60024300J_CDC_1604A_Customer_Engineering_Diagrams_Jan1966 60024300J CDC 1604A Customer Engineering Diagrams Jan1966

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ei 8 ei§

Customer EnineerinDiarams

CONTROL D
1604-A COMPUTER

leitet 8 $es$ ei$$ 8 es§ öiql

Customer EnineerinDiarams

CONTROL 0
1604-A COMPUTER

Pub. No. 60024300
January, 1966
Printed in the Tjnited States of Arnerica

SSSISSiSIIISSSI•SSSSSSSSSSSISSSurIiW
60024300

RECORD

REVISION

OF

REVISIONS
NOTES

E

ECN's 1-119 included in this printing.

F

Change Orders 9008 and 9067; pages 14, 21. 0,

25, 26, 27, 30, and 53 revised.

H
(7-21-65)

Change Order 9240 (did not advance Product Designation level 1604A-123).
Pages 5, 19.2, 24. 1, 33, 57, 80.0, 80. 1, 80.2,
80.3, 80.4, 80. 6, 80. 7, and 80. 8 revised.
Change Order 9986 and misc. corrections. New Product Designation 1604-A124. Pages 5, 9, 16, 19. 6, 24. 0, 28, 32, 42,
47.6, 49.3, 54.0, 54. 1, 55.0, 55. 1, 58 and 78 revised. Input Term Lists for pages 14 and 33 revised.

J
(11-10-65)

Change Order 11539 and misc. corrections.
Input Term Lists for 24.0 and 28 revised.

G

FORM CA 109

New Product Designation 1604-A125.

Pages 9, 24.0, 28 and 80. 7 revised.

issisissssssssiiisisssssssisssssss'
TABLE OF CONTENTS
27 Autoioad Wiring Diagrani

CONTROL SEQUENCES

STORAGE SECTION

1 Key to Symbols Used On Logic Diagrams

28 Manual Control

54 Storage Sequence Control (2 Pages)

2 Overall Logic Diagram

29 Resynchronizing Counter

55 Bit Plane Circuits (2 Pages)

3 Sequence Control Chart

30 Sense and Interrupt Circuits

56 Address Selection (2 Pages)

4 Sequence Exits

31 Interrupt Select and Sense Transiators

57 Initiate Storage Reference

5 Read Next Instruction

32 Interrupt Scanner and IAR

58 Storage Card Placement

6 Normal Jump

33 Interrupt Sequence

59 Storage Selection (2 Pages)

7 Zero Address Sequence

34 Digit Display Gates

8 Read Operand (2 Pages)

35 Breakpoint

9 Write Operand

BUFFER CONTROL SECTION

10 Search and Transfer (3 Pages)

36 Conimon Control Register and Comparator

11 Iterative-Main Sequence

37 Controi Registers (Upper)

12 Iterative-Multiply and Divide Control

38 Controi Registers (Lower)

13 Iterative-Fioating Point

39 Control Register Control
7
40 Inverter Ranks 1 and 1

14 Iterative-Round, Normalize, Final Floating
Point Assembly
15 Iterative-End Sign Correction
16 External Function Sequence
17 Auxiliary Sequence (2 Pages)

41

i

x,

zi 1 , CCRI 1

42 Righ Speed Storage Sequence
7
43 Transfer 1 to U 1
44 U, P 1 , and CCR Transiators
45 Auxiiiary Scanner

CONTROL SECTION
18 U i and U 2 Registers (4 Pages)

ARITHMETIC SECTION

INPUT - OUT PUT SECTION
60 Ready Resume Circuitry
61 Computer Input From External Equipment
62 External Function Inverters 00
63 Output Registers o, 0 2 ,0
and
CONSOLE INPUT-OUTPUT EQUIPMENT
64 Input Assernbly Register
65 Output Disassenibiy Register
66 External Function Translator
67 Typewriter Controi
68 Typewriter Interconnections
69 Paper Tape Punch Control
70 Paper Tape Punch Circuits
71 Paper Tape Reader Control

19 Operation Code and Designator Transiation
(7 Pages)
2
20 U Borrow Pyrarnid

46 A and Q Register Control

72 Paper Tape Reader Circuits

47 A and Q Register (9 Pages)

73 Paper Tape Reader and Punch Manual Controls

21 R Register (2 Pages)

49 X Register (5 Pages)

22 R Register Inverter Ranks I

2 3 4

48 Accumulator Borrow Pyramid (4 Pages)
50 X Register Control (2 Pages)

23 B Registers (3 Pages)

51 Shift Control

24 P Register (2 Pages)

52 Arithmetic Sensing Networks

25 Computer Master Clear

53 Arithmetic Faults

26 Autoload Circuit

CONSOLE, CLOCK AND POWER
74 Clock Card Interconnections
75 General Power Distribution (2 Pages)
76 Main Cabinet Power Distribution
77 Console Power Distribution
78 Console Display Panel
79 Console Relay Chassis Map
80 Main Cabinet Cable Connections (9 Pages)
81 Console Cable Connections

isssiiiiiiiiiiiiisssssissisiusssi
SYMBOLS
SINGLE INVERTER - 4 SINGLE INVERTER INVERTS INPUT SIGNALS SO THAT 4 II INPUT
II OUTPUT. INPUTS TO THE SYMBOL
GIVES A 0 OUTPUT AND 4 0 INPUT GIVES 4

TIME DELAY- 4 TIME DELAY IS USEC TO DELAY THE TIME AT WI-IICH 4 1 SIGNAL
IS SENSED BY THE INPUT OF 4 CARD. lT WILL 1-IAVE NEGLIGIBLE EFFECT ON 4 0

ARE SHOWN BY ARROWHEADS.

SIGNAL. THE METHOD OF CONNECTING 4 TIME DELAY BETWEEN TWO LOGIC CARDS,
4 AND B, AND TI-IE SYMBOL USED TO REPRESENT THIS CONNECTION ON 4 LOGIC
DIAGRAM IS SHOWN BELOW.

4503

4500
4505

SINGLE INVERTER

SINGLE INVERTER
WTN OR INPUTS

SINGLE INVERTER

WITH "AND INPUT

iri
Li

FLIP-FLOP (FF) - 4 FLIP-FLOP IS t TEMPORARY STORAGE DEVICE WITH TWO.STABLE STATES
DESIGNATED SET & CLEAR. WHEN 4 FF IS SET, THE SET OUTPUT IS 4 LOGICAL "1',
WHEN CLEAR,THE CLEAR OUTPUT IS 4 I THE LOGICAL SYMBOL FOR 4 FF IS 4 SQUARE
(FIG.A) FORMED BY THE COMBINATION OF TWO SINGLE INVERTER SYMBOLS. THE INTER-

‚JACK ASSIGNMENTS

CONNECTION OF THE TWO INVERTERS IS SHOWN IN FIG. B. BY CONJVENTION,SET INPUTS &
OUTPUTS ARE SHOWN ON THE UPPER OR LEFT HALF OF THE SYMBOL: CLEAR INPUTS &
OUTPUTS ON THE LOWER OR RIGHT HALF. WITH THE EXCEPTION OF THE B REGISTER,THE SET
INPUT IS TO THE EVEN NUMBERED INVERTER 8 THE SET OUTPUT IS FROM THE ODD INVERTER.

-

:— o

0

-l- SET
OUTPUT

11

-o

:— o

VERTICAL COORDINATE

124

HORIZONTAL COORDINATE

CARD CIRCUIT

WHEN MOST OF THE JACK ASSIGNMENTS ON 4 DIAGRAM ARE ON 4 COMMON
CHASSIS, THE CHASSIS NUMBER IS OMITTED FROM THE JACK ASSIGNMENTS

CLEAR

SET

CONVENTIONS APPLICABLE TO JACK ASSIGNMENTS SHOWN ON THE DIAGRAMS:

:FIG. 8

CONTROL DELAY - A CONTROL DELAY CONSISTS OF AN H
THE INPUT, AND 4 V

CHASSIS NO.

CLEAR
OUTPUT

CLEAR

FIG.A

ASSIGNMENT

0

CLEAR
=1=

JACK

2H
SET
INPUT

4 001
-

APPEAR NEAR lT.

-

SET
0

JACK ASSIGNMENTS INDICATE THE PHYSICAL LOCATION OF 4 PRINTED CIRCUIT CARD.
ON LOGICAL DIAGRAMS, THE JACK ASSIGNMENTS ASSOCIATED WITH EACH SYMBOL

FOR THIS CHASSIS AND SPECIFIED IN 4 NOTE ON THE DIAGRAM.
THE OMISSION OF THE CARD CIRCUIT LETTER FROM 4 JACK ASSIGNMENT

PART, WHICH RECEIVES

INDICATES CARD CIRCUIT B. (FOR FLIP-FLOPS WHICH INDICATE ONE JACK

OR N" PART,WHICH PROVIDES THE OUTPUT. THE

ASSIGNMENT FOR BOTH INVERTERS, THE OMISSION OF THE CARD CIRCUIT

OUTPUT IS 4 CLOCKED PULSE WHICH IS DELAYED WITH RESPECT TO THE INPUT BY

LETTER INDICATES CARD CIRCUIT 4 FOR THE EVEN-NUMBERED INVERTER

ONE PHASE TIME OF THE CLOCI< (0.2 MICROSECOND).

AND CARD CIRCUIT C FOR THE 000-NUMBERED INVERTER.)
CONVENTIONS APPLICABLE TO CONTROL DELAY5:
CLOCK PULSE INPUTS TO CONTROL DELAYS ARE NOT SHOWN ON THE DIAGRAMS
AND MUST BE OBTAINED FROM THE EQUATION FILE.

SYMBOLIC REPRESENTATION OF EQUATIONS

AN ODD NUMBER INDICATES 4 CLOCK OUTPUT OF ODD PHASE AND AN EVEN
NUMBER, OF EVEN PHASE.

v °63

THE TIME SCALES SHOWN ON ALL SEQUENCE DIAGRAMS ARE IN 0.2

F 506
V 006

FAULT DETECTOR

v065

31407

MICROSECOND (1 CLOCK PHASE TIME) INTERVALS.

:K
j337

K 634 = K 635

+ V 063 V 065

F 5
v 006

H 401

3HO74
006

K 635 = K
3H07C

K 364

3M56A

«V° 06 F

3M56C

5

+V 006 F

6 +C 318

V 401

3L56B V 401
4

+ w 160

: 1< 634

H

3M56A:

2 V 4 +C 319
3L57B

"H 4 +C 359
H 402 :H 816

V 402 =H 402 +C 3

V 402

3M56C

H 403

SINGLE INPUT & OUTPUT

QUADRANT SYSTEM

2

L
N °°4

MULTIPLE OUTPUT

TO FACILITATE THE LOCATION

006

H 0°7
K 634

v°°7

. V 00

J

INTO QUADRANTS AS SHOWN
MULTIPLE INPUT
ONLY WHEN SECOND INPUT
TERM
15 AN H

QUADRANT 0 QUADRANT 1

!

I

EACH PAGE HAS BEEN DIVIDED

H 634

H 634

OF TERMS ON THE DIAGRAMS,

CONDITIONED OUTPUT
WHEN SECOND iNPUT IS
TERM
00-1ER THUN H

?ONtES

o,&m oww,w

‚yw,

•

CONTROI. DATA

QUADRANT 2 QUADRANT 3J

1604-A

IN FIGURE.
-

Tau

KEY TO SYMBOLS USED
ON LOGICAL DIAGRAMS

XDP 214570

1011111111111111018 S8 8888 8 ei@ ei§$ i
2

~

.
Z
STORAGE
Z
48
5RAGE

REGISTER

STORAGE

48 BITS

—

STORAGE 1

~

i

16,348 WORDS

Z'

48

pl

—lt

ST0 R
AGE ADDRE:,SS REGISTER

(48

Si

S

CCRu -G
O TRANSMISSION

Z2

REGISTER

-

STORAGE

STORAGE

AGNETIC CORE STORAGE

TORAGEAD::ESSRE
GI
14 BITS

2

STORAGE

:I

ToRAGE

STER

u2

-lt

S2

-

s2

STORAGE SECTION
X-. U INDIRECT AODRESSING

48

48

U2

X
EXCHANGE REGISTER

XI

——

F

p

-

U EXPONENT (FLOATING POINT)

-

5 EXPOtNT (FLOATING POiNT)

OPERATION CODE
TRANSLATOR

—lt

INDEX CODE
TRANSLATOR

f0'

U

b

uLu

48
X2

f

0 OUTPUT TRANSFER

In

1 PROGRAM CONTROL REGISTER

48

UPPER 24 BITS
RIG HT

A

A'

0
AUXILIARY ARITH. REGISTER
48 BITS

LEFTA&Q SHIFT(I)01

REGISTER —
48 BITS

Q 2 -lt A'

2

P

A2 -t Q

4 L.EFT CIR.SHIFT

UI
lt

0 LEFT CIR.SHIFT

p2

-

REGISTER
15 BITS

LONG 8 & Q LEFT dR. SHIFT
0
UI
lt

1

0
0
lt

p 1 PROGRAM ADDRESS

U2
PROGRAM CONTROL REGISTER
5 BITS

0

2l
o
o

LOWER 24 BITS

8 0 SHIFTIIl

0

>2

1

>2

1
-

c0NDITI0N CODE

2

3

--

-

-

-

--

-

ADDRESS BUFFER

'

REGISTER
15 BITS

R2

CHANNEL 7

j

--lt

R

—lt

(TRANSFER)
81

-

3

R

R2

-

FUTION

7

T

-

R

5

R2

EXTE RNAL

ICHANNEL SELECTION
2

-

00

EF CODEEQUIPMENT SELTION

INPUT CHANNELS

u2

1

A RITHMETIC

Z

R'—ltU2AOD

DI

15 BITS

H

OUTPUT REGISTER
48 BITS (BUFFERED)

CHANNEL 2

2

B3

B4

INDEX

INDEX

INDEX

REGISTER

REGISTER

REGISTER

15 BITS

15 BITS

15 BITS

INDEX
REGISTERI
15 BITS

136

B5
INDEX

INDEX

REGISTER

EGISTE

15 BITS

CONTROL
30

—

ROL REGISTER
30 BITS

CONTROL SECTION

CHANNEL 4

(BUFFERED)

1

3o:S

TflT

0(RI9 C5CRWRO

.

—

NOTE
1 HEAVY

CHANNEL 6

INPUT — OUTPUT SECTION

LINES DENOTE "FORCED

TRANSMISSION

2 LIGHT LINES DENOTE TRANSMISSION OF ONE'S
INTO 8 PREVIOLSLY CLEARES REGISTER.

I

-1

-

- T ITU

1

OVERALL LOGIC

DIAGRAM

5

BITS

SSI11IiISIISSIIiOii;SiSiSSiIISiISI
ILIARY

AUXILIAfRY REQUEST
STORAGE BUSY

74

SEQUENC

H GH SPEED STORAGE
SEQUENCE
PAGE 42

EXTERNAL FUNCTION
SEQUENCE
PAGE 16

-6-------

J'_
bO+7

62-67
SEARCH & TRANSFER

:

PAGE 10.0

SEARCH & TRANS FER

__

J
(B).
nitiO

r

~

SEARCH & TRANSFE R

PAGE 10.1

PAGE 10.2

r

O
G

24 - 33

ITERATIVE MAIN

IAT0RS

SEQUENCE
PAGE 11

(32+33)(AO)

JUMP EXIT

HALF

(6)b
Initial
F

—K15-----

FULL EXIT

74.1-74.6

________8______________________________________________________________

READ NEXT
INSTRUCTION
J_—_-_*-------___K______
PAGE 5

E

24+26

NORMAL JUMP
SEQUENCE

6

ITERATIVE FLOATING
POINT SEQUENCE
PAGE 1 3

32

>

ITERATIVE MULTIPLY
SEQUENCE STEP
PAGE 2

EXIT
25+27

START

6

"6

ZERO ADDRESS

'-6------

SEQUENCE

SYMBOL

c

CLOCK REQUEST

READ
SEQUENCE

______

PAGE 8
::

INTERRUPT S
PAGE

—

:::

WRITE OPERAND
SEQUENCE

-'

INSTRUCTION OR OPERATION

4

f=(22+23+75+76)(b0-3)

B

01-11+34+35+50+51+54+55

C

12-17+36-46+52+53+70-73

0

(22+23+75+76)(b =4-71+20+2) +47+56-61

E

30+31+(32+33)IA ~ O)

F

SBT COMPLETE+ INTERRUPT+CLOCK REQUEST

0

(SBT COMPLETEI(INTERRUPT+CLOCK REQUEST)

H

CLOCK REQUEST

1

INTERRUPT

TIVEDIVIDJ

;

SEQUENCE
STEP
PAGE 2

33

c-

24-27

TERATIVE SEQUENCE

END CORRECTION
PAGE 5

j5>

32+33

CONTROL WORD REFERENCE

ITERATIVE FINAL
LOANGP0iNT

_

30+31
CONTROL DATA
CORPORATIOR
CCMPOP(ENTS

rarpncr

OJ,ImS OUlflYflU HICATtO)

1604-A

-

-

-

-

1 T011

SEQUENCE CONTROL
CHART

XDP 214591
3

litt# II SSO,$$iIIII
3P70

3P69

4J63

064

U

3

4J62

v °°7
K 5

III

0111111111

v 788

1

J2

SSS

1251

JEXIT
FF

w' 4°

iV1

INTERRUPT OR
CLOCI( REQUEST

4J08

t-V

K 782
K 796
1 256

K 200

L

J 06 '

4K05A
090

HALF RNI
K20'

JMP EXIT

J 029 MODE SW NOT UP

FULL EXIT'

966

TKO68

ADVANCE P

HALF

EXIT

v° 35
jO64
v 420
p507

E1

4L0I

K413

F5
K 413
N570

v 206 —O•—
F573

902
F
3680

v 10 2

V214
K' 39
K'37
v°26

033
K32'
J064

F673
K781

J 050

p550

F639
v360
K78'

v36°

os3

o62

v 102
J 062

v346
F 523

J064

4L03

F 656

EI

4W5

F662
548

9A

065

993

N57°

+
2
321

< 139

61

1<321
54.

4L04

F°°2

v026

Pl

v370

v' 88

v °4°
062

F 52 '
F 657

j0€4

J °53
v' °2
J065

v 420
F 507

J 062

j065

207

588

v 032

F520

K477
K 32 '
F 588
N 935

3L724

F 573

Ho30

410

v663

4997

653

v° 3°

F 596

F689
H °50

EI

050

3L78A

55(R0)

(3)80 : INTERRUPT 08 AOVANCE OLOCK
(4)ZA 54 (R0)
WO : 20+21+47+56+57-1-60+61
ZA : [01-03+05-07+34 A47 ~IA4S0+35A47*A46 AQO] no
NJ (22+23+75+T6)(b+0-3)-l-NO JUUP

SWEEP

(9)853 741-6
43 - 46

(II) 80 :[(37XX PIEG)+70 - 73] [ADV. CLOCK]
(12)80

12 - 17+40 - 42

4N78

K485

ST

)X>A((65+67(
:

)64+66((xA)

ZA [0-03+05-07+34 A47?eA46 A0+35A47*A46AQ0]R0

(33) HSS : 74.1-6
)34(

ZA

:

04

ZA

:

10+11

WO 20+21+47+56+57+60+61

WO

1

NJ (22+23±75+76)(b0-3(+N0 JUMP

ZA

-

-

)22+23+75+76))b4-7)

24) RNI STORAGE SWEEP

1

25)80

5

80

57'

L• H 04 '

ZA 04+10+11+54
2)) WO

_________
K

3651C

ST

(2)81 JUMP SATISFIED

12-17+40-42
43
46
SESRCH TERMINATED

ST [b7o))R0)+

)b0)J

SEARCH CONDITION
NOT SATISFIED
[)64+66)(xA)+ (65+6768>5)]

(40)R0
2

80 JUMP+(b4-7)(22+23+75-77)
55)R0(
FLOATING POINT OPERATION
24-27
53
(32+33((A0)

RO

52+53

80

36(X NEC)

RO 37)XPOS)+70-73

ST

62-67

ZA

(34

80

(36)(X P05)

EXF

ZA

74 0 (EXIT FF=0)+747)POSITIVE RESPONSE)

34)A47

51

62-67

ST

(b?E0((R0)+)b0)

ZA

50+51

ST

62+ 53){(b;i0))R0)+)bO)]

0

(32)(XA(

EXF 740)ExIT Ur 1) 747 (NEGATIVE RESPONSE)

780

1II
v344

K570

214

H047

F 628
347

°63

3678

v34_T

(10) 80

548

J027
J 063 r F
v040
j°63

209

F 506

207

881 : SiORAGE

4M06

1 36
067

F660
v 548
J 36
K061

053

F664

ZA

F 523
v 346

405

v20

(I)

4M05

K1
v °3°

671

+35))A45 *A46(

* A46 + A0)+(35)(A47

A 46 + AQO(

J176
r

521

K416
K 06
v508

\

Page 5
ERM

F107

LOCAT!ON

PAGE

608

QUAD.

DEFINITION

TERM

LOCATION

PAGE

DEFINITION

QUAD.

19.1

0

f = 7X

K068

4P54A

9

2

Interrupt Exit FF

F112

6M1OB q

19.1

0

f = 2X

K206

3M71A

9

0

Write Operand Wait Storage

F476

3M31C

19.3

3

76

K208

3031A

11

0

Iterative Wait Storage

F519

4M25C

19.4

2

21

K252

4N17A

17. 0

2

Aux. Seq. Wait Storage

F553

308B

19.4

1

56 +57

K453

5079C

18

1

X'

F554

4N04A

19.4

1

54 + 55 + 62 - 67

K600

4068A

57

2

Initiate Storage FF

F639

4K72A

19.5

0

00 + 77

K602

5J64B

57

0

Initiate Storage FF

F669

4M78B

8.0

3

RO Wait Storage 1 + (62) (ST Wait Storage )

K610

3H12 B

57

0

Initiate Storage FF

F673

4K72C

19.5

3

00 + 77

K782

6040A

33

3

C].ock Request

F682

4N83A

19.5

1

(Mode Switch Down) + (22 + 23 + 74 - 77) + (b

K796

6K83B

30,53

1

Internal Interrupt

F707

6JIIC

19.6

1

b4 7

F710

6J12B

19.6

0

76

L688

6N47A

33

1

Interrupt Lockout Light

F711

6J13A

19.6

0

b0+b4+(b1+5)(StopKeyl)

F712

6J14B

19.6

2

(b = 2 + 6) (Stop Key 2) + (b = 3 + 7) (Stop Key 3)

N945

4J77C

Odd Ciock Slave

F730

4K65A

19.6

0

b

N946

4P60B

Even Ciock Slave

F853

4J74A

19.6

1

56 + 57
P520

1F06

35

0

U437

6P23C

19

21

H788

•

•

4056

33

0

zk 0

7)

-.U'UA

Breakpoint

Interrupt Seq.

J

X2 + X3

1251

4N59C

33

3

Advance Clock

U444

6P24

19

2

1256

6H82

32

1

External Interrupt

U445

6P25

19

2

f = X4 + X5, + X 6

1258

6K66A

30

1259

6K66C

30, 53

V005

4K02C

28

1

Manual Control

V042

4K04C

28

3

Manual Control

53

1

1

?
1J

Internal Interrupt Request FF

J026

4J69C

28

3

Mode Switch Down

V071

4P53

54. 0-1

1

Storage Resume

J027

4J60

28

3

Mode Switch Down (Sweep Mode)

V073

3H08

54. 0-1

1

Storage Resume

J061

4002

33

0

Interrupt + Ciock Request

V075

4184

54. 0-1

1

Storage Resume

J062

4J62

4

0

Exit FF Clear

V402

3M56C

9

2

WO Seq.

J063

4J63

4

0

Exit FF Set

V788

4058

33

0

Interrupt Seq.

J064

3P69

4

0

Exit FF Clear

J065

3P70

4

0

Exit FF Set

W140

4K76A

25

0

J066

33

2

Interrupt

W141

4K76C

25

0

J067

4N54
4029C

33

2

Interrupt

W145

4K79

25

1

J112

4L07

24

3

(P = 7 - 17) (Exit FF

W159

6L62

25

1

External M. C.

W781

4P14C

60

3

No Buffer Active

1)
.

Internal MC.

J

fleff off .‚‚••.‚..• 8 sis.. ei§ gefv11,8 8,48

iioisosso•sissosssisisssössoi••ss'

ii

-01

00

1

07

1

08

1

09

1

10

1

II

12

1

1

066
wI4

v 402

78a

13

1

INTERRUPT
LOCKOUT
4L15A

H

K°65

026

15

LOCKOUT

16

1

1

INTERRLJPT

K064

1
J_____)l

14

1

LIGHT
3L80C

66

70
4029A

F669
3K41A

K072
EXIT

31_

:

V°0

H

1

v030

K0

H030
1

3L72C

3L71
032

1

O32

L__

1
1
L -----

3 4M05

H047 4M07

•
:

__________________________
_____________________________

45

10
1

_____________

04l 31<61

3L724

1 3L70

jII2

HALF EXIT

367v

H

hn

Q1<4

- _____
FULL EXIT
H033

31<60

H0

4L03

O37

EXIT

-

V88

N945

1 251

CLEAR u'

K460

4J0e
v

4KcA

4U01
41(76*
w140

INITIAL
START

K
K

I4I

OS7

INITIATE STcAGE

4615

1
1
ULUU

) H

K06

V042

K

461

1

v096
4043C

M ISS

R'
H152

4039C

H153

INTEUPT
EXIT

V

I534606A

1

V°75 408

XLA—

______

"H

V 52

7-

DISAB

4083 ______1

CAR f

H979

U)A

K 452

STOP 1

40390

•

-

S ropu

H °97

I 5 I 6-)b ONLY

H°

H 965
CLEAR R'

450
3JI3 1
________

F553

WAIT
STORA

F 853

INITIATE
STAGE

CLEAR U 1

K206

H955

3J42

CLEAR X
H983
H'CLEAR X

vo

AH STOP 1

1 F 2
1 <051

tK053

TRIJP
REQUEST

50

3640C

F707

41<11

K°5'
1

°67
INDIRECT
ADDRESS

4080
:28
219

CLEAR X'

1255

65

pHO9S

5J65

45'

1V0097

114

6o2

K603

42

834

[J

984J15

4 KO5C

>

4079

45

f=74-76

7

H'5'

UbAU 2
-.H 950

LLU

4p3

NDRECT
WßJT STORAGE

F68lv15I

K050

V09 e ERRUPT
MPLETE

1 256

K054

i°

3M69

K°4

e
STO RA GE

JUMP EXIT

--

INITLAL START

1<

4M02

H090

K 200

~

_______
F639
4M04 _______ _______
I

.9

U2

___

RETURN J

58

4P32A

3C38A

}
___________

ADVANCE P

u

K1<

UIu

H

LK O€O

--)H975

-----H'55

-

r1CLEAR CONTROL FFS
(SEE MC DIAGRAM)

4M77

)ITERATIvE)

H099

H 904

4P15

1
1
1

H6

A

=

H 501 (ST)

1

RTIAL A

IN A

INTERRUPT

SEQUENCE

1

1

v

1

1

I-1 °' )WO)
H 431 )WO)
K °50 (ST0P II)

1

1
1
1

1

1

x—i2

H601

1

v 0 42

STOP

012

2QI

EXECU

F 710

______
_______

STOP 1

1

4P38A

P520
START
ooi
OR STEP PtJLSE
(SEE MANUAL CONTRccAGRAM)

730

4J61

1

1

J°63 HALF EXIT

K 092
4N73

v°35

J32W3
K 09°

4N72
x 091

.

