 AD7

TP1 2
VOUT BATT
1
A17
67 A17
PB2
50 F P\ AD0
11
68 A18 SA8 32
W D I\ A18 A19 SA9 AD8 EPROM\
5 11 69 33 49
BATT ON WDI ONCE/A19 AD9 PB3
ADDRESS
SA10 34 AD1
LCS\ SA11 AD10 MA18 12
13 79 35 48
RESET\ CE IN RAM\ S0 SA12 AD11 PB4
15 12 78 36
RESET CE OUT S1
DEMUX
RESET SA13 AD12 MA17 AD2
16 77 37 47
RESET +5V S2 SA14 AD13 PB5 +5V 13
6 38
LOW LINE SA15 AD14
14 39 45
WDO AD15 PB6 AD3
OSC IN
7
ALE A16 VBAT U31A 14
8 6 75 22 44 14
BATTEST OSC SEL READY ALE A17 PA0 PB7
10
PFO
21
PA1 7 4 HC32
9 73 R D\ A18 20 1 AD4
PFI RD W R\ A19 PA2 15
74 18 11 3
GND

WR PA3 PC2 PSD\ 2

80 10 AD5
DEN ALE PC3 16
R96 U20 2
HOLD HLDA
1 3
PD0 7
4

CLKOUT
31 TP2 W R\ PC4
7
AD6
3.32M MAX691ACWE LOCK
4 40
CNTL0 17
RESET\ 25 26 4
RESIN RESOUT R D\ PC7
+5V 43
18 UC S\ +5V +5V CNTL1 AD7
UCS LCS\ RESET\ ID ENT\ +5V 18
LCS
17 U29 41
NRESET PD1
2

19 16 I O\ 2 7C040 32 1 RAM\ 42
INT0 P1.0/GCS0 LC D\ CNTL2 19
20 15
INT1 P1.1/GCS1 LEDEN\ UC S\
21
INT2/INTA0 P1.2/GCS2
14
LCDMODE
DS40 VCC VPP 17
PA4 LCDMODE
22 13
INT3/INTA1 P1.3/GCS3 PSD\ MA18 I O\ 20
23 12 31 1
AD[0:7] INT4 P1.4/GCS4
9
YEL A18 PD2
5 TDO
R97 R98 R99 R100
LCD
P1.5/GCS5 RTS1 MA17 TDO
8 30 16
SA[0:7] 4.7K 4.7K 4.7K 4.7K 5
P1.6/GCS6
7
A17 PA5
6 TDI
NMI P1.7/GCS7 SA16 TDI
2
+5V 33 32 R1011 K
A16
12 TCK
T0IN T0OUT SA15 TCK
FP\ 35
T1IN T1OUT
34 TP3 3
A15
13 TMS
RXD0 SA14 TMS
LEDEN\ 40 29
RXD0 TXD0 A14
39
TXD0 CTS0 SA13 GND GND GND
TXD0 38 28
CTS0 PSW ITCH A13
41
P2.5/BCLK0 SA12 9 19 46
RXD0 4
RXD1 A12
76 44
BHE/RFSH P2.0/RXD1 TXD1 SA11 AD7
CTS0 45 25 21
P2.1/TXD1 CTS1 A11 D7
43
P2.4/CTS1 XSWITCH SA10 AD6 +5V
TXD1 46 23 20
P2.2/BCLK1 A10 D6
42
P2.3/SINT1 SA9 AD5
RXD1 26 19
F SW ITCH A9 D5 +5V
37
B P2.6 BATTEST SA8 AD4 B
CTS1 36 27 18
24
P2.7 A8 D4 +5V J4
PDTMR
RTS1
SA7 5
A7 D3
17 AD3 R140 R141 R142 R143 R144 R145 R146 R147
VSS VSS VSS VSS VSS
XSW ITCH
SA6 6
A6 D2
15 AD2 U30 1 0K 1 0K 1 0K 1 0K 1 0K 1 0K 1 0K 1 0K 1
10 30 49 70 72 20
SA5 7 14 AD1 7 4 HC245
PSW ITCH A5 D1 SW1 TDO
VCC 2
SA4 8 13 AD0
FSW ITCH A4 D0 AD0 18 2 1 16
SA3 B1 A1 TDI
9
A3 AD1 3
17 3 2 15
SA2 B2 A2
10
A2 AD2 ISPEN
16 4 3 14
SA1 B3 A3 4
11
A1 AD3
SA0
15
B4 A4
5 4 13 C27
12
A0 AD4 5
14
B5 A5
6 5 12 10nF
AD5 13 7 6 11 TMS
+5V +5V R D\ B6 A6 6
24
OE AD6 12 8 7 10
EPROM\ B7 A7
22
CE AD7 7
11 9 8 9
B8 A8
C25 C26 GND +5V SW8DIP TCK
8
19
0.1 0.1 16 G
X1 X2
1
DIR
ISP CABLE
GND

10
PRODUCT IDENT
+5V R103 R104 R105 R106 R107 R108 R109 R110 R111 R112 S WITCH
U22
1 00 47.5 20 20 20 1 00 47.5 20 20 20
U21 20 ULN2803LW U31D U31C U31B
7 4HC574
AD0 2 19 1 18 12 9 4
D0 VCC Q0
AD1 3 18 2 17 ID ENT\ 11 8 6
AD2 D1 Q1
4 17 3 16 13 10 5
AD3 D2 Q2
5 16 4 15
AD4 D3 Q3
6 15 5 14
AD5 D4 Q4
7
D5 Q5
14 6 13 7 4HC32 7 4HC32 7 4 HC32
AD6 8 13 7 12
AD7 D6 Q6
9 12 8 11
D7 Q7
SPKR\ 11
RESET CLK
1 9 10
A OC GND A

10
D7
HIGHEST REFERENCE
DRAWN J.BARNES 13MAR03 Communications & Power Industries
DESIGNATIONS
BZX84C18 +5V ORIG/DES ENG J.BARNES 28MAR03 Canada Inc.
APPROVAL DATE TITLE
SEE SHEET 1
TP11 PROD ENG S.CARTWRIGHT 28MAR03
C28 C29 C30 C31 C32 C33 C34 C35 C36 C37 C38 C39 C40 C41
DES/MFG AUTH. SCHEMATIC,
0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 0.1 L.FOSKIN 28MAR03
REFERENCE DESIGNATIONS
CONSOLE BOARD
NOT USED
DECOUPLING CAPS - ONE PER IC. Size CAGE Code DW G NO R ev
735852 GENERATOR
CONTRACT No. 735850 E
SEE SHEET 1 NEXT ASSY USED ON ------------ D 02845
Monday, May 02, 2005
COMPUTER GENERATED Scale
NTS DWG LEVEL 3
Sheet
2 of 4
5 4 3 2 1
 5 4 3 2 1

REVISIONS
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
FOR REVISION SEE SHT 1 J.B. G.F. L.FOSKIN 28MAR03

J5
1
TXD
2

+5V +5V +5V +5V 3 COM

4
DS41 DS42 DS43 DS44
D
RXD D
YEL YEL YEL YEL 5
TP4
TXD RXD RXD TXD
R113
1 0K
6 FLUORO
R114 R115 R116 R117
7 PREP
1K 1K 1K 1K +5V +5V +5V
8 X-RAY
R118
1 0K
R120 R121 R102 R119
FSW ITCH 4.7K 4.7K 4.7K 1 0K

XSW ITCH TP5

+5V XSWITCH
PSW ITCH +5V TP6
TXD0
PSW ITCH
9 SWITCH
MAX232ACWE
RXD0 U23 16
C42
F SW ITCH
COMMON
CTS0 0.1 5 1 5 1 5 1
1 V CC 2
C1+ V+ U24 U25 U26
TXD1 C43 4 N36 4 N 36 4 N36
RXD1 0.1
3 6
CTS1 C1- V- R122
4 2 4 2 4 2
4
C2+ C44
0.1 1 00
RTS1 C45
0.1
TXD0
5
C2- R123 1 00 J13
11 14
10 7
7
RXD0 12
9
13
8
R124 1 00 FOOT F
CTS0
SWITCH 9
GND C46 C47 C48 COM
TXD1
15 100pF 100pF 100pF 3
C
P C
RXD1
HAND
X 1
CTS1 SWITCH
RTS1
+5V COM 5
+5V
MAX232ACWE 6
U27 16
C49
0.1
1 V CC 2
2
C1+ V+
C50 J2 8
0.1 1
3 6
C1- V- R126 1 00
4
4
C51 3 TXD J3-18
C2+ SH1
0.1 R127 1 00
C52 RTS
0.1 7 J3-19
SH2
5 R128 1 00
11 C2- 14
2 RXD J3-3 10 ON
10 7
12 13 R129 1 00
9 8
8 CTS J3-2 11 P OFF
GND C53 C54 C55 C56
6 J3-1 12 PWR SWITCH COM.
15 100pF 100pF 100pF 100pF +24V F1
4 13 +24V
2A
9 TP7 14

5 15 +24V

SERIAL
TP8 +5V
B B

R130
TP9
FMMT720TA/SOT T1 C57 J10
4.7K
3 2 7
4
U28 R131
+24V
1 Q7
LM2678 6 1.5K 22pF 3
+5V 2
FB
C18 3
TO LCD
2
2 3
IN C BOOST
C12 L1 2 0.22 BACKLIGHT
1
+ 1
10nF
1 2
1 Q8
SWO/P
C11 3
4 9
4 2 2 uH
3 30 NC ON/OFF GND FMMT720TA/SOT

5 7 4 D8 +

2
MBRB2060CT C13 R132 L2
1 3
1 000 2.49K 1 00uH

1
1

D9
C14
1 N4148
10nF C16
0.1 5

D10 COILTRONICS _CTX210659

1 N4148
C15 D11
10nF BZX84C15V
D12
A
C17 A
1 N4148 HIGHEST REFERENCE DRAWN J.BARNES
0.1 DESIGNATIONS
13MAR03 Communications & Power Industries
ORIG/DES ENG J.BARNES 28MAR03
Canada Inc.
D13
SEE SHEET 1 APPROVAL DATE
1 N4148 TITLE
TP10 PROD ENG S.CARTWRIGHT 28MAR03
R133
DES/MFG AUTH.
L.FOSKIN 28MAR03 SCHEMATIC,
4 75
-15V REFERENCE DESIGNATIONS CONSOLE BOARD
NOT USED
Size CAGE Code DW G NO R ev
735852 GENERATOR CONTRACT No.
SEE SHEET 1
NEXT ASSY USED ON ------------ D 02845 735850 E
COMPUTER GENERATED Monday, May 02, 2005 Scale
DWG LEVEL 3
Sheet
3 4
NTS of
5 4 3 2 1
 5 4 3 2 1

REVISIONS
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
FOR REVISION SEE SHT 1 J.B. G.F. L.FOSKIN 28MAR03

D D

SWITCH
MATRIX
P1
SWITCH# USE
PIN OUT
SW1 4, 11 KV- (RAD)
SW2 4, 12 KV+ (RAD)
SW3 4, 13 TECH SELECT
SW4 4, 14 LCD SELECT TOP LEFT
SW5 4, 15 LCD SELECT TOP RIGHT
LED MATRIX SW6 5, 11 mAs/mA - (RAD)
SW7 5, 12 mAs/mA + (RAD)
P1 PIN OUT SW8 5, 13 FOCUS
LED # USE
ANODE CATHODE SW9 5, 14 LCD SELECT 2nd LEFT
SW10 5, 15 LCD SELECT 2nd RIGHT
DS40 9 14 AEC
SW11 6, 11 mAs, ms - (RAD)
DS41 9 13 mAs
SW12 6, 12 mAs, ms + (RAD)
DS42 9 12 mA/ms
SW13 6, 13 FILM SELECT
DS43 9 11 Large filament
SW14 6, 14 LCD SELECT 3rd LEFT
DS44 9 10 Small filament
SW15 6, 15 LCD SELECT 3rd RIGHT
DS45 9 17 Film 1
SW16 7, 11 DENSITY - (RAD)
DS46 9 16 Film 2
SW17 7, 12 DENSITY + (RAD)
C
DS47 9 15 Film 3 C

SW18 7, 13 FIELD LEFT

DS48 18 19 RIGHT FIELD
SW19 7, 14 LCD SELECT 4th LEFT
DS49 18 21 LEFT FIELD
SW20 8, 14 LCD SELECT BOTTOM LEFT
DS50 18 20 CENTRE FIELD
SW21 8, 15 RESET
DS51 1 2 (Left) 1st Image Receptor
SW22 9, 15 LCD SELECT BOTTOM RIGHT
DS52 1 3 2nd Image Receptor
SW23 7, 15 LCD SELECT 4th RIGHT
DS53 1 4 3rd Image Receptor
SW24 4, 10 (LEFT) 1st IMAGE RECEPTOR
DS54 1 5 4th Image Receptor
SW25 5, 10 2nd IMAGE RECEPTOR
DS55 1 6 5th Image Receptor
SW26 6, 10 3rd IMAGE RECEPTOR
DS56 1 7 (Right) 6th Image Receptor
SW27 7, 10 4th IMAGE RECEPTOR
DS58 1 8 Prep
SW28 8, 10 5th IMAGE RECEPTOR
DS59 18 24 2nd Fluoro (DOSE) Led
SW29 9, 10 (RIGHT) 6th IMAGE RECEPTOR
DS60 18 22 4th Fluoro (PF) Led
SW30 1, 3 ON
DS61 18 23 3rd Fluoro (ABS) Led
SW31 1, 2 OFF
DS62 18 25 1st Fluoro (MAG) Led
SW32 18, 20 PREP
SW33 19, 20 XRAY
SW34 4, 16 KV - (FLUORO)
SW35 4, 17 KV + (FLUORO)
SW36 5, 16 mA - (FLUORO)
SW37 5, 17 mA + (FLUORO)
SW38 6, 16 ZERO (FLUORO)
SW39 6, 17 ACCUM (FLUORO)
SW40 7, 16 PPS - (FLUORO)
SW41 7, 17 PPS + (FLUORO)
B SW42 9, 14 2nd FLUORO (DOSE) B

SW43 9, 16 4th FLUORO (PF)

SW44 9, 17 3rd FLUORO (ABS)
SW45 8, 17 1st FLUORO (MAG)
SW46 8, 13 FIELD CENTRE
SW47 9, 13 FIELD RIGHT

A A
HIGHEST REFERENCE DRAWN J.BARNES 13MAR03
DESIGNATIONS Communications & Power Industries
ORIG/DES ENG J.BARNES 28MAR03
Canada Inc.
APPROVAL DATE
SEE SHEET 1 TITLE
PROD ENG S.CARTWRIGHT 28MAR03

DES/MFG AUTH. SCHEMATIC,

L.FOSKIN 28MAR03
REFERENCE DESIGNATIONS
CONSOLE BOARD
NOT USED
Size CAGE Code DW G NO R ev
735852 GENERATOR CONTRACT No.
SEE SHEET 1
NEXT ASSY USED ON ------------ D 02845 735850 E
COMPUTER GENERATED Monday, May 02, 2005 Scale
DWG LEVEL 3
Sheet
4 4
NTS of
5 4 3 2 1
 1 2 3 4 5 6 7 8

REVISIONS
NOTES: ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
1. ALL RESISTOR VALUES ARE IN OHMS 1/4W, 1% +5V C43 VBAT +5V A CREATED PER ENG. G.F. G.F. J.BARNES 10NOV98
C47
UNLESS OTHERWISE SPECIFIED. U25 B INC. PER ECO No.18888 G.F. G.F. J.BARNES 22JUN99
20 0.1 U26
2. ALL CAPACITOR VALUES ARE IN MICROFARADS 74HC573 32 0.1 C INC. PER ECO No.19053 Emir Emir S.CARTWRIGHT 18OCT99
UNLESS OTHERWISE SPECIFIED.
128K_RAM
D0 2 VCC 19 A0 D INC. PER ECO No.19557 G.F. G.F. J.PENNOCK 12MAY00