4

j062

v033

4M02

•J 1f;1

M °

MODE

SWITCH DOWN
(SWEEP)

1

1

L-

__

Il 1

I-

_

_

1 __ I•
—

1

READ NEXT INST SEQUENcE

.
CO ORATION

1604-4
XDP2(4533

1' 5

1

Page 6
TERM LOCATION

PAGE

QUAD.

DEFINITION

TERM LOCATION

PAGE

QUAD.

DEFINITION

A986

6J13C

52

0 A 0

W771

6L28C

52

1

A Neg.

A987

6J08C

52

0 A = 0

W772

6L29A

52

1

W773

6L27C

52

1

Q Pos.
Q Neg.

F501

3L81A

19. 4

0

(22 + 23 + 75 + 76) (b = 0

F516

6H13B

19.4

2

23

F528

6H09A

19.4

0

22

F582

3M83C

19. 4

1

76

F675

6H04C

19.5

1

75

F700

6J15

19

3

b 0

F701

5011

19

3

b1

F702

5P25

19

3

b2

F703

5010

19

3

b3

F704

5P2

19

1

b14

F705

5009

19

1

b5

F706

5P20

19

1

b ~ 6

F912

6H06A

19

3

b = 0 + 4

F913

6H06C

19

3

b = 1 + 5

F914

6H07A

19

3

b = 2 + 6

F915

6H07C

19

1

b = 3 + 7

J020

6HO1A

28

2

Jump Switch 1

J021

6HO1C

28

2

Jump Switch 2

J022

6H02A

28

2 Jump Switch 3

J023

6H02C

28

2

Stop Switch 1

J024

6H03A

28

2

Stop Switch 2

J025

6H03C

28

2

Stop Switch 3

J062

4J62

4

0 Exit FF Clear

J065

3P70

4

0 Exit FF Set

Q986

6H12A

52

2

Q987

6H12C

52

2

Q! 0
Q = 0

V002

4J03

5

3

Execute Instruction

V099

41(11

5

1

RN[

-

3)

Ii, 1 tIlliTlilt

s

.

‚rssisisirrrr

of

$$oil

Ju*P
j 050

NO JUMP

JUMP EXIT

1~ 4 HO31 41.01

41.12

K°5°

F 476

1 *76

1(22+23 * 75 479590-3)

v°°2

F 516

1 23

F912 ....J
j

6 ' 0 *4

‚E

44

____________
______________

9ua
90

05A

F

911

____________
______________

0-0

3

6.I45

f73
J Ot0

JUMP 1

F 75

b2,S

1.75

F415

F675
(*73

6*3+7

J 02I

jOZ 2

JUP2

JUP $

F516

F529

1 23

6-5c

QNEG

F 912

AllES

6610*

_J

31(93
3L832

v' ° '

771

(*22

w77

H'0 '

3L93C

K°51

1

3L848

-

Q 917

F

v °3 '

K05'

J

b 3+7

'QIS6

f23

0*0

F'13

9*1.5

F 516

W 775

(*23

0 POS

A987
A*0

(*22

529

F 913

9*1*5

(.22

F 326

jOSO

_-.

60 Jump

J 053
1

3L11

(*22

A*0

EXIT
35e3

OLIZ

w ,70
6*05

volo

SENSING IMSP CONDITION

f

K 561

F 914

9=2*5

F 914

9.2+6

f=76 F 562

60

J 053

4M03

NORMAL JUMP SEQUENCE

9*3
9*7

SENSING SELECTIVE STOP CONDITION

P;ip 7

TERM

LOCATION

PAGE

DEFINITION

QUAD.

TERM

LOCATION

PAGE

DEFINITION

QUAD.

F404

3M20B

19.3

0

ö

N570

5L62

21.0

2

R = 0

F410

3M26C

19.3

0

10

N670

5061

21.0

2

F455

3M28A

19.3

1

55

N931

3J76C

0 + 1
R
Odd Ciock Slave

F500

31,82A

19.4

0

01 - 07 + 10 + 11 + 34 + 35 + 50 + 51 + 54 + 55

N933

3L20C

Odd Clock Slave

F520

3M78A

19.4

2

04

N935

3049C

Odd Ciock Slave

F527

3N84A

19.4

0

04 + 10 + II

N991

3M09C

Odd Clock Slave

F549

3M71C

19.4

1

34 + 35 + 50 + 55

F550

3N79B

19.4

1

54

13704

6L49

F554

4N04A

19.4

1

54 + 55 + 62 - 67

F571

3078C

19.4

1

01 - 07 + 34 + 35

F673

3077B

19.4

1•

55

F585

3J56A

19.4

3

01 + 03 + 30 + 31

F586

3J56C

19.4

3

02 + 03 + 30 +31

F588

3J54A

19.4

3

34 + 35

F589

3J54C

19.4

3

(01 - 07) + (34 A 47 = A 46 A t 0) + (35 A47 = A 46 AQ i 0)

7594

3K55C

19.4

3

34 + 35 + 50 + 51 ± 54 ± 55

F596

3P16C

19.4

3

50 + 51

F615

3084B

19.5

0

01 - 07 + 34 + 35 + 50 + 51 + 54

F618

3K28A

19.5

04 + 10

F636

3K26A

19.5

0
0

F652

3M39A

19.5

1

06 + 07 + 35

F664

3N13C

19.5

1

10 + 11

F689

3JO1C

19.5

3

01 - 07 +(34)(A47 = A46 )(A

F731

3N12A

19.6

0

bj0

F902

3P16A

19.6

3

30 - 33

J064

3P69

4

0

Exi.t FF Clear

J065

3P70

4

0

Exit FF Set

K318

3L26B

14, 51

1

Normalize Shift E)dt O,ntrol

I

53

2

(01-03 ±05-07) (Shift Count127 10 )

-

05 + 07 + 34 + 35

'0) + (35)(A47 = A 46 )(AQ

0)

glossies$ $too, is

$$fell ill 111

$$$is

loll of of is of loll$
02

03

04

05

06

-

07

1

08

09

1 0

1

1

1

I

1
K 31°

932

K311

-----

EH

933
REDUCE R' — .R

R=O
N570

352

H 974

3L3r

3J28

H033

jN

K414

4-

K 415

1< 321

N99'

—

K312
3L30

F 586

N67°

3L2 9

F 455

RO

K

3L10
::1(71

F5

PARTIAL
ADD IN A

F 550
36456

3L08

F 410

H°

4C

N93'

33

3680

3L28

36738

K70

3L328

3 L13

~F

F 616
3L14

—

1

HALF EXIT

J065

41403

R 2-- e 6

36

U2-,, x I WITH EXI
8983L

H

943

31(78

H °5°

\

404
F 589

77C

V220

T

222

v5

041
477

L7V050
3K76C

K 477

v002

4

jse

1V20J

1F500

-...øl

R'

31(596

R2

31(60

31(560

R/O
H960

31(71

K41°

-0-11 H 952

Xl -

1

5661

JI H 212

LY1±J

31(61

31(63

u2 —, p'

L

3665C

K 41 '

31.12

K413

3665A

3668

F 88
F689

4678

F527 F=04 1011

K57'

H04'

B EXIT

Bb

R2

SL78AI V0501

1

3651C

H

F

3K77A

041

K 471

SCALE
TERMINATE

F596

ADD X2

476

IT

1

3678

3K51C

J3;jJJ

234
6L51
<235

K477
3633

V 214
H033

HALF EXIT
H°47
FULL EXIT
H033

H92 '

1

Q2

A'

J23

H 923
K

31(336

.

H9

[-1.

H 913

31(316

F 664
HALF EXIT

FULL EXIT

V °32

917

K570

3L784[JJ

V03
030

915

42—...Q'
H963

3M32

4677

3L72C

E

::

K55'

<410

jvBl'

K47'

36456

K55°

3L71 !

H 604

K472

CLEAR 8

032

4603

3.126

N7°

H053
R2

F 573

Q ' — Q2

7l

I861
3642C

K 413
F550

4601

960

31(81

F 550

K 472

3670

REDUCE R'—.R 2

[I3J44

F 04

31(73

-?-II H
F573

•

-L--11 14 04'

3651 C

3669*

R'— R2
F 52°

573

F73'

3J72

1r

31(64

JUMP EXIT

1

1

3J71

T

31(62

ADD R ' —U 2

1

F1.4
5642C

3J63

1v204
04

31(5S

~
4134

3J61

1

HALF EXIT

31(52

202
LL11

1

570

214

9IO

EXECUTE

INSTRUCTION

4678
K 571
4N80

R2—..B EXIT

INITIATE SHIFT

REDUCE R'—. R2

H 94 '

1
3L16A

N 570

t ~~

K32°

t2

F 615

1

K58°

RO

EXIT
CONTROL

r-1

LEFT

4M02

CLEAR A'
H915

SHIFT

K 476

1<'

v °33

F'5°

7V~~

I963

FULL EXIT

412

K

C MP R — R '

3L07

3631C

v223

A LEFT

3L09

F 520

3680

V°33

F9o2
J064

R 2 — R'

4

FULL EXIT

N70

3632C

PARTIAL
ADD IN U

'r

2
1

N

IGHT
930

I

j064

,03
4602

~
KBI

HALF EXIT
H041

960

j

t

L72A
L72C

K 472
V 32
[J,
0

H 033

FULL EXIT

3

j0651

-1

4603

T1

T2T

IHJTI

-

1

c

—

16C

LOGIC DIAGRAM

ZERO ADDRESS SEQUENCE

XDP 2145

20
TERM

LOCATION

F351

6KO6C

F472

41,72C

F502
F503
F522
F529
F530
F542

4M09A
4M09C
4M11A
4M12C
4M13A
4M16A

F543

4N01B

F544

4M16C

F562

4N06A

F563

4N06C

19.2
19.3
19.4
19.4
19.4
19.4
19.4
19.4
19.4
19.4
19.4
19.4

F5€6

4N07A

19.4

F576

4004A

19.4

F614

4K69A

F619

4K69C
4K65A

19.5
19.5

F730

I

PAGE

QUAD.

1
1
0
0
2
0
0
2
2
2
3

43
13 + 15 + 17 + 41
41 + 43 + 71
72 + 73 + Adv. Ciock
40 + 41
43 + 72 + 73 +Adv. Ciock
37 + 43 - 46
12 + 13 + 16 + 17 + 37 + 44 + 72
b 1 0

19.6

3
3
1
0
0
0

3
Adv. Ciock FF
31
2
Adv. Ciock

4N58

33
33
33

K208
K218
K252

3031A
4080A
41'117A

11
5
17.0

0
1
2

Iterative Wait Storage
Indirect Address Wait Storage
Aux. Seq. Wait Storage

V006
V073
V075
V788

4J05
31108

5
54. 0.].
54. 0, .1
33

3
1
1
0

Execute Instruction

losss

PAGE

QUAD.

DEFINITION

52 + 53
16 + 17 + 37
72 + Adv. Ciock
12 +14 +16 +37 +40 +42 +70 - 73 +Adv. Ciock
41+43+71+73

4N59A

4184
4058

LOCATION

52 + 53
72
12 - 17 + 36 + 37 + 40 - 46 + 52 + 53 + 70 - 73

1250
1251
1284

4N59C

TERM

DEFINITION

+

73

±

Adv. Ciock

Storage Resume
Storage Resume
Interrupt Sequence

sell I I

$less$

fell$ I

of sell I$ III #is
04

03

0

010

05

06

07

08

09

10

012

11

12

13

14

15

F 566
F542 COMP X ' TOX2

F543 A 1

H934

3K36A

X'

CLEAR

H937

3L13
< 580

31-14

3K36C

4J3O)

~

v311

0I

ADDR'TOU2

H °45

V.

K580
3L14 1
__________

3832*

F 566
503

ULMN 0

H98'

550

H9e5

1< 581

F614
::4:A

X'

3L13

__

H 952

F 351

1 250

LEAR A'

O2

1

41,177

3838A

1284

1284
t8HB4

v 788

ul__,u2

1284

WAIT

v oo6

_________
_________
_________

14J211

14J221

___i4J23j...

3O3

F
4K20A

4K20C

4825C

1 4J241

3O

4J25)

_____________
07 (4J26) ________ H 308 (4J27) _________
\/3O7
O7

3O5

4822

4824*

4823

H93'

5J64

III-;.:-]____fII:H933

1< 602

v856

4071

1<070

CLEAR R'

F5

4825A

(4J29)

309

3I0

____________________________________________________
_________________________________________________________
________________________________________________

4

2

1
1<202
-

4826

4830

4827*

29A

v

COMP X 1

474

1

H9

3KA

ADD X2 TO 4'

___*lIIII -

-

H 92 '
H 923

1 251

F562 ADD X2 TO 4'

F.

H 92 '
1(923

3 633*

X'-

X2

x

-

x2

1.1930

H 932
3632C

E 544 COMP X l -X 2

H 934
11 936

-

INDIRECT ADORESS
WAIT STORAGE

3636*

1<2 1 8

/

ITERATIVE
WAIT STORAGE

112,

F530

363 3*

1< 208

(4P22)]
LH82 7 LV
F529

4K4

X2

v 83

F 543

0'

3K31C

(P. 8 1)

1<540

65 15L71)

4871

H 34 '

K203

K°7'

1<541
4N75

3833C

4P32*

F 563 SET X407,
2 TO 1

f

1yJ

(4J28)

LQX

INIT STORAGE v543
_{(4P30l_

4824C

STORAGE 1

H932
3632C

2

2

c

K21

V073
STORAGE
RESUME

H 971

[yj
3K4 18

L..

H 973

P2ae

TERM

LOCATION

F436

4K73A

F437

41,68B

F443

19.3

F444

4L69B
4L70A

F503

4M09C

19.4

F521

4M17A

19.4

F523

4MIIC

F524

4M12A

F531

4M13C

2
2
0

F543

4N01

19.4
19.4
19.4
19.4

F545

4NO2A

19.4

1

F559

4N05B

19.4

F566

4N07A

19.4

3
3

F567

4027A
4005A
3M77A
4K70A

19.4

F57
F613
F628
F656

K695
K755
K783
K883

43
44
52

+

53

36
43 - 46
16 + 17
43 - 45
43
46
37
40 + 41

3

4J62
4J63
3P69
3P70
3NO3A
6J84C
6L52A

4
4
4
4
52
53
30

0
0
0
0
1
1
1

Exit FF Clear
Exit FF Set
Exit FF Clear
Exit FF Set
X Pos.
Overflow Fault
Select OXX70

4N69C
6064A
6040C
4N81C

33
60
33
33

0
3
3
3

Interrupt or Ciock Request FF

19.4

TERM

LOCATION

PAGE

QUAD.

V075

4184
4K41
3K48

1

4K77

54. 0, .1
8.0
51
25

4K79
5K39
3J02
6077

25
25
25
25

V340
V886

19.5

4K65C

4K64A
4K72C

J176
J177
J579

36
37

19.5
19.5
19.5
19.5
19.5

F672

J065

19.3

0
0
2
2
0
2

DEFINITION

37
37 + 70 - 73 + Adv. Ciock
24 - 27 + 30 - 33
53
12 - 17 + 40 - 42
X Neg.
12 + 13 + 16 + 17 + 37 ± 40 - 42
00 + 77

4M17C

4062
J063
J064

19.3
19.3

QUAD.

3
3
0
0
1
1
3

F657
F673

PAGE

R1

W142
W145
W156
W158
W184

1
0
0
1
2
3
2

DEFINITION

Storage Resume
R. 0. Sequence
Shift Control
Internal M. C.
Internal M. C.
Internal M. C.
Internal M. C.
Internal M. C.

Ciock Wait FF
Ciock Request
Ciock Request Slave

off

I $$file of $$III $oil$ of I
116

'i

'r

I iT

2r

119

2 11

2 12

24

213

25

26

27

i

i

i

~~H
l

LQX

F673f=OO+77

4N74

K540

H 82°
482

K54'

4975

142

PARTIAL
ADD A
3L07

-

047

fH
o3o

1

A

V03°

FULL EXIT
3L72C[J-9 H°33

H045
F 52 '
V 351

H 92 '

f =37

jJ?6

CLEAR X'

4P3

__cf_*

H 98'

-

486

DD x2A'
3(08

H923

82O

HALF EXIT

K 484

HALF EXIT

V 760

(MC)

~

H92'

1240

11 923

H 90 '

A'

V.
K205

(SEE SHIFTc0NTRH H903

3838A

-. X'

K487

H983

48
4P39

F443
F444
F672

K403

3K36C

[

28
904

2

813

V81'

SK

fI6I7

f=37

K 480

K 486

4937A

481

487
4p39

f 43-46
4K37C

1241

F—

v354

K

4836

H937

~

4P39C

K482
L
K

K883

486

K 483

4K40C

K755
124

340

4,145

Li1i
4K45A

4843

4842

---i[J -

?::
F436
-

::

4836

485

F656
J°62 HALF EXIT

X*I2

H647
647

-K481

::

~
U
K

4K5(A

4850C

4852

x093
F657

v 820

921

H923

P0 WAIT
STORAGE 2

KQ2 — A'
ENA8LE
FL(LL WRITE
83°

I2 I 3

3(13
4<580

VIS

Lx__]
365(4

3L (4

780JUMP
4<485

00+77

3K5(C

[J

ADVANCE
CLOCK

3642C

HALF EXIT
Q(___9..Q2

H904

44PIj__f

-. X2
9802:9

2J69

X— X

F 53 '

H 933

H932

F 545

FULL EXIT

H934

4960

H 0 33

H606

R 2—. B8

H 0 35
F 523 HALF EXIT
H

38364

043

250
251

FULL EXIT

36324

CLEAR
xi
gal

?'L1I3jI

065

H906

3852C

COMP X'X 2

‚

1

4<57I
4980

063

5

5(64

205

F673

H85IV050I

H962

4P30

4P32A

46

R'R2

H93 0

NIE STORAGE

H'56

EXIT

4N50C

R2-8B EXIT

H 91

3831*

H 045

IH°3'

4p384

X'9X 2

* A'

—

He

ALF EXIT

3(43

R'

383(C

H 037 EXIT

408

F613

H 915

487

F639

4<409

___________________

-. Q'

——'H'
00+77

4829C

856

4K61C

——.H9

V 76°

CLEARA

4<981

4p(53

A2
ADD X2—'A'

3K33A

INHIBIT

K 635

354

7

3M54

H°43

4ss

,

F559

566

~
H8184PII ____fII:

A2

3524J53

4J52

E XIT SLAVE

4N73
4977

H35'

064

K55°

K551

TO

49504

F437

KO9z
<483
4M40C

~~

A'

F 656
J 063

CLEAR B

4851C

LEFT SHIFT

FULL

484

-?---•
f=43-46

49499

F 657

-----H°37 EXIT

4840A
53

4848

F52'

-6—.H°

(43 &0

348 ________
34
»34
349

4K47

4K45C

1 = 1617

4)50

1
1

5J65

Page 9
TERM

LOCATION

PAGE

QUAD.

DEFINITION

TERM

LOCATION

PAGE

DEFINITION

QUAD.

F456

3M29A

19,3

1

56

K050

41,12B

28, 5

1

Stopil

F460

3M30A

19.3

3

Ö

K066

4L5C

5

0

Exit FF Clear

F505

31,82C

19.4

0

20 + 21 + 47 + 60 + 61

K252

4N17A

17. 0

2

Aux. Seq. Wait Storage

F506

3M84A

19.4

0

(b = 4 - 7 ) (22 + 23 + 75 -77)

K622

3HO113

54.0

2

Even Storage Busy

F507

3M84C

19.4

0

20 + 21 + 47 + 56 + 57 + 60 + 61

K662

4176B

54.1

2

Odd Storage Busy

F515

3M81C

19.4

2

21 + 47

K695

4N69

33

0

Interrupt + Ciock Request

F527

3N84A

19.4

0

04 + 10 + 11

K797

6K84

30

1

Internal Interrupt Request

F553

3083B

19.4

1

56 + 57

K396

3177A

57

0

Odd Ciock Slave

F557

3081B

19.4

1

22 + 23 + 75 + 76

K496

4H84A

57

0

Odd Clock Slave

F560

3080B

19.4

3

21

F569

:30 7 8A

19.4

1

20 + 2 1 + 47 + 60 + ß 1

V000

4J02

5

1

Execute Instruction

F577

4J64A

19.4

1

20 +21 +47

V006

4J05

5

3

Execute Instruction

F578

4J32A

19.4

1

57 + 61

V073

3H08

54. 0, .1

1

Storage Resume

F579

4J32C

19.4

1

57 +61

V788

4058

33

0

InterruptSequence

F593

3K55A

19.4

3

47

F731

3N12A

19.6

0

b # 0

W148

3J07A

25

2

Internal M. C.

F853

4J74A

19.6

1

56 + 57

W910

3M65A

19

2

U 2 Neg.

H071

41183

54. 0, .1

1

Storage Resume

1253

6J02

33

2

Internal Interrupt FF

1255

6N83

33

2

External Interrupt FF

1257

6M66C

32

1

External Interrupt Request FF

1283

4N58

33

2

External Interrupt

J029

61,37C

28

3

Mode Switch

J050

3L21

6

0

Jump

J053

3M17A

6

0

Jump

J063

4J63

4

0

Exit FF Set

J064

3P69

4

0

Exit FF Clear

J065

3P70

4

0

Exit FF Set

J066

4N54

33

2

Interrupt

J067

4029C

33

2

Interrupt

J068

6H83

33

2

Interrupt

J138

4M43C

17.0

2

Aux. Seq. Wait Storage

J139

4N43A

17.0

2

Aux. Seq. Wait Storage

I

Be I

of I I III III#$ oil
00

CI

02

03

04

05

06

07

08

1

1

1

1

09

1

1

10

1

1

1

1

INITIATE
EVEN STORAGE
INITIATE
RAG€

602

v000

F853

5J64

H 944
U

1138
F571

376

4J58

Y-

H9

UI TO U2

-9l1

F 553

H946

xH-x
0

34

4J63

4J15C

79

WRITE OPERAND
WAIT STORAGE

2P59

N - 33

N 380

ENABLE
E LOWER

H °7 '

F38

ENABLE PARTIAL

WRIT E UPPER

Q2A'

K 2°

207

33

2P39

4K34A

578

WRITE OPERAND
WAIT STORAGE

PARTIAL

13

139

v 97 '

6O3

K.
N 496

12

3K30

3HIl

INITATEODD
STORAGE

F553

WRITE

ENBLE FULL

002

11

3M68
311319

~

»:

31131C

J

066

_

NT. LOCKOUT

31839

77T!gr

~

SET - P '

314

F569

D1SABLE
H43'

F'
361749

5J65

1 053

36158

3M59A

v 407

5M59c

11

PARTAL
D IN U

PTO P'

3L09
K520

jO5OL1N

—OK 695

~9
3M62

PI

RETURN JUMP

x

_-______. H 968

A1 —8X'

-Q4

> H957

WRITE OPERAND
WAIT_STORAGE

066
F6I
31131C

v 407

K 252

LFEXIT

V'073

1<

041

RESUME

3M68
:: EXTEND SIGN

H698

K 46 '

K°

w' 48

U 2 -9 x[9

3]-

A2 —

K4°

F557
3L10

N854

3L65

F207

b

J°63

—

3H61A

3M60

6L66C
H952
CLEAR EXTERNAL
INTERRUPT REQ.FF

H 410

H

4:

"

K066

36473

065

'T'

46102

'-OH

~
H"
Q'

3K36C

—

3L16A

)Q2

3J26

J40

H 904

31140A

J 064

46102

L56I

INTERNAL
INTERRUPT
REQUEST

K600
INITIATE
STORAGE

068

K7

FULL EXIT

4o9
F557

311329
J 066

H832

F 507

w90 U 2 NEGATIVE
U 2 —OP'
F 527

ADDR'TOU2

H9°

H955

21140C

K54

H4

3L61
::

—

6274

3l2

F 357 DISABLE CLEAR

J066

068

K45l

H 953 CLEAR U'

J °68

-9-------3H 953 CLEAR u[

3L72C

1 255

392

3L14

-;:- -L______I__!LII: H0

603

067

CLEAR f

LQX

-9------

_____---9--

3U61C
1253
068

LyI

F557

047

602

4P32A

69

F 593

FULL DR
HALF EXIT

3L58
v°

-- H 928

v006

F

___

413

v006

4P30

F5

H 403
3N56A[j

INITIATE
STORAGE

{22

915

V006

933

J050

A2—* I

J066
v78

CLEAR

31140

311314

°67

x2

----*i

F56° T--~ H e'2

F506

F557

1253

J067

K46'

567 -O Ul

> 1253

j

1255

 u 2

2.

°

22

23

X'

:v :44
31(4 1 A

4P28A
x'—)•X2

R930

60

H932
3K42A

3K32C

F 575

R2 —*B
K 570

K 330

1

4NT8

4M42

ADOR'—U 2

1
1

H 845

4P29
v 843

K33'

K 57 '

~

M0 —X 2

3K40A

—

52

v 523

1

H526

4L35

________
_______
4M30A

4M32C

v°

)

I H 527

4L36

L

28

________
_______
_________
4M34A

.I

4L37

529

52

_________

4M30C

V 6'

4U35A

S&T
COMPLETE
K 46
4H40

4L39

p53I
4L40

v532

F

1

INPUT
TRANSFER
ACTIVE
____

575

4S
 H936

X2

-of

T-

548

F547Jy8311

447A

4M47C

LOX
540

4N74

31<36A
4N75

—
H 932
OUTPUT
TRANSFER
F 533
ACTIVE

3632C

4

K 772

7A

r

> K690

4M56

v5 52
142

OUTPUT
TRANSFE R
RESUME

N95'

N

M046

J 094

GPKA

4M62A

468

4M62C

65

N948

I

N946

K:

W

4P69

K835
N95'

N948
TRANSFER
L°48
767

P156

. -

W 140

cCHT*O(DATA

1-t

a

1604-A
-

Uh

111u

sEARcHaTRANSFERSEQ.
______

XDP 214537
C
Iio.i

Page 10. 2
TERM F
LOCATION

A990
A993

PAGE

QUAD.

DEFINITION

TERM

LOCATION

PAGE

QUAD.

1L46A

52

0

X >A

V012

4M77

5, 25

2

4K62A

52

1

x =

V507

4M23A

10. 0

V521

4M29

10.0

0
1

63

V541

4M46

10.1

3

V543

4L47C

10.1

1

A

F533

4M14B

19.4

0

F575

4N07C

19. 4

1

62

F660

4K74C

19.5

1

62 + 63

F661

4K63A

19.5

1

X5 + X7

W140

4K76A

25

0

F662

4K63C

19. 5

1

X4 + X6

W142

4K77

25

0

F671

4M39C

19.5

3

(64 + 66 ) (X = A) + (65 + 67) (X>A)

W144

4K78

25

1

H543

4L48

10.1

3

S & T Seq.

11787

4055

33

H789

4N70

33

01
?

Interrupt Seq.

11791

6P69B

33

3

Advance Ciock Logic

J135

4K39C

(b

J136

4K34C

(b

K060

4K16B

5

0

Exit FF Clear

K061

4K17B

5

0

Exit FF Set

K067

4L16C

5

0

Exit FF Set

K417

4M40C

10.0

2

S & T Complete

K431

4K28C

10.0

2

Transfer active FF For Line Printer on Chnl. 7

K695

4N69C

33

0

Interrupt + Ciock Request

K773

4M56B

10.1

3

Output Transfer Active

K830

4P63A

10.0

2

1(831

4P63C

10.0

s&

2J

K883

4N81C

33

3

N940

4M74A

Even Clock Slave

N946

4P60B

Even Ciock Slave

N953

41,43C

Odd Ciock Slave

oJ

1
1

DEFINITION

Clear Control FF's

1
s &

t

T Sequence

Internal M. C.

0) (S & T Cornplete)
0) (S & T complete)

T Sequence

Ciock Request Slave

:

fell$ I I I I of I t-ii-i-i--is

•s•isoisissiiisosoisiiisiossoöossi
23

24

25

26

27

1

1

28

29

30

31

1

1

1

F 662
A 993 (X=A)

FULL EXIT

1 135
033

1136

H 52 ' SEE SHEET 1

----F533

F66'
A 990

OUTPUT
F 533

L.Q.X.

TRANSFER READY

fl74

K 067

766

K54

N75
-1:____J

1

ftALF EXIT
M06

M65

—

_---1

H 52 ' SEE SHEET

F67 '

Lf____1

M03

----K

w'4°

F 66°
j 36
061

F 67'

v 3

[L4J

7

L52
:45
M49

546

547

M50A

M50C

M48C

L(t)J

K0B

—I

K°81

L

L53
48

9JI35V55O

L54

M5BC

H 55°

L55

M57C

.Q-.

H 785

1

K863

F

w144

1

K 693

065

-C)

-* K69'
36453

COMP R 2 * R'

83I

7I
N 963

K 693

v55°

5M36B

K 695
REDUCE
R'R2

773
::

::

H9605::

R'-R 2
H553L:

H 972

K 69°

s9i
R
H96'

H 799 (INTERRUPT SEQUENCE)

1104
N63C

v 54 '

F 533

Q

74

552

K 773
2M56

K 69°

K69'

0394

M79C

< 417

K77'
K695
N9

N46'

OUTPUT

TRANSFER
ACT)VE

'

LYi

‚1

F575
v507

CLEAR

INPUT
TRANSFER

B.

rLIYE
M584

N76

N 56°

K 770
K551977

K 690
K 883

w'42

K69°
K 693

_1!.2!5±J

693
K 83°
H55'
H?B9

978

K57'

N80

v 551

H 791
INTERRUPT
OR CLOCK
K767
K 773
K695
940
NOTE:
ALL JACKS 09 CHASSIS 4 ONLESS OTHERWISE SHOWN

DUR)NG63(I)

":K4

INTERRUPT
OR CLOCK
D

63
K692

N

507

< 550

63

N68

<431

K693
461

5LIOC
553
961

H552
H55'
K789

R0BICEORAWIMGS
COMPONENTS
__________________________________________
1 ‚antI«
VM.OE
II«
1 I«s«
1 I««««

'ERM 'LOCATION

:

PAGE

QUAD.

DEFINITION

F382

6J03A

19.2

1

(24

+

F384

+

2

(30
25

F432

3M25C

19.2
19.3
19.3

1

F425

6J03C
3M23A

F512

3M82A

19.4

0

F513

3M82C

19.4

F514

3M81A

19.4

0
2

F517

3M80B

19.4

F525

3M76A

19.4

F526

3M77C

19.4

F536

3N84C

19.4

0
2

F540

3N81B

19.4

2

F541

3N80B

19.4

F546

3M78C

19.4

F555
F561
F565

3082B

19.4

2
1
1

3079A

19.4

3079C

19.4

F587

3J55B

19.4

F590

3K41C

19.4

F612
F616
F620
F630
F641

3M17C
3K29C
3K28C
3K27C
3P27B

19.5
19,5
19.5
19.5
19.5

F653

3K24C

19.5

3
3
0
0
0
0
2
1

F663

31,84C

F669

4M78B

19.5
8.0

1
3

F731
F741

3N12A

19.5.8.0

o

3P24B

19.6

2

F940

3P21B

19.6

3

J129
J171
J173
J175

3N04A
3N06

52
52

3
3

3N05B

52

3

3K09B

fees

25

27) (SR
31) (SR 1)
+

=

1)

o

2
0

3
3

24
24

+

27
26

+

30

-

TERM

LOCATION

PAGE

QUAD.

K208

303

11

O

K209
K218
K252

3031C
4080A
4N17A

11
5
17.0

Iterative Wait Storage FF

OJ
1
2

Indirect Wait Storage
Aux. Seq. Wait Storage

N934

3049A

V002
V073
V077

4J03
5
31108
54. 0, .1
3M74C 54. 0, .1

1
1
1

Execute Instruction
Storage Resume
Storage Resume

X470
X471

2080B
2081B

49.4

2

49.4

2

X Pos.
X Neg.

DEFINITION

33

25 + 27
25 + 26 + 27
24 + 27
25 + 27 + 33
(30 + 31) (SR 1) + 32 + 33
30 + 31
30 - 33
24 + 26 + 30 + 31
24 - 27
(24 + 25 + 27) (SR = 1 )
26+27
27 + 33
(24 + 26 ± 27 + 30 - 33) (A Neg.)
(32 + 33) (A = 0)
32
24 +26 +32
27
30 - 33
25
(32 + 33)(A = 0)
RO Wait Storage 1 + (62) (S & T Wait Storage)
b 1 0
30 - 33
30 31

Even Ciock Slave

Q Neg.
x Neg.
A Neg.
S.R.

= 1

so so$ see

8 -9-" 1

I $is $is lllll
01

02

03

04

1

05

1

ADD X 2— A'

06

1

‚-.

07

09

08

1

1

i

1

921

H_D

Q—OUPPER

10
COMPX'—X2

3J3o

L____.

v820

936
5 40

F517

H923

T ,~
V.43
314

-

QoaLowER
H 950

-

F 663

ITERATIVE
WAtT
STORAGE

36406

H °5°

CLEAR R1

~
3L7O

30316
208

COMPXIX 2

209

F 653 DIVIDEND
J
SIGN

H934

E

831

U2

[H—

6013N,:

______
_________
________

30206

602

:

3020C

30216

3021C

ADD X - A

H 607

54'

605

06
30234

-

987

H923

H 92 '

DD X 2—.. A'

F 54 '

565
36334

J173

__________
__________
H 856 4P30

-

J 173

INITIATE

K 602

3025

1

I4

Ii3

I5

116

XIX2

COMPX'

H93°
H 932

v82'

F514

36322

x2

Et~~t

x 470 x

72

F 74 '

SIGN
:!

N934ks

U12

K 503

3611

____

F382

1213—
H 962

v6'4

6i3

-

N62

Lvn

~

CLEAR X 1

-'

F

fI H983

H 862

3034

3)10

1( 491

H 963

662

36384

74'

36454

L H 906

H91'
363 4

F384
913

H 96'

F 616

F 940

582

-

1

rk

FSL4

1I<36I44

_O -8• H' (DIVIDE STEP)
F 74 '
::

H622

:0:::T1NG POINT SEQUENCE)

31436

v 073
1(252

1(208

38414

3Ms2c[yJ

H °36
F=7

3J45

r

83
K5,4

7Ht~g_E

COMP R2 —* R 1

H 98 '

V 622

3033

H4

F'

31314

H 936

583
3U4

~ R'

5066

CLEARA

—

F 62°

8C

3029

os1 36364

66

H 62°

3M3

3N31

3631C

CLEAR A
3H13 1
1
582
—?-H K
FS4H

F 94°

•_____

SET 12

3136C

1 18

IiT

95

H917

H939

F 541

F653

30286

H8'

K °9

5J65

3027

42 __QI

<209

H 937

6 03

6II

3026

609
3036C

38336

STORAGE
1

6'0

6,2

H923

02n

CLEAR A
4

612

Vor?
:: 23

F 616

36336

3N25

v°
3023C

H9'

H 92 '

ADDX2—.4'

CL X'EXP

H 608

HI

36336

t=—je

F 54 '

3924

H 915

3J27
84

F27

3N23

3022
2

H 816

E
1 13.,00

K

6

3617

A2 —' Q

ADO X4'

U'

3638C

v °°2

36316

3 1< 32C

X 1 EXP-9U 2
WTH SIGN EXT

5M61

932
36

38366

F525

H932

F54'

49

H 913

P42

F536

H °47
HLF EXIT

F 555

:74

936

904

H 930

X2

XI

032

3L72C

Ft

H

H°33
EXI

H 91 '

36354

J175
J129

ADO R'—U2

F 73 '

i

i

i

4

1 3

12

II

i

(MULTSTEP)
F 513

PARTIAL
ADD IN 4

2P57

(MULTSTEP) XINEG36
F 6
COMP X'—'X2 LOWER
F 63°

INHIBIT
A'—* 42

3207

F546
JFfl
j'7'

1(408
.1iL42

1(409

3L08

F555

3810

3L43

k °

________

F 382

___________________________________
-

r

R6FE8!C6 *WI6G5

3112
1(501
3611

1(503

40 SIGNRECORD

COM?O $l0ff5

nncn onaIwk

nm
w a —

6

J 171

-

-

i
!aJ

rITERATIVE SEQUENCE
(MAIN SEQUENCE)

_____

P21e

TERM

LOCATION

F477

3K24A

19.3

3

36

+

37

F513

3M82C

19.4

0

24

+

26

F514

3M81A

19.4

0

25

+

27

F587

3J55B

19.4

3

27

+

33

F616

3K29C

19.5

0

32

F630

3K27C

19.5

0

27

K476

3M32B

51

1

Scale Termination

N570

51,62

21

2

R=O

N670

5061

21

2

R

N930-

3J76A

volo
von

31,79

25

1

Clear Control FF's

31,78C

25

1

InternalM.C.

V621

3034

11

V622

3036A

11

21
2

3037

11

2

V675

3063C

13

2

V660

3052A

13

0

W147

3JO6C

25

2

V623

•

so$$

PAGE

DEFINITION

QUAD.

=

12
TERM

LOCATION

PAGE

DEFINITION

QUAD.

0,1

Even C1ock Slave

Iterative Sequence

InternalM.C.

so$

I Be

is of I

$$sell so$$ I
-01

00

01

02

03

1

O4

i

00

STOP SHIFT

0$

R * 0

K 406

K 402

K 407
I-

DIVIDE STEP

'•''

N510
R=0
SHIFT RGHT

voll

N41

(EXECtJTE FLOATINGPOINT)

K

400

675

F616

_•

INHIBITA-.A2

v

K40'

42

(MAINSEQUENCE)

V 62 I_

R=OoRI

F'_

W147

H65° END SION
C0RECTI0N

K°'
H 650
30

V 63°

K4o

H 631

L33

________

M36

L34

END SIGN
CRECTI0N

632L336

V

v 62

M57A

M37C

H633L37k

________

K409

K402

4

ITERATIVE
WAIT STORAGE

H 635

L38

M39

v66

0

8

M3 C

M40

20

v888

CR 923

649

ITERATIVE
WAIT STORAGE

g

- 0

___

031A
0

ULTIPLY STEP
1< 209

032

-.

H920}
922

__-_
—

RIGHT
SHIFT

QIQ2

r

~

(SCALE TERMINATE)

648

4:55

STOP SHIFT

R'

L___

K7

NOTE:

V °88

N 6'

649*

H907

(EXECUTE

2

LEFT
SHIFT
H 9 IA

FLOATI NG
POINT)

St-lIFT
A'—.A2

H9241

V675

SHIFT

QI

H926

F 567
4

INHIBIT A'A2

R

%I

j49

F 477

4O3
M44

H905

REDUCE R-9R2

K408

ft

R2
H °88

K 402

R=0

H9b0}RIGHT
H912

R

'

M46

ii

H96'

H

A2
H903J

v8°6

K 406

633*

J4B

4241

K48

H 92 '

J29

H°86

032

476

V 622
MAIN SEQUENCE

ADD Xi—.

(SCALE TERMINATE)

H901 1

1

H903

H886

v 63
630

2

H901

4I

T

K 476

0316
< 208

635

v653
MOBA

Q000

0

v o,o

K208

REDUCE R'-.R 2
H646

623

L52

(MAIN

JACK ASSIGMNTS THA1 DO NOT D€SU94ATE
8 cHASSIS REFER TO CHASSIS 3.

M53
Q000

SET

A > 6

[1J

641
LM48A

_____

-0

L46

642

M48C

3

81H644

L48

M496

M49CENCE

-

H

L4l

4
N51

1

H92

-

1M43

000

645

'

ADDX2—.A'

LQ-8

H 65° END SIGN CORRECTION

6152*

< 403

-01

00

1

011

02

1

03

1

04

1

05

00

1

01

COMPONEMT!

-

TTU

r,, OUWRWIMT

ICATEOI

ITERATJVE SEQUENCE
MULTIPLY DIVIDE CONTROL)

a

XE

I

P2ue 1
TERM tLOCATION

PAGE

QUAD.

DEFINITION

A997

3K54C

52

0

X = A

F430

3M24C

19.3

2

30

F432

3M25C

19.3

0

32

F440

3M09A

19.3

0

30 + 31

F537

3N83B

19.4

2

32 + 33

F540

3N81B

19.4

2

30 + 31

F587

3J55B

19.4

3

27 + 33

F610

3K54A

19.5

0

(32) (X = A)

F616

3K29C

19.5

0

32

F637

3P29B

19.5

0

32 + 33

F640

3P28B

19.5

2

30 + 31

F737

3P26B

19.6

2

32 + 33

F740

3P25B

19.6

2

30 + 31

F741

3P24B

19.6

2

30 - 33

F837

3P23B

19,6

1

32 + 33

F840

3P22B

19.6

1

30 + 31

3P21B

19.6

3

30 + 31

J134

3N08A

21

3

R

J137

3N08C

21

3

R

J171

3N06

52

J175

3K09B

K500

3K10B

11

N570

5L62

21

N931

3J76C

Odd Ciock Slave

N991

3M09C

Odd Clock Slave

U143

51,59B

18.3

2

U 2 Neg.

volo

31,79

25.5

1

Clear Control FF's

V22 3

3K69C

V623

3037

11

2

Iterative Sequence

V693

3P57

14

2

Iterative Sequence

W149

3J07C

25

2

Internal Master Clear'

F940

•

TERM

LOCATION

PAGE

QUAD.

DEFINITION

36 10

>36 10
X Neg.
S.R. = 1
S. R. = 0

2

R=0

Full Exit + Half Exit

$$less so B e

I

IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
°r

CII

oio

04
HALF
EXIT

03

05

06

1

1

CLEAR X EXP

07

08

09

1

1

1

10

H987
EXIT

3
A2

XZ__XI UPPER

Q1

F737

HXXI

x 2 —. x'

4997

3631C
X6pU 2 (EXT)

x2 — x' LOWER

61Fl95I5M6I
:II

537

v62
141

H 660

3652

3052A

V66°

:

3633C

'LI
3052C

3J37
v
834

F610
H 666

3054

3055

3056A

3057

H 934

3058

587

H 936

77

QI__4Q2

CLEAR A
[1
F

ADO X 2 TO

H 93°

3113

XX

3060

H 93°

—9--H

U 2 SIGN
RECORD

‚

J172

3N07

52

1

A Pos.

J173

3N05

52

1

A Neg.

J529

6L56C

30

1

Clear Arithmetic Faults

K310

3L31A

51

0

A Right Shift

K410

3K71B

21

2

R i 0

K583

3M14B

47

3

Clear A'

.

13

3

T-

1
J

Iterative Sequence

36 10

E n.000000000000uu,

s•1sssu.•

I

sellsiississsiiiissssisssssisiiiss
24

2

2(

31

212

R'—R2

2r

COMP X'—X2
[~H

1861
H960

934

:

LO5A
-?-'1IIEII-----H866

6364
2

K42C
H965
CLEAR R1

F94°
Jilo
FLOATING SHIFT jI34 EXECUT
EXIT CONTROL
ROUND
322
K506
2J
K3
-'

2r

2r

A342
A353

H932

K32C
COMP R2—'R'
5J71

PARTIAL
AIJD IN

SET X2TO 1
4071
O11

K53 0736
CLEAR X'
836 37
v834

_____________

H9 81

H68' P31
LOC
P32 V681

v68°
074
ADD R'U2
5N61

H963

682
P34C
PART AL
ADO IN 4
L07
520
i
LOB

F65°
K51'
___
H92'
K508__F390
A4736009
H923
F39'
W184K509

F440 F637 K310
AD~
X"~A'
INHIBITA'—.A2
JI37 659 K323
v22'N935fl
408
K41040954°
633A
L43

L70

r—1 H°3°

j173
NO RIGHT
SHIFT EXIT

6366

i__,o
‚2Ij:8

L23
325

?— H93°
932

P36

H684

H69'

P52
v69'
53C

H692

< 325
N934

P54
v692
155

H826
K507

2 J36
'1v83232
6360

H937
L_, H939
JHIT ADD

4996

N38
1
K405
1

633C

38

39

41

H686

P41
v686

6336

INHIBIT42
L42
K408

K319L22_fl

NO RIGHT SHIFT
EXIT CONTROL
J131

L43

K325
v69'

P446

P476

H68 9 P46
V669
P47C

III

H690

P51
V 690
P536

H 697

CONNECT A4f° Ijill
SHIFT IGHT
1 ______________
j131 -'J--.lr---------i
L H637 L41
SEE SHIPT
CONTROL
V6959<3277
F676
6440

H923

XI SIGN RECORD
2
3
615

H93'

P606

X' SIGN RECORD
KISC

ADOR'—.U2
H847
:43
6406

632C
COMP X'—'X2
38

43

CLEAR A
83 -i-ii
K 582 1

K513

6360

U'33
U707
921

ADD

P63
v697
P656

H698

P49
v698
P44C

H69'

963
COMP R2-R'

97 6658
__________
1\5977
6659C

EXP
OVERFL FAULT
238
2386L5
7
I32 1<239

45

EXP
U707 UNDERFL
FAULT
47

-fiBIT ADD

H930

~
6169
599
6J704
6J70C

N 38

H934
148

H936

NOTE
ALL JACKS ON CHASSIS 3
UNLESS 01HERWISE SHOWN

1< M14
L
___
44

CLEAR A
K584 1
6J59 1

:923
1336

6657
__________
66596
I-1°

OLI6C V6I9
Xl—,. X0

H 952

F74'

42

P
H
P64

P62C
CONNECT
A47 70 A°°
326
i—----i
1< II
9K327

:
614
—ii::::i

:‚0

40

p39
v65

'

2P36

U2 EXP —X'
______________
______________

PARTIAL ADD IN A

.

A343 1
w147 A352

(A35= A36)
NORMALIZE
23 SHIET LEFT
LZ61
K 318

CLEAR X'

H933

']V69
y9j
P59
SIGN RECD

P57

85

P38
684

031C

405
v698

(

H047

L:: _________
34
: 36
X2—X'

COMP XIX2

H68 3

H682

J

K328

F64'
[_*H960566
M66
N6°

- K07'4N71

v679
073C

34
T

H93°

JI?2

33

i°

36

L-,

1I1- +{71.
072
0?13L16C
Nil
I
H676

32

318

2r

iI1!1$1

.m

0;
46

47

IFEI

i:-

TITLE
- 02LiTERATJVE SEQUENCEEXECUTE
t01JNDNORMALIZEFINAL ASS'Y.

COe4TR0I. DATA
cooIATIoN
_t p
XDP 214549
14

Pe 15

TERM

LOCATION

PAGE

QUAD.

DEFINITION

F433

6M26A

19.3

0

5-3

F518

3M79B

19.4

2

26 + 32

F526

3M77C

19.4

0

25 + 27 + 33

F620

3K28C

19.5

0

24 + 26 + 32

F625

6J80C

19.5

0

25 + 27

F637

3P29B

19.5

0

32 + 33

F903

3M28C

19.6

1

24 - 27

K400

3M41B

51

1

Shift Right

K402

3M43}

51

3

R

K475

3K08C

11

0

Dividend SRFF

K501

3KIIB

11

2

AQ SR = 11 1"

Q004

3M34A

47.5

Q758

2M16

52

2

Q24 - Q29 = l's

Q818

21(41

52

2

Q982

1F76C

52

Q 30 - Q35 = l's
000
023 = lts

V631

3M37J

12

V635

3M38C

12

0

Iterative Sequence

V645

3M52J

12

3J

W773

61,27C

52

1

1

TERM

LOCATION

PAGE

QUAD.

DEFINITION

0 In Divide Shift Control

-1

Sewnd Bit of Q2

11011

Q Neg.

•sssssisssssssssssssssssssss*isis

•ssssssssösssssiossssssssssssiisss
010

°r

011

04

03

1

H

O6

015

07

018

1

0 19

1

Q

FF'5
3

j

F

PART IAL

ADO IN A
—

coMe x'

tK

QI -..Qt

TO X2

.38
HOS

LOe
jOJ
:

VI"

K34A

k32A

MULTIPLY

EXIT TO ROUND,NORMALIZE.FINAL ASS'Y

13

4

~
043A

HSSO N40

056C

041

041

_ .(232

INH BIT
A'—. t
K

CLEAR

2

x'

H''

H 5

N41

H' 57 N47

v.57

04

HOLT IPLY

v 445

H55 N 48

FUO

C

ADO X 2 TO A'

H'2 '

H ST.

H 15 ' Pl4
V45.

VII'

041

045C

F 63?

1171

071

DD X'A'

DIVIDE

H 13 j3

k4

Fen

H'3
L43

KUA

OIVIDE
FALJL T

H

V$ZO

K'°'

11920 1

H23

K33*

.04}

H 123

11 33*

HALF EXIT

K232

VGl2

H °3° L70

F'
K 233

L72C

NOTE:
JACK ASSIGNMENTS THAT DO NOT DESNATE
A CHASSIS REFER TO CHASSIS 3.

H 151

H°47
H"7

VExIT

VC

Klic

IHSIS

Q112

w"
F 51' AOD X t-. A'

921

St4

+
SII

_

vao

H913

11111*

Q 75$

•

-

1

CONT1OI. DAT

Il

604-A
„‚

ITERATIVE SEQUENCE
(END SIGN CORRECT ION)

XDP

214562
115

P(1c

I

TERM

LOCATION

04 + 10 + II

V004

4J04

5

3

Execute Instruction

0

74

V026

6M59

29

3

Even Resync. Pulse

19.4

2

74.0 + 74.7

V027

6M60

29

3

Odd Resync. Pulse

4M15C

19.4

3

74.1 - 74.6

V457

6N64

17.1

0

Aux. Seq.

F717

4N39B

2

F720

6J1OA

19.6
19.6

3

b = 1 - 6
b = 0

W142

4K77

25

0

Internal M. C.

F727

6J1OC

19.6

1

b = 7

W154

6L61C

25

2

Internal M. C.

H027

6M61

29

1

Resynchronizing Circuit

J062

4J62

4

0

Exit FF Clear

J968

7P61

30

2

Sense Response (Internal)

K262

4N33A

45

1

K263

4N33C

45

1

K622

3H01B

54.0

2

Even Storage Busy

K662

4176B

54.1

2

Odd Storage Busy

K712

. 4006B

45

3

Aux. Req.

TERM

LOCATION

F527

3N84A

19.4

0

F534

4N16A

19.4

F535

4M15A

F558

PAGE

DEFINITION

QUAD.

1
J

PAGE

DEFINITION

QUAD.

Aux. Req. Slave

1

M051

8P14C

M151

8P19C

M251

8P22C

M35l

8P25C

N964

6066B

N966

6N82A

N969

6P64B

O.

8J09A

63

3

Lowest Bit of EXF Code = 0

U142

51,60B

18.3

2

U2 Positive

Sense Response (External)

Even Clock Slave
j

Odd Ciock Slave

II

is$$$

888888—I'l

so sell I $Is I off I I
00

01

02

03

04

05

1

06

1

xooj

x
H930

LOAD EXTERNAL
FUNCTION CHANNEL

P58

oo
3K32C

H 932

v°°4
F534

K712
F7

_

K622
F

2

4810

4811

4N12

H7°

5

4813

Hrn

4814

H705

(HS STORAGE SEQ)

v705

K662
4011

4052C

-

<216

K263
F 717

4P42C

WRTE UPPER
j 834

;
F5'
v 457

j—
AUX.
REF REG.

F°

SELECT
16M521

1

K 76
086

7
9..FJ1__
09

6076

K'47
J '°

38165A

U I42

U2 —)

X'

6L46

L

F727

H8

6M54

K718

31,
--

681531

ENABLE
SENSE EXIT

H943

WITH EXTENSION

SENSE

1

W' 54-9

F527

H

68147 1

J'

941

RANK 1
K'35

K146

Z K036

J 05 '
V°

K 146
L73

K' 3 '

K

132
--

< 032

RANK]I

‚<131

5L74

7

‚<718

N

~
6 M411

K717
‚<716

'J45'
8801

‚<147

i

K131

K718 ‚<030

FUNCTION
READY

F716

H

027

034sENSE

<

N964

V 027

68820

‚<146

EADY

968

INTERNAL
CHANNEL

7

CHANNELS

‚2

M' 5 '

CHANNELS

3,4

M 25 '

CHA83€LS

5,6

M35'

062
‚<717

eNo2

K719

{iEEI1
8813C

SENSE
RETURN

_[IJ

K
SENSE
RESYNC

8N14C
j 916

‚< 136

88144

V °26

c!:(::

4L05

M55

':

FULL EXIT

J H °39

68156

1

K030

033

‚<137
___________
0000

K033 —
'10— f

133

48102

‚<030

HALF EXIT

‚<032

H 047

-026

4810

v °35

lEERE

8

v026

‚<716

N 969

CE (8AWE!IGS

_____________________________

‚< 718

CONTROL DATA
CORPORATION

E F COUNTER
lILI

-

EXTERNAL FLtJCTIONSEQUENcE

XDP 214514

H
16

_______________________________________

Pae17.O
TERM LOCATION

F717

4N39B

PAGE

19.6

QUAD.