*
3. COMPONENTS MARKED NOT FITTED. D1 Q1 VCC G.F.
D1 3 18 A1 S A16 2 E INC. PER ECO No.19898 G.F. S.CARTWRIGHT
CS2 30
15NOV00

**
4. AREA MARKED WITH FOR -06 ONLY. D2 Q2 A16 30 MAR01
D2 4 17 A2 S A15 31 F INC. PER ECO No.20292 G.F. G.F. J.PENNOCK
D3 Q3 A15 G INC. PER ECO No.20292 G.F. G.F. 01EPT04
D3 5 16 A3 S A14 3 S.CARTWRIGHT
D4 Q4 A14 H INC. PER ECO No.23788 G.F. S.B. C.WINTERS 25MAY05
VBAT D4 6 15 A4 S A13 28
PW B ASSY C29 D5 Q5 A13 J REVISED PER ECO No.24664 G.F. C.W. S.CARTWRIGHT 28 SEP 06
COMPONENTS NOT FITTED +5V +5V +5V D5 7 14 A5 S A12 4
DASHES D6 Q6 A12
U21 +5V D6 8 13 A6 S A11 25 21 D7
D7 Q7 A11 D7
A
00 AREA 1
DS1302 8 0.1 D7 9 D8 Q8 12 A7 S A10 23 A10 D6 20 D6 A

01 AREA 2 S A9 D5
R40 R41 R99 26 A9 D5 19
02 AREA 1 2 X1 VCC A LE 11 C
4.75K 4.75K 4.75K C67 C42 C52 C46 U28 S A8 27 18 D4
03 AREA 2 1 OC A8 D4
0.1 0.1 0.1 0.1 A7 5 17 D3
06 AREA 2 CLK 7
RTCCLK 1 23 42 64 80C188EB GND A7 D3
A6 6 15 D2
Y1 10 A6 D2
RTCIO VCC VCC VCC VCC A5 D1
I/O 6 C36
ADDRESS 7 A5 D1 14
32.768kHz LATCH +5V C61 A4 8 13 D0
RTCRST\ D0 A4 D0
TEST RST 5 41 CLKIN AD0 61
U36 A3 9
FUNCTION SHEET 66 D1 A3
POINT 3 X2 33pF AD1 74HC573 20 0.1 A2 10
GND 68 D2 A2
TP1 Large Fil. Ref. 5 Y3 AD2 A1 11
70 D3 A 16 2 D1 VCC Q1 19 S A16 A1
TP2 KvP Ref. 5 4 AD3 A0 12
72 D4 A 17 3 D2 S A17 A0
TP3 Small Fil. Ref.. 5
24.576MHz AD4 Q2 18
74 D5 A 18 4 D3 S A18
Q3 17
*
TP4 AEC Ref. Out 5 C41 AD5 BRD\ 24 OE
76 D6 A 19 5 D4 S A19
TP5 1 Hz 1 40 OSCOUT AD6 Q4 16 RAM\ 22 CE R2
78 D7 6 D5
AD7 Q5 15 BWR\ 29 WE

*
TP6 KvP - 4 R20 R22 7 D6 +5V
Q6 14
*
22pF
TP7 mA Rad. - 4
8 D7 GND 1K
Q7 13
*
VBAT 39 PEREQ 62 S A8 J14
TP8 KvP + 4 3.01M +5V 4.75K A8 9 D8 R1
Q8 12 16

*
C2 L1 67 S A9 RAM 1

*
TP9 AEC Ramp - 4 C3

+
+ A9 C57 1K
S A10 A LE
*
TP10 mA Rad + 4 U4 B1 C1 A10 69 11 C +5V R3 2
0.1 3 8.2uH 71 S A11 1 OC U33
TP11 I Fluoro - 4 MAX691 0.1 BATTERY 2200 C37 A11 32
14 TEST/BUSY 73 S A12 GND 512K_FLASH 0.1 3
TP12 AEC Ramp + 4 +5V VCC 330pF A12 392
2 VOUT S A13 VCC -12V
TP13 ABC In + 4 BATT 1 A13 75 10 MA18 1 4
TP14 I Fluoro + 4 77 S A14 ADDRESS A18
5 BATT WDI\ A14 MA17 BWR\ BWR\
TP15 ABC In - 4
R104 WDI 11 79 S A15 LATCH +5V C56
30 A17 WE 31 5
10K +5V A15 S A16 2
TP16 +5V DC 6 13 LCS\ U32 A16 BRD\
RESET\ 15 CE IN S A15 3 6
B
TP17 +15V DC 6 RESET 12 RAM\ 80 A 16 GAL16V8 20 0.1 A15 B
RESET 16 CE OUT 18 READY A16 S A14 29 TEST\
TP18 -15V DC 6 RESET 81 A 17 A14 7
R105 6 A17 RD\ 1 I/C VCC I/O 19 BRD\ S A13 28
TP19 +12V DC 6 LOW LINE 82 A 18 A13 A0
+5V 14 A18 WR\ 2 I BWR\ S A12 D7 8
TP20 -12V DC 6 10K WDO 83 A 19 I/O 18 4 A12 D7 21
7 ONCEA19 UCS\ 3 I FLASH\ S A11 D6
TP21 GND 5 OSC IN I/O 17 25 A11 D6 20 9
BATLEV 10 PFO 8 S A19 4 I EPROM\ S A10 D5
OSC SEL I/O 16 23 A10 D5 19
RESET\
TP22 LF F/B 4
9 PFI 13 HOLD S0 10 S A18 5 I S A9 D4 10
I/O 15 26 A9 D4 18
TP23 LF F/B 4 S1 9 S A17 6 I MA18 S A8 D3 D0
I/O 14 27 A8 D3 17 11
TP24 SF F/B 4 S2 8 S A16 7 I MA17 A7 D2
TP25 SF F/B 4
R21 GND I/O 13 5 A7 D2 15
D1
8 I RDWR A6 D1 12
3.32M I/O 12 6 A6 D1 14
TP26 HV ON 4 4 RESET\ 37 RESIN DT/R 16 9 I A5 D0 D2
TP27 CLKOUT 1 G/I 11 7 A5 D0 13 13
A4 8
A LE A4 D3
ALE 6 JW2
GND A3 9 14
+5V A3
10 A2 10 D4
RD\ 1 A2 15
SYNCIN 31 BD 4 R66 A1 11
INT0 WR\ 2 A1 D5
INT1 32 WR 5 4.75K +5V C68 A0 12 16
+5V INT1 3 A0
SHEET TEST POINT NUMBER ADCINT 33 U39 D6
INT2/INTA0 11 17
1 TP5, TP27 PTSTOP 34 DEN 74HC138 16 0.1
INT3/INTA1 12 BRD\ 24 OE D7
35 HLDA 18
2 INT4
CLKOUT 44 TP27 S A8 1
A VCC Y0 15 IOWR1 FLASH\ 22
CE
3 R47 15 S A9 2 IOWR2 19
4 TP6-TP15, TP22-TP26 R82 R92 4.75K LOCK B Y1 14 GND
38 S A10 3 PSWR
5 TP1-TP4, TP21 1K 10K RESOUT C Y2 13 20
DAC1WR
6 TP16-TP20 EXPSW\ +5V Y3 12 16
+5V FLASH TEST
UCS\ DAC2WR
7 UCS 30 Y4 11
LCS\ DACLD AC
1

17 NMI LCS 29 6 G1 Y5 10
SHEET IC NUMBER U46 BWR\ 4 MUX C71 RN13
U4, 21, 25, 26, 28, 29, 32, 33, 36, 4N35 G2A Y6 9 U41 4.7K
28 IO\ IO\ 5 G2B WDI\
1 R68 Y7 7
C C
39, 40,41, 43, 46 P1.0/GCS0 27C040 32 1 0.1
27 TEST\
2

2 U50 0 P1.1/GCS1 GND

26 UART +5V VCC VPP
3 U1, 2, 11, 12, 20, 31, 38, 42 P1.2/GCS2 8 MA18 31 +5V
EXPSW +5V 25 UART2 A18
4 U15, 23, 30, 34, 37, 44, 47, 48, 49 P1.3/GCS3 I/O WRITE MA17 30 C70
5 U13, 14, 18, 22 24 RTCCLK A17
D[0..7] 46 T0IN P1.4/GCS4 DS16 +5V C76 S A16 2 1 2 3 4 5 6 7 8 9 10
6 U45, 51 21 RTS0 A16 0.1
P1.5/GCS5 YEL U43 S A15 3
U3, 5, 6, 7, 8, 9, 10, 16, 17, 19, 24, A[0..7] 48 T1IN 20 ADC A15 U40
7 P1.6/GCS6 74HC138 16 0.1 S A14 29
27, 35
R65 A14 74HC245 20
IOWR1 TXD0 S A13
IOWR1 TXD0 P1.7/GCS7 19 S A8 1 VCC Y0 15 IORD1
28 A13 SW1
IOWR2 IOWR2 RXD0 RXD0 475 A S A12 4 VCC
S A9 2 IORD2 A12 D0
PSWR PSWR CTS0 CTS0 TP5 B Y1 14 S A11 25 21 D7
18 B1 A1 2 1 16
S A10 3 P SRD A11 D7 D1
DAC1WR DAC1WR RTS0 RTS0 T0OUT 45 C Y2 13 S A10 23 20 D6
17 B2 A2 3 2 15
ADCSYNC A10 D6 D2
DAC2WR DAC2WR T1OUT 47 +5V Y3 12 S A9 26 19 D5
16 B3 A3 4 3 14
IDENT A9 D5 D3
DACLD AC DACLDAC TXD1 TXD1 Y4 11 S A8 27 18 D4
15 B4 A4 5 4 13
53 RXD0 6 G1 A8 D4 D4
MUX MUX RXD1 RXD1 RXDO Y5 10 A7 5 17 D3
14 B5 A5 6 5 12
7 BHE/RFSH 52 TXD0 BRD\ 4 ADC2 A7 D3 D5
IORD1 IORD1 TXDO G2A Y6 9 A6 6 15 D2
13 B6 A6 7 6 11
51 CTS0 IO\ 5 G2B KEY A6 D2 D6
IORD2 IORD2 +5V CTS0 Y7 7 A5 7 14 D1
12 B7 A7 8 7 10
54 GND A5 D1 D7 11 9 8 9
P SRD PSRD P2.5/BCLK0 A4 8 13 D0 B8 A8
60 NCS A4 D0 SW8DIP
ADCSYNC A3 9
ADCSYNC 57 RXD1 I/O READ 8 A3 G 19
ADCINT P2.0/RXD1 A2 10
ADCINT R70 58 TXD1 A2 DIR 1

*
ADC P2.1/TXD1 A1 11 PRODUCT
ADC 4.75K 56 +5V C49 A1 GND
ADC2 3 ERROR P2.4/CTS1 A0 12 IDENT
ADC2 59 EXPSW\ U29 A0 10 JUMPERS
UART UART P2.2/BCLK1 GAL16V8 20 0.1
P2.3/SINT1 55
UART2 UART2 BRD\ 24 OE
A0 1 I/C VCC 19 D0
A LE ALE I/O EPROM\ 22 IDENT
RTCIO A1 D1 CE
RESET RESET 36 PDTMR P2.6 50 2 I I/O 18
GND
RTCRST\ A2 D2
P2.7 49 3 I 17
D D
RESET\ RESET\ I/O
A3 4 I 16 D3 16
INT1 INT1 I/O EPROM
5 I 15 D4
SYNCIN SYNCIN VSS VSS VSS VSS VSS VSS I/O
6 I 14 D5
BWR\ BWR\ I/O
2 22 43 63 65 84 7 I 13 D6 DRAW N
BRD\ I/O HIGHEST REFERENCE DESIGNATIONS GUI FONE 10NOV98
BRD\ 8 I 12 D7 Communications & Power Industries
BATLEV BATLEV I/O B1, C113, DS48, D10, E4,
ORIG/DES.ENG J.BARNES 10NOV98
Canada Inc.
9 I 11 KEY
RD\ RD\ G/I JW5, J16, L1, Q6, RN20, R103, APPROVALS DATE
SW1, TP27, U54, Y3 ENGINEER TITLE
WR\ WR\ GND
S.CARTWRIGHT 10NOV98
SCHEMATIC,
PTSTOP MICRO DES/MFG AUTH.
PTSTOP 10 J.BARNES 10NOV98 GENERATOR CPU BOARD
REFERENCE DESIGNATION NOT USED
KEY 734573 MILLENIA
CONTRACT No.
SIZE CAGE CODE DWG NO. Rev
J4, J5, J8, J9, J12, Q5 D 02845
734571 J
COMPUTER GENERATED NEXT ASSY USED ON Thursday, April 11, 1996
SCALE DWG LEVEL 3 1 OF 7
APPLICATIONS
1 2 3 4 5 6 7 8
 1 2 3 4

REVISIONS

ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE

FOR REVISION SEE SHEET 1 G.F. G.F. J.BARNES 10NOV98

A A

+5V +5V +5V +5V

DS45 DS47 DS48 DS46

RTS0 RTS0
TXD0 YEL YEL YEL YEL
TXD0
RXD0 RXD0

1
CTS0 CTS0 RN16D RN16C RN16B RN16A
1K 1K 1K 1K
TXD1

2
TXD1
RXD1 RXD1
B B

+5V +12V
C100 C101

0.1 0.1
16 1 J16
U50
V CC V DD 1
MAX1406
3
RN18B 7
TXD0 14 TX 3 4 3 2
RN18C 8
RTS0 12 TX 5 100 6 5
RN18D 6
RXD0 15 RX 2 8 7 100 4
RN18A 9
CTS0 13 RX 4 100 2 1 5
TXD1 10 TX 7 100 M1
C90 C92 C89 C91 R94 M2
RXD1 11 RX 6 100pF 100pF 100pF 100pF TBA
GND VSS
9 8 C99
-12V
0.1 J15
-12V RN17D
7 8 1
RN17B 3
C 100 4 3 7 C

RN17C 2
6 5 100 8
100 6
RN17A
1 2 4
C88 C87 9
100pF 100pF 100 5
M1
M2

D D

HIGHEST REFERENCE DESIGNATIONS DRAW N GUI FONE 10NOV98

ORIG/DES.ENG J.BARNES 10NOV98
Communications & Power Industries
Canada Inc.
APPROVALS DATE
SEE SHEET 1 ENGINEER TITLE SCHEMATIC,
S.CARTWRIGHT 10NOV98
DES/MFG AUTH.
J.BARNES 10NOV98
GENERATOR CPU BOARD
REFERENCE DESIGNATION NOT USED
CONTRACT No.
734573 MILLENIA SIZE CAGE CODE DWG NO. Rev

COMPUTER GENERATED SEE SHEET 1 NEXT ASSY USED ON D 02845 734571 J

Monday, November 02, 1998 SCALE DWG LEVEL 3 OF
APPLICATIONS 2 7
1 2 3 4
 1 2 3 4 5 6 7 8