DEFINITION

2 b 1 - 6

TERM

I LOCATION PAGE

V174

4014C

42

0

. V176

4021C

42

0

. . H061

3G01

54.0

2 Storage Sequence Control (Even)

V177

4024A

42

1

H081

4G77

54.1

2 Storage Sequence Control (Odd)

V178

4024C

42

1

V180

4031C

42

1

.

1750

8030

40

1 Content of C.R. In Use Odd

V181

4034

42

1

1774

8M32

40

1 Content of CR. In Use Even

V187

4046C

42

3

V190
J835

4041A

42

2 Read Lower

V448

4052A 17.1, 42
4N26 • 17. 1

J836

4041C

42

2 ReadUpper

V456

6048C 17.1

J845

7M72C

45

2 RanklScannerOdd

V457

6N64

1(212

4028A

K213

4028C

K217

4042B

631] Clear 0 FF
•
iJ
63
0 f = 74. 1 - 74. 6
16

K254

4P28B

45

1

K622

3H01B

54.0

2 Even Storage Busy

K624 . 3H02A

54.0

2 Diverter Drive (Even)

4176B

54.1

4177A

DEFINITION

QUAD.

0,3

H. S. Storage Seq.

Aux. Seq. or II. S. Storage Seq.

0
03.

V462

17.1
4P42A 42

oJ

V474

4M53C 17.1

f

V476

4M59C 17.1

V4'77

4M73A 17.1

ii

3

Aux. Seq.
H.S. Storage Seq.

ir

Aux. Seq.

0

V703

42
4012A 16

2 Odd Storage Busy

V900

3H09

o

H. S. Storage Seq.
EXF.

54.0

2

Storage Seq. Control

54.1

2 Diverter Drive Odd

V902

4174 •

1

2

Storage Seq. Control

K712 • 4006B

45

K713

4007B

45

W162

7K50

25

0

External MC.

K714

4P65B
4074

45
45

31 Aux. Req. FF
3J
3 Aux. Req.
1 Inhibit Rank 1 of Scanner -' ARD

W163

7J49

25

0

External M. C.

W183

6151C

25

1

External M. C.

1(662
K664

K768

Aux. Req.

. V480 • 6L69 •
4P43
V487

17.1

iJ

Odd CIock Slave

N901 ' 4038C
R039

4L42A

44

R059

8P72C

44

CCRu 00001 00006
1 CCRTJ ÖT01"006

soll

3D80

56.0

3 Lowest Bit of S'

S013

4D02

56.1

3 Lowest Bit of S 2

S021

3D82

56.0

3 Second Bit of S'

S023

4D04

56.1

3 Second Bit of S 2

1

.1 SSIISSIISUSISOSISSSSSSSSSSSS

III I $$sells 8881118 11 $$$is I Bill Is so
00

1

01

02

03

1

1

1

K 253
76

< 217

C.C.R.

v'78

7H4

04

05

06

07

08

09

1

1

629

N 63 '

7P69

N 6 33

7P70C

N 635

8P38

N637

8P49

R059
8B34

:

N 639
RANK 1 SCANNER

v 48 '

6P55C

K 662
K713

N2O

v44°

441

4 2 4N2

H.S. STORAGE

4N23

25

45216

4N21C

45246

42746

V 430

3G76C

V432

v487
K712
v703 -0-o-----------

v462

V'87

K622

J

v477

EVEN
STORAGE BUSY

1

F 717
K 714

K62331

<217

7i2

H 638

7P71
28

7P65

N 553

3D76

7

N 63°

7P68

N 555

3E76

N 632

7P702

N 557

3676

N 634

8P37

N 65 '

4648

N 636

8P48

N 653

4849

N6

6P55A

P1 655

4N504

ODD
STORAGE BUSY

F 717

v902 .Q__Y_

L

C C R.

v 430
v 487

4176

SET S' & S 2 TO ALL Is

Q

K 663

K664
H°8'

)J

8064

v 446

7

8P71C

8061

1750

CR0

C C.R5

8P69

S2

J 550

K624
K 663

1448

LK0
K °' 5

I8

K005

w849

H°6'

8M84

8P68

8053C
8053A

8 56

552

w ie3

w859
80546

183

T647

1 774

CCR 0

1

-

S

s°23

K544
8 P60

w 869

s o21

8P61

1

K 1 54

Z
.P62

41-56

v432

K 155

74

217

W'63

I0 9 15 1 6

CRLI7

v480

so il

J 45

7pig

-1

40376

w162

vial

j 846
VISO
v 190

v 456

w

7N044

16

7N076

jj

GG5 I0I5
T

v' 74

5

7NOIC

Ko 15:

K217

-EII

viel
v 180
v 190

31976A

7N04C

t
7003A

i )- i
7N07C

78026

-I1II

7NO2C

7N05C

7001C

7N034

7N066

70026

70056

7002C

7005C

7N054

-HII1
70016

-I1I
70046

j 198

AUX SEQ WAIT STOR

4M43C

E
52,
v456

w ie3

L

i

4M436
, ~q

ARD

s°'3

7p

8
v447

H 84 60821—

1771

542

1771

j835

< 213

-

4M63

4J696

1770

K 662

< 254
217

ro62

6O6O1

_[

7NO3C

W~
—

L

7N06C
--~

W

-74

4 157
<153

CRu

H 516 ‚H 518 ‚H 520

4L58

I7

1 770

462

H 445

I8

H 517 H 519 ‚H 523

H776

623

4N09

v900

SET CRu 4 Is

K212

N901
NO8

R059

CLR. 0
6N76A

K768
< 622

8851

R039

MI°

ARD

H986

I

6N50C

S 1 S2—

ARD

H485

6084

6083
Z

10

F

]'

M

H19 0

H638
H639
H986

J166
J186
J259
K005
K012
K013
K014

K015
K217
K253
K713
K919
K768
R907
R908

LOCATION

4051
7P71
7H84
6071
3F04A

4F84A
4Hh]A
8P56C
7P20A
7P19B
8N25A
8N24B
4D42B
4N17C
4007B
7K64C
4074
6M63
6M64

PAGE

3
0
0
3

H. S. Storage Seq.

54.0
54.1
17.0

2
2
2

Count of 3 In Even Storage Sequence Counter
Count of 3 In Odd Storage Sequence Counter
Aux. Seq. Wait Storage

1

CCRu

17.0
39, 17.0
39, 17.0
39, 17.0
39,17.0
16
17.0
45
71
45
36
36

3F07A

54.0

V073
V083

31108
4F78A

54. 0, . 1
54.1

W821

6036C

W822

6N37

W823

6037C
6N38

W825
W826

6038C
6N39

DEFINITION

42
17.0
17.0
45

V063

W824

QUAD.

CCR
Clear CCR
Rank 1 Scanner
i

1

TERM

LOCATION

PAGE

QUAD.

DEFINITION

-

ARD

18

2., 211 CRL
2,2J

1
1

I FF

3,2
FF
CRu
3,2
0
f = 74. 1 - 74. 6
2
Aux. Seq. Wait Storage
3
Aux. Req.
1
Reader Motor FF
1
Inhibit Rank 1 of Scanner
2
CCR = CCRL
2
CCRu
CCRL

1

-

ARD

2
1
2

Storage Sequence Control (Even) 27 time
Storage Resume

45

1

=

45
45
45
45
45

1
1
1
1
1

ARD
ARD

ARD
ARD
ARD
ARD

=

Storage Sequence Control (Odd) 27 time

=

=
=
=

1
2
3
4
5
6

I I I ct-il

1181881881888111818 1 is Is is Bill is $I
II

12

v073

4526

K253

4N27A

________________

L

15

13
4N28

L

4N29

H 450

1

H 45 '

4N34

H453

4536
453

H 986
4N30C

45354

4N35C

21
v472
4M534

21

22

33

32

j 186

v 472

H 455

6563

H 466

v455

V' 90

6865
v466

H 457

6877

H 478

j259

1< 253
1<003

K 769
READY RESUME WAIT

REQUEST
OH

I
6051

W 62 '

R908

1

K 784
6041
K 785

w82'

OH.I
K 70°
6650

H 90

K 70 '

OH.

OH.

2

K 726
6052

W 872

<727

R908

2

K 786
6042
<787

w822

H 457

OH.

2

K 702
6551
<703

R 907

OH.

w 823

OH.

3

K 73°
6055

W 823

3

K788
6043
K 789

R908

;

OH,

3

K 704
6N54

823

K 705
R 907
BUFFER AOTIVE

w824

OH.4

OH.4
K 734
6056

W 824

K 735

K

6540

R908

w824

K79'

OH.4
K 726
6N55
K707

R 907

OH.5

OH.5

1< 738
6059

w825

W 825

1<792
6541

R908

OH.5
K708

w825

6N58

1< 709

R 907

w826

OH.

OH.

6

1<742
6060
K 743

W 826

6

K 794
6N42
795

R908

OH.

6

K 71°
w626
K 7"
R 907

l

_____
Öl v 19° ________
1< 015

R907
w822

20
H455

6859

L

4537
1<768

H 47 '

45384

L

453

H 472

H 473

4N55

v454
4M514

4M51C

r23
4562

24
H 476

4N64

25

1
v 477

4M594
1< 0 14

4M59C

4M734

H639
CLR.00R

I l O_

4N66

6048C

OH

19

6L69

v083

K 217

[
V4

4N

4M53C

v°63

1

22
H 474

j 166

20

18

17

1

________________

K°°5

16

_]

4M38
45

1

H 638
I7

OOR

TERM ILOCATION

1

PAGE

IQUAD.

F351

6K06C

19.2

F541

3 N8 OB

F549

3M71C

F553

3083B

F557

3081B

19.4
19.4
19.4
19.4

F569

3078A

19.4

F6 37

3P29B

F640

3P28B

F650

3M25A

F7 30

4K65A

F7 31

3N12A

F737

3P26B

19.5
19.5
19.5
19.6
19.6
19.6

F740

3P25B

F840

3P22B

F940

3P21B

19.6
19.6
19.6

1250

4N59

33

1284

4N58

1500

1A 27 B

1600

1A53 B
1EO6C

33
55.0
55.1
43

3
3
1

33
33
28

2
2
1

5
5
5
14
9
13

0
0
0
2
3
1,3

1715

J067 4029C
J068 6H8 3
J840 4N04C
K061

4K17B

1(2 00

4J15A

K2 01

4J16B

K40 5

3N38C

K461

3M69C

K511

3K1.4B

N2 54

5M16B

N931
3J76C
N9 50 5L46B
N9 60

6P66B

1
2
1
1
3
1
0
2
1
0
0
2
2
1
3
3
2

D E F N lT ION

52
30

+

53

TERM I LOCATIONI PAGE

IQUAD.

V005
vOlo

4K02C
3L79

V077
V094
V096
V099
V151
V153
V203
V302
V402
V405
V406
V410
V420
V431
V508
V524
V532
V602
V609
V661
V665
V666
V668
V670
V672
V676
V679
V680
V694
V786
V871

3M74C 54. 0, 1
41(06
5
4K08C
5
41(1].
5
4075
5
4084C
5
3K60
7
4K20C
8. 0
3M56C
9
3M62
9
3M59C
9
3M63A
9
3M73
9
3M74A
9
4M24B
10. 0
4M32A
10.1
4M48A
10.1
3020C
11
3025
11
3052C
13
3055
13
3056A
13
3058
13
3060
13
3061
13
3071
14
3073C
14
3074
14
3P59
14
4057A
33
4P38A
5

xl Exp
U 2 (Ext)
Odd Clock Slave

W150

3J08

Even Clock Slave

W156

Even Ciock Slave

W781

33
34 + 35 + 50 + 55
56 + 57
22 + 23 + 75 + 76
20 + 21 + 47 + 60 + 61
32 + 33
30 + 31
(30 + 31) (U 2 SR = 1) + 33
b 0
b 0
32 + 33
30 + 31
30 + 31
30 + 31
-

Adv. Ciock
Adv. Ciock
Lowest Bit of i
Lowest Bit of I
Lowest 1.t of 1
Interrupt

Interrupt
Stop II F

=

hiT?

Exit FF
RNI Wait Storage FF
Inhibit Add
Return Jump
U 2 SR = 11 1"

28
25,

1
1, 2

5
.

1

DEFINITION

Manual Control Circuit
Clear Control FF's
Storage Resume

01
0
1
1
1
0
0
0
3
0
3
3
2
1
0
1 I
o}
1
0
0
0
1
1
2
0
0
0
2
0
3

RNISeq.

ZA Seq.
RO Seq,

wo Seq,

S&

T Seq.

Iterative Seq. (Main)

Iterative Seq. (Execute Floating Point)

Iterati ve Seq. (Round, Normalize, Final Ass'y)

Interrupt Seq.
2
3
R'

-~

5K39

25
25

31
2 J

Internal M. C.

41`14C

60

3

No Buffer Active

flTSSTfl1SIISTS11TS1I1flflTLLfl 1

•SS,S,S,SSSSSSUSSISSSSSSS 0SIS

r

1.
1

b

m

6 STAGES

3 STAGES

15 STAGES

THRU U4°/U4 '

u 420/u 421

u 39/u 39'

TYPICAL STAGE
•0 •

:D :D

M718

u240/u 4

U410/U41 '

TYPtCAL STAGE

t)

-

wtP

u_ _J

THRU

:

u

0

dl

0R2
u —J L

u

0

L

24 STAGES
U80/u

XLA —. UA

TYPCtL STAGE

N t

t

THRU

U

U

5079

W4tU
M715

0

542

r 539

I2

1639

-J'

M2
•

F557
N53

v 41 °

O68

5M09
'0

-77

10

j 0

u OOI

i'

UI8I

;

7H

602!

v I5

40

MANUAL CLEAR
EXEC0TI
ADDR€SS
vlsi

°'
6022

N96°

CLEAR

5K

—f«-_- M724

H 955

v 672

0
000

___________

H.

L

0

W ISO

511

2/U3 THRU u9/11093

0

&

0
0

x

•
'

00 000
(90 00.
•‚.0 oo

_

w781v071
40553

I0

x36

0

x

0

HX360

3J40

F553

302

F549

002

F73'

F 730

R1 TO

—

v406

v666
F64°

205

1

c

4P12C
0

v 099

A

F 73'

40A

v 679
K5

5M39

F65°

v 6°9
F 54 '
5M38

670

H0l

1

t.j°

F569

up_-~ u2

0

F—

LIW

R

5L61

1

v402

524

w

•03

•n
jO

J 06?
F73'

v°°

TYPICAL STAGE

-

:

N93'

F 4°

10 STAGES
U

THRU U142/040

TYPICAL STAGE

)( -&

557

U

Sk4OC

670

u UPPER
5 STAGES

v409

v050
v 18

6N178

2 0

1( 461

3J42

MANUAL CLEAR
FUNCTIOR CODE

u 02/u 03

H 975

ULOWER

N254

M725

3J12

T___!!_.

4

v680

K 450
52

v096
1( 061

v676

____ ___________

volo

o
Dj

6026

6020

H 967

v 431

11

200

CLEAR b

6

0

1 500
1600
1715

6I5

CLEAR f

U1
953-

1 834

i

LEAR

v °96
K061

OOOO

J

U

TYPICAL STAGE

K 452

0 0 t in 01 cl In 0
00.00000

ID

v094

u °°°/u°°' THRU u230/u23

EXTEND EXPONENT

X 1 .p

)U 2

v 67°
F 637

661
3J41

IN

DATA

v672

.
z
.=ol

EIT

K5'

604A
F737

K405

1

l

PROGRAM CONTROL
Ii'

und

REGISTER
U'

XDP 214550 1 C
18.0

1

Page 18. 1
TERM

LOCATION

PAGE

DEFINITION

QUAD.

1715

1E06C

43

1

1716

1E07C

43

1

1717

1E08C

43

1

1718

1E09C

43

1

1719

1F07C

43

1

1720

1F08C

43

1

1865

6E01C

43

1

1866

6E02C

43

0

1867

6E03C

43

0

1868

6E04C

43

0

1869

6E05C

43

0

1870

6E06C

43

0

1871

6EO7C

43

0

1872

6E08C

43

0

1873

6EO9C

43

0.

N053

6L23B

Clear U

N075

6027B

I5

N153

61,24B

Clear U

N175

6028B

N253

61,2513

Clear U

N275

6029B

I5

N353

61,2613

ClearUL

N375

6030B

1

7

-U

,

1

6

6
-

,

Inverters

u

6

6
-

TERM

LOCATION

PAGE

QUAD.

DEFINITION

u 3 '°

uoo

¶

oI

T-

_

010

:

~

It

_____

0
:

l

I

____
1

u 27°

u 260

rIH

u 250

riii
0

______
10
01

0

N O3

03

u 2°

0

'

r0

0

1

N°

(0

2

0

0

o

Jo
0

0

D D

NL3

1 506

1 607

1 505

1 606

1 504

1 866

1 605

1503

1 665

1 604

1 720

1603

1 719

1 602

N 175

1718

1 50 1
1601

N 075

1 717

1 716

1 715

N°75

N °75

N 075

N 075

N °75

u 370

u 360

u 350

U 4O;

U 33°

U 320

u 390

u 060

¶

0

D

_
01

0

1

1 615

N 275

1I 0

1

‚

Nt53

N 2D53
1 515

-

1 514

3

3

.

1614

1512

1613

1 873

1612

1 872

1871

1 870

N 275

N275

N175

u 44°

u 430

u 45 °

0

0

1

1 51 1
161

0 (0

I
1

:3

1 513

N 075

1 50 2

0 _

1

1

0

1

1 500
1 600

o

T

TT
N—
1510

1 522

1 623

1 521

1 622

N 375

N 375

353
H

D

W1
t

1 609

1 869

1608

1868

1867

N 175

N175

N175

u 420

u4 °

u 40 °

1 610

-

00

N 353

0

N 353

D

N'5
1 508

LI
N
A_

0

1 509

1

1 523

t053

m
o

:]i

°

_

0

N°53

1 507

N ' 75

1

u 29°

(0

_

N 50

1 520

1 621

1 519

1 620

1 518

1 619

1 517

1 618

1 516

N 375

1 617

1 66

N375

N 375

N 375

N 275

N 275

]

RU8PE#CE OR8WINGS

CONTROL DATA

- 8I_

COMPONENTS

UJNLE5S

TiiWi5E

INDIOrnD,

TCiLXMCE

1604-4

8

UowER

XDP 214607
______
1

18.1

Page 18.2
TERM

LOCATION

PAGE

QUAD.

DEFINTON

J114

5080B

J115

5081B

J116

5082B

N051

5K068

U2

N055

5N16B

Clear T5TA

N057

5M21B

N077

5J09B

I, i6

N079

6N1IB

I, i 6

N151

5L06B

U 2 -..U'

N155

5016B

Clear

N157

5N21B

N177

5K09B

I, i 6

N251

5M06B

U2

N255

5J21B

Clear UA

N257

5021B

N277

5L09B

N351

5N06B

U 2 -.U 1

N355

6020B

Clear b

N357

GL20B

U

N377

6023B

I, i6

N455

6021B

C].ear f

N457

6L21B

N477

6024B

TERM

LOCATICN

PAGE

QUAD.

DEFINITION

X_UA
}

-~

U1

u
.

-

b only

u

U1

-

6

I,

- U
'

u

6

IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

S11110I0100011111SSSSSSSSSS100SSSS
L 707

U O2

L706
U °6

u °72

u 57°

u 063

u °63

U 073

U 585

U 560

U °62

u 570

u'

U 304

u 560

u 03

1531
1631

1530
1 630

1 841

1840

0

0

N'77

N'77
0

M 707

1529
1629

i

177

L 705

U °5

u 052

u 052

u 053

u 550

u 550

u 53 '

1528

o
0

-

M706

u°7'
N'57

L 704

1

o
o

M705

M

704

u 051

N' 55

x 07l

N'57
N'55

x°6
15
jI

j 115

N'57
N

x 051
j 1 15

0

L703
u 032

u 042

u 540

u 04

u 555

U 540

1527

U 53 '

___

052

N' 5 '

u 022

u 022

u012

u 51°

u 003

u °°3

3

U 525

U 5°°

U °°2

U 530

U 520
U 501

U

U 274

U 023
U 520

u 50

u50'

U 244

U 50°

1 526

1836

N077

N 077

N °77

1626

1'-

~

os5

N057
N°55

x 031
1 14
j

11

1'

1 624

0

N 077
M 70 '

u 021

u0II

N°57

N°57

x °2
j

4

077

0

.

0

1

-

M 70°

N 055

N057

fVN

°55

x00I
j 114

j 114
U0

1524

j625

M 702

fuV
043UO4 2

N 151

1 525

0

u 031

x° 4 '

L 700

u °33

1837

N°57

U 023
U°' 2

L 70 '

U 032

1 838

M°

U 023

LJ 530
1 627

------

L 702

u 033

1628

j 1 14

2

N' 5 '

55

u 03

U 042

22

N 15 '

N 051

N 05 '

L712
U I22
U' 23 U' 23
U 620 U 122

L 71 '
UI 3
U I ' S U'' 2
U I ' 3 U 610

L 710 U' °2
U 102 U 60°
U I03 U GIS

N 05 '

N °51

L 709
U °92
U 093 U 093
U 590 U 092

L 708 U °83
U °82 U °82
U 083 U 580

F 707 F70°

F 70 '
F 702
F 103 F 704
F 705 r 706
L715 F 730

1539

1 536

K 074 K 075

1637

1 639

M 715 ----1
1515
1615

N °79

°
o

°o 11

M714

_

::1

N355

U 151
N 357

_

U 630 U62 1

1 637
1 847

N277

0
0•0
In0D
D

0
r-

r-

N257

N255

1 846

1845

N257

N 255

x 131

o

1

D

N35 '

0

°

N 255

0

0

M709

N 255

X 101
6

N 35 '

M708

D

°°1

N' 57

N' 55

x °9
j1 5

o

U 11 3 U1 1 2

22

00

°91

N257
1

2

1843

ulof

j 116

N 351

277

1532 U 580 U 56

U 334 U 590

1

JL

M?H

X III
I

1 844

10111

N257

116

1533

U 600 tJ59'

1634

N255

U133U 32

1 534

1

1'

H1

121

U I03

0

o

N257

X

u 60 j59

N277

0

U'2'

j 116

6

1 635

M 7I2

U'3'

1 535

1536 u 364 u 620
1 636

N277

‚°
D D

M713

41

ff

L713 U 132
U 132 U 63°
W 33 U 645

U 640 U 62 '

1 848

N377

U 133

u 381

L714 U' 43
U 142 U' 42
U I43 U 640

UI

N25'

N' 57
15

U °93 U °92

02

N 25 '

155

X 081

T2

N 25 '

N 25 '

707

F 704 F 700
F 705 F 701

F710

F 706 F 702

u 447

U 434 F 710

U 446 F 390

U 424

U 436 U 435

L 717 F 703

L 720 F 39 '

U 426 U 425

F 706 F 705

L 719 U 437

K078 F 730

L 716 F 730

F 710 U 427

U 417 U 415

U445

F 71°
U 474 U 475

U 464 U 465

L 723 F 710

L 722 F 112

U 454

Li444

FU 2 F 710

L72 ' U 455
-

In
Y_W!

M723

0

wo _w

M72'

In
wo

M72 0

In
oj

D

1 540

1641

1640

N 377

N 377

647

N455

N 477

N 477
N 457

N455

1646

U 22 '
N 457

N477

N455
U2H
N457

I
;

1

iN44

‚645

I0 0

M718

III____

1545

546

01

10 0

M719

k

644

N455
U 20 '
N457

‚643

N 377

N455
U' 9 '
N 357

1

M 716

1

‚642

N 377

K 075 K 077

1

1
Iz

F 707 F 700
F 702 F 70 '
F 703 F 704

N355

N455

U 181
N 357

NOTE:
ALL JACI 36

R°"

REDUCE R'-R 2
R' 4

25

R°6 '

02O

w
R' 0'

N

San
'— 1'—

). CONT DATA
.
i.
1604-A

v

R REGISTER

XDP214551
21.0
1

Page 21.1
TERM

LOCATION

PAGE

QUAD.

DEFINITION

H872

5022

21

H874

5K49

21

21
2

H876

5035

21

2

H878

5K62

21

2

N060

5K23B

R

N061

5023B

N062

5M31B

R2 -.R 1
3
i2,
R

N063

5J36B

Comp. R2

N064

5N36B

U 2 -' R 1

N065

5L41B

Clear R 1

N160

5L23B

fil •-.•R2

N161

5J31B

R2

N162

5N31B

i2.

N163

5K36B

Comp. R 2

N164

5036B

U 2 -' R2

N165

5M41B

Clear R 1

N170

5M56B

Reduce R

N260

5M23B

N261

5K31B

N262

5031B

R 2 -'.R 1
2
3 _‚ R
I

N263

5L36B

Comp. R 2

N264

5J41B

U2

N265

5N41B

Clear R'

N270

5N56B

Reduce R

N360

5N23B

R' -'

N361

5L31B

R2

N363

5M36B

Comp. R 2

N364

5K41B

u2

N370

5056B

Reduce R

1

Reduce R Logic

PAGE

DEFINITION

QUAD.

TERM

LOCATION

R166

5J38

21

31>

R175

5J3'7

21

3J

R >36 Transiator

-- R2
‚

.

R

-

-

3

R
-

R1

-' R2

-

-

R1

R2

-

-

R1

-.

•S1SSSSS$SUSSSSSISSiSSisssssiisS

iiiiisssiiiisssssssssssssssssssspI'
R175

u561

u580
usa?
1

u580
u587
'

1208
1308
NI62

0 o

u561
u57
585

R'75

R175

R063
u570
1

207
i° -o--N162

N'65

R 082

u57o
u577
1
or- E
° °

u 561
u 567
u 575
U585

R °73

56454

u567

1206
1306
N 162

N'65

U 531

otD
___
__

u 537

U 53 '

:::
u560

-(0

NI65

U 547

R166

5J39C

550
u557
6

1205

u

531

550
u 557
1

U555

R '66

5019C

R 052

3166

R°53

U53°

U

U 537

°
1

3

(0

N162

R°52

501

R053
u 53 °

1

1

(0

0)

0

4

R 042
R 43

0
j::

0(
3
0
0
_________
0:
(0

1 203

0

N °65

N °62

i°

(0

N°62

j
261

I6l

N263

N'63

N263
-(0

U082
u083
N264 4 y N264
R060
R°7°
N275

0
(0
214
(0
1314
_____
_
N262__

N265

R142
R143

301 0 - 0)
(0
_

1213
1313
N262

N

0

U' 42
N 364

R 120
R ' 3°

N 360

u' 33

i cr

N364

R'2°

N470

R'42
R143
u62°
2

_- N265

10

1

u '32
N 364

1

I
u '23

u67
1

N263 4

N 47°

N 47°

N

R°3°

Co

u' 3

N 364

N 264

R175

160

U °32
064

4

N°6°

U 591
U 597

U 607

U605

U615

U615

R 175

45C

U60°

U 60°

R102
R'03
R 02

50458

U 590

U 607

R 03

U 597

U 59°

1
0)

(0
(0

3

4(0

10

(0
(0

2

265

-

0,

00)

1209
309

10,

0

0)

N 165

0

N' 62

N 263

N 263

N 263

N 263

N 263

H 876
1 410

H 876

1 409

10

1

u ''2
N 26

R'°°

N°64

N ' 7°

(01
0]
0]

(0

U°33

N17°

H876
1411

U I22

UO2
NI 64

(0

N' 64

N2 -1
E

N26°

0

U' 03
N 264

U 102
N 264

0

_

R°9° J

N 370

_

WOO

]0,
I
10
1

u°93

(01

3
1
ol

(0

0

U 092

x

N 264

N26°

N 264

N 26°

N 37°

RI20
R' 3°

U °43

N 262

l

N °6°
N 470

(0

0) 0

(00
(0
(0
- 0N265

0,1

i

H87
1 403

N 170

1

1211
1311
N262

872

U 591

u59'
u6°

01

Co

N 364

N36°

N47°

R175

N°63

1 404

u052
NI64

H878
1412

0

-0, H

R°4°
N'70

N363 4

0(1

Co

N 364

N265

u°53
N'64

N°63

163

(0

(0

R'32

H 878
13

00
u1

u 143

u621
u627
u635
u645
56744

1212
1312
N262

N363

H878
1414

NI63

R°30
___
R°4°
N 170 J

N160

u62°
u627
1

N'63

H872
I405

u°62
NI64

N27°

pO6O
N270
U621
u637
u645
5K74C
R 134

630
u637

N363 4

0

it N'63

u°63
N'64

N160

N27°

N'6'

N'63

H874
I406

u°2
Nl64

u°3
N'64

R060
R070
N27°

u640
u647

LNI6S

H674
1407

N

U621
u640
u647

N163

N 370
N37°
N 37°

N 37°

ifl

Pasie 22
ERM

F433
F701

LOCATION

PAGE

F703
F704
F705
F706

3M26A
5011
5P25
5010
51`21
5009
5P20

K690

4L63A

K891
K693

4L63C
4N68C

U426
U437
U445

6P21A
6P23C
6P25B

19
19
19

V012
V343

4M77
4K46
3036C

25,5
8.1
11

F702

V608

QUAD.

DEFINITION

0
3

33
b=1
b = 2

19

3
3

19

1

19
19

1
1

10.2
10.2
10.2

31 Interrupt +
Ciock Request During 63 (1) FF
3
Interrupt + Ciock Request During 6 3(11)
3
2
2
2

1,2 Clear Control FF's
0
RO Sequence
1
Iterative Seq. (Main)

19.3
19
19

b
b
b
b

= 3
= 4
= 5
= 6

Slave of
Slave of
Slave of U 44

TERM

LOCATON

PAGE

QUAD.

DEFINITION

$is Is $$Bill Is $is$ I I
RANK i 2
15 STAGES

1214

1 2 00 THROUGH

R

X380

080

R

0
108

B I 14

070

R050

R060
X 0*
1411

0

B306

B,. ~

13205

:
B go
X2

F
x 310

X,_.o

R040
I 2o B t

B30

R 030

1.B

B

4

X

7*
0

-

*
R 00 ]
0J2

Rolo
J2

_.o R020
'0

B302

B 301

XZ50

B 102

B-"

)–X240

B

iI z

B'

F 70 '
b *1

!iI4-o---

K090
K092

12

82

SET 12

r---i4090

b *2

6

[j

'

1714,

j321 ___jl< 09I
J 322

12

B—

4672

J320

*_v 0I2

RNI

P41

1320
j 323

K090
I'
J -°---

<092

SET 1 2 FOR

F 703

b *3

u 426 1 INSTRUCTIONS

-EIJ--°--437

RANK 13

u445

15 STAGES
1300

T

Y

C

P

R' 4°

3l4

A

L

S

~ ~
8513

T

A

G

E

S

R °2°

75C

ri

J

x.. -

12

B—

i

THROUGH 1 314

R' 20

R 130

1

•L2OA

11J20A

J2OC

F 704
b *4

Fi
E,413

~ E".,

E3402

8412

093

8401

j323J

J 320

13

B 40°

J321

322

8 614

8613

8 612

B512

8602

ß600

8601

F 705
b *5

B6

-.

13

‚w

P40

EI*-o.----

37—

-

r

F 706
6*6

RANK I

N0TE
ALL JACKS 06 CIIASSIS 5

15 STAGES

UNLESS OTHERWISE SHOWN

i °° THRO4JGH i'

T

'l

P

1

C

A

L

S

g4 8614

B1136413

B 2 8 412

3102 82

8 514
B314 8 414

8 213 8213

B212 8 512

8202 B 02

B 612

B 02 8602

8 214

B313 B613
75

74

R' 42

ß312

R 132

R 122

11'9
R 022

T

A

G
8b01 B 40 '
8201 B 50 '

B 30 ' B 60 '

E

S

B' °° B 400
B200 8 500
B300 8600

I9

R 012

R 002
3
2

K 090

K092

j

v343

4673
V oI2
-4-

RNI

Page 23.0
TERM

LOCATION

PAGE

F503
F573

4M09C
3077B

F594
F721
F722
F723

3K55C
5N09A
5N09C
5N08A

F724
F725
F726

5N08C
5N07A
5N07C

19.6

K693

4N68C

DEFINITION

QUAD.

19.4

0

19.4
19.4
19.6
19.6
19.6

1

TERM

L0CATIONI

QUAD.

PAGE

DEFINITION

52 + 53
55
34

35 + 50 + 51 + 54 - .5

19.6
19.6

3
3
3
3
1
1
1

b
b
b
b
b
b

10.2

3

Interrupt + Ciock Rccuest During 63 (II)

= 1
= 2
= 3

j

= 4
= 5
= 6

Manual Set Buttons on Corisole

MB

5 & T Seq.

N880

4039A

10. 2

3

V012
V205
V207
V208
V214
V340
V342
V521

25, 5
7
7
7
7
3.0
8.1
10.0
10.0
10.1
10.1

1,2 Clear Control FF
O
0
ZA Seq.
1
1

V523
V524
V526
V790

4M77
.3K61
3K63
3K65C
3K51C
41(41
4K43
4M29
4M31
4M32A
4M34A
4M79C

33

1
1 ‚ s & T Seq.
0
0
Interrupt Seq.
0

W144

4K78

25

1

11 Read Operand Seq.
r
OJ

1

Internal M. C.

I10110000SSSS00011I11101111SSH

n
H

ussssissIissösssssssisIsssisssssis

J 45

MASTER
EÄR
6

IN39A
O

W 6H

CLEAR B'
15 STGES

(bI)

2

—
CLEAR B
N 680
K69'

521

F 722

v 340
205
F594

4N76

v
v207
v342

L80°

30

3

CLEAR

-0
1400

M 800

-

K55'

M

N3BC

—

2

640

w 64

CLEAR B4

M 983

N86°

1< 690

w65-

164

8200/

j4I

B214 / 5264

15 STA6ES
B250

THRU

15 STAGES

g 300 / 350

TYPICAL STAGE

1200

L815

°
0

1200

L830

M 83

1400

w6k

w62 —
STAGE 0

0___

1200

co

io

82

w72

3I4/ B364

THRU

TYPICAL STAGE

M 815

w 7I-.

CLEAR B'

N 37A
J650

THRU B11 4/

T YPICAL STAGE

M 981
N38A

-

K 550

BI 00/ B 150

M 98°

1

CLEAR B 2

STAGE 0

14B3

CLEAR

3

STAGE 0

CLEAR B5

~~N37C
:

—

B'

6
(b= 5)M9 4

(b6)

B2

86

M 985

5 STAGES

(b I

F 72 '

__-‚
v24

THRU B 414

P3IC

L°45

1 300

F 123

P30C

I-9 B 4

L

F 724

P26A
NOTE

1b51

F 725

ALL JACKS 06 C4ASSIS

5

UNLESS OTIIERWISE SF4OWN

M

w
w64
CLEAR B 4

v526

INPUTS ANK MANUA L

SET 8U1TONS 06 CONSOLE

(b6)

075

i

65

w15-_
w65-

J4

STAGE 0

B4

).

1

300

M8T5 4
1400

M860 H
I-9 B3

B614/B664

STAGES
THRU

TYPICAL SrAGE

L0 1 300

> B2
i—

P304

NIO

B600/B650

TYPICAL STAGE

F 722

4N78
4680

5

15 STAGES
THRU 13 5 1 4

B °°/B

TYPICAL STAGE

B

v 208
F 573 v524

5400/8450

1 —) 5

1400

w 765

w66

-

CLEAR 135

STAGE 0

6

CLEAR B6

B5

P26C
B6

F726

2
5

STAGE 0

Page 23. 1
TERM

LOCATION

W610
W611
W612

5P44A
5P43A
5P42A

W620
W621
W622

5P39A
5P38A
5P37A
5P34A

W630
W631
W632
W710
W711
W712
W720
W721
W722
W730
W731
W732

5P33A
5P32A
5P44C
5P43C
5P42C
5P39C
5P38C
5P37C
5P34C
5P33C
5P32C

PAGE

DEFINITION

QUAD.

.

I.

J
1

J

PAGE

QUAD.

DEFINITION

C].ear B 2

J
1

J
1

LOCATION

Clear B 1

J

J
1

TERM

Clear B 3

1

4 .-. B'

14

1

B2

-* B3

1'1111111111111101101001111111111

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L
I

L813 1213

L

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m

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t 1

M8I4

W612

M8I3

L812 1212

t
w 612

L8'

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M8I2

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L60 1210

1

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M8TW. I2

lo
I

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M8I0c

oi
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L 809 1 209

io
10

MB09

1 414

1 413

1 412

1 411

1410

1 409

w 12

w 712

w 12

w 12

w 72

w'

L829 1 214

Lt
CO
M829

—
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e'J
t

L828 1213

1k
W622

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M828

L827 1212

rd
t
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M 827

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j622

L826 1211

L825 1210

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M826

j622

M 625

ol
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w61'

1°

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1°

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W711

L 822 1207

L 823 1 208

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M 824
M 823
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w'

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1 404

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w6 '°

1 40 3

1 402

1 401

1 400

w °

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w620

W 620

M 816

M8I5

w 62°

w 62°

1 414

1 413

1 412

1411

1 410

1 409

1408

1 407

1 406

1405

1 404

1 403

1 402

1 401

1 400

w 722

w 722

w 722

w 722

w 72 '

w 72

w 72 '

w 72 '

w 72 '

w 720

w 720

w720

w 720

w 720

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1 414
w 732

L843 1213

L 842 1 212

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w 732

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M 842

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L840 1210

10
1 r,

M840

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L839 1209

lo'
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m11

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W 632

L637 1207

L838 1 208

I
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L 836 1206

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M 836

w 3

L835 1205

I
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M835

L833 1203

L 834 1 204

1
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w 63 '

1.
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M 8344

8'

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W 62O

w 722

L844 1214

81

1 815 1 200

L816 1 201

1

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w6

w' °

1- 818 1 203

'ti

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M802

M 803

L 600 1 200

L 50 1 1 20

L802 1202

I

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'I

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L820 1205

in

i

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w 611

1 406

oi
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1 203

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M 805

w'

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L 80

L804 1 204

ni
I

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L82' 1206

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i

M822

i

I

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MT
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wz''

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lo

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M806c
7
w.I1
1 406

L805 1205

L806 1 20

M

L824 1209

I1

L 807 1201

L 808 1 208

fl

H
10
1'
L

I
11
I
630

M833

L 832 1202

1
i10
II"
I

0‚ 11
I

1
i
In I1
I

M832

w 630

w 63°

L83' 1201

1
i
0
lT.'
i
M 831

L830 12

1

c

1
ol
1' 1

o
10
1
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f)

M830

w 3°

w 630

1 412

1 411

1 410

1 409

1 408

10

1 406

1405

10

1 403

1 402

1 401

1 400

w 32

w 732

w 32

w 73 '

w 73 '

w 73 '

W73 '

W 73 '

W 70

w 730

w 73°

w 73°

w 3°

NOTE
ALL JACK LOCATIONS ON CIIASSIS
UNLESS OTHERWISE SHOWN.

5

j1[TT_
1
i 1
1
L

1
E

Room
1

T— 1 604—A

o—,

j

CONTROt. DMA
CO'CATION

INDEX REGISTERS
8 1 ‚B, & 8

XDP 21 4610
________________
k
23.I

Page
TERM

LOCATION

W640

5P29A

W641

5P28A

W642

5P27A

W650

5P24A

W651

5P23A

W652
W660

5P22A
5P19A

V661

5P17A

W662

5P16A

W740

5P29C

W741

5P28C

W742

5P27C

W750

5P24C

W751

5P23C

W752

5P22C

W760

5P19C

W761

5P17C

W762

5P16C

PAGE

QUAD.

J
1

DEFINITION

Clear

B4

Clear

B5

Clear

B6

23.2
TERM

LOCATION

PAGE

QUAD.

DEFINITION

J
1
J
1
J
1

i

B4

I

B5

J
1
J

1

4

B6

sells

II

L859 1 314

L858 1313

to
I

m
•I1

I
I

t1 t

M 859

W 642

L

L857 1312

j
a

ti 1

M 88

W 642

L856 I

LV

LI
MB57

j642

L854 1 309

L655 1310

O

i

—

'O

w642

M86

O

i

°

CO

W642

M854

L 852 1307

L853 1 308

w 4'

i

O

M853

H

i

j64I

i

o

L85' 1306

10

i

M852

j64I

°

'I

i

1

M85I

L 849 1 304

L850 1 305

j64I

10

1i

M 850

w 4

L848 1303

i

M 849

1 0

i

wG 40

L 847 1302

M848

J

1°

i

i

M847

w 64°

1°
i

'I

i

L 845 1 300

L846 I0I

W 64O

m

M846

'Ii

o

i

o

W 64O

1 414

1 413

1 412

1 411

1410

1 409

1 408

j407

1 406

1 405

1 404

w742

w 42

1 40 3

1 402

w 40

1 401

w 742

w 4'

1 400

w 4

w 74 '

w 4'

w 4'

w 74°

w 740

w 40

w 40

w 740

tt

1

1 1

t

M874

W 652

i"i
1
'
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II1 a3
' 1

t1

M873

t
W 62

1
i
1 0

oi

I_I
1
1
1 ‚ I
1 0
0 1

I
1
52

M 872

M871

w 62

1 414

1 413

1 412

w 752

w 52

w 752

L888 1 313

t1

¶1

tt

1
W662

Lt
M888

LS 87 1312

L886 1311

t

1
Vj662

L866 1306

L865 1

1 864 1 304

L 862 1302

L863 1 0

L86 '

1301

L860 1 300

M 870

W 652

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II
1
'
1
1
1
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I
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1
1
1

1
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1

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M 865

w6

M 864

w 65°

ii
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M860J

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M86J

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B5

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M860

WG50

1 410

1 409

1408

1 407

1 406

1405

1 404

1 403

1 402

1 401

1 400

w 52

w7 '

w 5'

w 5'

w 75 '

w7 '

w 750

w 50

w 70

w 50

w 750

L885 1310

L884 1309

°

tt
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t1

1
M887

L867 1307

4

w 52

L8e9 1 314

L868 1308

L869 1 0

j,

1411

M889

L 870 1310

L 87 ' 1311

t1k

t1

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1

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Le 72 1312

L 873 1 313

B

w 640

w 42

L 874 1 314

i

j662

1

1

M 866

w662

11

0
‚°
1
1
1
M885

W662

1

I °
1
M864

L883 i o

1

ti'
1
0
1
'

'I1
1

II '°
1

'° 1
1

w66'

M883

W6'

L882 1307

1-88' 1306

1t

t1

1

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I '°
1
M882

1

1

'° j
W66I

1

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I '°
1

L 880 1305

L879 1304

L 877 1302

L878 1 303

L876 1301

L875 1 300

1'1'

1
'° 1
1

M 88 FWi, I

1

1
I'
1

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MB80

'66

1

1

0
lID
1

1
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L '°

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1

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1

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w

10
1°
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1

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-1

1

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1
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1
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1

w66°

w 66°

1 414

1 413

1 412

1 411

1 410

1 409

1 408

1 407

1 406

1 405

w 760

w762

1 404

1 403

w 762

1 402

1 401

1 400

w 762

w 62

w 6'

w 76'

w 6'

w 76 '

w 6'

w 60

w 60

w 6°

w 76°

w 76°

NOTE:
ALL JACK LOCATIONS ON CHASSIS
UNLESS OTI-IERWISE SHOWN.

B6

1

REFERDICE D0AWIIIG

11

1—•1Ii

5

[ 11
lI
1011
-

j

C0MP0NEITS

WRLM onow

CONTROL DATA
CORPORATION

*WLCT O P00000!
1604—A

RUMORS
„
TUOE

••

INDEX REGISTERS
64 ‚B 5 ‚ 8 B6

XDP 214611
IPO" 23.2

TERM

LOCATION

F557

3081B

19.4

22+23+75+76

F573

3077B

19.4

55

F582

3M83C

19.4

76

1254

6N83A

33

1270

6K75A

32

1272

6K76A

32

3

1274

6K7'7A

32

3J

J050

31,21

6

0

Jump

4066

4N54

33

2

Interrupt

J068

61183

33

2

[nterrupt

K060

4K16B

5

0

Exit FF Clear

K411

3K72B

21

2

R1O

L751

6180B

L752

6180C

M993

2D04A

28

3

Mode Switch Up

N909

61,38B

N961

6J17B

Solo

3D79

56.0

31

s'

S020
VOlO

3D81
31,79

56.0
25,5

3J
1,2

ClearControlFF'S

V033

4M02

5

0

Full Exit

V102

31,83C

6

1

Normal Jump Sequence

V103

3L84A

6

1

Normal Jump Sequence

V205

3K61

7

0

ZA Seq.

V401

3M56A

9

0

V405

3M59A

9

0

V409

3M62

9

3

PAGE

QUAD.

2

DEFINITION

TERM

LOCATION

PAGE

QUAD.

DEFINITION

Externa]. Interrupt

1

Interrupt Address Re gister

Odd Ciock Slave
}

1
J

Register

WO Seq.

Page 24. 0
W149

3J07C

25

2

Internal M. C.

Rev. J

181811118181888888 loss$$ $is$ I $is I I

III III I I I is $is so
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p 301 p 501

e 50° p 500

1

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H B9O SOf Z pOO 9 KO78

SOfS K°79

1E78

R890

P30I

X 012

X °'

X0221

1E79

p 501 p 500

p501 p300

r'tI1iEIb

Y

X 003

X002

EllA

1E77C

s °2°
L752

F'"O

S° ' °
L75 '

6104C

p 020

s0f

S 0f

p 500

,P

1E76A

s 2 P 009 K 06

P SoI

P Soo

K077

H890 HT pOO9KO7

H9

P ol0

6009C

p 009 K 075

40

6U04A

60092

w 184

PC4'

RANK P 1
15 STAGES

P 120/ P 1 2'
THROUGH
P 140/ P' 4 '

P0 9

P0 9 '

THROIJGR

P"° / P"

P060/ P 0 6 '

P °30/ P 0 3 '

THROUGH

THROUGH

poec, ‚oet

iP

poso, posi

r

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CA
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u°'3

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10

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MASTER
CLEAR
154

.

w

324

If1

CLEAP P

±2

28O

EXT INTERRUPT
1254

P 122/ P 123
THROUGH
p 142, p 143

P092/ P093
THROUGH
P 112 /p 113

P062/ P 063

P03

P082/

p052,p053

THRGH
p0e3

1

P033

THRGH

ooI
1

cf_N I

N96

I3

a.

N961

f

1283
EXT. INTERRUPT

1

1

MANUAL
CLEAR

FSR2
V208
v03
F573
v103
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_________
1 3&.ii 1
F857
1 ‚< 560
K'3112 ri W'4
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LIT H92
N 28

volo

V40'
j068

6oA
0

6J05A

6J06C
I270

8i

6660C

626C
1283
1274

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6N84C

P303

N 96 '

N 961

RIOIA

6 UNLESS OTHERWISE SHOWN.

P030

L75°

STAGES

W79-

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SET P

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M'5°

1

6N84A

1198
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P REGISTER
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EXTER MAL
SEE RNI

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072

4L07

J 499

j 158

F-:;-7-1

160

l60C

6

P 09 '
P l01

Pl'1
N909

L35

P°6 '
P oll

pORI
9 09

634

P °3 '
P O4l

°33

L33

T
P °° '
P oll

posi

Pool

N 909

N 909

I

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J°5°
V4o5

LIlA
uO2fl

98
8C

M

M 993 SWITCH

P303
64

1 J

1

J

T

P l33
1
P 43

[-L--1

J58A

P OSS

P 03
Pl' 3

6 3 VAC

61l IC

--!i

r--i

J57C

PO
p 0 63

P ol3

p 032

ADVANCE P

1 NTERRUPT

6904

J57A

p0

M

S200

1604/1604-A
SWITOH
J260

fH

1
po 12 1

Poo2

J 499

1
P7-17 TRANSLATOR

58

1
ikII

_____________________________

1

Page 24. 1
TERM

LOCATION

PAGE

QUAD.

H892

6L34

24

2

H894

6L35

24

2

H896

6L36

24

2

DEFINITION

Advance P Logic

J

TERM

LOCATION

W170

6N49B

W700

6L41B

W701

61,42B

W702

6L43B

1254

6N83A

33

2

External Interrupt

W703

6L44B

1283

6J26C

33

2

External Interrupt

W790

6L30A

W791

6L30C

W792

61,29C

M790

6101A

24

N028

6J54B

N128

6J55B

N166

6K32B

N228

6J56B

N266

6K39B

24

2]

N366

6K46B

24

2

N466

6K53B

24

N961

6J17B

N963

6J16B

N965

6K17B

N967

6K16B

P019

6N79

44

P029

6N78

44

r
oJ

P300

6J57A

24

3

P301

6J57C

24

3

P302

6J58A

24

3

P303

6J58C

24

3

P503

1F02A

35

3

P504

1F02C

35

3

P506

1F03A

35

3

P507

1F03C

35

2

P509

1F02A

35

2

P510

1F04C

35

2

P512

1F05A

35

2

P513

1F05C

35

2

24

1

2

Manual Clear P

I

PAGE

25

QUAD.

2

DEFINITION

Internal M. C. (Sets P - 00020)

‚.

u2

-

Clear P

SeIP
Advance P
Set P

.

Advance P

Odd Clock Slaves

0L

P

i

Transiator

P = 7 - 17 Translator

Breakpoint Transiator

$is $sell

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188881
p 507 p 507

P506 p506

p506

P 506 P507
22

894

W
07

xo:3

v
1F78C

s°8°

s°82

1F78A

u083

OBI

O83

u 073
w°°'

M °58

1

N-

0

0
°-

w°9'

0

M °°°

E1-1

0

N 128

O6O

P 064

P°65

8834

1E83C

u 063
w°o'

O83

18829

u053

w73'

w70'

w 79 '
1
N' °8

F
N

___

O4O

P

O42

IE8tA

1

043

w°°'
W79'

P 503 P 504

rHIE1

t

L °°°

P045

s°4'

JE8IC

O43

s°3°

1

033

______

0

M 753

159

so3'
033

f

E80A

u°42

w'499
70

lX 032

034

5032

w°'

M°54

p 503 p 504

x 033

H892

L °54

052

19

M°55

O53

1E82C

P 503 P 504

X043

H 89°
O5I

so50
5052

u°62

0

N 28

266
F
N

X052

'o53T

892

062

M758

P 503 P 504

L_

O7I

w°9'

°-

P 504 P 504

(L

S073

u °72
w°°'

r-

g

P 503 P 503

LL

x°72

1884C

u°82
w°°

702

p 506 p 507

22

P 075

s°7°
5072

p 506 p 507

p0

u°32

0
Q

o_

w 790
15€

1283

N °28

N 228

P C36
P ol9

pOL9

P ol9
P30,

p 322

P ol9
p30,

P OL9
P30'

p 019
P 300

0

o

o

N 965
p512 pOL2

N 965

N 965

N 965
p 513 p 513

p 512 p 513

p 512 p 513

N963

o

p 512 p 513

N 963
p 512 p 5 ' 3

P 509 P 509

963

N 96°
P 509 p510

P 510 P 510

N 96°

p509

pSLO

P 509 P 510

p509

p0

N 967

N 96°

1

REFWEICE ORAWINGS

i

NOTES

CONTROL DATA
1.

ALL JACKS ARE 05 CHASSIS €
UNLEOS OTHERWISE S9OWN

COM?ONEWTS

.

TITSE
L

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BITS 03 THRU
4

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XDP214606
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62005

6

2502

7J39A

D

1 364

j395

1 364
1 395

EXTERNAL
CLEAR
V.

1 396

1396

7J39C rA

K989

1257

L9
L 266
L' 66

1 363

K 939

NEUTRAL

FO

7149

<910

K 933
1<629

K143

1<919

1349

K22'

1< 243
1<247

K145

1<225

K239
1< 237

1<917

K253

1<227

1< 235

1 253

1<907

K 903

1< 229

1< 233

1< 065

K 005
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1< 231

< 003

lot
20029

1361
1339
1341
1343

w ill

255

1< 883

2D038

135

1359

1355

1 365
1331

HIllilil
4675

46769

4676C

46

J

1< 054
1< 060

K 067

K 213

1< 201

1 241

K467
1< 661

K 113

1< 665

1< 551

1< 203

1< 767
1<017

1< 205

K 073

2P258

2P26C

'fIIII1

CLEAR SWITCH

1'

1<451

1< 051

1< 219

1< 501

K 607

1< 671

1< 531
1< 091

1<667

1<617

1<093

1< 669

1<619

1< 217

K 695
1251

K 57 '
K 781
1<851
1< 693

j 356

1< 411

1< 541

1< 771

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3L79

1<39
K 321

4M77

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62005

46476
V010

N 941

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1< 674

V4K79
H°'2

4

329
1337

INTERNAL
CLEA

62205

A

6151

61518

6673

6L76

H°

1< 481

1<331

1< 601

1< 663

1< 605

1S673
1< 675

3L76

jO 42
Ja44
J 045
jO46
J 047

1< 681
K 685
1< 403

IE1

1< 407

CLEAR Q

1<561
1< 409
3J08

1 142

f

3J05A

w 15°
3106C

w 151

NOTE
1. CONTACTS FOR 62005 ARE SHOWN IN OE-ENERGIZE0
POSITION. WHEN COMPUTER 15 OPERATING 62005
15 LATCHEO IN ENERGIZED POSITION AFTER FIRST
INTERNAL MC.