REVISIONS

ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE

D[0..7]
FOR REVISION SEE SHEET 1 G.F. G.F. J.BARNES 10NOV98
+5V
A[0..7]
U2 UART
8 UART
SN75176A UART2 UART2
VCC RD\ RD\
3 DE A 6 J7-10 WR\ WR\
4 D
RESET RESET
1 R
INT1 INT1
A B 7 J7-11 A
2 RE
RS422 O/P +5V +5V +12V
GND
C66 C65
5
+5V DS43
0.1 0.1
YEL 16 1
DS44 U42 V CC V DD
YEL R98 MAX1406 J1
1K
RN12E 1
TX
U1
+5V
** JW4 FITTED
AND TRACE BETWEEN
R93
1K
14
12 TX
3
5
12 5
100 11
RN12F
6
3
7
+5V +5V +5V SN75176A 8 PIN 2 & 1 CUT FOR -06 ONLY RN12G 2
15 RX 2 10 7 100
VCC 8 AUX.
3 DE RN12H
A 6 J7-12 13 RX 4 100 9 8 6 SERIAL

U20
PC16552 44 33
DS1
YEL
DS3
YEL
4 D
1 R R16
100
*
JW4
+5V
10 TX 7 100 4
9
PORT

B 7 3 11 RX 6 C79 C80 C81 C82

R72 5
VCC VCC 2 RE 2 100pF 100pF 100pF 100pF M1
D7 9 R18 GND VSS 1K
D7 R15 GND U31
D6 8 1K 1 M2
D6 1K J7-13 PC16552 44 33 9 8
D5 7 D5 TXBDY1 1 5 C64 -12V
D4 6 VCC VCC
D4 TXBDY2 32 RS422 I/P D7 9
D3 5 AREA 1 D7 0.1
D3 D6 8 -12V
D2 4 D6
D2 D5 7
D1 3 D5 TXBDY1 1
D1 SOUT1 38 D4 6
B D0 2 D4 TXBDY2 32 B
D0 D3
RTS1 36 5 D3
D2 4
A3 16 D2
CHSL SIN1 39 D1 3
A2 15 +5V +12V D1 SOUT1 38
A2 D0
A1 14 CTS1 40 C24 C23 2 D0
A1 RTS1 36
A0 10 A0 DCD1 42 A3 16
0.1 0.1 CHSL SIN1 39
UART 18 A2
CS DIR1 37 15 A2
RD\ 24 A1 14 CTS1 40
RD A1
WR\ 20 RT1 43 16 1
A0 10
WR U12 V CC V DD A0 DCD1 42
RESET 21 MR DSR1 41 UART2 18
C40
MAX1406 CS DIR1 37
RD\ 24
11 XIN 26 RD
SOUT2 TX
RN3A
TXD TO WR\ 20 RT1 43
23 14 3 1 16 J7-6 WR
RTS2 RESET 21
22pF
Y2 25 TX 100 2
RN3B CONSOLE MR DSR1 41
R103 SIN2 12 5 15 J7-17
18.432MHz CTS2 28 RN3C
3.32M RX XOUT 11 XIN 26
C35 DCD2 30 15 2 3 14 100 J7-7 SOUT2
RN3D RTS2 23
13 XOUT DIR2 27 RX 100 4
13 4 13 J7-18 SIN2 25
31

*
22pF RI2 TX 100 28
XOUT 29 10 7 CTS2
D4 DSR2 C11 C12 C13 C14 R19 30
INT1 34 INTR1 RX DCD2
11 6 100pF 100pF 100pF 100pF 13 XOUT DIR2 27
1N4148
D5 MF2 19 GND VSS RI2 31
17 INTR2 MF1 35 DSR2 29
9 8 C22 -12V D7
1N4148 34 INTR1
GND GND
INT1 1N4148
C
12 22 AREA 2 -12V
0.1
D6 MF2 19 C
INT1 17 INTR2 MF1 35
1N4148
R51 +5V GND GND
4.75K +12V 12 22

+5V
DS15
YEL
C21
+5V +12V
C20
JW1
1
* +5V
C75
+5V +12V
C74
FLUORO
2 DS29
0.1 0.1 +5V 0.1 0.1
DS19 16 1 3 16 1
R43 YEL
YEL 1K U11 V CC V DD U38 V CC V DD
DS32
MAX1406 J11 R69 MAX1406
J2
YEL 1K
R46 RN3E 1 RN12A
14 TX 3 5 12 14 TX 3 16 1 1
1K 3
RN3F R71 RN12B 3
12 TX 5 100 6 11 7 12 TX 5 100 15 2
1K 7
RN3G 2 RN12C
15 RX 2 7 10 100 TO REMOTE 15 RX 2 14 3 100 2
RN3H 8 FLUORO RN12D AUX.
RX 100 RX 100 13 8
13 4 8 9 6 CONTROLLER 13 4 4 SERIAL
6
TX 100 4 TX 100 PORT
10 7 10 7 4
9
RX C7 C8 C9 C10 RX C83 C84 C85 C86 R73 9
11 6 5 11 6
100pF 100pF 100pF 100pF 100pF 100pF 100pF 100pF 1K 5
GND VSS M1 GND VSS M1
M2
9 8 9 8 M2
C19 C73 -12V
D D

0.1 0.1
-12V
-12V

HIGHEST REFERENCE DESIGNATIONS DRAW N GUI FONE 10NOV98

ORIG/DES.ENG Communications & Power Industries
J.BARNES 10NOV98
Canada Inc.
APPROVALS DATE
SEE SHEET 1 ENGINEER
S.CARTWRIGHT 10NOV98
TITLE SCHEMATIC,
DES/MFG AUTH.
J.BARNES 10NOV98
GENERATOR CPU BOARD
REFERENCE DESIGNATION NOT USED
CONTRACT No.
734573 MILLENIA SIZE CAGE CODE DWG NO Rev

COMPUTER GENERATED SEE SHEET 1 NEXT ASSY USED ON D 02845 734571 J

APPLICATIONS Tuesday, November 03, 1998 DWG LEVEL 3
3 OF 7
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

+5V REVISIONS
+15V RN10B TP26
C18 3 4 ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
FOR REVISION SEE SHEET 1 G.F. G.F. J.BARNES 10NOV98
10K R49
0.1
10 + R53 R48 1K
U15A RN10A 8
RN2B LM324 J10-7 1 2 9 - J7-20 HV ON

4
R35 kVp REF U30C 30.1K 200K RN10D

3
3 4 3 + TP8 10K 12 +
J10-12 1 R26 LM324 14 7 8 2
10K 2 - U15B 13 - U30D Q6

4
4.75K 1K 10K D[0..7]

1
RN4B LM324 LM324 MPS8099

11
C17 5 + RN10C R37 MUX
20K 7 5 6
C6 6 - ADCSYNC

3
kVp C28 kVp
0.047 0.1 R31 10K 392K ADCINT
0.1 -15V
4.02K U34 ADC2
-15V
A
RN2A RN4A R36 +15V 78L05 ADC A

1 2 2 1 TP6
J10-31 BRD\
10K 20K 4.75K BWR\
*
3 IN OUT 1
R29 U37 C107
GND

STBY 44

VDD 13
+ AD7891AS 0.1

MODE 6
VDD 4
U15C U15D 2 C59 C58
1K C62
RN2C LM324 R34 LM324 0.1 10
5 6 10 + R38 12 + 0.1 20 D0
J10-11 8 TP10 14 D0
10K 9 - 1k 13 - 19 D1
D1

6
4.75K 18 D2
RN1C D2
C5 43 VIN1A 17 D3
mA RAD 20K C34 RAD C4 D3
0.047 R23 42 VIN1B 16 D4

5
0.1 mA 0.047 D4
RN2D RN1D R39 F/B 4.32k 15 D5
7 8 8 7 TP7 41 VIN2A D5
J10-30 12 D6
10K 20K 4.75K 40 VIN2B D6
11 D7
D7
39 VIN3A D8 10
38 VIN3B D9 9
D10 8
37 VIN4A
D11 7
U23C 36 VIN4B
LM324 35 VIN5A
10 + R42 BRD\
J7-4 8 TP12 34 VIN5B RD 22
9 -
BWR\
4

RN5B
4.75K 33 VIN6A WR 21
10K C38 AEC 32 VIN6B 6
RAMP 5
3

B 0.1 31 VIN7A B
R44 4
TP9 30 VIN7B CS 23 3 RN20
AEC RAMP 4.75K 29 VIN8A 4.7K
INPUT CONVST 24 2
+15V 28 VIN8B 1
C53 NC 25
3 REF I/O
EOC 26
0.1 2 NC
U30A R59 1 REF GND

14 DGND
27 AGND

5 AGND
RN9A LM324 1K
4

1 2 3 + R64 C108 +5V

J10-13 1 TP22
2 - 0.1
10K U44
2

4.75K
RN8A 74HC574 20
11

C54 R60
20K
C51 C55 4.02K +15V VCC
1

I FIL #1 L.F. F/B 2 19 D7

0.047 0.1 0.1 D1 Q0
-15V 3 18 D6
D2 Q1
RN9B RN8B R67 4 17 D5
TP23 C95 D3 Q2
3 4 4 3 5 16 D4
J10-32 0.1 U48 D4 Q3
10K 20K 4.75K 6 15 D3
MUX08 13 D5 Q4
U23B 7 14 D2
D6 Q5
+12V +15V VDD LM324 8 13 D1
U30B D7 Q6
D0
RN9C LM324 IN/OUT 8 5 +
7
9 D8 Q7 12
R57 4 I/O 0 6 -
5 6 5 + TP24

7
J3-3 7 5 I/O 1 +5V 11 CLK
10K 6 - R63 RN15A RN15C RN15E RN15G
6

4.75K 6 I/O 2 1 OC
RN8C 1K 4.7K 4.7K 4.7K 4.7K 7
C50 C48 EN 2 GND
C C
I/O 3

16

14

12

10
I FIL #2 20K S.F. F/B 12
0.047 0.1 I/O 4 10
5

RN9D RN8D R61 11 I/O 5 A 1 DATA LATCH

7 8 8 7 TP25 10
J3-11 R62 I/O 6 B 16
10K 20K 4.75K 4.02K 9 I/O 7 C 15 ADC2

15

13

11
ADC

9
+15V VEE GND
C33 RN15B RN15D RN15F RN15H ADC
3 14 ADCSYNC
4.7K 4.7K 4.7K 4.7K

8
0.1 ADCINT
U23A R79
C96 +5V
RN5D LM324 681
4

7 8 3 + R45 0.1
J3-1 1 TP14 -12V -15V MUX U49
10K 2 - R88 -15V 20 74HC574
8

4.75K
RN4D POWER SUPPLY SENSE +15V VCC
11

C32 19 2 D7
20K 1K Q0 D1
C27 C39 FLUORO C93 C94 18 3 D6
7

I FLUORO Q1 D2
0.047 0.1 0.1 mA F/B 17 4 D5
-15V 0.1 U47 0.1 Q2 D3
R87 16 5 D4
LF398 4 1 Q3 D4
RN5C RN4C R50 4.32K R83 HIGH\/LOW HIGH\/LOW 15 6 D3
TP11 -15V Q4 D5
5 6 6 5 V- V+ 24.3K 14 7 D2
J3-9 Q5 D6
10K 20K 4.75K 13 8 D1
5 O/P Q6 D7
LOG 8 12 9 D0
R84 Q7 D8
5.1K MUX
U23D CLK 11
LM324 3 I/P REF 7 OC 1
12 + R56 R58
D
J7-3 14 TP13 GND D

13 - CH
2

3.3K 4.75K 10
RN5A 6 MUX LATCH
AUX. ABC C45
10K ABC
INPUT 0.1
1

R95 HIGHEST REFERENCE DESIGNATIONS DRAW N GUI FONE 10NOV98

R52 R54
TP15 15K ORIG/DES.ENG J.BARNES 10NOV98
Communications & Power Industries
Canada Inc.

4
APPROVALS DATE
10K 4.75K SEE SHEET 1 TITLE
C102 RN1A RN1B ENGINEER
S.CARTWRIGHT 10NOV98 SCHEMATIC,
D2 D3 0.01 20K 20K DES/MFG AUTH.
GENERATOR CPU BOARD
J.BARNES 10NOV98

3
REFERENCE DESIGNATION NOT USED
CONTRACT No.
734573 MILLENIA SIZE CAGE CODE DWG NO. Rev
10V 10V D 02845 734571 J
COMPUTER GENERATED SEE SHEET 1 NEXT ASSY USED ON
DWG LEVEL 3
APPLICATIONS Thursday, November 05, 1998 4 OF 7
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

REVISIONS

ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE

FOR REVISION SEE SHEET 1 G.F. G.F. J.BARNES 10NOV98

+15V
TP1
C31
R17
U22
R11 0.1

VDD 21
10K U14B AD7237
10K
LM324 +15V
J10 R24 6 15 D0
7
-
D0 C110
19 FIL REF #1 J10-9 5 22 VOUTA 14 D1
J10-19
+
A
3.3K D1 U52 A
37 13 D2 0.1
D2 MX7837
D3

VDD 6
18 TP2 5 VOUTB D3 11
36 10 D4
+15V D4 D0 24
17 J10-17 C16 9 D5 D0
D5 D1 23
35 J10-35 R25 8 D6 D1 VOUTA 4
D6 D2 22
16 J10-16 10K 0.1 U14A 7 D7 D2 R102
D7 D3 21
LM324 D3 VOUTB 9

4
34 4 ROFSB
D4
15 1 + 3 20 D4 30K
J10-15 kVp REF J10-7 DACLD AC D5 U54
33 - 2 24 ROFSA LDAC 20 19 D5
D6 18 TL431
14 D6

11
J10-14 C15 3 REFINB DAC2WR D7 R55 R101
32 J10-32 CS 18 17 D7 3 REF K 1
1 REFINA WR\
13 J10-13 0.1 WR 19 ROFSB 12 1K 10K
A
31 DACLD AC 14 -15V
J10-31 -15V 2 REFOUT A1 LDAC ROFSA 2
12 J10-12 A0 16 2
A0
30 A1 17 DAC2WR 1 CS REFINB 10

12 DGND
6 AGND
J10-30
WR\

23 VSS
11 J10-11 13 WR REFINA 3
TO J1 29
POWER J10-29
10 A1 16 A0
SUPPLY J10-10 C30 AGND 8
28 A0 15 A1

11 DGND
5 AGND
9 J10-9 0.1

7 VSS
27 J10-27 -15V
8 J10-8 TP4
26 C111
+15V
7 C26
J10-7
25 0.1
J10-25 U18
B
6 R30 0.1 -15V B

VDD 21
J10-6 U14C AD7237
24 10K
J10-24 LM324
5 J10-5 9 15 D0
+15V
-
AEC REF OUT J7-1 8 D0
23 J10-23
+ 10 22 VOUTA 14 D1
D1 C112
4 J10-4 13 D2
D2 U53
22 J10-22 5 VOUTB 11 D3
D3 MX7837 0.1
D4

VDD 6
3 J10-3 D4 10
21 TP3 9 D5
D5 D0 24
2 J10-2 8 D6 D0
D6 D1 23
20 J10-20
R10 7 D7 D1 VOUTA 4
D7 D2 22
1 J10-1 R5 4 ROFSB D2
D3 21
M1 10K
10K U14D D3 VOUTB 9
LM324 24 ROFSA LDAC 20 DACLD AC D4 20
M2 D4
R7 - 13 D5 19
FIL REF #2 J3-2 14 D5
12 3 REFINB DAC1WR D6
CS 18 18
+
3.3K D6
1 REFINA WR\ D7
TP21 WR 19 17 D7
ROFSB 12
2 REFOUT A1
A0 16 DACLD AC 14
A0 LDAC ROFSA 2
A1 17