F

1<634

31074

1< 315

1< 461

473

1<207

1< 317

1< 471

1< 491

1<209

1< 327

1< 405

1< 511

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3607
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1 032

1 033

1< 513
1< 561

J O35

1 03€

1< 313

1< 623

1< 625

1< 635

1< 627

1< 641

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1< 645

K 631

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1< 521

J 037

50

w 158

1<325
1< 323

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5666

1

CLEAR U

36 40 C
5076C

5639

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61-59
M06°
143
1<142

l56

6L61C

6077

1< 603

1 630

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j 650
660

6

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754

1259

j 640

CLEAR B

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1

159

69

T

6L6lA

6LNOC

'54

w'84
J6 10
j 62 O

1

K 73

K 765

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6K42C

K 727
1< 791

K 797

K895
K°

P O4O

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6J61A

K 717

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K 735

1< 701
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738

K 707

K 743

1< 709

K

1

6J6OA

COMPONIPM

CLEAR 4
M 548

—

04—A

1< 562
1< 584

CON1O( DATA
CCOSATIC'1

1188

MASTER CLEAR

XDP 214539
25

-DEFINITION

TERM

LOCATION

PAGE

QUAD.

J009

4K55C

28

1

60

J140

6D03B

25

0

Internal M. C.

K029

4K58C

28

0

Manual Control

M156

7K14A

M986

2D02A

25

0

Clear SwitchDown

V008

4J06

28

0

Manual Control

V025

41,10B

29

Odd Resync. Pulse

V297

7J21

29

31
I,
3J

W163

7J49

25

0

External M.C.

-

TERM

LOCATION

PAGE

QUAD.

DEFINITION

'

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jssss110011111IIIsssssssSSSISSSSSI
ABCOE

F

GH

1

JR

LMNOP

J

2F07B

27

TEST

M°6°

START

26

140

MODE

K'42
7074

25
24 START
23

MAN
CLR 1

22

MC

21

Ei

SET

STEP

17

613

612

6

A23

422
646

4

A47
CR

AlO

620

All

A 16

AlS

644

A40

639

425

CR

A15

613

AlT

616

434

626

424

-

10

222

647

j4

F.C.

446
CLR
A

4

tP

U23
ULH

74

UI

5

STEP

6

CLEAR

7

SET U 1

AlO

623

422

621

620

645

A44

637

636

UI

U21

CLRI
F.E.I

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NEUTRAL

4

20 0

00000;

U12

START

20016

M 99 0

C
4

74

0

32005

74

7

K 044

32000

4K14

ANS

v 025

4
00001,

A74

K
3

00002

74

735000

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041

8

2 CLEAR UI
3 SET U'

U13

vo 25

32011

0

20

0

00003

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1 U201

1 009

II, STEP

15MASTER

1

EUT

0

l0.SETU200

612

UO

U22

E

MASTER CLEAR

8. STEP

STEP
U3

5

18-4

‚

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9. CLEAR L1 1

SiE P

6

U22

621

12

8

U0

645
LR

13

Et

INT

STEP
CLEAR

18

9

2

U00

20'

Z

0

LOAD PROGRAM

MASTER CLEAR

STEP

20 U22
19

AUTO

K'43

w'63

MANUAL

UIO

STEP

CLEAR

2DOIC

CLEAR P

NEUTRAL
K 040

M °92

START

4 612

STE

K04

008

-

1

2
GROLIND

78-2
J20901-S

STEPPING SWITCH
TERMINAL BOARD

7N815

J20302-Z

)>

->

AUTO LOAD
START

m 995

K 082
7680

K 083

FF

7J84

I

r

7L78C

7J82A

087
470

_

l0Of

TO 6 AU REGISTER MANUAL SETS;
MASTER CLEAR INT , MASTER CLEAR EXT,

798

STEP, ANS START SWITCHES
P20901
J20901

f

P20902
J20902

v° 25
J 009

FRON
STEPPING SWITCH

J20901-T

TERNINAL BOARD

FO 1

NOT

110V COH
GROUND

WHT
_F

TNRIC



711-0

76

16

110V

J20302-o

2DOIB

AUTO LOAD
STEP

MANUAL

G296.

CONTROL

2

C

4

Sl2

oT 6

‚:------°

J20901 - P
2UO2B

7J39A
A

EXTERNAL CLEAR

AUTO
LOAD
J20901-R

M 995

J20303-Z

1M2-Z

IG0611

2P33A

?

M 986

120901 - S
< 029
SOl

2D03A

tIII

CLEAR SW
NOT DOWN

FRON
TERMINAL 624

SEE TABLE ABOVE
FOR COMPLETE WIRING OF STEPPING
SWITCH TERMINAL 8OARD

COMPUTER
NOTE

AUTO LOAD CHASSIS

TAlSDIAGRAM SUPPLEMENTS THE
COMPUTER MASTER CLEAR (PAGE 25)
AND MANUAL CONTROL (PAGE 28)
OIAGRAMS WI-IEN THE AUTO LOAO
5 USED.

MASTER

( PAGE 25

!

CLEAR

INTERNAL CLEAR

4613

Bills
604-4

REGISTER

CONSOLE

REGISTER SWITCH
TERMINGL 1

1
P20901

AUTO LOAD

BOX
STEPPING SWITCH
TERMINALS

J20901

/

1

(U231

SF - 23

A

A

AR- 6

(U22)

SF - 22

8

B

CD - 6,

(021>

SF-21

0

C

EF-6

(U20)

5F-20

D

2

56-6

IUISI

SE - 13

E

E

IJ- 6

IUI2I

SE -

2

F

F

EL- 6

(0101

SE -

0

6

6

MN-6

AB - 0,

Ii- 17

AB- 20

(UO3)

SE - 03

J

j

AB- 7

IUOI)

SE-Ol

1<

1<

CD-20

IUOO)

SE - 00

L

L

CD- 7,

GH-17,

(CLR. EC.I

SF - CL

M

M

CD- 5,

CD-9

Er- 4,

CD- IN

CLR. E.A.)

SE -CL

N

N

AB- 5,

A8-9,

CD-14,

AB-IN

sI2-F

p

p

C0-3

(EXT.M.C)
(INT.

MC)

6

J20303-Z

R

J20302-Z

5

501-1

AB-24)

(STEP)

J20302-O

T

T

AB- 4,

AB

SP- CL

0

A

AB- 23

(CLR. P)

______________

v

v

w

w

AR-22

R, AB- 3,

T

0

z

z

6

b

—

AB- 21

AB-I,

CD-I,

EF-I,

56-1,

IJ-I,

KL-1,

MN-I, GROIJNO

_

1

P20902

—

320802

____

(A47)

54-47

A

A

CD-I0, AB-15

IA461

SA - 46

8

B

EF- 0,

CD - IN

(A45)

SA-45

C

C

56-10,

EF-15

16441

SA-44

5

5

11-10,

OH-IN

(640)

SA-40

E

E

13-15

(ASS)

SA - 39

F

F

KL- 15

637)

SA-37

H

H

KL-IO

1A36I

56 - 36

1

j

MB- 0

IA341

56 -34

1<

K

AB-Il

(426)

SA- 26

L

L

CD-II

625)

SA - 25

M

M

MB- 15

1A241

SA-24

N

5

EF-Il

16231

56 - 23

P

P

AH- II,

AB-16

(622)

SA-22

R

R

IJ-II,

CO-I6

IA2I)

SA - 21

5

S

KL- II,

EF- 6

(620)

SA - 20

T

T

MB- II,

All- 6

(A17)

SA - 17

U

AB-12,

IJ- 6

(A16)

SA -

6

v

CD-12,

AL- 6

(415)

54 - 15

W

W

EF-12,

MN-16

(613)

NA -13

6

1)

GH-12,

AB-17

(412)

SA-12

0

0

IJ-12,

CD-17

(410)

SA - 10

Z

Z

EL- 12,

EF-17

( CLEAR A)

AB-IB,

1

x

GROUND

AB-3,

Er- 20

(START)

‚
1

loss III I

1

1

1

SA - CL

0

0

AB- 14,

AROUND

b

b

AB-),

-

F

T

RGERE8C)DMWI1IGS

__________________________________
COMPOBENT)

0CE

Er
CD-),

EH-),

OH-),

23-),

EL-),

MN-I,

CONTROI. DATA
CORPORATION

WNLESS OTHERWISEIND!CATEOI
V0E

GROUND

F

TIME

AUTO LOAD WIRING

DIAGRAM

27

TERM

LOCATION

F476

3M31C

19. 3

F639

4K72A

19.5

F673

4K72C

19.5

F675

6H04C

19.5

F682

4N83A

F700

6J15

19.5
19.6

F701

5011
5P25
5010
5P21
5009
5P20
6J11C
6J12B
6J13A
4K65A
6H05C

19.6
19.6
19.6
19.6
19.6
19.6
19.6
19.6
19.6
19.6

0
0
0
1

F916

6H06A
6H06C
6H07A
6H07C
6H1OA

19.6
19.6
19.6
19.6
6,19.6

3
3
3
1
0

1258

6K66A

30,53

1,0 Internal Interrupt Request

J062

4J62

J063

4J63

J113
J140

4M25A
2D03B

J900

4J17

K086
M986

7J84
2D02A

M156

7K14A
1F06

F702
F703
F704
F705
F706
F707
F710
F711
F730
F911
F912
F913
F914
F915

P520

.

PAGE

19.6

QUAD.

3
0
3
1
1
1
1
1
1
3
3
3
3

DEFINITION

TERM

25
28

0
0

26
25
71

1
0
1

Auto Load Circuit
Clear Switch Down
Reader Neutral Switch

35

0

Breakpoint

29

3

29
29
29
29
29
29
29
4
54. 0, . 1

W140
W145
W163
W781

4K76A
4K79
7J49
4P14C

25
25
25
60

00 4- 77
00 + 77
75
(Mode Switch Down) + (22 + 23 + 74 - 77) + (b i 7)
b 0
b 1
b / 2
b 3
b 4
b 1 5
b 6
b 1 7
76
b = 0 + b = 4 +(b = 1 + 5) (Stop Key 1)
b 0
t23(b = 0 + 4) Q = 0] + [23(b = 1 + 5) Q 01 +
[23(b = 2 + 6)Q Pos.] + [23(b = 3 +7)Q Neg.]
b=0 + 4
b = 1 + 5
b=2 + 6
b = 3 + 7
[22(b=0+4)A=0]+[22(b=1+5)A0]+
[22(b = 2 + 6) A Pos] + [22(b = 3 + 7) A Neg.]

Exit FF Clear
Exit FF Set
Interrupt Half Exit
InternalM.C.
Light Disconnect

QUAD.

V021
V022
V023
V024
V025
V028
V029
V033
V071

V020

0
0

PAGE

2E02
2E05
2E03
2E06
41,09
4L1OB
4K61A
4K56C
4M02
4P53

76

4
4

LOCATION

3
3
3
2
3
1
1
0
1

DEFINITION

Resync. Pulses

Full Exit
Storage Resume

01
1 J
0
3

;'.

Internal M. C.
External M. C.
No Buffer Active

Page 28
Rev. J

I II I i I I I IIIIII I II I IIIIIIIIIIIIiSiI

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426

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:

NI3A

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U4

u454

0066

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u4

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u 465
u 4 '5

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0058

u42

u435

u 4_75

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X2

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u 434
u 445

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OI3C

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F 001

F' 54

0144

4X
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F 155

F 005

F' 56

5X
MI4B

0154

u454

56

F°06

6X
MI5B

U 464

7X

u 474
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F 007

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X7

F' 52

2X
NI

IN
3X

F' 53

NI2B

5X

F 155

NOTE:

NO9C
F' 57

7X

ALL JACKS ON CHASSIS 6 UNLESS OTHERWISE SHOWN.

jfJ161_______

CONTRO DATA
1604-A

_____

TRANSLATORS
F°°°THRU F299

XDP214620
---

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F 107
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F' °5
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)b=4-7)(22+23+75-77)

434

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32
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34+35

F222

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F 220

F 106
36+37

F223

6I

F221

62+63
F 056
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124

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(30-33)(APOS.)+A0v. CLOCK

F' 23
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(30-33)(A NEG.)

KSH

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1 284
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J084

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J 628

05+34+37

FH3
F °07

NOTE:

FHO

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F °°5 •K)F 103

F 015

F006

JOTA

j 124

F222

F004

(30+31)(SR,~ l)

(133

603C

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JO3C

F'04

24+26

7

KIIC

4
7

F 057
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JO34
T5

F222

KOIA

F
13+15+17

L07A

F

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ALL JACKS ON CHASSIS 6 UNLESS OTHERWISE SHOWN.

608C

5-6

(30+31)(U2SR=I)

)(35)

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F °°4

3M20B

F 002
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F

F000

3M26C

F000
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F 017
F

F 123

F'25

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F006

F 004

F 123

F 125

F

F 015

of37

3M094

3M22C
F 90 '

F 006

30 --3I

F122

F015

F °° '

F 122

14

3M23C

4[III1

127
F°°'

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F 002
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F 122

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3M24A

F 00°
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F 116

F ‚‚4

F''4

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4L70A

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17

4M72B

F 004
7

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F °°2
F1 6

F

113

F223

46744

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3M31C

F107

61
F"6

4L70C

F 006

3M30C

4

46

30

°[IEIII] T

Q:5

3M30A

41-696

F004

27

4L72A

F °05

F003

26

F 25

IIEIIII1 63

F 16

F'25

frOO4

4673C

F°°3

4L714

46734

3M226

3M27B

104

3M26A

F003

To

F' 0 '

F 23

3M25C

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N002

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I 47•3

Page 47.4

1

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Page 47. 5

TERM

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TERM ILOCATION 1 PAGE IQUAD.

DEFINITION

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FTM ILOCATION1 PAGE

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Page 47.8
TERM

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PAGE

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$$'I
STAGE TOGGLE CONTROL

STAGE NO-BORROW INPUT

000

J 000

STAGE BORROW INPUT

x 003
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SECTION BORROW INPUT

SECTION BORROW GENERATION

SECTION BORROW ENABLE

GROUP BORROW GENERATION
GROUP BORROW ENABLE

STAGE BORROW ENABLE

x ''3 x' 2

4

113

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4 042

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x 023 x 022

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4023 4022

4013

4012

x 003 x 002
4003 4002

4

CONTROt DATA

111111

NOTE:
ALL JACXS ON CHASSIS
UNLESS OTHERWISE SHOWN,

1604-A
LOGIC DIAGRAM
ACCUMULATOR BORR(
PYRAMID- SECTION

TInl

-

I

XDP 214579
1 OF 4

48.0

STAGE TOGGLE CONTROL

STASE NO-BORROW INPUT
45
J 000

J 000

STAGE BORROW INPUT

GROUP BORROW INPUT

SECTION BORROW INPUT

SECTION BOIROW GENERATION

SECTION BORROW ENABLE

GROUP BORROW GENERATION
GROUP BORROW ENABLE

STAGE BORROW ENABLE

x
4 233

4 232

x"

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4 223

4 222

4 213

4 212

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4 193 4192

4 202

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4 172

x' x'
4163 462

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x

4153 4152

x 143 x 142

x

4143 4142

3 x 132

4133 4132

I22
x123
4123 4122

f

CONTROE DATA
CORPORATION

NOTE:
ALL JACKS 06 CHASSIS 1
UNLESS OTHERWISE SHOWN.

;IIIiiii-

I

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JJ

-

?

LOGIC DIAGRAM
ACUMULATOR BORROW
PYRAMID- SECTION 2

I 604- A
XDP 214572
2 OF 4

48.1

111111111118 $$sells of oil$
4330 4351

A

340 4341

4 330

4331

4 320 4321

4310 311

4 00

4301

4 280 4 281

4290 4291

4 270 4 271

4 260 4261

4250 4251

4240 4241

STAGE TOGGLE CONTROL

STAGE NO-BORROW INPUT

J ool

J ool
STAGE BORROW INPUT

GROUP BORROW INPtJT

SECTION BORROW INPUT

SECTION BORROW GENERATION

SECTION BORROW ENABLE

GROUP BORROW GENERATION
GROUP BORROW ENABLE

STAGE BORROW ENABLE

x 353 x 352

4 353 4352

x 343 x 342

4 343 4342

x 333 x 332

4333

4 332

x 323 x 322

4 323

4 322

x 35 x 32
4 313

4 312

x 303 x 302

4 303 302

x 293 x 292

4 293

x 283 x 282

4 283

4 292

4 282

NOTE:
ALL JACKS ON CHASSIS 2
LINLESS OTHERWISE SHOWN.

x 273 x 272
4273

4272

x 263 x 262

4263 4262

x 253 x 232

4 253 4252

x 243 x 242
A243 4242

$#III I loss#$
STAGE TOGGLE CONTROL

STAGE NO-BORROW INPUT

J ool

J ool

STAGE BORROW INPUT

GROUP BORROW LNPUT

SEC11ON BORROW INPUT

SECTION BORROW GENERATION

SECTION BORROW ENABLE

GROUP BORROW GENERATION
GROUP BORROW ENABLE

STAGE BORROW ENABLE

x 473 x 472

4 473

4 412

x 463 x 452

4463 4462

x 453 x 452

A 453

4452

x 443 x 442

x 433 x 432

A443 4442

A433 4432

x 423 x 422

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4 422

x 43 x 412

x 403 x 402

4 413 4412

4403 4402

x 393 x 392
4393 4392

x 3" x

2

4383 4382

x 33 x 32

4373 4372

x 63 x 362

4363 4362

•

NOTE
ALL JACKS ON CHASSIS 2
LJNLESS OTHERWISA SHOWN.

CONTROL DATA
CORPORATION

1604-4
ce

----

LOGIC DIAGRAM
? ACCUMULATOR BORR
PYRAMIfl - SFflÖN

XDP 214576
4 OF 4 I'48.3

1• S1 SUSIIIS

I$
RANK X'
48 STAGES
x°°°/x°°'

N

THROIJGH

x 470 / x 47

59

U 2 EXPONENT W 92 LOX
N 8 ' CLEAR X

N 71

1

N 4'

u2-IxL6

N 37

A' -

N 3'

x 2 - x'

i

- X
W!TH EXTENSiON

X'

N 34 COMPLEMENT X'—X 2
N 3°

x—x 2

N °°8 P 1 —< 2

w 50-

SIGN
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PO24T
EXPENT
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RANKX 2

FLOATING
P0187
COEFFIC IENT

48

x
47 46

36 38

3635 24 23
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IS 14

00
LOWER
ADORESS

STAGES

X°° 2/X°° 3 THROUGH

M°-*X 2

83RE6 *68363

E

Jt6

x 472 / x 475

CONTROt DATA
CORPORATION

l604----rnu
1

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XDP 214552
X REGISTER

l 490

Page 49. 1
TERM

LOCATION

F626
F627

4M81A
4M81C

19.5
19.5

0
0

72 + (30 - 33) (A Pos. ) + Adv. Ciock
73 (30 - 33) (A Neg. )

K070
K071

4071
4N71

14
14

0
0

Set X2 to 1 FF

N030
N031
N034

1J23B
1K22B

N037
N041
N068
N071

1N16B
1020B
1K23B
1J22B
1K24B
1N20B
1N17B
1N15B
1N22B
1J41B
1N21B

N081

N130
N131
N134
N137
N141
N168
N171
N181
N230
N231
N234
N241
N268
N910

PAGE

J

1P38B

QUAD.

DEFINITION

Comp. X 1 -.X2
A1 -i
U2 -ix '
P' -sX2
15161 '
Clear X
X 1 -.X2
X2 -..- x 1
Comp. X 1 -'x2
U2 -'X 1
P 1 -.X2
Even Ciock Slave
-..

1N45B
1P24A

1021B

PAGE

x l ipx2
X2 -..x

1N44B
1P50B

W920
W92l

LOCATION

P 1 -'-X2
III ' -Clear X

1J39B
1N42B
1N43B
1N39B

7P21B
7P22B

TERM

X 1 -.X2
X2 -*X 1
Comp. X 1 A 1 -iX 1

1J24B

W500
W501

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]

M

0 -.-

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x2

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1604
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XDP 214601
49.1

Page 49.2
TERM

LOCATION

PAGE

QUAD.

DEFINITION

N237

1N46B

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N241

1P50B

U2 -.X 1

N271

1J68B

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N281

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N334

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1N63B

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7P22B

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X1

•

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DEFINITION

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REGISTER
BITS 12 THRU 23

. _

CONTRO DATA
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XDP214602

Page 49. 3
TERM ILOCATIONI PAGE

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N033
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49.3

1

Page 49.4
TERM ILOCATIONI PAGE

DEFINITION

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1 646
373

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M 038
w 504

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0

N383

0

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0

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N339

472

N 143

-

0
0

461

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N 143

1545
1645Q

8

0462

w 927

M °36
30

x13'

x 434
072

N 373

N 143
u°93 _F

5 452

N' 59

w 927

N 332

x 424
u 062

u073

0

N373
'01 0
-

0
0 0

1

N 383

7<

7<

u °63

1542
1642

1543

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N38°
N236

N 332

1 644

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X 120

3<

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i 544

441

0
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336

x 444
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A860
4867
4675
4885

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N339

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4 661

A877
4885

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4451

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N 373

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4870

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N 432

547

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N° 5°

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4887

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H 936 H 83 '
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0

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4851
4880

4880
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M°39
w 504
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N 432

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A 89 '
4890
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N436

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4900
4907
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N 283

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1747

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536
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CONTROL DATA
CORPORATION

XDP214604

1 '49.4

4

Page 50. 0
TERM

LOCATION

PAGE

QUAD.

DEFINITION

TERM

LOCATION

V307

4K24C

8.0

0

PAGE

QUAD.

F462

4K74A

19.3

3

F476

3M31C

19.3

3

T6

V309

4K26

8.0

1

F523

4M11C

19.4

2

43 - 46

V311

4K27C

8.0

1

F527

3N84A

19.4

0

04+10+11

V340

4K41

8.0

1

F541

3N80B

19.4

2

30 - 33

V341

4K42

8.1

0

F543

4N01

19.4

2

43

V343

4K45A

8.1

0

F548

4NO3A

19.4

1

66+67

V345

4K47

8.1

0

F553

3083B

19.4

1

56 + 57

V349

4K50A

8.1

1

F566

4N07A

19.4 •

3

40 + 41

V405

3M59A

9

2

F569

3078A

19.4

1

20

V407

3M60

9

2

F575

4N07C

19.4

1

62

V409

3M62

9

3

F576

4004A

19.4

1

43 + 72 + 73 + Adv. Ciock

V521

4M29

10.1

3

F593

3K55A

19.4

3

47

V527

4M34C

10.1

0

F597

4005A

19.4

3

37 + 70 - 73 + Adv. Clock

V529

4M35C

10.1

0

F641

3P27B

19.5

0

30 - 33

V541

4M46

10.1

3

F737

3P26B

19.6

2

32 + 33

V544

4M48C

10.2

0

F740

3P25B

19.6

2

30 + 31

V605

3022

11

0

F840

3P22B

19.6

1

30 + 31

V609

3025

11

1

V611

3027

11

1

-1-

21 + 47 + 60 + 61

.

DEFINITION

RO Seq.

»

WO Seq.

J
S & T Seq.

Iterative Seq. (Main)

J

K203

4K30

8.0

1

RO Wait Storage 1

V651

3041

15

0

1(205

4K31B

8.1

3

RO Wait Storage 2

V663

3053C

13

0

K208

3031A

11

0

Iterative Wait Storage

V665

3055

13

0

K211

4M41C

10.0

3

V667

3057

13

1

K216

4P42C

16

0

f = 74.1 - 6

V669

3059A

13

1

K218

4080A

5

1

Indirect Wait Storage

V677

3072

14

0

K252

4N17A

2

Aux. Seq. Wait Storage

V686

3P42

14

1

V691

3P53C

14

2

V696

3P62C

14

2

V'701

4010

16

0

EXF Seq.

N380

17.0

2J6913

U142

5L60B

v000

4J02

V005

4K02C

V073

3H08

V099

4K11

V205

3K61

S & T Wait Storage

X
18.3

L

X

Iterative Seq. (End Sign Correction)

Iterative Seq. (Ex. Floating Point)

Iterative Seq. (Round, Norm. ‚ Final Ass'y.)

2

U 2 Pos.

V789

4M79A

33

0

Interrupt Seq.

5

3

Execute Instruction

W144

4K78B

25

1

Internal M. C.

28

1

Manual Control

1

Storage Resume

5

1

RNI Seq.

7

0

ZA Seq.

54. 0, .1

lirrt-f-t-

Is

IS

Issoss j,,s,ss,Iss0505,,ss,ss Iii,
7P21

V307

7P22

U 2-

F 543

w 50 '

4I

V407

v34'

M°X2

1P33C
F593

w 92

j 92 O
LQX

v54'

K33°

v27

F

3L15
3LIGA

7P50

4M42

v 29

4674

898

w502

7P49

F575

N4'

F553

7P23

F 523

F 52

F527EXTENDSIGN

w 503

K331

H943

7P5

2P35

13M65A

w 504

v343

XA
IP65

144

409

7 P52
w505

v544

LOGICA

U2XLA

XI
M ° ->

4N79

WITH EXTENSION

X2

V 789

v 345

4P25
H 98 '

P36

H 97 '

N 8'

v 52 '

V 0°0 N 380
(SEE

46104

208
216

K 218

v 1<34

V 1<7
F740

H

844

V 686
2P36

K203
K2H

v677

'

F 462

00

v609
F641

3J39

P27
H 987

v 665

3j47

213

4P36
H973

46178

K 215

N 383

u 103

2P61

F543

H 939

H 868

V34°

v349
K 205

1 5 16

F 566
A' -* X'

I7-X'

2661
N 283

3638C

F 737

CLEAR

2P60
N39

N73

F 669

J.[2065

663

H 838

P60

V844
36414

H983

v6

H931

3136C

v °73

F 670

H836

54'

K 252
3L80C

v65'
3J37

v605

F 566

V 691
1<

31<384

H 004

F476

P61

v340

v669
F 840

N 7'

2

V005

v 099

43J36
v405
r569

v3'
F 597 076

X'

v696

IIIEI::
uExP
2

E

*X'

Page 50. 1
TERM

LOCATION

PAGE

QUAD.

DEFINITION

TERM

LOCATION

PAGE

DEFINITION

QUAD.

F430

3M24C

19.3

2

30

V206

3K62

7

2

F432

3M25C

19.3

0

32

%T303

4K25C

8.0

0

F440

3M09A

19.3

0

30 + 31

V304

4K22

8.0

0

F514

3M81A

19.4

0

25+27

V305

4K23

8.0

0

F529

4M12C

8.0

0

72 + Adv. Clock

V307

4K24C

8.0

0

F530

4M13A

19.4

0

12 + 14 + 16 + 37 4- 40 + 42 ± 70 - 73 + Adv. Ciock

V310

4K27A

8.0

1

F531

4M13C

19.4

0

43 - 45

V340

4K41

8.0

1

F533

4M14B

19.4

0

63

V341

4K42

8.1

0

F534

4N16A

19.4

0

74

V344

4K46

8.1

0

F535

4M15A

19.4

2

74. 0 + 74. 7

V407

3M60

9

2

F536

8N84C

19.4

2

(30 + 31) (SR # 1) + 32 + 33

V524

4M32A

10.1

0

F537

3N83B

19.4

2

32 + 33

V540

4M45

10.1

3

F540

3N81B

19.4

2

30 + 31

V542

4M47A

10.1

3

F541

3N80B

19.4

2

30 - 33

V561

4M30C

10.1

0

F542

4M16A

19.4

2

41+43+71+73

V602

3020C

11

0

F543

4N01B

19.4

2

43

V610

3026

11

1

F544

4M16C

19.4

2

13 + 15 + 17 + 41

V620

3033

11

2

F545

4NO2A

19.4

1

46

V622

3036A

11

2

F546

3M78C

19.4

1

24 + 26 + 30 + 31

V623

3037

11

2

F547

4NO2C

19.4

1

64 + 65

V652

3042

15

0

F548

4NO3A

19.4

1

66+67

V662

3053A

13

0

F557

3081B

19.4

3

22 + 23 + 75 4- 76

V663

3053C

13

0

F563

4N06C

19.4

3

72 + 73 + Adv. Ciock

V664

3054

13

0

F575

4N07C

19.4

1

62

V665

3055

13

0

F616

3K29C

19.5

0

32

V666

3056A

13

0

F628

4K70A

19.5

0

53

V671

3059C

13

2

F640

3P28B

19.5

2

30 + 31

V674

3063A

13

2

F717

4N39B

19.6

2

b= 1 - 6

V678

3073A

14

0

F740

3P25B

19.6

2

30 + 31

V680

3074

14

0

V682

3P34C

14

0

ZA Seq.

RO Seq.

WO Seq.

T Seq.

Iterative Seq. (Main)

Iterative Seq.

Iterative Seq. (Ex. Floating Point)

Iterative S. (Round, Norm. ‚ Final Ass'y.)

K500

3K10B

11

2

AQ Sign Record FF

V692

3P55

14

2

K510

3K13A

14

2

U2 Sign Record FF

V693

3004C

13

2

Iterative Seq. (Ex. Floating Point)

K512

3K13C

14

2

V696

3P62C

14

2

Iterative Seq. (Round, Norm. ‚ Final Assty.)

K513

3K15B

14

2

xi

V702

4011

16

0

EXF Seq.

V971

3K30B

9

1

(Storage Resume) (56 ± 60 + Return Jump)
(WO Wait Storage) (Aux. Wait Storage)

f

Sign Record FF

N241

1P50B

U 2 - X1

N368

1J69B

P 1 -X2

1

•ssoissis•sisssssiuossiissisri.ui
W144

4K78

25

1

Internal M. C.

$lose$
j664 v622
v692
j172

v4

F 543

F 540

F 432

96

J 172

v67&v692
j17373

K52

F575

524
F575

J

F53'
610
F536

v693

F

LII_133

F 542

-H_1P;
H 823

v344

v 630

v 304 v 31°

_j

F 535 F 533

t3

F546

1 171

v 702 v 40

v 561

v 407

x 470

H 82 '

T

v 660

1 175

3J28

F 540
o
K

v 305

F 54° F 514

34

HS33

v340
544

3432C

-H1---V 821

3K36A

v 542 v 344
F 548 F 545
v607
F 54 '

3J31

674
440

1 P57

4P2 4

-

v 540
F547

2 P59

H 35

2P58

2P57

-32

v666

v665

v 67 ' v663
F 740
K 51°

v660

F537

v610
F54°
175

v340v304
F 530 F 529

v623
F 546

v6602

X

X2

v662

'

H827

X ' -'X2

4

x471
3

v696

K513

COMP X '- X 2

v
F 557

F 626

P62

v971

v68°

991

CLEAR
N24'
F 717
F

X'L

P' -'.X2

303
F5 63
v307

4071
K °7 '

XLAXA
v 682 w' 44
SET X 2 TO ONE

li

_____________________________

•X•
----

lkT

CONTROL DATA
CORPORATION

1604-A

XDP214554

X REGISTER CONTROL

1
1

k

50.1

1dg1

TERM 11LOCATION

F455
F477
F514
F550

PAGE

3M28A
3K24A
3M81A

19.3
19.3
19.4
19.4
19.4
19.4
19.4

F585
F586
F588
F630
F636
F641
F652
F940

3N79B
4027A
3078C
3077B
3J56A
3J56C
3J54A
3K27C
3K26A
3P27B
3M39A
3P21B

19.4
19.4
19.4
19.5
19.5
19.5
19.5
19.6

Jill
J123
J130
J131
J134

3N11C
3N13A
3M65C
3NO3C
3N08A

52
52
52
52
21

K487

4P39

F567
F571
F573

.

N911
N923
N925
N931
N932

1P24C
2P24C
2P24A
3J76C
3L20A

N933
N935
N991

3L20C
3049C
3M09C

volo
voll
V050

3L79
3L78C
3L78A

8.1

QUAD.

1
.

3
0
1

DEFINITION

55
36 + 37
25 + 27

3

54
37
01 - 07 4- 34 + 35
55
01 + 03 4- 30 + 31
02 +03 +30 +31
34+35
27
05 + 07 ± 34 + 35
30 - 33
06 + 07 + 35
30+31

1
1
0
1
3

A 36 A 37
A 35 = A 36
A = 0
A 36 = A 37
1136 10

0

f

3
1
1
3
3
3
0
0
2
1

=

37 FF

Odd Ciock Slave

5, 25
25
7

)1
TERM

LOCATION

V202
V206

3K59A
3K62
3K65A

V210
V220
V221
V222
V223
V346
V347
V348
V560
V590
V594
V622
V623
V630
V634
V635
V637
V644
V645
V646
V647
V660
V672
V675
V687
V688
V689
V860

3K77C
3K76C
3K76A
3K69C
4K48
4K49B
4K51C
4M30A
3002A
3006
3036A
3037
3M36
3M39
3M38C
3M40
3M51
3M52A
3M53
3M54
3052A
3061
3063C
3P44A
3P4'7A
3P47C
3K42A

W147
W151

3J06C
3J06A

PAGE

7
7
7
7
7
7
7
8.1
8.1
8.1
10. 0, .1
13
13
11
11
12
12
12
12
12
12
12
12
13
13
13
14
14
14
21
25
5

DEFINITION

QUAD.

0
1

1
1

1'
1
1 1
1
0
0
1
0
2 ]
3 J
2 1>
2
0
0
0
0
3 I

ZA Seq.

1

J

J
1

ROSequence

S

& T Seq.

Iterative Seq. (Ex. Floating Point)
Iterative Seq. (Main)

Seq. (Multiply Step)

J
3 1
3 t
3 J

0
2
2
1
1
1
1

Seq. (Divide Step)

'

J

Iterative Seq. (Ex. Floating Point)
Iterative Seq.
Iterati ve Seq

}

2

(Round, Norm ‚ Final Ass'y. )

.

R2 -R'

M. C.

2 j»

Clear Control FF's

2
1

Internal M. C.

3

R2 -. B Exit

1 lilI 01100 $$oil loss$$ 000 01

I

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134

K 413
j

v594

131
F

23
687

3L26

A343
A 352

H9P4 ,4

L3I

N

RIGHT

H90°
WIS'

H902
;:

F
912

1130

v

L

'

1

H 33

< 313

0 RIGHT

_

H916
348

487

)( 321

H 90 '

v

RIGHT
151

K 40 '

~
0

R2R'

v 202

N

K 416

v590

K560
H970

N9'

v 672

31(71

K 414

3L25
3 1(72

v2

K 415
032

H99221
H

v 206

v 554

H 97°
v°7

H8

K 310

RO

v886 31(48

K312
K314

N 614

‚12] RIGHT SHIFT

H 920

V860

F57'

v437

F 587

H

5N66

Hp

v560

H 65°

38442

348

SHIFT

SHIFT EXIT CONTROL.

F 573

H63°

K 40 °

N91'

:

v olo

SHIFT RIGHT

N°'

K313

¶
v011

1P41

H 903 2P41

670

H65°

N 570

H926

A2Al

________

L v6

H914

p< 312
3L30

050 K 317

K402
K403 1
3M441

v347

H974

VWI5r

6

H640
H6 47

R~O
v646

H924

I

61
F588

K

v 22°

H °4 ' K 315

i!J H

2P44

K

594

415

3mIO
K 32°
V223________Il K32'

4

J134
K413
F 586

v221

H°5°
K317

450

N2

NORMALIZE SHIFT EXIT CONTROL

v634

3N32

637

645
STO P S'
K406
3M46

H 63°

A451 SCALE
A46OTERMINATION

T

N935
K 315

K 403

F 588

321

K 317

3L.22

N935
K 315

~
v 637

RI T H974

K 415

K 314

K318

342

585

RIGUT SIIIFTO

RE(3JE 8 70 1(2

H886

F 630
H 905

111844

v 622

K316

F

587

v 66°

K 510

1 —

H880

933

V OID

v

637

MULTIPLY SHIFT CONTROL
N624 11184C

H9l41,LEFT
H
H°3'

< 412
K

43
31(73 L

H86'

K415
F636

H°

v220

K310
K312

4
3L29

K4

3 15

K318

28

H4

v 647
_

-_---8LIIII;141 1
j=fj

H902

N 67°

SHIFT

147
F641

~

K 318

~,

4

647

476

N932

REDUCE

933

H 916

K313

V

F

317

Q LEFT

K413

.

K

476

3L324

K4
_____

F 514

R=OoRL

R *0

v€23

IN

R24

91

:::

F477

K

31.453 VolI_'
5035

H 878 51(62
5L62

926
- 26

N

Vol'
STOPSHIFT
<406
31.446

635

L

H65°

K407

402

¶

570

421 R=O

DIVIDE SHIFT CONTROL

H033

H°41

T

t N 67°

N 923
1
5I

SHIFT INSTRUCTION CONTROL

<401

v 643

v347

LEFT

SHIFT
K476

RAR

2

K403

H 872 5022
H874

N67°

1(2

3M43]

Ls2

y1j

H 924 IPSS

:hi7H97

ro

H630

-

-.

F 587

477

v647
F652

3M
a

REDUCE 1(

6

-‚

476

93

H

--

K
N 933

_

H 974 3.152

K315

LEFT SHIFT Q

31-53
H 974

K 31 '

N91'

H 926}

647

933

H914

H90°

K32'

SHIFT INITIATE CONTROL

K 319

SUIFT 4

6J

-:

11(1(11(11(1 08*8383

11

-

CO4TROL DATA
..
KltR3

-

08-08 0R08*08 AA081_____

5 1153

SHIFT CONTROL

XDP 214583

I ,. 51

Page 52

M
A50 4
F
A512

A632
A752
A872
F433
F476
F516
F528
F661
F662
F910
F912
F913
F914
F915

LOCATION

PAGE

QUAD.

DEFINITION

TERM

1L20

48.0

1

EndAround

1L44
1L45
2L44
2L45

48.0
48.1
48.2
48.3

3
3
3
3

Sec. 1 Borrow Enable - Accumulator Borrow Pyrarnid

Sec. 4 Borrow Enable - Accumulator Borrow Pyramid

3M26A
3M31C
6H13B
6H09A
4K63A
4K63C
6H05A
6H06A
6H06C
6H07A

19.3
19.3
19.4
19.4
19.5

0

33

6H07C

$less

19.5
19.6
19
19
19
19

3
2
0
1
1
1
3
3
3
1

LOCATION

PAGE

QUAD.

DEFINITION

Sec. 2 Borrow Enable - Accumulator Borrow Pyramid
Sec. 3 Borrow Enable - Accumulator Borrow Pyramid

f =
f =
X5
X4
No

23
22
+ X7
+ X4 + X6
Selective Jump

b = 0 + 4
b = 1 + 5

b = 2 + 6
b = 3 + 7

fill

so$$ I

is I I

I $is Is is$ I I Is$ I
TEST
MODE

J' 40

FO7

1

M°°

DISCONNECT
J 90°

LE

NTIAL START

Tw °

4K76A

J 006
2105C

K 143

025

M90

F

K 045

H °°2

440t

4K14

E

D

K °86

M992

024

4L02

v ool

v °°8

4402

4J06

H °94

4J09

1 F( °95

1

4)10

V071_Y____i

K2014 J16

v °7

»]

RESUME

4K06

:;*.l4L____1
H °96

1

096 4KOBC

4KO5CINITILSTART

J009
v °2

STEP

14

K °22

K o2°
4J78

008

1< 021

wie'

j

K023

K 024

00 9

W

H°05

480

MASTER

2P33A

Ja55

TEST MODE

J00e

OO6

F673
p=

POINT P

t_;0o.77

52 °‚

—

—..K

4J81
4K82

1

__________________
____________________________1I 1< 050
_______________ ______________________

140

}(051

043

------.

U' — U2

H95°

L08

w —

- - - 1 v°42
H °°4

v 099
F476

v007

F639

f00j7___ H

1<055

2G09A

151 LNDIRECT ADORESS

4M04'

H98'

‚

Joos
4%04A

H090

027

J026

BREAK
--

2F06A

CLEAR X'

3.2 VAC
2G09C

1<

K°29

CLEAR SWITCN
NOT DOWN

f76
F 71° F 682
F712

1

4402C

v°28

4K13

4J01

4K08A

4M28
v°°

K°25

o29

K °42
2DOOB

r
I
INTERRUPT
HALF EXIT

L5
'5

H 000

v 099

V
7.

H °°7

K043

__________
H °99 4J14

1< 05

STEP

520013

13

1

__________
___________ ______

v028

K °43

M 991

V °97

1 840

J900 OISCONNECT

K041

4J12

4K09A

w78'

NEUTRAL

2501

12

H962
—?--I2I3-4R'
F73°

W7

J 009

1 H °°7

4O43C

K 6 INITIATE
K 61° STORAGE

B

A

ii

4J11

051

4K12

C

4405A

LIGHT

K°4°
°°8

r:

1

CLEAR R'
H 965

v008
2DOIC

v °9°

96

< 005

K026

H °° '

K°44

10

EXECUTE
IN STRUCT ION

4J15A

‚

4K15

V °24

START

09

SGE

1

J009

START

__________

< 054

J' 4

7074
MC

08

MASTER

K °26

K 142

07

00

-01
LIGHT

2F06C
005

V 028

START — STEP SWITCH
AND AFFECTED CIRCUITS
K °5°

K °5°
b

i76

b~ 2

03

F 702

4

b

b#6

*

t76

V 099

F 71 0

1 6J13A

JJI4
:;:

3L21
J 050

nil

7

p700

b0,4

F 70 '

F912
c

705

F707
F 706

F 707

F 702

6*6 ±b

~

~

2

F 700

F'°3

9I6
ADVANCE P

__________________

°

F675

1 b

1_

MODE SWITCH UP
0ISA8LES AOVANCE

F9I4
b2.6

F915
1b3,7

N66

V033

b 15

f
D

_'1 20042

6HO A

6H02A

6402C

6H03A

03C

1` 910

b~ 4

b~ 0

7 ±b ~ 3

476

F 476 ----6HOj

IN NEUTR4L

6L37A

6L37C

4J60

4J69C

J oso

9j
2004

4j027

..‚
0

1

_

_

1
1

_—=

°

11

1

=

1
1

11 °

1

1
1

1
1

1

V022
i

-!
EI
I

I

'

=
'

1

4J01

M0
SWITCH
PREVENTS EXECUTION

1
1

'

4J02

099

OF INSTRUCTION.

SWEEPS STORAGE

t

0i

1
I

I

1
1

11

°

1

1

______________________________________________________

____
lol
1 0

1
1

'

l

°
=

1

= —

o

t

A=

J063

S2004

0I

4,104

i

I

°

V OSS

i

4,105

MODE
_

V023

H °43 4M05

1

1
A1

004ch

2G06C

1GOSCh

HALF EXIT

SWITCH

027

__

V°2'

4M03

FULL EXIT
l-1°
4LO3

4J61

4M02
2008A
____
08C
J 590

2G06A

2G07A

J58a

L_1

2G04A

2GOSA

J584

2G03A

—

so

L_1

CONTROL DATA
I

JUMP AND STOP SWITCH
UP

—

LOCK

DOLE:NOSELEC1iON

M 695
3

SELECTIVE

M 694
2

STOPS

M 693
1

SWITCH

M 692
3

OMWINO

o5

M 69 '
2

SELECTIVE JUMPS

M 690
1

SWITCH

•

CO6ES
1

1

A
l

l

Z

ua

_

1

CORPORATION

1

XUE

1604—A

XDP214521
MANUAL CONTROL

I28

TERM

LOCATION

N920

2F08A

Even Ciock Slave

N921

2F08C

Odd Clock Slave

PAGE

DEFINITION

QUAD.

TERM

LOCATION

PAGE

QUAD.

DEFINITION

Page 29
Rev. J

0 ISISISSISSISS SO 0000001000,,

I is$

I

EVEN
SYNC
PtJLSE

v°2 °
CHRONJZEO

000
SYNC
PULSE

V

EVEN
SYNC
PULSE

V °J

1
k

I.4s-J

TYPICAL RESYNCHRONIZING CIRCUIT
TIME INTERVALS ARE CLOCK PHASES (0.2 MICROSECONDS)

4ING CHART

7J27
7J25
7 J23
7J 21

1

LOCATION

PAGE

QUAD.

186

6N43C

31

2

Sense OXXOO 1

K136

1286

6J05C

33

1

Interrupt Lockout

K144

-TERM

DEFINITION

TERM

LOCATION

PAGE

QUAD.

4P54C

16

2

Sense Resync. FF

6M56.

60

3

Real Time Clock Selected FF

8.1

DEFINITION

TERM

LOCATION

PAGE

QUAD.

W152

25

3

W159

25

fl

f.

1293

6E77A

33

1

Interrupt Lockout

K339

GGO2C

1

Ciock Overflow

1367

: 6M76C

31

W164

25

O

3

Select OXXOO, 1

K700

6N50A 45, 17.1

0,2

Chnl. 1 1

1375

6K40

31

W167

25

3

EXF Code = XXOXX

1J

K702

6N51A 45, 17.1

0,2

Chnl. 2

1376

6K45

31

2

EXF Code = XX1XX

W184

25

3

K704

6N54A 45, 17.1

0,2

Chnl. 3

1378

6L47

31

3

EXF Code = XX3XX

K706

6N55A 45, 17. 1

0,2

Chnl. 4

1383

6M33

31

2

Sense 0)0(00, 1

K708

6N58A 45, 17. 1

0. 2

Chnl. 5

1384

6M69

31

3

EXF Code = XXOXX

KVlO

6N59A 45, 17.1

0,2

1
Chnl. 6 J

1385

6M82

31

3

EXF Code = X1XXX

K723

6051C

60

0

Wait Ready FF (Chnl. 1)

1386

6N26

31

3

EXF Code = X2XXX

K726

6052A

60

0

Wait Resume FF (Chnl. 2)

1387

6N44

31

3

EXF Code = X3XXX

1(731

6055C

60

2

Wait Ready FF (Chnl. 3)

1388

6N53

31 •

3

EXF Code = X4XXX

K734

6056A

60

2

Watt Resume FF (Chnl . 4)

1389

6N57

31

3

EXF Code = X5XXX

K739

6059C

60

1

Wait Ready FF (Chnl. 5)

1390

6N69

31

3

K742

606A

60

1

Wait Resume FF (Chnl. 6)

1394

6J33C

31

1

EXF Code = X6XXX
71
(Sense Chrü.
Interrupt) (Condition Met) + (Sense Chn.
70 Interrupt) (Condition Met) -1- (Sense lnterrupt Exit FF
(FF Set)

K905

7L61C

66

1

End of Tape FF (reader)

K907

7L59C

66

0

Interrupt on End of Tape

0

.

1397

6063C

31

1

EXF Code

XOXXX

K930

709A
.1

71

1

Character Mode

6039A

31

EXF Code = XX2XX

K989

7069C

67

2

Interrupt on Carriage Return or Tab

61f83

33

3
2

Interrupt

K997

7070C

67

2

Carriage Return or Tab

J070

6J47

33

1

Lnterrupt Lockout

J177

6J84C

Overflow Fault

M051

8P14C

J191

6N52A

60

0

Chiil. 1 Active

M150

8P19B

32

2

J192

6N52C

60

0

Chn1. 2 Active

M151

8P19C

i193

6N56A

60

2

Chnl. 3 Active

M250

8P2213

32

2

J194

6N56C

60

2

Chnl. 4 Active

M251

8P22C

J195

GNGOA

60

1

Chnl. 5 Active

M350

8P25B

J196

6N60C

60

1

Chnl. 6 Active

M351

81`25C

J197

6064C

53

0

(Allow Internal Interrupt) (Overflow Fault + Ciock
Overflow)

M450

J450

8NO2

62,16

2

Sense Ready

J451

8N01

62,16

2

Function Ready

Chnls. 1 & 2, External Sense Response
Chnl. 4, External Interrupt
Chnls. 3 & 4, External Sense Response
Chnl. 6, External Interrupt

7M70A

32

2

Chnl. 1, External Interrupt

M550

7M70B

32

2

Chnl. 3, External Interrupt

M650

7M70C

32

2

Chnl. 5, External Interrupt

Chnls. 5 & 6, External Sense Response

J504

6M70B

66

3

EXF Code = XXX(OOx)X

N909

6L3813

Odd Clock Slave

J505

6M71B

66

3

EXF Code = XXX(Olx)X

N928

6033C

Even Ciock

J506

6M72B

66

3

EXF Code = XXX(lOx)X

J507

6M73B

66

3

EXF Code

XXX(llx)X

0000

8J09A

J526

6KO1C

31

1

EXF Code

X1XXX

0001

8J09C

J937

7N64C

66

2

ChnL 1 Sense Ready

0030

8M09A

J941

7N66C

66

2

Chnl. 2 Sense Ready

0120

8J29A

J942

7N79A

66

3

EXF Code

XXX(xxO)X

0130

8K29A

0140

8L29A

0620

8J31A

0630

8K34A

0640

8L31A

U707

3

EXF Code

XXXX(xxO)

3

EXF Code

XXXX(xxl)

3

EXF Code

XXX(xxø)X

2

EXF Code

(xxO)XXXX

62

2

EXF Code

(xOx)XXXX

62

2

EXF Code

(Oxx)XXXX

62

2

EXF Code

(xxO)XXXX

62

2

EXF Code

(xOx)XXXX

62

2

EXF Code = (Oxx)XXXX

5063

53

3

U1'

RNI Sequence

62
62
62
62

J943

7N79C

66

3

EXF Code

XXX(xxl)X

J946

7N71B

66

3

EXF Code

XXX(Ox)X

J947

7N77B

66

3

EXF Code

XXX(lo)X

J960

7060

66

3

EXF Code = X11XX

J963

7061

66

3

EXF Code = X12XX

J965

7064C

66

0

Sense 112XX

J974

6M74B

66

3

EXF Code = XXX(xxO)X

V006

4J05

5

3

3M58

9

01

6M75B

66

3

EXF Code = XXX(xxi)X

6M76A

66

3

EXF Code

XXX(xx0)X

V407

3M60

XXX(xxl)X

V415

6L66C

V598

6J69

J977

6M77B

66

3

EXF Code

U 14 Unequal

WO Sequence

0

.

Internal M. C.

Cbiil. 2, Exterrial Interrupt

2

J976

External M.C.

Chnl. 7, External Sense Response

32

3975

Internal M. C.

Buffer Active

1398
68

V404

DEFINITION

9
14

3

'

Iterative Seq. (Round, Norm. ‚ Final As s ! y .)

1

I$

$is I

is $$fell

I
M 450

M 5°

m 250

M 55°
6103B

L°7 '

L°72

INTERRUPT
LOCKOUT
M 650

61316

L°74

L°73

1 293

M 35°

€GO3C

L075

048

049

006

L°6

84

1383
1 384
1385

N0OUTPUT

M 35°
06000,1
EX. Cft6

01000,

NOOUTPUT1

EX. CA. 1
NT.

CH 4 BUFFER
INACTIVE

INACTIVE

INACTIVE

INACTIVE

K704
-y--- K 73 '
CH. 3BUFFER
60 INPUT
INACTIVE
READY

— K723
60 INPUT
READY

r

CA.

1CH 2

w'

j 384

M' 5°
EX. CH . 2
NT.

K 108 - - K 739
CH 5 BUFFER
60 INPU1
INAC1IVE

CA 3

1CH4

w6

w' 64

Nc

f

CA 5

1 286

197

j

070

j505

j 975 j 977

j 974 j 976

j 508 jSOS
j 975 j 977

yw 164

68828

j$O€j 506
jAlE

XXX3X

jSO€ jSO€
jA? 7 j 977

jA?€

384
1 388

1384
1 389

M 550

M 250

M 650

ES. CF4.4
NT.

4AMITHMETIC
RRLPT

EX. CII. 5
INT.

SAIFT
FAULT

FT

I

l1

•8

t

1

-J

0

a

tOVERFLOW
FAULT

66034

1

I1 ‚ -

1

XXX4X

j 507 ‚jSO 7
j 974 jA?6

XXX3X

TO M 650
EH. 5

F
LI

j

K 225

K 70°

K 704

K 723

K 73 '

jA08
jXII

11

I6603C

0030
SELECT

SELECT

00100

00101

J

SELECT

529

6L52A

jSII
0030

W167

XlXx

579

6A
6684

j 50 7
JA12

K 229

JsII

j 9?7
SELECT
06870

88868

509

j451

516

—9-

76688

1 368

1 567

K 905

K 989

7P31C

K 907

M 151

M05'

J 916

M25'

'J=

j 31 ' •1
SIEWX
OXOXX

K

1- <136

0000

J515

K339
00300
SENSE CLOCK
OVERFLOW

450

0630

A37
A6O
j946

A42
SENSE READY
11148

jIll

XXXIX
CA. 1
ACTIVE

j

92

XXXZX

OHO
ACTIVE

J SOA

J SO€

J SO7

J A?A
j 93

J 974
‚j 84

J 975
j 95

J974
j 196

68833
CA 3
ACTIVE

XXX4X
064
ACTIVE

XXXTX

CH.5
ACTIVE

SENSE

2DO4C
CASE

OXOXX

J516

NSE REASY
11208

J 52 '
SENSE

965
943
i394

SENSE

00125

6983*

K 997

K 930

CARRIAGE
RETURN
TAB

ASSEMBLY

l

1376

UODE

2003

PUNCHSWITCH

TITYIEWRIIER) END OF TAPE

85868
EH 6
ACTIVE

SENSE CIRCUIT

J 504

J A05

J305

J5O6

J506

J A75

J A?€

J 9?7
237

J A?4

J 9?•l

K233

K235

XXXIX

88828

DIVIDE
FAULT

SHIPT
'AULT

6Id83C

0 00

SENDE READY
II lOS

6

69
J SOS

6680

0640

F 78
jAOS
1974

SENDE

OOIXS

JA'8

965

A4?