12 DGND
6 AGND
J3
DAC1WR 1

23 VSS
8 CS REFINB 10
15 WR\ 13 WR REFINA 3
7 J3-7 C25
14 A1 16 A0 AGND 8
6 J3-6 0.1 A0 15 A1

11 DGND
5 AGND
13 J3-13 -15V

7 VSS
C
TO J2 5 RESET\
C

J3-5
POWER 12 +5V
SUPPLY C113
4 U13A
11

VCC 14
J3-11 74HC74

PR 4
3 0.1
J3-3 -15V
10
5 Q D 2
2 J3-2
9 J3-9 CLK 3
1 J3-1 6 Q

7 GND
R8 R6

1 CL
M1
M2 10K 10K
3

3
2 2
DACLD AC
1

Q2 Q3
R12 R4
MPS8099 MPS8099 U13B
10K 10K DACLD AC

PR 10
74HC74 DACLDAC
DAC1WR DAC1WR
DAC2WR DAC2WR
9 Q D 12 WR\ WR\
CLK 11 RESET\ RESET\
8 Q
A[0..7]

13 CL
D[0..7]
+5V
PSWR
D E3 E4 E1 E2 D

GND PSOUTEN
1
2

1
2

1
2

C44
0.1 GND DRAW N
HIGHEST REFERENCE DESIGNATIONS GUI FONE 10NOV98
ORIG/DES.ENG J.BARNES 10NOV98
Communications & Power Industries
Canada Inc.
APPROVALS DATE
SEE SHEET 1 TITLE
ENGINEER
S.CARTWRIGHT 10NOV98 SCHEMATIC,
DES/MFG AUTH.
J.BARNES 10NOV98
GENERATOR CPU BOARD
REFERENCE DESIGNATION NOT USED
CONTRACT No.
734573 MILLENIA SIZE CAGE CODE DWG NO. Rev

COMPUTER GENERATED SEE SHEET 1 NEXT ASSY USED ON D 02845 734571 J

Friday, November 06, 1998 DWG LEVEL 3
APPLICATIONS SCALE 5 OF 7
1 2 3 4 5 6 7 8
 1 2 3 4 5 6 7 8

REVISIONS

ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE

FOR REVISION SEE SHEET 1 G.F. G.F. J.BARNES 10NOV98

A J6 RN14H A
J7 9 8 D0
1
1 J7-1 RN14G
100 10 7 D1
2
2 RN14F
11 6 100 D2
3 RN14E
3 J7-3 100 12 5 D3
4
4 J7-4 RN14D
13 4 100 D4
5
5 RN14C
100 14 3 D5
6
6 J7-6 RN14B
15 2 100 D6
+5V 7
7 J7-7 RN14A
100 16 1 D7
8 +12V
8 100
9
9

5
TO J12 GENERATOR IOWR1

3
TO J11 GENERATOR RN19D RN19C INTERFACE PWB 10
10 J7-10 RN19B
INTERFACE PWB 1K 1K IOWR2
11 1K

6
11 J7-11 +12V

4
+5V IORD1
12
12 J7-12

*
IORD2
DS40 13
13 J7-13 R96 DS42 DS41
YEL 14

14
14 1K R91 VLED
R97 1 U45B A LE GRN RED
3 4 JW3 15
15 2 6 100
1K U45A 5 1
16

5
16 SYNCIN 2

7
U51 74HC00 74HC00
3 17 EXPSW
B
17 J7-17 4N35 B

LINESYNC
18

4
18 J7-18
PTSTOP\ 19
19 U45C RESET\
9 20
20 J7-20 R100 8
10 PTSTOP
475 IOWR1
74HC00 IOWR1
C109
0.01 IOWR2 IOWR2
TP16 IODR1 IORD1
IODR2 IORD2
+5V +15V +12V +5V A LE
R75 ALE
10K LINESYNC LINESYNC
R78 R86 R76
3.3K 2.2K 1K RESET\ RESET\
VLED
+
R74
TP17 C69 C72
10K D[0..7]
0.1 220 DS36 DS38 DS33
J13
GRN GRN GRN
1 R77
+15V
10K
2 TP18
+ D10
3 C63 1N4007
C
+ R80 10 C

4 DS37 DS39
C78 C77 10K
D9 GRN GRN
0.1 220
1N4007
TP19
5
TO J3 GENERATOR R81 R90
C98 D8
INTERFACE PWB C97
+
-15V R85 3.3K 2.2K
1N4007
220 10K +12V
0.1 TP20
-15V -12V
6
+
7 R89
C104 C103 POWER SUPPLY LEDS
10K
0.1 220

8
9 C106
C105 -12V
+
0.1 220

D D

U45D DRAW N
HIGHEST REFERENCE DESIGNATIONS GUI FONE 10NOV98
12 Communications & Power Industries
11 ORIG/DES.ENG J.BARNES 10NOV98
13 Canada Inc.
APPROVALS DATE
SEE SHEET 1 TITLE
74HC00 ENGINEER
S.CARTWRIGHT 10NOV98 SCHEMATIC,
DES/MFG AUTH.
J.BARNES 10NOV98
GENERATOR CPU BOARD
REFERENCE DESIGNATION NOT USED
CONTRACT No.
734573 MILLENIA SIZE CAGE CODE DWG NO. Rev

COMPUTER GENERATED SEE SHEET 1 NEXT ASSY USED ON D 02845 734571 J

Friday, November 06, 1998 DWG LEVEL 3
APPLICATIONS SCALE 6 OF 7
1 2 3 4 5 6 7 8
 1 2 3 4

REVISIONS
+5V
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
FOR REVISION SEE SHEET 1 G.F. G.F. J.BARNES 10NOV98

1
RN11A RN11B RN11C RN11D RN7G RN7H RN11H RN11E RN11I
1K 1K 1K 1K 1K 1K 1K 1K 1K

10
DS34 DS35 DS30 DS31 DS27 DS28 DS26 DS8 D S7 DS5 DS6 DS25 DS24 DS22 DS23
RED RED RED YEL YEL YEL YEL YEL +5V
+5V GRN GRN GRN YEL YEL YEL YEL
U16 U27
U19 20
A
UDN2981A P/S ON KV EN. PREP X-RAY HS/LS T2/T1 SMALL LARGE FLUORO 74HC574 A

VCC 20
74HC540
VLED VCC
18 1 18 2 19 2 D0
Y0 A0 Q0 D1
J10-14 17 2 17 3 18 3 D1
Y1 A1 Q1 D2
J10-15 16 3 16 4 17 4 D6
Y2 A2 Q2 D3
J10-16 15 4 15 5 16 5 D5
Y3 A3 Q3 D4
J10-2 14 5 14 6 15 6 D4
Y4 A4 Q4 D5
J10-17 13 6 13 7 14 7 D3
Y5 A5 Q5 D6
J10-19 12 7 12 8 13 8 D2
Y6 A6 Q6 D7
J3-6 11 8 11 9 12 9 D7
Y7 A7 Q7 D8
+5V
10 9 OE1 1 CLK 11 PSWR

10 GND
JW5 OE2 19 OC 1
FOCUS 1 GND
2 10
FLUORO SELECT 3

PSOUTEN
+15V
R32
100 +5V
R27
J10-10
100

1
B
D1 B

RN7B RN7A RN6A RN7D RN6B RN7C RN6C RN7E RN6D RN7F RN6E
1N4007
1K 1K 1K 1K 1K 1K 1K 1K 1K 1K 1K

6
J10-29
1

U17
4N35
DS20 DS21 DS17 DS18 DS13 DS14 DS11 DS12 DS9 DS10
2

3 GRN RED GRN RED GRN RED GRN RED GRN RED +5V
2
R33
Q4
1

1K U24
MPS8099

VCC 20
ROTOR P/S READY FILAMENT HV 74HC540
-15V
VLED CONTACTOR ROTOR FAULT 2 18 D0
J10-1 A0 Y0
NOT READY D1
1

3 A1 Y1 17
U5 FIL FAULT 4 16 D6
4N35 HV FAULT A2 Y2
5 15 D5
CONTACTOR OFF A3 Y3
6 14 D4
2

J10-20 LARGE FIL A4 Y4

7 13 D3
A5 Y5
J10-3 8 12 D2
A6 Y6
9 11 D7
A7 Y7
1

+5V
U6
4N35 U35 1 OE1

10 GND
74HC138 19 OE2
16
2

J10-22 D[0..7]
J10-4 1 A VCC 15
Y0
1

2 B Y1 14
C
U7 3 C 13
C

4N35 Y2
+5V Y3 12 PSRD
11
2

J10-23 Y4
6 G1 Y5 10 LINESYNC
J10-5 4 G2A Y6 9
C60 BATLEV
1

5 G2B Y7 7
U8 0.1
GND
4N35
8
2

J10-24 +5V +5V +5V

J10-6
1

U9 R14 R9
4N35 4.75K 1K

1
2

2
J10-25 Q1

3
MPS8599 DS2 D S4
J10-8 R13
YEL YEL
1

10K
U10
4N35 VLED
J3-7 HIGH\/LOW
+5V
2

LOW HIGH
J10-27
J10-33 ITLK1
R28
D
1K D

J10-35 EXPSW
J3-5
1

1
U3
RN7I RN11F RN11G HIGHEST REFERENCE DESIGNATIONS DRAW N
GUI FONE 10NOV98
4N35
1K 1K 1K ORIG/DES.ENG
J.BARNES 10NOV98
Communications & Power Industries
Canada Inc.
2

10

8
APPROVALS DATE
J3-13 SEE SHEET 1 TITLE
ENGINEER
S.CARTWRIGHT 10NOV98 SCHEMATIC,
DES/MFG AUTH.
J.BARNES 10NOV98
GENERATOR CPU BOARD
REFERENCE DESIGNATION NOT USED
CONTRACT No.
SIZE CAGE CODE DWG NO. Rev
734573 MILLENIA
COMPUTER GENERATED SEE SHEET 1 NEXT ASSY USED ON D 02845 734571 J
Monday, November 23, 1998 SCALE DWG LEVEL 3
7 OF 7
1 2 3 4
 REVISIONS

ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE

A CREATED PER ENG H.W. G.F. H.WANG 21JAN99

J1 K1
J4
1
1

2
2
FROM CONTROL BD(J11) TO INVERTER MODULE #2
GATE DRIVE J1
3
3

4
JW2EN-DC12V
4

J2 K2
J5
1
1

2
2
FROM CONTROL BD(J12)
GATE DRIVE TO INVERTER MODULE #3
3
J1
3

4 JW2EN-DC12V
4

J3
FROM AUX BD
1

FLUORO/LOW POWER MODE D1

2 1N4007

DRAWN Communications & Power Industries

HIGHEST REFERENCE H.WANG 30JUN98
DESIGNATIONS
ORIG/DES ENG Canada Inc.
HTW 21JAN99

D1, J5, K2 APPROVALS DATE

PROD ENG TITLE

SCHEMATIC,
DES/MFG AUTH
POWER MODE SELECT
H.WANG 21JAN99
REFERENCE
DESIGNATIONS NOT USED CONTRACT No. SIZE CAGE CODE DWG NO REV
----------
B
732961 INDICO 100 02845 732959 A
COMPUTER GENERATED January 21, 1999
NEXT ASSY USED ON SCALE SHEET
NTS DWG LEVEL 3 1 OF 1
 8 7 6 5 4 3 2 1
REVISIONS
NOTES: ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
1. ALL RESISTOR VALUES ARE IN OHMS 1/4W 2%
B CREATED PER ENG Emir Emir J.CUNNINGHAM 27MAR96
UNLESS OTHERWISE SPECIFIED
C INC PER ECO No. 15196 Emir Emir J.CUNNINGHAM 28JUN96
2. ALL CAPACITOR VALUES ARE IN MICROFARADS
D INC PER ECO NO. 15359 Emir Emir G.SANWALD 15JAN97
UNLESS OTHERWISE SPECIFIED
E INC PER ECO No. 16374 Emir Emir J.CUNNINGHAM 20OCT97

3. ( *
) SEE TABLE 2 F INC PER ECO No. 17406 Emir Emir J.CUNNINGHAM 24SEP98

G INC PER ECO No. 18798 Emir Emir C.FRIAS 10MAY99

H INC PER ECO No. 19345 Emir Emir C.FRIAS 25FEB00

J INC PER ECO No. 19764 Emir Emir H.WANG 18SEP00

K INC.PER ECO No. 20315 G.F. G.F. J.PENNOCK 06APR01

J2
L INC.PER ECO No. 20471 G.F. G.F. C.FRIAS 20JUN01
20
D D
M INC.PER ECO No. 20696 G.F. G.F. J.PENNOCK 05NOV01
19 N INC.PER ECO No. 21192 G.F. G.F. VU DOAN 14MAY02
JW1 +35V
P INC. PER ECO No.21466 Emir Emir C.FRIAS 26SEP02
18 5.5A 1
RN3A R INC. PER ECO No.21610 G.F. G.F. S.CARTWRIGHT 27NOV02
1 16
17 SET IMAX 2
R44 R48
T INC. PER ECO No.21694 G.F. G.F. VU DOAN 16DEC02
6.5A 10K
100 100 U INC. PER ECO No.22152 G.F. G.F. VU DOAN 09JUL03
16 3 2W 2W
R42 V INC. PER ECO No.22288 G.F. G.F. C.FRIAS 22AUG03
C21
274K Q14 R43 R47
15 RN3E RN3D RN3C RN3B .0022 +12V W INC. PER ECO No.23332 G.F. S.B. C.FRIAS 16NOV04
MPS8599
5 12 4 13 3 14 2 15
+12V 82 2W 82 2W
14 10K 10K 10K 10K Q6 Q12
-12V IRF9540 Q8
C20 MJE180 IRF9540
+12V Q2
13 1 R32
TP1 +12V C5 274K MJE180
.01
12
8
U1A R33
3 1458 100
11 RN3G R29 2W
1
7 10 2 100
D3 D2 2W C25
1N4148 U3 1 C14 R62
10 1N4148 D6 TP3
10K 5 .0022 1000 22.1K
1N4148 UC3524AN
50V
4 C24
9 R36
9 V 12
U1B
* RN2A
1458
U4B
1458
COMP I
N
C1
10 TP5
1 16 6 RN5G -12V RN4H 1 .001
8 -IN
7 7 10 8 9 6 11
* 10K
RN2B 5 4.7K 7 2
+IN
E1
2 15 10K 5 RN5A
7 D5 D4 16 1 16 13
* RN1A
10K
1N4148 1N4148 6 * RN1E * RN2E
D11
1N4148 4.7K
VREF C2
16 1 C7 RN3F 12 5 12 5 3
6 10K OSC
10K .01 R20 14
* RN1B 10K 10K C10 10
E2

5
15 2 1 * RN1F * RN2F
D9
1N4148 3.32K 1
SD
1 11 6 11 6 0.33uF 6 4
10K
* RN2C
D10
5 RT
G
+CL
3 14 10K 10K RN5B 7 5
4
10K * RN1G * RN2G CT N -CL
* RN2D -12V 10 7 10 7 1N4148
4.7K D
C 4 13 2 C
3 10K 10K Q9
* RN1C
10K
* RN1H * RN2H 3 R30
3.01K
8 C22 MJE170
14 3 9 8 9 8 RN5C C15
2
10K 4.7nF
* RN1D 10K 10K TP4 4.7K
Q3
1 63V
13 4 1
1 MJE170
10K 4
9
4
RN3H R52
RN5D 10K 100
4.7K -12V Q13
8 2W IRF530
R51 Q7
1
+12V 3 100 IRF530 R49
2W
R10
R45
82 2W C26
475K Q15
MPS8099 .0022
+12V D7 +12V 82 2W
1N4148 C23 R50
.0022 100
U2B 8
Q1 U2A 8 RN5F D30 R60 R46 2W
1458 100
MPS8099 1458 RN4C RN4D 6 3 6 11
RN4A 3 14 3 4 13 7 1 2W
4.7K 1N4148 10K
1 16 1 10K 10K 5 U4A 2
2 1458
10K +12V C18
D1 C11 4 .1
1N4148 4 2 1.0 D8
RN4B 1N4148 CW -12V
-35V R61 C4
10K
-12V IF SCALE R21 22.1K 1000
50V
1 10K
5 R53 RMS CNVERTER
-12V

R59 R13 10K U7

1.62K 7 CA3046 L1
10K
RN4G R56
10K 9 5 8
C2 C3
8
1 10 4 6 10K
RN4F U8C R55 B2 B3
0 13
11 6 TL084CN 14 10 7 D29 D12 D27
E4 E3 1N4148
12 U8D D23
10K
TL084CN
1.2K
9
B4 C1
1
1N4148 1N4148 * 1N6295
RN4E R54
B 12 5 11 2 T1 E2 B
C4 B1
6
10K 10K 3 7
5 E1E2
5 R58 *
D24
14 U8B 68.1
RN5E C5 1N6295 J5
TL084CN
4.7K 12 E1
B5 E 1
1 5
2 R57 LARGE
D26 1 10K
11DQ06 +12V 2
3
D13 D28
1N4148 1N4148 3
-12V D21
K1 * SMALL
* 1N6295
4
E3 E4 *
D25
1N6295
J8 (LARGE)
*
E5 E6
J4 (SMALL)
SPARES *
+12V
+35V
C16
J1 F2
1 4 .1
4A, 250V 3 9
F1
1 RN5H
2 4.7K
2
4A, 250V U8A
+12V TL084CN
3 -35V 1 8
C17
1

4
.1
C1 C3 C12 C6 TP2
-12V
.1 .1 .1 .1
5

6
C2 C13 C8 C9
A .1 .1 .1 .1 DRAWN A
HIGHEST REFERENCE Emir 19MAR96 Communications & Power Industries

TABLE 1 F=FITTED NF= NOT FITTED TABLE 2

DESIGNATIONS
CHECKED
Emir 27MAR96
Canada Inc.

TEST POINT FUNCTION PART NUMBER E3-E4 E5-E6 RN1 RN2 K1 D21 D23 D24 D25 C26, D30, F2, J8, E6, K1, L1 APPROVAL DATE
(J8) (J4)
TITLE
-12V Q15, R62, RN5, T1, TP5, U8 ENGINEER
TP1 FIL.FAULT G.SANWALD 27MAR96
731407-00 (UNIVERSAL) NF NF F NF F F F F F
TP2 GROUND DES/MFG AUTH.
J.CUNNINGHAM 27MAR96 SCHEMATIC,
731407-01 (LARGE) F NF F NF NF NF F F NF
TP3 GATE DRIVE

TP4 FEEDBACK CURRENT (1V=1A)

731407-02 (SMALL) NF F NF F NF F NF NF F REFERENCE DESIGNATIONS
NOT USED
FILAMENT SUPPLY
TP5 INVERTER OUTPUT
C19,D14-D20,D22,J3,J4,J6,J7, CONTRACT No. SIZE CAGE CODE DWG NO REV

Q4,Q5,Q10,Q11,R1-R9,R11,R12,
731407

NEXT ASSY
GENERATOR

USED ON
D
02845 731405 W
COMPUTER GENERATED R14-R19,R22-R28,R31,R34,R35, November 16, 2004
SCALE SHEET
NTS LEVEL 3 1 OF 1
R37,R38-R41,U5,U6
8 7 6 5 4 3 2 1
 8 7 6 5 4 3 2 1
REVISIONS
NOTES:
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
1. ALL RESISTOR VALUES ARE IN OHMS, 1/4W, 1%,
UNLESS OTHERWISE SPECIFIED. A CREATED PER ENG H.W. Emir H.WANG 04NOV96

2. ALL CAPACITOR VALUES ARE IN MICROFARADS B INC PER ECO No. 16371 Emir Emir H.WANG 17OCT97
UNLESS OTHERWISE SPECIFIED.
C INC PER ECO No. 17065 Emir Emir R.HAN 13MAY98

D INC PER ECO No. 18563 Emir Emir J.CLARKE 18FEB99

E INC PER ECO No. 20121 Emir Emir C.FRIAS 27FEB01

F INC PER ECO No. 20814 Emir Emir C.FRIAS 29NOV01

G INC PER ECO No. 21045 Emir Emir C.FRIAS 21MAR02

H INC PER ECO NO. 21465 Emir Emir C.FRIAS 25SEP02

J INC PER ECO No. 23185 G.F. G.F. C.FRIAS 10SEP04

D D

R4 C1

47.5 0.1
400V

R10 R11

1 1
10W 10W Q1

12V
R2
R3
392 J3
R1 U1 SHIFT1
332 9
1 6
1K
R9 * 8

2 4 SHIFT2
7

R7 C2
2
K2
1
E9 E1
* C3 E2 E10

6
K4B
4
6
MOC3082 8
47.5 0.1 MAIN2
600V 5 TO

J1 F1 Q2
K1B 4 2
K3 *
1 11
K4A 13
4
TUBES
ROTOR
1
6 9
C 8A SB 8 C
250V 3 MAIN1
2 R8

F2 R6
332 2
392
3
1W
5A SB F3 K1A 13
250V 1 COM
11
4
9
8A SB
J2 250V
12V
1
TP1 12V
2 12V 1 1
U2 6 6
TP4 R5
1 6 K1 K4
3 D1 D2
1K
1N4007 1N4007
4 1 1
3 4 3 4
2 4
K2A K3A
5
TP2
6 MOC3082
TP3
7

10

B B

* REFER TO TABLE

TP1 - GROUND

TP2 - RUN
PWBA C3 R9 K3
TP3 - BOOST 732752-00 30uF, 330VAC 392K, 1/4W MTD ON BOARD WHITE

TP4 - +12V
732752-01 12.5uF, 440VAC 51K, 1/2W MTD ON C3 YELLOW

732752-02 45uF, 330VAC 392K, 1/4W MTD ON BOARD WHITE

732752-04 100uF, 330VAC 392K, 1/4W MTD ON BOARD WHITE

A DRAWN HTW 23OCT96 A

HIGHEST REFERENCE Communications & Power Industries
DESIGNATIONS Canada Inc.
CHECKED
Emir 04NOV96
C3, E10, F3, J3, K4, Q2, R11
APPROVAL DATE
TP4, U2
TITLE
ENGINEER
M.McCAULEY 04NOV96

DES/MFG AUTH.
SCHEMATIC
H.WANG 04NOV96
LOW SPEED ROTOR BOARD
REFERENCE DESIGNATIONS
NOT USED

E3-E8 CONTRACT No. SIZE CAGE CODE DWG NO REV

732752 VPW2920-01 D
02845 732750 J
NEXT ASSY USED ON
COMPUTER GENERATED September 10, 2004
SCALE SHEET
NTS DWG LEVEL 3 1 OF 1

8 7 6 5 4 3 2 1
 1 2 3 4 5 6 7 8

REVISIONS
NOTES: ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
1. ALL RESISTOR VALUES ARE OHMS .25W, 2%
A CREATED PER ENG. B.M EMIR L. FOSKIN 08MAY97
UNLESS OTHERWISE SPECIFIED.
B INC. PER ECO NO. 19690 EMIR EMIR S. CARTWRIGHT 08MAY97
2. ALL CAPACITOR VALUES ARE IN MICROFARADS
UNLESS OTHERWISE SPECIFIED. C INC. PER ECO NO. 22263 G.F G.F S. CARTWRIGHT 18AUG03
C CONVERTED FM. DOS TO WINDOWS M.N.D G.F S. CARTWRIGHT 09SEP03
3. PARTS MARKED * ARE NOT INSTALLED
RECORD CHANGE PER ECO # 22430

J1
TB10
TB9 1
NOMINAL 5 R8
A
220V AC 4 C8 5 2
A

475K NOMINAL
1.5A TOTAL 3 0.1 110V AC 4
TB11 SOURCE C9 R9 3
2 2.5A TOTAL 3
5 -- K2 SOURCE 0.1 475K
1 2 4 TO
4 -- K1
-- K4 E6 1 GENERATOR
3 5
2 -- K3 RELAY CONTACT
VOLTAGE SELECT
INTERFACE
-- K6 6 BOARD
1
+ 7
R7 C7
TB7
TB8 3.01K E7 1000 8
+24V ZERO 5
UNREG 5 VOLTS
JW8 DS1 RETURN 4 9
C1 C4 24VDC 4
R1 R4 4A LED 3
4 4 3
6 TOTAL 2
22R, 0.5W 0.1 22R, 0.5W 0.1 8 K13A 3 SOURCE 2 POWER
JW4 1
2 1 ON
JW9 1 1
JW10 2
JW2
3 TB6
4 K2A 1 K4A
TB1 6 TB2 4 4 SPARE OUTPUT
12
8 2 6
BUCKY 12 8 5 11
OUTPUT 3 OUTPUT BUCKY 1 12 TP14
3 SELECT 11 SELECT 6 REMOTE + 10
4 11
10 7 EXPOSURE - 9
5 10
9 8 REMOTE + 8 1
6 9 PREP - J2
8 E1 E4 7
7 8 INPUT REMOTE
7 E2 + 6
B
8 INPUT COLLIMATOR + 7 FLOURO
- 1 B

6 E3 INTERLOCK - EXPOSE 5
6 2
+ 5 II + 4
INPUT SPARE
BUCKY + 5 SAFETY - 3
- 4 INPUT - 3 +24V
CONTACTS 4 4
3 JW1 JW3
ALE 2 JW7
3 OUTPUT 5
TOMO/BUCKY 2 BUCKY 2 1
OUTPUT
4 SELECT
1 OUTPUT 2 1 8 K12A 4 6
1 2
SELECT
1 2 6 3 7
4
3 3 2 8
4 8 4 1 9
8 5 6 5 10
6 4
4 6 K3A 6 11
K1A JW11
JW12 7 C3 7 12
8 R3 8 13
R2 C2 22R, 0.5W 14
0.1
15
22R, 0.5W 0.1 16
17 TO
18 GENERATOR
INTERFACE
19
BOARD
R5 C5 20
21
22R, 0.5W 22
0.1 23
24
25
C JW13 16 1 TP13
K13B
* 26
C

16 1 TP4
* 27
4 K8A 16 1 TP3 * K4B
28
TB4
8
6 K3B 16 1
K2B
TP2
* 29
DRY ROOM 12 16 1 TP1
K1B
* 30
CONTACTS LIGHT 11
10 16 1 TP6 *
16 1
K7B
TP7
* 31
K6B 32
TB5 INPUT
THERMAL 9 1 16 1 TP12
* 33
INPUT MULTIPLE SPOT + 12
SWITCH 1 8
R6 C6 JW5 16 1 TP5
K5B
* K12B
34
EXPOSURE - 11 INPUT
THERMAL 7
1 16 1 TP8
* 35
10 4 K11A
6
SWITCH 2 6 22R, 0.5W 2 16 1 TP9
K9B
* K8B
36
MAG1 9 8 INPUT
ROOM DOOR
INTERLOCK
5 0.1 3 +24V
16 1
K10B
TP10
* 37
8 K10A TUBE 1 INDICATOR
4
3 +24V
JW14 4 16 1 TP11
K11B
* 38
7 4 K6A 5 39
DRY 6 2 JW6 TB3 4
CONTACT MAG2 6 8 OUTPUT TUBE 2 INDICATOR 4 6 6 40
COMMON 1 6 4 12 8
5 8 K7A OUTPUT
TOMO/BUCKY
7
4 K9A 3 START 11
4 6 8
8 2 10
MAG3 3
1 9
2 E5
8
1
TOMO + 7
INPUT -
EXPOSURE 6
INPUT REMOTE + 5
TOMO SELECT - 4
4 K5A
3 6
D DRY COLLIMATOR 2 8 D

CONTACT BYPASS
1

HIGHEST REFERENCE DESIGNATIONS DRAW N MARVIN DUARTE 08OCT03

Communications & Power Industries
ORIG/DES ENG
STEVE BLAKE 08OCT03 Canada Inc.
C9, DS1, E7, J2, JW14, APPROVALS DATE
TITLE
K13, R9, TB11, TP14 PROD ENG
S CARTWRIGHT 09OCT03 SCHEMATIC
DES/MFG AUTH.
STEVE BLAKE 15OCT03 ROOM INTERFACE
REFERENCE DESIGNATION NOT USED
CONTRACT No. DRAW ING NO. REV.
CODE IDENT NO. SIZE
733184 GENERATOR
02845 D 733182 C
COMPUTER GENERATED NEXT ASSY USED ON DW G LEVEL 3 SCALE NTS SHEET 1 OF 1

1 2 3 4 5 6 7 8
 8 7 6 5 4 3 2 1
REVISIONS
NOTES:
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
1. ALL RESISTOR VALUES ARE IN OHMS 1/4W 5%
UNLESS OTHERWISE SPECIFIED. 2 INC PER ENG. J.C. Emir S.C J.C. 01SEP94

2. ALL CAPACITOR VALUES ARE IN MICROFARADS 3 INC PER ECO No. 14083 Emir Emir G.SANWALD 27SEP94
UNLESS OTHERWISE SPECIFIED.
A INC PER ECO No. 14084 Emir Emir G.SANWALD 27SEP94
3. TAB "-01" INSTALL ONLY J1-J6, TP5.
B INC PER ECO No. 14133 Emir Emir G.SANWALD 20OCT94

C INC PER ECO No. 15473 Emir Emir M.PHILLIPS 10DEC96

D INC PER ECO No. 16111 Emir Emir S.CARTWRIGHT 20JUN97

E INC PER ECO No. 16121 Emir Emir D.YAKE 26JUN97

F INC PER ECO No.18348 Emir Emir S.CARTWRIGHT 28FEB00

J7 R7 R8 R9 R17 R18
D D
-1000V
1
2 R48 1M 1M 1M 1M 1M
3
4 100K
TP4
J1 R49 +12V -12V -24V
100K R1
1 D11 C4 C9 C8
T1 1K
2
5
3
4 1N3070 .01 D6 D5 .01 D4 D3 .01 D2 D1
5 TP5 C15 L1 600V 600V 600V
6 .01 E2 2
7 START (1) C3 C2 C1
8 L (1) 23 uH
9 N (1)
10 R (1) .01 .01 .01
6
11 SIG (1) 600V 600V 600V +300V
12
4
C18 C20 C22 C24 C25
+500V
C5
E3 1 .01 .01 .01 .01 .01
D12 200V D13 D14 200V D15 D16 200V D17 D18 200V D19 D20 200V D21

1 uF
C14 C17 C19 C21 C23
3

.01 .01 .01 .01 .01

200V 200V 200V 200V 200V
+50V

R44

100K

R45

100K
J2
1
2
3
4
C 5 C
6
7 START (2)
8 L (2)
9 N (2)
10 R (2)
11 SIG (2)
12

J6
1 1 1 1 1 9 7 5 3 1
9 7 5 3 1

2 1 1 1 1 1
0 8 6 4 2 0 8 6 4 2 +12V

TP1

R39 C16 C7
6.8nF 10 C6
R47 R46 R43 R42 R41 R36 R35 R34 R26 R22 1
100K R23 R30
R11 R13
100K 10K
1M 1M 1M 1M 1M 1M 1M 1M 1M 1M 220 220
R40
J3 R27 C12 R33
90.9K -12V .01 10K D7 D9
1 100K
2 Q1 Q3
3 TP2
6
4
U1B 7
5
5
6 LF353N
7 START (3)
8 L (3) +12V U3
9 N (3) C27 R29 E2 E3
2 5
10 R (3) 0.1 +V CT
1 6 R25 2.74K
11 SIG (3) -V RT
3 7
12 C10 SYNC DISC
.01 22
R28 8 9
CSS COMP C13 Q2 Q4
49K9 R21 R20 10
+12V SD 2.2nF
1K 1K 16 R14
B C26 VREF R12 B
10 4 220
OSC 220
R31 11
OUTA
14
R32 OUTB D8 D10
475K SG3525

121K
U2A R10 R19 R24
14016 20K 20K 20K
2 1
TP3
R16
SPARE
1K
U2D 1 R15
14016 3 10K C11
R37 .01
9 8
100K R6 R4 R3 R5
10 10 10 10 8 U2B
3 LF353N 14016
R38
J4 1 11 10
U1A
-24V -12V +12V U2C 2
1 100K 6
14016
2 J5 3 4 4
3 +12V
4 2 1 1
5 4 3 2
6 6 5
7 START (4) 8 7
8 L (4) 10 9 5
9 N (4) 12 11
10 R (4) 14 13
11 SIG (4) 16 15
12 18 17
20 19

A DRAWN A
HIGHEST REFERENCE Emir 07SEP94 Communications & Power Industries
DESIGNATIONS Canada Inc.
CHECKED
Emir 27SEP94
C27, D21, J7, Q4, R49
APPROVAL DATE
TP4, T1, U3
SCHEMATIC
ENGINEER
J.CUNNINGHAM 27SEP94 SCHEMATIC DIAGRAM
DES/MFG AUTH.
S.CARTWRIGHT 27SEP94 AUTOMATIC EXPOSURE CONTROL
REFERENCE DESIGNATIONS
NOT USED ----------------------- INTERFACE
R2 CONTRACT No. SIZE CAGE CODE DWG NO REV
728399 MANUALS D
02845 728401 F
NEXT ASSY USED ON
COMPUTER GENERATED February 28, 2000
SCALE SHEET
NTS LEVEL 3 1 OF 1

8 7 6 5 4 3 2 1
 8 7 6 5 4 3 2 1

REVISIONS
NOTES: Z ONE LTR DESCRIPTION D WN C HKD APPROVED DATE
1. ALL RESISTOR VALUES ARE IN OHMS 1/4W 5%
A INC PER ENG. Emir Emir D.YAKE 0 8OCT99
UNLESS OTHERWISE SPECIFIED.
2. ALL CAPACITOR VALUES ARE IN MICROFARADS E (4) B INC PER ECO No. 19065 Emir Emir S.CARTWRIGHT 2 5OCT99
UNLESS OTHERWISE SPECIFIED. C INC PER ECO No. 19263 Emir Emir S.CARTWRIGHT 28JAN00
3. FOR COMPONENTS VALUE/TYPE OF ITEMS WITH
SEE SHEET 3 TO 5 FOR A LISTING OF COMPONENT * +12V -3V D INC PER ECO No. 19348 Emir Emir S.CARTWRIGHT 2 9FEB00
VALUE CHANGES. JW 43 R 52
* 5 R50E 12 E INC PER ECO No. 20684 Emir
Emir
Emir S.CARTWRIGHT 0 5OCT01

4. D69 AND C48 NOT ON PWB LAYOUT. 4 .99K 33K 14 5 7 F INC PER ECO No. 20781 Emir S.CARTWRIGHT 14NOV01
1 R50A 16 G INC PER ECO No. 20859 Emir Emir S.CARTWRIGHT 14DE C01
5.
** NOT FITTED.
+12V
C 41
3 3K 3 4 H INC PER ECO No. 21803 J.H. J.H. S.CARTWRIGHT 01APR03
1 nF
J INC PER ECO No. 22412 G.F. G.F. S.CARTWRIGHT 1 6OCT03
1 U4C R36
140 66 G.F. G.F.
* D 62I
11 R50F 6 6
- U 7B
* 1K K
L
INC PER ECO No. 23141
INC PER ECO No. 23141 G.F. S.C.
S.CARTWRIGHT 18AUG03
S.CARTWRIGHT 05NOV04
D 8 7 15 R50B 2 6 D
-
SIG (1) R 86 JW 44 33K 5
+
7
33K M INC PER ECO No. 23635 G.F. B.Z. S.CARTWRIGHT 30MAR05
8 5
+
1 00 J W45 10 R5 0G 7 R 41 C4
8
**
C 22 J W46 33K R 50H
LF 412 100K 14 R 50C 3 LF 412 CH1 .47 JW 2 U 3B
N INC PER ECO No. 23805 G.F. C.W. S.CARTWRIGHT 02J UN05

14
D62J 3 3K
2
33K 4 * U 5B R1 AEC R 34 11
140 66
10
P INC PER ECO No. 23986 G.F. C.W. S.CARTWRIGHT 25AUG05
100K TIME R 45 JW 3 100 R INC PER ECO No. 24147 G.F. C.W. S.CARTWRIGHT 3 1OCT05
+12V 9
-12V R 50D ADJUST T INC PER ECO No. 24453 G.F. C.W. S.CARTWRIGHT 11APR06
1 10K
U4A 33K CW
R 38 +12V E (4) 13 140 66 12
D62A 1M 13 D 51 U INC PER ECO No. 24630 M.D. G.F. C. WINTERS 10 JUL06
8 +12V
JW 47 R 88 2 R 37 1N41 48
START (1) R67 3 8 1K
+ 1 1
100 2 1 00 2 3 U3 -12
- U6A + 1 4 -12V
D 62B C10 2
4 L F412 - 2
-
14 1
-12V * .22
C9
4
U7A
LF 412
* 3
+ 1 U3 -13
-12V
A (1) R66 R 65 -12V D 53 D 52
R 40 8
U5A
LF 412 *
1 00 1M 1K +12V
JW 48 R 75
* 1 R 51A 16
E (4)
U3 -5
4 .99K 3 3K
+12V 6
C 42 5 R51E 12 U3 -6
1 1nF 3 3K
SEE SHEET 2
D 62K
15 R51B 2 6
U 11B
* 9 8
*
-
9 7 11 R51F 6 6 C48 47 0pF
-
R 85 JW49 3 3K U4D
SIG (2) 5 7
+
33K 14 066 R58
5
+
J W50 4
1 00 9 14 R 51C 3 CH2 1K R118

D 62L
**
C 17 J W51 3 3K R 51D
LF 412 R 39
100K
10 R5 1G 7 U10B
* AEC
C 12
.47 JW 39 4 9.9K
R 114
3 3K 33K 8 LF 412 R2 TIME
14 10 100K
+12V 13 ADJUST JW 40 4 9.9K
-12V R 5 1H R49
U 4B 33K
1 CW 1 0K -12V
C R 44 E (4) 12 140 66 4 C
D 62C 1M 9 D56 R 120 2
-
+12V R116
JW 52 3 R 46 1N41 48 1 6
-
START (2) R74 5 8 R 31 49.9K 3
+
7 X
+ 7 11 1K U18A 49.9K 5
+
100 3 100 6 3 13
J2 - U 6B + 1 4 -12V R 91
R 121 8
LF 412 U 18B
LF 412
START (1)
1
L (1) 14
D 6 2D
C 11 L F412 *C 20 2
- U11A * 2
-
1 R32 2 1
20K 4.99K
C 39
+12V

3 1 .22 4 LF 412 0.1

3 CH1
+
1 00 CW
5
N (1)
R (1)
-12V
A (2) R47 R 48 -12V D 57
8
U10A
LF 412 * U3A
14 066
7 D 58
R 60
SIG1 1 00 1M
9 1K +12V
START2 AEC SHORT TIME
JW 53
11
13
L (2) *
R 71
4.99K
1 R 70A 16
33K
COMPENSATION
E (4)
N (2) +12V
15 C 43 -3V R113
+12V
17
R (2) 1 nF 5 R70E 12
1 49.9K
19
SIG (2) D6 2M U 8B
L F412 * 3 3K 14 5 7
R 108
START (3) 15 R70B 2 6
*R 84
-
2 R 92
11 JW54 7 11 R7 0F 6 6
-
20K
L (3) SIG (3) 3 3K 5
+
7 3 4 4.99K
4 R 56 33K C 36
5
+
J W55 4
N (3) 100 11 14 R 70C 3 100K U 12C CH2 0.1
6
8
R (3) D 62N **13
C
J W56 3 3K R 7 0D
33K
10 R70G 7
33K
U9B
L F412 * R3
CH3
AEC C 14
140 66 R76
1K
CW

8 .47 JW 37
SIG (3) 14 +12V 2 100K TIME
10 13
START (4) 1 R 7 0H ADJUST
12 -12V U12A R72 JW 38
+12V 3 3K
L (4) R 68 E (4) 13 140 66
14 D62E CW 10K
1M 8 9 +12V -3V
N (4) JW 57 5 +12V
16 START R 73 R 80 3 R 30 D 59
R (4) (3) + 1 8 1K 1N4 148
18 100 5 100 2 1
SIG (4) - U14A 3

14
20 +

5
7
C 28 C 19 1 4 -12V
D62F
14 1
4 L F412
* .22 2
- 2
*
-
U8A R 33
-12V 1 3 4 R 98
4 L F412
B B
3
+
D 55 D 54 100 49.9K
-12V A (3) R62 R 69
-12V
8
*LF
U9A
412
U3C
140 66
1 00 1M R 55 R 97
1K R 93
JW 58 R 81
* 1 R 82A 16
+12V 20K 4.99K
C 33
+12V 4.99K 33K CH3 0.1
+12V CW
1 C 44 E (4)
D6 2O
*
R106
1 nF
5 R 82E 12

SIG (4) R 83 * 12
15 R82B 2 6
-
3 3K 6
AEC SHORT TIME
7 11 R82F 6 6 COMPENSATION
-
1 00 JW59 33K 5 7 9 8
12
+
33K
4
* 5
+
J W60 14 R 82C 3 U15B R 63
14
D62P
**
C 29 J W61 33K R 82D
LF 412 10 0K
10 R8 2G 7
U 13B
LF 412 * CH4
U 12D
14 066 R77 R 96
33K AEC C 15 1K 49.9K
3 3K R4 JW 41
-12V +12V 100K TIME .47
13 10 8
ADJUST R 94 R95
1 R61 JW 42
R59 R 8 2H CW 20K 4 .99K
D6 2G 1M U12B 1 0K C 32
E (4) 12 33K D65
JW 62 R 87 7 140 66 CH4 0.1
START (4) R 54 5 +12V 9 R 79
+ 1N41 48 CW
100 7 1K
100 7 6
- U14B 11 8 6
D 62H C8 4 -12V
1 LF 412 3
14 + 1 2
-
2 1 R 35 9 8
-12V * C.2221 - U15A
* 3
+
1 00
A (4)
R 57 R 64
4
L F412
D 60 D 61 8
U13A
L F412 * U3D
140 66
100 1M R 78
-12V 1K
+12V +12V

A C 25 C6 C 18 C1 C 38 D RAWN A
0.1 0.1 0.1 0.1 0.1 HIGHEST REFERENCE Emir 29APR99
DESIGNATIONS Communications & Power Industries
CHECK ED
D.YAKE 0 8OCT99 Canada Inc.
C48, D69, J5, Q4, R120, TP5
APPROVAL DATE
U 19
E NGINEER SCHEMATIC
S.CARTWRIGHT 0 8OCT99
-12V
DES/MFG AUTH. D.YAKE 0 8OCT99
SCHEMATIC
C35
0.1
C31
0.1
C 26
0.1
C 23
0.1
C 16
0.1
C5
0.1
C37
0.1
REFERENCE DESIGNATIONS
AUTOMATIC EXPOSURE CONTROL
NOT USED
MANUALS
Size CAGE Code DW G NO Rev
D63, D67, J3, J4, R115, R117 73 4630 GENERATORS CONTRACT No.
D 02845 734628 U
OrCAD FOR WINDOWS NEXT ASSY U SED ON
Monday, July 10, 2006 Scale
NTS LEVEL 3
Sheet
1 of 5
8 7 6 5 4 3 2 1
 8 7 6 5 4 3 2 1

REVISIONS
Z ONE LTR DESCRIPTION D WN C HKD APPROVED DATE
--- SEE SHEET 1 FOR REVISIONS --- --- --- ---

+12V
J1
+12V 1
3
R 23 5
1 0K 7
-12V 9
11
13
15
17
19
2
R 15 4
12 6 J5
U 1F 13
D D
10K 8 PTSTOP
10 1
12 CH4
+12V -24V 14 2
16 CH3
R 21 11 U 1E 10 18 3
D 40 D39 20 CH2
10K 4
2 U 1A 1
5 CH1
D 45
U3 -12 4584 EXP START
+12V 6
R 20 7 L FIELD
D 41 D 38 M FIELD
4 10K 8
U 1B 3
9 R FIELD
D46 RST
U3 -13 +12V 12
R 18 10 VREF
D42 D37 -12Vdc
6 1 0K 11
U1C 5 +12Vdc
13
D47 RAMP
U3 -5 +12V 15
VSS T P5 +24V DQ
R 16 -12V 14
FROM PAGE 1 U3 -6 8 U1D 9
10K D 43 D44
18 C LK
+24Vdc
19
C 27
+
10 20
V DD T P1
16 -24Vdc
+12V
T P4 TP3 + C 40 GND
3 30 -24V 17
RAMP VREF

C 24 C 30 + C7
C 34
T P2 0.1 0.1 0.1 330

R 53 R 17
C 1 00 D 36 C
1 0K
E (4) 1N58 19
R 24 D 49 C47
+12V C 45 C 46
X
10 0K 1N41 48 R14 1nF 1nF 1nF
R5
1 0K R27 R26 R8 R 28 R9

*
Y Y Y

*
+12V +12V
1 0K 1K 10K 1K 10K 1K
C3 R25 D17 D31 Q2
0.1 1 0K Q3 Q1
D9 MPS8599 M PS8599
M PS8599
8
5
6

R 19 3 L (1) JW 21 N (1) JW 13 R (1) JW 5

1 0K 2
- 7
Y
R 42
10K
D 69
* R 43
* J W22 D8 J W14 D1 J W6
D 19
+ U2
LM311 1K D2
1 N4733A
4
1

R 22 D 50 JW 23 JW 15 JW 7
10K L (2) N (2) R (2) D20
1 N4733A D34 Q4 D 10 D 12 D3 D 21
C2 M PS8599 J W24 J W16 J W8
0.1 START (1) JW 29 D4
D 33
J W30 L (3) JW 25 N (3) JW 17 R (3) JW 9
D 11 D 14 D5 D 23 D25
J W26 J W18 J W10
-12V
START (2) JW 31 D6
D22 D24
J W32 L (4) JW 27 N (4) JW 19 R (4) JW 11
D15 D 16 D7 D27
J W28 J W20 J W12 D 29

+12V START (3) JW 33

D26 D28
+5V -3V J W34 R 10 R6 R 12
R89 -12V R119 1 0K
1 0K 10K
1 0K 681
START (4) JW 35
D30 R11 D 13 R7 D 35 R 13
D 32 D 18
J W36 1 0K 1 N4733A 10K 1 N4733A 10K
D 66 1 N4733A
D 48
B 1 N4733A 1 N4728A B
+12V
A1 1 A2
+12V +12V +12V
+12V +5V D 68M A3
1 1 1 A4
JW 74 R112
11 U 19D
D6 8G L (2) 6 S D 7 D 64C D 64I
Y
IN 8
13

12

JW 71 7 100 11 JW 69 3 U 16B JW 64 8 U 17C

L (1) R 109 L (3) R105 14 S D 15 L (4) R100 11 S D 10
3 S D 2 DG4 45DJ
+24V +12V
-12V +12V

+5V

100 7 IN 1 +12V
D 68N 100 IN 16 1 00 8 IN 9
U 19A
14 +12V +5V 3
* R 29 * R90 DG 445DJ
1 +12V
DG 445DJ
+12V D64J
DG 445DJ
GND

D 68H
10 10 14 D 64D 14
D6 8O -12V 1 1
14

13

12
12
4

JW 67 R 103 D 64E D64K -12V

N (2) 3 S
-12V D 2 -12V

-12V +12V

+5V
+12V 5 U 1 6C 9 U 17D
100 12 U 17A IN 1 N (3)
JW 70 R107 11 S D 10 N (4) JW 65 R 101 6 S D 7
1 D68P
DG 445DJ 100 5 IN 9 1 00
9 IN 8

GND
-12V
DG 445DJ D 64L +12V DG4 45DJ
D 68I 14 D6 4F +12V
14 +12V +5V
8 U19B 14

5
JW 72 R 110 1 1
N (1) 14 S D 15 -12V +12V -12V
1 00 8 IN 16 1
-12V D6 4G D 64M

13

12
DG 445DJ JW 63 R 99 7 U 16D JW 66 11
R (3) 6 S D 7 R (4) R102 3 S
D6 8J D64A -12V D 2

-12V +12V

+5V
14
+12V
2 U17B 100 7 IN 8 1 00 11 U 16A IN 1
R (2) JW 68 R104
1 14 S D 15 D 64H DG4 45DJ DG 445DJ
-12V IN 16 D 64N

GND
1 00 2 14
D 68K 14
U 19C DG4 45DJ
JW 73 9 D64B -12V
R (1) R111

5
11 S D 10 -12V
14
1 00 9 IN 9
DG4 45DJ -12V -12V
D 68L
14
-12V
A A
D RAWN
HIGHEST REFERENCE Emir 29APR99
DESIGNATIONS Communications & Power Industries
CHECK ED 0 8OCT99
D.YAKE Canada Inc.
APPROVAL DATE

E NGINEER SCHEMATIC
S.CARTWRIGHT 0 8OCT99
DES/MFG AUTH. 0 8OCT99
SCHEMATIC
D.YAKE
REFERENCE DESIGNATIONS
NOT USED
AUTOMATIC EXPOSURE CONTROL
MANUALS
Size CAGE Code DW G NO Rev
CONTRACT No.
73 4630 GENERATORS
D 02845 734628 U
OrCAD FOR WINDOWS NEXT ASSY U SED ON
Thursday, July 06, 2006 Scale
NTS LEVEL 3
Sheet
2 of 5
8 7 6 5 4 3 2 1
 5 4 3 2 1

REVISIONS
ZONE LTR DESCRIPTION D WN CH KD APPROVED DATE
--- SEE SHEET 1 FOR REVISIONS --- --- --- ---

UNIVERSAL A.E.C. TAB CONFIGURATION

D
J1 INPUT OF ASSY 728399 J2 INPUT OF ASSY 728399 J3 INPUT OF ASSY 728399 J4 INPUT OF ASSY 728399 D

TAB CHAMBER
ASSY 734630
CHAMBER
ASSY 734630
CHAMBER
ASSY 734630
CHAMBER
ASSY 734630 MODIFICATION
SWITCH SWITCH SWITCH SWITCH
TYPE TYPE TYPE TYPE
CLOSURE CLOSURE CLOSURE CLOSURE
00
1 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
2 VACUTEC 2, 5, 13, 21, 43, 45 VACUTEC 7, 15, 23, 39, 48, 50 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
3
4 VACUTEC 2, 5, 13, 21, 43, 45 VACUTEC 7, 15, 23, 39, 48, 50 VACUTEC 9, 17, 25, 37, 53, 55 VACUTEC 11, 19, 27, 41, 58, 60 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
5 ZIEHM/COMET 2, 43, 46, 47, 71, 72, 73 ZIEHM/COMET 39, 48, 51, 52, 67, 68, 74 ZIEHM/COMET 37, 53, 56, 57, 63, 69, 70 ZIEHM/COMET 41, 58, 61, 62, 64, 65, 66 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R52= R71= R75= R81 = 33K
6 KIETHLEY/APELEM 3, 6, 14, 22, 30, 44 KIETHLEY/APELEM 8, 16, 24, 32, 40, 49 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
7
8 G.E. (12V) 3, 5, 13, 21, 29, 43, 45 G.E. (12V) 7, 15, 23, 31, 40, 48, 50 G.E. (12V) 9, 17, 25, 33, 38, 53, 55 G.E. (12V) 11, 19, 27, 35, 42, 58, 60 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R83=R84=R85=R86= 7.5K
9 G.E. (12V) 3, 5, 13, 21, 29, 43, 45 G.E. (12V) 7, 15, 23, 31, 40, 48, 50 G.E. (12V) 9, 17, 25, 33, 38, 53, 55 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R84=R85=R86= 7.5K
10 AID/COMET ION 3, 6, 14, 22, 30, 43, 45 AID/COMET ION 8, 16, 24, 32, 40, 48, 50 AID/COMET ION 10, 18, 26, 34, 38, 53, 55 AID/COMET ION 12, 20, 28, 36, 42, 58, 60 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
11
12
13 SIEMENS 2, 5, 13, 21, 43, 44 SIEMENS 7, 15, 23, 39, 48, 49 ZIEHM/COMET 37, 53, 56, 57, 63, 69, 70 ZIEHM/COMET 41, 58, 61, 62, 64, 65, 66 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS;R71= R81 = 33K
C C

14 SIEMENS 2, 5, 13, 21, 43, 44 SIEMENS 7, 15, 23, 39, 48, 49 SIEMENS 9, 17, 25, 37, 53, 54 SIEMENS 11, 19, 27, 41, 58, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
15 G.E. (24V) 3, 5, 13, 21, 29, 43, 45 G.E. (24V) 7, 15, 23, 31, 40, 48, 50 G.E. (24V) 9, 17, 25, 33, 38, 53, 55 G.E. (24V) 11, 19, 27, 35, 42, 58, 60 R29= 10 OHMS; R90 NOT FITTED; R83=R84=R85=R86= 7.5K;R5=R8=R9= 2.49K

16 KIETHLEY/APELEM 3, 6, 14, 22, 30, 44 KIETHLEY/APELEM 8, 16, 24, 32, 40, 49 KIETHLEY/APELEM 10, 18, 26, 34, 38, 54 KIETHLEY/APELEM 12, 20, 28, 36, 42, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
17 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 SIEMENS 9, 17, 25, 37, 53, 54 SIEMENS 11, 19, 27, 41, 58, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
18
19 PHOTODIODE 2, 45 PHOTODIODE 39, 50 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
20 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 PHOTODIODE 37, 55 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
21 PMT 2, 44 PMT 39, 49 PMT 37, 54 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
22 PMT 2, 44 PMT 39, 49 PMT 37, 54 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
23 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 AID 10, 18, 26, 34, 38, 53, 55 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
24 G.E. (12V) 3, 5, 13, 21, 29, 43, 45 G.E. (12V) 7, 15, 23, 31, 40, 48, 50 PHOTODIODE 37, 55 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R85=R86=7.5K
25 G.E. (12V) 3, 5, 13, 21, 29, 43, 45 G.E. (12V) 7, 15, 23, 31, 40, 48, 50 AID 10, 18, 26, 34, 38, 53, 55 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R85=R86= 7.5K
26 SIEMENS 2, 5, 13, 21, 43, 44 SIEMENS 7, 15, 23, 39, 48, 49 PMT 37, 54 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
27 ZIEHM/COMET 2, 43, 46, 47, 71, 72, 73 ZIEHM/COMET 39, 48, 51, 52, 67, 68, 74 ZIEHM/COMET 37, 53, 56, 57, 63, 69, 70 PMT 41, 59 R29= NOT FITTED; R90= 10 OHMS; D69= 10 OHMS; R52, R71, R75 = 33K
28 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 KEITHLEY 10, 18, 26, 34, 38, 54 PMT 41, 59 R29= NOT FITTED; R90= 10 OHMS; D69 = 10 OHMS

B 29 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 G.E. (12V) 9, 17, 25, 33, 38, 53, 55 PMT 41, 59 R29= NOT FITTED; R90= 10 OHMS; D69 = 10 OHMS; R84=7.5K B

30 G.E. (24V) 3, 5, 13, 21, 29, 43, 45 G.E. (24V) 7, 15, 23, 31, 40, 48, 50 G.E. (24V) 9, 17, 25, 33, 38, 53, 55 PMT 41, 59 R29 = 10 OHMS; R90 = NOT FITTED; R84=R85=R86= 7.5K; R5=R8=R9 = 2.49K
;C29=220pF ; R83= 100 OHMS

31 VACUTEC 2, 5, 13, 21, 43, 45 VACUTEC 7, 15, 23, 39, 48, 50 VACUTEC 9, 17, 25, 37, 53, 55 PMT 41, 59 R29= NOT FITTED; R90= 10 OHMS; D69 = 10 OHMS
32 VACUTEC 2, 5, 13, 21, 43, 45 VACUTEC 7, 15, 23, 39, 48, 50 PMT 37, 54 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
33 PHILLIPS 3, 5, 13, 21, 29, 43, 45 PHILLIPS 7, 15, 23, 31, 40, 48, 50 AID 10, 18, 26, 34, 38, 53, 55 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R85=R86=33K
34
35 G.E. (12V) 3, 5, 13, 21, 29, 43, 45 G.E. (12V) 7, 15, 23, 31, 40, 48, 50 G.E. (12V) 9, 17, 25, 33, 38, 53, 55 PHOTODIODE 41, 60 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R84= R85= R86= 7.5K
36 PHILLIPS 3, 5, 13, 21, 29, 43, 45 PHILLIPS 7, 15, 23, 31, 40, 48, 50 PHILLIPS 9, 17, 25, 33, 38, 53, 55 PHILLIPS 11, 19, 27, 35, 42, 58, 60 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R83= R84= R85= R86= 33K
37 ZIEHM/COMET 2, 43, 46, 47, 71, 72, 73 ZIEHM/COMET 39, 48, 51, 52, 67, 68, 74 ZIEHM/COMET 37, 53, 56, 57, 63, 69, 70 PHOTODIODE 41, 60 R29= NOT FITTED; R90= 10 OHMS; D69= 10 OHMS; R52, R71, R75 = 33K
38 SIEMENS 2, 5, 13, 21, 43, 44 SIEMENS 7, 15, 23, 39, 48, 49 SIEMENS 9, 17, 25, 37, 53, 54 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
39 PHILLIPS 3, 5, 13, 21, 29, 43, 45 PHILLIPS 7, 15, 23, 31, 40, 48, 50 G.E. (12V) 9, 17, 25, 33, 38, 53, 55 PMT 41, 59 R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS; R84 = 7.5K: R85= R86= 33K
40 ZIEHM/COMET 2, 43, 46, 47, 71, 72, 73 ZIEHM/COMET 39, 48, 51, 52, 67, 68, 74 PMT 37, 54 PMT 41, 49 R29= NOT FITTED; R90= 10 OHMS; D69= 10 OHMS; R52, R75 = 33K

PMT = PHOTO MULTIPLIER TUBE

TAB-21 = ( 4 X PMT ) 100 SP UNITS
TAB-22 = ( 4 X PMT ) ALL OTHER UNITS
A A
DRAWN
HIGHEST REFERENCE Em ir 29APR99
DESIGNATIONS Communications & Power Industries
CH ECKED D.YAKE 08OCT99 Canada Inc.
APPROVAL DATE

ENGINEER S.CARTWRIGHT 08OCT99 SCHEMATIC

SCHEMATIC
DES/MFG AUTH. D.YAKE 08OCT99
AUTOMATIC EXPOSURE CONTROL
REFERENCE DESIGNATIONS
NOT USED
MANUALS Size CAGE Code DW G NO R ev
CONTRACT No.

D 02845 734628 U
734630 GENERATORS

OrCAD FOR WINDOWS NEXT ASSY USED ON

Thursday, July 06, 2006 Scale
NTS LEVEL 3 Sheet
3 of 5
5 4 3 2 1
 5 4 3 2 1

REVISIONS
Z ONE LTR DESCRIPTION D WN C HKD APPROVED DATE
--- SEE SHEET 1 FOR REVISIONS --- --- --- ---

D UNIVERSAL A.E.C. TAB CONFIGURATION D

J1 INPUT OF ASSY 728399 J2 INPUT OF ASSY 728399 J3 INPUT OF ASSY 728399 J4 INPUT OF ASSY 728399
TAB CHAMBER
ASSY 734630
CHAMBER
ASSY 734630
CHAMBER
ASSY 734630
CHAMBER
ASSY 734630 MODIFICATION
SWITCH SWITCH SWITCH SWITCH
TYPE TYPE TYPE TYPE
CLOSURE CLOSURE CLOSURE CLOSURE
C21 SHORTED; R29 = NOT FITTED;
50 ZIEHM/COMET 2, 43, 46, 47, 71, 72, 73 ZIEHM/COMET 39, 48, 51, 52, 67, 68, 74 ZIEHM/COMET 37, 53, 56, 57, 63, 69, 70 SIERRA/NICAL 42, 60
R90 = 10 OHMS; D69= 10 OHMS; R52,R71,R75,R80 = 33K

51
52
53
54
55
56
C21 SHORTED; R29 = NOT FITTED; R90 = 10 OHMS;
57 ZIEHM/COMET 2, 43, 46, 47, 71, 72, 73 ZIEHM/COMET 39, 48, 51, 52, 67, 68, 74 ZIEHM/COMET 37, 53, 56, 57, 63, 69, 70 PMT 41, 59
D69= 10 OHMS; R52,R71,R75,R80 = 33K

58
59
C C
60
61
62
63
64
65
66
67 PMT 39, 49 PMT 37, 54 PMT 41, 59 C21 SHORTED; R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS
68
69 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 PMT 37, 54 PMT 41, 59 C21 SHORTED; R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS
70
71 G.E. (12V) 3, 5, 13, 21, 29, 43, 45 G.E. (12V) 7, 15, 23, 31, 40, 48; 50 G.E. (12V) 9, 17, 25, 33, 38, 53, 55 PMT 41, 59 C21 SHORTED; R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R84=R85=R86=7.5K
72 VACUTEC 2, 5, 13, 21, 43, 45 VACUTEC 7, 15, 23, 39, 48, 50 VACUTEC 9, 17, 25, 37, 53, 55 PMT 41, 59 C21 SHORTED; R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS
73
74 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 P. DIODE PLUS 37, 53, 55 P. DIODE PLUS 41, 58, 60 R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R71=R81= 33K
75

B
76 AID 3, 6, 14, 22, 30, 43, 45 AID 8, 16, 24, 32, 40, 48, 50 AID 10, 18, 26, 34, 38, 53, 55 P. DIODE PLUS 41, 58, 60 R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R81= 33K B

77 ZIEHM/COMET 2, 43, 46, 47, 71, 72, 73 ZIEHM/COMET 39, 48, 51, 52, 67, 68, 74 P. DIODE PLUS 37, 53, 55 P. DIODE PLUS 41, 58, 60 R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R52= R71= R75= R81= 33K
78 G.E. (12V) 3, 5, 13, 21, 29, 43, 45 G.E. (12V) 7, 15, 23, 31, 40, 48; 50 P. DIODE PLUS 37, 53, 55 P. DIODE PLUS 41, 58, 60 R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R71= R81= 33K; R85= R86= 7.5K
79 G.E. (24V) 3, 5, 13, 21, 29, 43, 45 G.E. (24V) 7, 15, 23, 31, 40, 48; 50 G.E. (24V) 9, 17, 25, 33, 38, 53, 55 P. DIODE PLUS 41,58, 60 R29= 10 OHMS, R90= NOT FITTED; R5=R8=R9= 2.49K; R81= 33K; R84= R85= R86= 7.5K
80 P. DIODE PLUS 2, 43, 45 P. DIODE PLUS 39, 48, 50 P. DIODE PLUS 37, 53, 55 P. DIODE PLUS 41, 58, 60 R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R52= R71= R75= R81= 33K
81 AID/COMET ION 3, 6, 14, 22, 30, 43, 45 AID/COMET ION 8, 16, 24, 32, 40, 48, 50 KEITHLEY 10, 18, 26, 34, 38, 54 PMT 41, 59 C21 SHORTED; R29 = NOT FITTED; R90 = 10 OHMS; D69= 10 OHMS
R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R52= R71= R75= R81= 33K
82 P. DIODE INTEG 3, 29, 43, 45 P. DIODE INTEG 31, 40, 48, 50 P. DIODE INTEG 33, 38, 53, 55 P. DIODE INTEG 35, 42, 58, 60
C13 = C17 = C22 = C29 = NOT FITTED: C9 = C19 = C20 = C21 = SHORTED
83 P. DIODE PLUS 2, 43, 45 P. DIODE PLUS 39, 48, 50 PMT 37, 54 PMT 41, 59 R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS; R52= R75= 33K
97 N/A UNCONFIGURED + 24V N/A UNCONFIGURED + 24V N/A UNCONFIGURED + 24V N/A UNCONFIGURED + 24V R29= 10 OHMS, R90= NOT FITTED; R5=R8=R9= 2.49K; R83= R84= R85= R86= 7.5K
98 N/A UNCONFIGURED + 12V N/A UNCONFIGURED + 12V N/A UNCONFIGURED + 12V N/A UNCONFIGURED + 12V R29= NOT FITTED; R90= 10 OHMS; U5, U7-U11, U13, U15= AD708; C9, C19-C21= 2.2uF
99 N/A UNCONFIGURED + 12V N/A UNCONFIGURED + 12V N/A UNCONFIGURED + 12V N/A UNCONFIGURED + 12V R29 = NOT FITTED. R90 = 10 OHMS; D69= 10 OHMS

PMT = PHOTO MULTIPLIER TUBE

A A
HIGHEST REFERENCE D RAWN
Emir 29APR99
DESIGNATIONS Communications & Power Industries
CHECK ED D.YAKE 0 8OCT99 Canada Inc.
APPROVAL DATE
E NGINEER S.CARTWRIGHT SCHEMATIC
0 8OCT99

DES/MFG AUTH. D.YAKE 0 8OCT99

SCHEMATIC
REFERENCE DESIGNATIONS
NOT USED
AUTOMATIC EXPOSURE CONTROL
MANUALS Size CAGE Code DW G NO Rev
CONTRACT No.
73 4630 GENERATORS
D 02845 734628 U
OrCAD FOR WINDOWS NEXT ASSY U SED ON
Thursday, July 06, 2006 Scale
NTS LEVEL 3
Sheet
4 of 5
5 4 3 2 1
 5 4 3 2 1

REVISIONS
ZONE LTR DESCRIPTION D WN CH KD APPROVED DATE
_ SEE SHEET 1 FOR REVISIONS --- --- --- ---

D D

UNIVERSAL A.E.C. TAB CONFIGURATION

"TAB" APPLIES TO ASSY 734757-TAB
J1 INPUT OF ASSY 734396 J2 INPUT OF ASSY 734396 J3 INPUT OF ASSY 734396 J4 INPUT OF ASSY 734396
C C

TAB CHAMBER
ASSY 734630
CHAMBER
ASSY 734630
CHAMBER
ASSY 734630
CHAMBER
ASSY 734630
SWITCH
MODIFICATION
SWITCH SWITCH SWITCH
TYPE CLOSURE TYPE CLOSURE TYPE CLOSURE TYPE CLOSURE
00 **
01 VACUTEC/SPECIAL 3, 6, 14, 22, 30, 44 AID 8, 16, 24, 32, 40, 50 PMT 10, 18, 26, 34, 38, 54 PMT 12, 20, 28, 36, 42, 59 D69 = 10 OHMS, R29= NOT FITTED; R90= 10 OHMS
02
03
04
05
06
07

NOTE : ** INDICATES CONFIGURATIONS DEFINED ON SCHEMATIC No. 728398

B B

PMT = PHOTO MULTIPLIER TUBE

A A
DRAWN
HIGHEST REFERENCE Em ir 29APR99
DESIGNATIONS Communications & Power Industries
CH ECKED D.YAKE 08OCT99 Canada Inc.
APPROVAL DATE

ENGINEER S.CARTWRIGHT 08OCT99 SCHEMATIC

DES/MFG AUTH. D.YAKE 08OCT99 SCHEMATIC

REFERENCE DESIGNATIONS
NOT USED
AUTOMATIC EXPOSURE CONTROL
MANUALS Size CAGE Code DW G NO R ev
CONTRACT No.
734630 GENERATORS
D 02845 734628 U
OrCAD FOR WINDOWS NEXT ASSY USED ON
Thursday, July 06, 2006 Scale
NTS LEVEL 3 Sheet
5 of 5
5 4 3 2 1
 8 7 6 5 4 3 2 1
REVISIONS
NOTES:
ZONE LTR DESCRIPTION DWN CHKD APPROVED DATE
1. ALL RESISTOR VALUES ARE IN OHMS 1/4W 5%
UNLESS OTHERWISE SPECIFIED. A CREATED PER ENG. B.M. Emir K.VANRAVENS 27MAR98

2. ALL CAPACITOR VALUES ARE IN MICROFARADS B INC PER ECO No. 17117 Emir Emir S.CARTWRIGHT 18JUN98
UNLESS OTHERWISE SPECIFIED.
C INC PER ECO No. 18523 Emir Emir S.CARTWRIGHT 09FEB99
3. PARTS NOT FITTED ON TAB-01 AND TAB-03
D INC PER ECO No. 20783 Emir Emir S.CARTWRIGHT 13NOV01
4. PART ONLY FITTED ON TAB-04

SEE NOTE 3

J2 INFIMED IMACOM SYRACUSE

+24VR +24VR
J3 1 FLUORO ON FLR+ EXT VCC
J2
D 25 D
2 RETURN FLUORO ON FLR- FIN
+24VR 1
+5V OUT12 3 PREP FOR PHOTOSPOT PRP+ N/C
R6 26 OUT6
U9 IN0 2 4 RETURN PREP. PHOTO PRP- PREP
2
74HC373 0
5 1 2.2K 27 5 REQUEST FOR PHOTOSPOT REQ+ N/C
U8 3
D0 3 2 A0
D1 D0 V QO A1 OUT11 6 RETURN REQ PHOTOSPOT REQ- RDY
4 5 4N35
D2 D1 C Q1 A2 +5V 28 OUT5
7 6
D3 D2 C Q2 A3 4 7 SPOT SELECT PFL+ N/C
8 9
D4 D3 Q3 U16
13 12 U14 2 4 2
D5 D4 Q4 J2-15 29 8 RETURN SPOT SELECT PFL- SFD
14 15 74HC574 0 ULN2803
D6 D5 Q5 5
17 16
D7 D6 Q6 D0 OUT0 RN55 OUT10 9 II MODE 1 N/C N/C
18 19 2 19 1 18
D7 Q7 D1 D0 V Q0 OUT1 R1 30 OUT4
3 18 2 17
ALE G D2 D1 C Q1 OUT2 IN5 6D 6 10 RETURN II MODE 1 N/C N/C
11 4 17 3 16
J1 C N D3 D2 C Q2 OUT3
1 5 16 4 15
D0 OC D D4 D3 Q3 OUT4 5 1 2.2K 31 11 II MODE 2 N/C N/C
6 15 5 14 U3
1 D5 D4 Q4 OUT5 7
7 14 6 13
1 D6 D5 Q5 OUT6 OUT9 12 RETURN II MODE 2 N/C EIP
8 13 7 12 4N35
D1 0 D7 D6 Q6 OUT7 32 OUT3
9 12 8 11
2 D7 Q7 8 13 II MODE 3 N/C N/C
OUT\ G +24V
11 4 2
D2 CLK N 33 14 RETURN II MODE 3 N/C PMOD
1 9 10
3 +5V OC D 9
C10 RN55 OUT8 15 PHOTO SPOT IN EXC+ REQ
D3 U1 20D RESET\ 1 R2 34 OUT2
4 1 U2B 10
0 IN4 6D 16 PHOTO SPOT OUT EXC- GND
74HC138 6 1 74HC74 0.1
0 35
D4 A0 1 15 IN\ 5 1 2.2K 17 PULSED FLUORO ON ALE+ N/C
5 A V Y0 U4 11
A1 2 14 OUT\ 12 9
A2 B C Y1 IDENT\ D P Q OUT13 18 RETURN PULSED FLUORO ON ALE- N/C
3 13 4N35
D5 C C Y2 OUT2\ R 36 OUT1
12 11
6 IOWR2 Y3 CLK 20D 18D 12 19 RAD EXPOSE ON N/C N/C
9 11
Y4 C
U10C 8 6 10 8 4 2
D6 IORD2 G1 G Y5 L Q C410 37 20 RETURN RAD EXPOSE ON N/C N/C
10 4 9
7 G2A N Y6 13
5 7
74HC00 G2B D Y7 1 R3
RN55 21 ABS POSITIVE ABP N/C
D7 OUT\ 3 IN3 38 OUT0
14D
8 6D 14 22 ABS COMMON DGND N/C
A3 8 5 1 2.2K
U5 39
GND J2-15 23 PLS FL GEN POWER N/C N/C
9 +5V 15
4N35
24 PULSED FLUORO RETURN VSY SYNC
IOWR2 14D U15 40
U13 2
10 +5V 16
74HC574 0 ULN2803 4 2
+15V 16D
D0 OUT8 41
2 19 1 18
C
11 D1 3
D0
D1
V
C
Q0
Q1
18 2 17 OUT9 RN55 17 J3 C
D2 4 17 3 16 OUT10 R4
IORD2 D3 D2 C Q2 OUT11 IN2 6D 42
5 16 4 15
12 D4 D3 Q3 OUT12 18 25 PF SELECT N/C N/C
6 15 5 14
D5 D4 Q4 OUT13 5 1 2.2K
7 14 6 13 U6
D6 D5 Q5 OUT14 43 26 PF SELECT RETURN N/C N/C
8 13 7 12
13 D7 D6 Q6 19
9 12 8 11 4N35
D7 Q7 27 N/C N/C N/C
EXPEN0 OUT2\ G +24V 44
11
14 CLK N 20 28 N/C N/C N/C
1 9 10 4 2
+24V +24VR OC D
C9 45 ABS 29 RAD RDY N/C N/C
15 RESET\ 1 RN55 21
U2A 0 R5 30 RAD RDY RETURN N/C N/C
0.1 46
RESET\ -15V 4 74HC74 IN1 6D
16 R16 22 31 CINE SELECT 1 N/C N/C
5 1 2.2K
F1 2 5 2.2K
D P Q U7 47 SEE NOTE #4 32 CINE SELECT 1 RTN N/C N/C
17 R 23
3 4N35
0.5A CLK 20D 18D 10SIP 33 CINE SELECT 2 N/C N/C
ALE C 48 SYNC
6
18 L Q C410 HEADER24A 24 34 CINE SELECT 2 RTN N/C N/C
4 2
SYNC
HVON 35 N/C N/C N/C
19 OUT2\ 1 RN55 RN55
+24V +24VR 36 N/C N/C N/C
ABS 6D
20 FUSE5MM4 RN2 37 EXPOSET ENABLE IN MASK+ N/C
10K
R14
GND TBSMKDSN_24 38 EXPOSET ENABLE OUT MASK- N/C
21 14D +5V 2.2K TBSMKDSN_24
39 N/C N/C N/C
SYNC GND +5V R12 Q3
22 OUT14 MPS8599 40 N/C N/C N/C
1 2 3 4 5 6 7 8 9 1
U12 2 0
74HC245 0 10K D2 41 SUB N/C N/C
23
D0 2 18 IN0 RN55 42 SUB RTN N/C N/C
D1 A1 V B1 IN1 1N4148
3 17
24 D2 A2 C B2 IN2 43 TABLE STEP N/C N/C
4 16
D3 A3 C B3 IN3 +24V +24VR
5 15
D4 A4 B4 IN4 TO92M 44 TABLE STEP RTN N/C N/C
6 14
25 D5 A5 B5 IN5
7 13
D6 A6 B6 RN55 45 CINE ENABLE IN N/C N/C
8 12 R15
D7 A7 B7
9 11
26 A8 B8 2.2K 46 CINE ENABLE OUT N/C N/C
IN\ G DO35
19
G N R13 Q2 47 CINE POWER N/C N/C
1
DIR D OUT7 MPS8599
48 CINE RTN N/C N/C
B 1 10K D1 B
0
10SIP RN55
1N4148
26HDRLATCH

TO92M
20D
RN55
+5V
RN1
10K DO35 D6

+5V +5V
1N4007
R8 R11
R7
1 2 3 4 5 6 7 8 9 1 10K 121K U17
10K 555 D5
2 0 8
0 U11 U10D
SW1 12 C8 D3
D0 2 18 1 16 11 2 V 4 1N4148 1N4007
D1 A1 V B1 HVON TRIG C RES
3 17 2 15 13
D2 A2 C B2 C DO41
4 16 3 14
D3 A3 C B3 74HCT0 1nF D4 R10 Q1
5 15 4 13
D4 A4 B4 RN55 RN55 RN55 MJE182
6 14 5 12 6 3
D5 A5 B5 THRES VOUT
7 13 6 11
D6 A6 B6 2.21k
8 12 7 10 1N4148
D7 A7 B7
9 11 8 9
A8 B8 G DO35 DO41
7 5
IDENT\ G DISC N CTRL
19
G N C410 D
1 C12 R9
DIR D 14D C11
74HC245 2.2K TO126
1 1 0.1
0 0.1 DO35 RN55
IDENT
SWITCHES
16D

8D RN55
20D
C410 C410

+5V VCC

A DRAWN A
C1 HIGHEST REFERENCE B.M. 16FEB98 COMMUNICATIONS AND POWER INDUSTRIES
C7 C6 C4 C2 C5 C3
DESIGNATIONS
CHECKED CANADA INC.
100 0.1 0.1 0.1 0.1 0.1 0.1
SPARE TP1 Emir 26MAR98
GND C12,D6,F1,J3,Q3,R16,RN2,SW1,

TP1,U17
TITLE
DECOUPLING CAPS ENGINEER
U10A U10B S.CARTWRIGHT 26MAR98
1 4 SCHEMATIC,
3 6 CAP2A C410 C410 C410 C410 C410 C410 DES/MFG AUTH.
2 5 P.NEYSMITH 27MAR98

74HC00 74HC00 REFERENCE DESIGNATIONS DIGITAL INTERCONNECT

14D TP NOT USED

CONTRACT No. SIZE CAGE CODE DWG NO REV

733947 GENERATORS D
02845 733946 D
NEXT ASSY USED ON
14D COMPUTER GENERATED November 14, 2001
SCALE SHEET
NTS DWG LEVEL 3 1 OF 1

8 7 6 5 4 3 2 1