K 905
END OF TAPE
(READER)

J A04
1975

317

?5I5

SENSE
RE ADT

SEN5E
08188

READY
7

i

SENSE
OXIXX

7 1
7 P608

1186

6K49C
516

968

F

SELECT

4C

l5

J530

6080C

J 5'6

—9------ 0000

1 SENSE
SNI3IRETURN ANI4A

'35I

6MAI

08888

76664

997

6979

8978*

o°

INTERRUPT CIRCUITS

S:T

0620
630

}

l

V 598

J6C

K339

j 5 O9

FUNCTION
READY

M 45°

I

N

Ö-K 238
u707

TO M 550
CII. 3
J66038

EXPNT
UNDFL
FAULT

OVERFL
FAULT

ACTIVE INTERRUPTS

<221
j505

N 928

N 926

CA 6

LII

XXXIX

-

'286

SELECT
OXOX

j A04 j 504

384
iSS?
EX. EH. 3
NT.

TO M 450
CH. 1

SELECT
OxOXl

w' 5 2

CH. 6 8UfFR
1386

—

r-:;

JA34

v45

6L39A

IST

N926

CH 2 BtFFER

CH BUFFEN

184

1 390

M 45°

N0OUTPUT
K

L

j368
1383
1384

6L83

EXPNT
L695 FAULT
4
INS

INTERNAL
RESUEST

6664

070

6131C

XXX3X
OVERFLOW
FAULT

K 239
XXX4X
EXPONENT
OVERFLOW

FAILT

K 247

XXX5X

EXPONENT
UNDERFLOW

FAULT

.___4

7
515]

ALS7C

-_8[iIEII1 ii513i

Page 31
TERM

LOCATION

PAGE

DEFINITION

QUAD.

TERM

LOCATION

PAGE

QUAD.

DEFINITION

0000

8J09A

62

3

EXF Code

=

XXXX(xxü)

1051

8072C

62

3

EXF Code

=

XXXX(xlx)

0030

8MO9A

62

3

EXF Code

=

XXX(xxO)X

1052

8073A

62

3

EXF Code

=

XXXX(lxx)

0060

8J20A

62

3

EXF Code

=

XX(xxü)XX

1053

8073C

62

3

EXF Code

=

xXX(001)X

0070

8K20A

62

3

EXF Code

=

XX(xOx)XX

1054

8074A

62

3

EXF Code

=

XXX(xlx)X

0080

8L20A

62

3

EXF Code

=

XX(Oxx)XX

1055

8074C

62

3

EXF Code

=

XXX(lxx)X

0090

8M20

62

3

EXF Code

=

X(xxü)XXX

1056

8080A

62

3

EXF Code

=

XX(xxl)XX

0100

8N20A

62

3

EXF Code

=

X(xOx)XXX

1057

8080C

62

3

EXF Code

=

XX(xlx)XX

0110

8020A

62

2

EXF Code

=

X(Oxx)XXX

1058

8081A

62

3

EXF Code

=

XX(lxx)XX

1059

8081C

62

3

EXF Code

=

X(xxl)XXX

W160

7J39A

25

01

1060

8082A

62

2

EXF Code

=

X(xlx)XXX

W166

6L75A

25

oJ

External M. C.

1061

8082C

62

2

EXF Code

=

1270

6K75A

32

3

1271

6K75C

32

3

1272

6K76A

32

3

1273

6K65C

32

3

1274

6K77A

32

3

1275

6K77C

32

3

1364

6K72A

32

3

Master Interrupt Mask

J510
J517

6M78A
6M78C

62
62

0
0

Internal Select
Interna]. Sense

J521

6J61C

30

3

Sense 00 1XX

J532

6K56B

30

3

Sense Fault (Ijivide. Shift, Overflow, Exp. Overflow,
Exp. Underflow, Interrupt Exit FF Set.)

K069

4P54C

9

2

Interrupt Exit FF

M050

8P14B

32

3

Chnl. 7 Input

M070

7K04C

32

3

Chnl. 7 Output

M150

8P19B

32

2

Chnl. 2

M250

8P22B

32

2

Chnl. 4

M350

8P25B

32

2

Chnl. 6

M450

7M70A

32

2

Chnl. 1

M550

7M70B

32

2

Chnl. 3

M650

7M70C

32

2

Chnl. 5

X(lxx)XXX

Interrupt Address Register

External Interrupt Request

I I I I fill$# of iiiissii

$lose$
394
6009C

6012C

6016C

6017C

6025C

6O3C

6032C

r

603

6039C

6044

J532

604

6J33C

6L7L

XXX7X

0751 0030
740

1

1

if

10

if

60124

60164

10

56788

68780

fTT

1 27

I2

1 271

60174

1 057

1 056

260

1 27TJ

1 372 1 372 1 372 1184
1376

J52 j 521

1 391 1 392 1186

184 1164

I

M 05° M °70 I 397
K 069

6009A

1 050

0740

1

6K79A

6K79C

IIrII

112631

27TTJ

1 27T1

1 272
1 270

i 272

1 270

1271

60258

60318

60328

10

1 058

66804

R
1 27rTT

1 061

6601C

6063C

791

6680C

66818

1 266

x0xxx

0821

0811

1048

I265I

1 27TJ

66810

r-i

1274272

1 273
1 270

1 271

60336

0 1 381 1 382

1

1 272
1 270

1 271

INTERRUPT ADDRESS TRANSLATORS
61-83B

6643C

SENS,1

1383

TJ

j505
6N43A

i364

1 385

M 45°

1 I1°

I 387
M 380

1 383

i °
1 386

i°

1054

1

M 35°

6M69

6M82

6N26

o T7

R1 xixxx

8

1 032
1 053

I384

r -i xxoxx

08

1 060
0790

1 058

6N44

oeiT11

T1

0800 1
1 059

6N53

ri X3XXX

[1 xxxx

0'

0 800

6N57

10-T--T
1060

790

o'

1

i°

61516

6158

M°
1 186
1384

I

6L650

oo8 —

Liii
61510

6240
i37°

SELECT

6628
371

03X00

SELEcT

6631

03X00

077

f-t

0

6633

SELECT
03X01
06T
1 I00 1

T
w 6°
1395

T

1 396

i395
1 396

1 364

1 364

'Tt

1 060
0790

0800
079

136

761

38116

XX4XX

0

r-i XX5XX
o8TT'

T
070

1 050

0 000

o°°
0 000

61M17

00

6M26

r---i

XX6Xx

XX7XX

6TT

o '

o° 1

o°°

Q761

0060

6L659

6673

X6XXX

1 055

1 383 i
1 384 1

M 150 M25°

62344

6N69

r--i X5XXX

[] X4XXX

00

60398

68

SELECT

374

6840
SELECT

6645

6

1376 XXIXX

375

04X00,I

6L47
XX2XX

I

R1 XX3XX

1
ii0

0 78

0 070
058
060

1 056

0 070
1038

1 056

0 060

J510
1055
1 054
1053

62338
1

0xx00,I

1 052
6M76C

•
1 1° 1
P 1
1
1

FUICE DRA8I
_________________________________
_______________________________
COMPONEPM

CONTROL DATA
CORPORATION
1604-4

w,cIron
1

‚T

' INTERRUPT SELECT a
SENSE TRANSLATORS

XDP 214512

E
31

Page 32
TERM

LOCATION

PAGE

QUAD.

DEFINITION

1050

8072A

62

3

EXF Code

1253

6J02

33

2

1260

6K78A

31

1261

6K78C

1262

LOCATION

PAGE

QUAD.

\V18O

6134A

31

2

Internal Interrupt

\V181

6K73

31

2

0

IAR = 0

1A'l82

6I51A

31

31

0

IAR = 1

W183

6151A

31

6K79A

31

0

IAR = 2

1263

6K79C

31

0

IAR = 3

1264

6K80A

31

0

IAR = 4

1265

6K80C

31

0

IAR = 5

1266

6K81A

31

0

IAR = 6

1267

6K81C

31

1

IAR = 7

1291

6E76A

33

1

Interrupt Lockout

1292

6E76C

33

1

Interrupt Lockout

1370

6J40

31

3

Select 03X00

1371

6K28

31

3

Select 03X00

1372

6K31

31

3

Select 03X01

1373

6K33

31

3

Select 03X01

1374

6K38

31

3

Select 04X00, 1

1375

6K40

31

3

EXF Code = XXOXX

1376

6K45

31

3

EXF Code = XX1XX

1377

6K26

31

3

EXF Code = XX2XX

1378

61,47

31

3

EXF Code = XX3XX

1379

6L68

31

3

EXF Code = XX4XX

1380

6M16

31

3

EXF Code = XX5XX

1381

6M17

31

3

EXF Code = XX6XX

1382

6M26

31

3

EXF Code = XX7XX

J070

6J47A

33

1

Interrupt Lockout

N852

6175

9

j

N854

6174

9

N982

6F76A

Even Ciock

N984

6F76C

Even Ciock

N986

6N74

Even Ciock

0700

6009A

31

0

EXF Code = XXXX (xx0)

V404

3M58

9

0

wo

fill#

XXXX(xxl)

TERM

I

2 .J

DEFINITION

Disallow All External Interrupts + External M. C. +
Disallow Any One External Interrupt
External M. C.

Clear Edernal Interrupt Request

Seq.

so I see

81111181111118118818 is fillsösissss
INTERRUPT
REQUEST
CH7 °,4,5,G

INTERRUPT
REQUEST
CH.7, 1,2,3

I

CH. 70

CH. 6

CH. 5

CH. 4

I

RK2
'I83

w 181

N963

-6

6- N932

N9

-0

0- N 982

v 73 '

v 735

132 9

W 181

1373

6E77C

CH. 7'

RK 1

t
179 1 79

CH. 3

‚-

REQUEST
W181

1-4

1372

N 984 N
V 404
1 261 1 363 1 253

4-4

~J

IF

v 3 ' v 74 ' v 735 v745
1322 I
I

CII. 2

CH. 1

EXTERNAL
INTERRUPT

1 -1

i°

1 1371
1 380 1 390

INTERRUPT MASKING REGISTER

v 747

1341

V733 v 743
1 3421 320

4-'

v 743
i 33 '

v 737

1336

4-'

w'82

373

1 73
i'
1 381 1 261

1371

1 382 1 382

1 187

134

v 737 v 747

4-'

w182

N 654

0- N 984

N 962

4-

1 372 1 370
1 3781 378

i°

j070 j070

4-

w183

4-'

‚‚

w82

1 372
1370
1 377

4-

1 370
i
1 376
1376

1 77

INTERRUPT ADDRESS REGISTER IAR)

0
.4

6677

1 327

6679

6678

1

1 327

1

1 327

1325
1 322

1325
1323

6081

6680

1 324

1 322

1 323

1 323

1 322

N984

N 984

MASKED INTERRUPT REGISTER

4

4

‚4'
-I

0

I

1 -1

l-4

F1

v 747

v745

1 291

k

348

1

1 261

;

VI
V21

Ile
-1

W' 80

v 735
1352
1292

°

1 29

1 262

1 263

1 264

N 852

N 852

N 652

• -1

0

I-.l

1354

_5J)

MASTER
EXTERNAL
INTERRUPT
MASK

4

e

Ii
i

1 291

N 852

4

v 733

v731

I 346 -

1 29 1

I

I-.l

1 292

1265

1266

N 852

N 852

18i

M a -

v 74 '

1292

1356

4-4

q

1267

I 26

1 374 1 374

N854

1
375
1 050 Q700

375 1

04001

8P198

7M70C

7M708

8P25B

CH 1

CH 2

CH 3

8 P148

7604C

M °60

M 55°
CH. 4

CH. 5

CH. 6

w'83

N 854

SELECT

78704

CH.7 OUTPUT

I
II

11 326

1 1 325

1 324

13.23

1322

11 326

1 326

11326

1 324

6684

6683

6082

I

CH.7 INPUT

SELECT
04000

OISALLOW
ALLOW
ALL
SELECTED
EXTERNALEXTERNAL
INTERRUPTS

1 321 1 320

1 319

N 986 N 986

N 986 N 986

1 318

1 317

1 316

N 986 N986

W1

82

Rev. H

Pa e 33
TERM LOCATION

PAGE

DEFINITION

QUAD.

TERM LOCATION PAGE

N880 4039A

10.2

S & T Seq.

3

Odd Ciock Slave

N901 4038C
H012

4M76

5,25

2

Clear Control FF's

DEFINITION

QUAD.

I

N940 4M74A
N946 4P60B

Even Ciock Slave

1187

6E77C

32

1

External Interrupt

1241

4K54C

8.1

0

f = 00 + 77 FF (Advance Ciock)

1251

4N60

33

3

Adv. Clock

V031 4M01

5

0

Jump Exit

1256

6H82

32

1

External Interrupt

V033 4M02

5

0

Full Exit

1.259

6K66C

53,30

0

Internal Interrupt Request

V035 4M03

5

0

Half Exit

1296

4059C

33

3

Adv. Clock

V098 4K08A

5

1

RM Seq.

1328

6J79A

32

3

Chnl.7 Input

V122 6N73

29

1

Resync. Pulse

1330

6J78A

32

3

Chnl. 7 Out Pui

V351 4K51A

8.1

1

1332

6J77A

32

3

Chnl. 6

V352 4K52

8.1

1

1334

6J76A

32

2

Chnl. 5

V354 4K61A

8.1

1

1336

6J75A

32

2

Chnl. 4

V402 3M56A

9

0

1338

• 6J74A

32

2

Chnl. 3

V410 3M63A

9

1

1340

6J73A

32

2

Chnl. 2

V420 3M56C

9

0

1342

6J72A

32

2

Chnl. 1

V550 4M57C

10.2

0

V552 4110A

10.2

2

initial Start

V760 4N50C

8.1

3

RO Seq.

Exit FF Slave
b{ide Fault

W143 4J82

25

0

Internal MC.

W164 6L76

25

0

External M. C.

Masked Int errupt Res.

K055

4K15C

28

0

K066

4L15C

4,5

o

1(067

41,16C

4,5

0

K233

61,50C

53

0

K235

61,51C

53

0

Shift Fault

1(237

61,53C

53

1

Overflow Fault

K239

61,54C

53

1

Exp. Overflow Fault

K242

61,55A

53

0

Arithmetic Interrupt

K247 . 6L40C

53

1

Exp. Underflow Fault

K339

6G02C

53

1

Clock Overflow

R570

4N78A 10. 2, 23

3

R2 -' B FF

K690

4L63A

10.2

3

Interupt + Ciock Request During 63 (1)

K693

4N68C

10.2

3

Interrupt + Ciock Request During 63 (II)

K753

6062C

60

3

Adv. Clock Resync. Logic

K755

6064A

60

3

Clock Wait FF

K771

4M54B

10.2

3

Input Transfer Active

K796

6K83B

53

0

K797

6K84B

53

OJ

K831

4P63C

10.0

2

J

Internal Interrupt Request FF
S & T Seq.

N951 4N84B

Odd Clock Slave

RO Seq.

J
WO Seq.

J
'1
J

T Seq.

fell I I

$Iloilo$$
INTERRUPT
LOCKOUT
066

K

v402
3L79
V0 ' 2

K 693

259

K69°
K 693
N68°

V °3

_________

K77'

V 76

K°66

H°'2

61 H7891

4060

v789

V 550

40570

061

K 83

4062

1

6]H 787

K77'

4056

EI 788

V ?88

787

40610

4061C

4057C

4058

CLR X'
N79
v 834

j 061

1 251

4055
055

v790
4M79C

464790

864j

H 792

1256
K 782
K796

N90'

4002

INTERRURT OR
CLOCK REQUEST
K694

EXIT
K 060
4616
4617
K °6 '

1 251
1P62

EI 93 '

284

RO

066
K°64
K797
1250

1
1

INTERNAL
INTERRUPT

K 695
l

4

io
H968

t

-'-'-----

1

K°55

1
EXTERNAL INTERRUPT

1

1

K°64
K796
1290

K 763

CLR
H 955

6

1

6J021

4854

J

E XTERNAL
INTERRUPT
254

1
K 69°

WO
H40'

4-l:5-.

25,

420

6N63

H 852

1

1 255
49634

CLOCK
ACTION
REQUEST

K 753
K755

v 22

1 241
v35'

1

K762
604j
K783

CLOCK
N95'

V 00

SLAVE
K882
REQUESTLfEE
4N61

LJ
v785

}(8B3

v352

4L58C

I

K763
V005
V7606l

ADVANCE
CLOCK
1 250

4659

1251 4N60

1

1

40594

4 N58
1284

K77'
N 940

INTERNAL
INTERRUPT
LIGHT
68478

800

EXTERNAL
INTERRUPT
LIGHT
6081

42

K339

6079C

78

K247
K239

33

235
JK
K257

1 328
1 330
1 332

1334

L688
40294

INTERRUPT LOCKOUT LIGHT
6J05C

6E770

6E764

CLEAR
CONTROL
FFs
SEE
PAGES 5 & 25

K 570

v °98

4L15A

jO26

68474

1 336
13 4 0
1342

4029C
)fl

6483
68 INTERRUPT

6J474

6E76C

J070

1 292

P:uye 24
TERM

LOCATION

PAGE

DEFINITION

QUAD.

J062

4J62

4

0

Exit FF Clear

K021

4J78C

28

0

Manual Control

K050

4L12B

28

1

Stop II

K052

4L14B

28

1

Stop 1

K054

4K15A

28

0

Initial Start

K143

7074C

28

0

Test Mode

W780

41`14A

60

3

Buffer Active

TERM

LOCATION

sells I is$ so

PAGE

QUAD.

DEFINITION

$$sell

sell sell$$

K 052
STOP 1

•ss•ssssssisssississsssussssi••sss
BREAK POINT DIGIT SWITCHES
WHEEL-4

M-SYMBOL

JACK

WHEEL-3

M-SYMBOL

JACK

WHEEL-2

M-SYMBOL

JACK

M 94 °

003C

0

M 93°

COlA

0

M 92°

H068

0

M 94 '

GO4A

1

M 93

GOIB

1

HO6C

1

2

M 942

5049

2

M 93°

GOIC

2

HO7A

2

3

M

004C

3

M 933

GO2A

3

M 923

HO7B

M 944

GO5A

4

M 934

6029

4

M 924

HO7C

0

4

M 922

WHEEL-

M-SYMBOL

JACK

WHEEL-Ø

M - SYMBOL

JACK

HO3C

0

M90°

HOIA

HO4A

1

M 90 '

HOI B

M 912

HO4B

2

M 902

HOIC

3

M 913

HO4C

3

M 903

HO2A

4

M 914

HO5A

4

M 904

H028

1

M91°
M9'

1

5

M °45

GoB

5

M 935

602C

5

M 925

HOBA

5

M9 '

HO5B

5

M 905

HO2C

6

M946

GO5C

6

M °36

603A

6

M 926

HO8B

6

M 916

HO5C

6

M 906

HO3A

7

M94°

GO6A

7

M937

603B

7

M 927

HOBC

7

M' 7

HO6A

7

M 907

H039

P BREAKPOINT
K 05°
F06

M 947

M 944

M 943

M 940

M 937

M 934

P l25

P' 24

P' 25

P' 24

P095

P 094

P 095

P° 94

P 135
P l45

p I34

p I35

P 105

P l04

P l05

P l04

P 145

P' 44

P 134
P 144

Pl

pI 15

p 114

FO5C

1

5A1

M 946

M 945

M 942

M94

pI24

pI5

pI24

p125

P l35
P l45

P' 34
P 145

P' 35
P144

P' 34
P 144

F94C

p 140

15

F04 C

P 095
P' °4
P 5

P l05
Pl'5

M 933

M 930

FO4A

P 094
P' °5
P 114

p

4

M 927

M 924

P 0€5

P 064

P075

P074
p 085

p 085

FO3C

M 923

M 920

F 065

P 064

P075

p 084

P 074
FO3A

p 084

M 917

M 93

M 914

P 035

P 034

P 045
po

P 035
P 045

P044

p054

O2C

yr

907

M910
034

M

P 044

P 015

P

02

p 054

P 064

p 065

p °64

P 065

p 034

P o74
P 085

P o75
P 084

p034

p' °4

P ol' 5
P0e5

P035

P O74
P o84

P 045
P 055

P °44

P° 45

p 44

p 055

P ol5

p 054

p 054

P 025

F844

F03C

F83A

F82C

F82A

F8C

F8IA

F8OC

F8OA

F79C

F79A

F78C

p14 '

p 130

p 131

p 120

p121

Pilo

p 111

p' °°

p 101

p 090

p 091

poBo

35

M 903

M 900

P 014

P 015

p o4

p O25

p 024

M905

M 902

P

FOIC

M0

P 095
P'' 4

M 904

P 005

004

P004

P 005

P°04

P ol4

Pol5

P°25

p 024

P 004

po 24

FOIA

M 90 '

0-

14
p 024

F7SA

E84C

E84A

E63C

E63A

E82C

E82A

EOIC

E8IA

EeoC

EeOA

E79C

E79A

E78C

E78A

E77C

E77A

pOBI

p070

p 07 '

p060

p °6 '

p05°

p 05 '

p 040

p °41

p °3°

p 03

P 020

P 02 '

p°tO

p° 1 '

p000

001

-

CONTROL DATA

NOTE
ALL JACAS ON CHASSIS
UNLESS 01HERWISE SHOWN.

CORPORATION

-

1604-A
1

LOGIC DIAGRAM
BREAK POINT TRANSLATOf

XDP 214574
135

E

Page 36
TERM

LOCATION

PAGE

N628
N629
N630
N631
N632
N633

7P65
7P66
7P68
7P69
7P70A

17.0

QUAD.

N634
N635
N636
N637
N638
N639

7P70C
8P37
8P38
8P48
8P49
8P55A
8P55C

17.0
17.0
17.0
17.0
17.0
17.0

0
0
0
0
0
0
0
0
0
0
0
0

V445

8P71C

17.0

1

17.0
17.0
17.0
17.0
17.0

DEFINITION

TERM

LOCATION

PAGE

QUAD.

DEFINITION

-

17

Aux. Seq.

CCRL
Clear CCRL

i

CCRL
Clear CCRL

i ''

-

CCRL
Clear CCRL

1

-'.

-

CCRJ

Clear CCRU
1
CCR
Clear CCRJ

1

CCRU
Clear CCRU
-

I

sells

II

$is lessees$

I

$googol$$ Iloil o $$ III I I looses$$$$ I I
CCRL

1713

1714

1 709

1710

j711

1712

1 706

1707

1706

1 703

1704

1705

1702

1

CCR5

I
N639
1 763

j764

1 760

j 761

1 762

i

I

I

I

1756

1

Ti I

l

I°

i 753

I

N66

jlSl

1 752

N 644

N

17

i

1 700

u
I

N636

156
762

642

I

1 760

1 763

1 785

1 786

1 787

1 764

I
j754

N636

j788

I
N67

1 757

6

i_75

I

701

1 761

1783

1 784

1 782

1758

1

781

1

1.,

1779

1755

1776

1 778

I
1 750

l

-

N 635

CLR. OCR0

N 634

f- CCR u

N 640 1 7+1
1 750

CCR0

1 751

1 752

6M 64
R 908

1 730

OCR0 ~ CCRL

v 445
1 731

1 732

6M60
R 907

CCR 0

1733

= CCRL

i7+ H*CCR

8P16A

861 6C
R 906

80524

8052C

80346

8034C

77331

R 228
R 277
R 229
R

27 6

R 227
R 274

R 901

R 903

R 226
R 275

R 224
R 273

R 225
R 272

R 222
R 27 '
R 223
R 270

R 22°
R 269

R 219
R 22 '
R 268 R 266

8001

8002

8013

8613

R 904

R 218
R 267

216R
t

R 217
R 264

R 215
R 262

R 212
R 26 '
R 213
1 260

COM PARATOR

R 210
R 259
R2
R 258

R 20 8
R 257
R 209
R 25 6

R 90°

R 206
R 255
R 207
R 254

R 204

y R 253

R 202
R 25

R 205 R 203
R 252
R 250

R 200
R 249

1 760

1 756
1757

1754

1 750
1751

1 761

1758

1 755

1752

FROM 1 7 (P.40)

R 20 '
R 248

!

3 i 2

1

!1

-_

SO3IPONENTS

6
v-u

•

•2

CORPORATION

-

:=

!

8

Rff8ICE DAW1MGS

1

COMMON CONTROL
REGISTER CCRL

AND COMPARATOR

CCR6

XDP 214501

1

4
36

Paie 37
TERM

LOCATION

N736
N737
N738
N739
N740
N741
N742
N743
N744
N745
N746
N747
N748
N749
N750
N751
N752
N753
N754

8E08
8E07
8H72
8D76
8134A
8151A
8F08
8F07
8H82
8H81
8134C
8151C
8G08
8G07
8175
8174
8K23A
8K64A
8G09
8F09
8111
8110
8K23C
8K64C
8109
8108
8J64

39
39
39
39
39
39
39
39
39
39
39
39

8J54
8J84A
8J83A
8L54
8K54
8J82
8J81

39
39
39
39
39
39
39

8J84C
8J83C

39
39

N755
N756
N757
N758
N759
N760
N761
N762
N763
N764
N765
N766
N767
N768
N769
N770
N771

PAGE

39
39
39
39
39
39
39
39
39
39
39
39
39
39
39

QUAD.

1
1
1
1
1
].
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1

DEFINITION

I

TERM

LOCATION

PAGE

QUAD.

DEFINITION

CR

Set CR

18

CR

Set CR

18

CR

CR

1's

-

CR

Set CR

18

].tS

-

CR

Set CR

18

l's

-

CR

Set CR

18

1's

-

Set CR

18

l's

-

CR

Set CR

18

1's

-

Set CR

18

l's

-

CR

Set CR

18

l's

-

l's

-

CR

Set CR

Ps

-

1 8 -CR
Set CR

18

CR

Set CR

18

l's

-

-

lts

-ca

Set CRu

1's

18

cRu
Set CR
-

18

cRu
lts

Set CRu

1

8

CR
l's

Set CRu

1

cRu
Set CRu

l's

1
CRu
lTs
Set CRu
-

$less$$ I so I $$sells I I

is sells III is$$ I I
r
f

1
1 888

H
'.

1 888

ri

N765

I
188 7

1 888

\

N 764

1 885

1 6

1887

T\

1 884

1 886

1887

\

1

!

N7 8

N759
1 886

1 887

T

1885

1 887

j
1 884

1 883

1 884

1852

1 856

1 885

1 884

—rA
1 883

1882

1 883

w

"

1N 762 J

1 886

1 882

i 881

t

:

____

1884

1 883

1 876

‚

1882

1 882

1 881

T

STU

;::

1 875

1 87 4

‚

.

Ty,

1878

[880

1 878

¶1
1 879

SET CR

N 76 '
1 575

_

1 879

1 880

____________ _______
1885

T

1 877

I

1 876

1 875

674

1 676

1 875

1874

I
IB77

N755 SET CR

_1 T _I _1 _ 1

___________
1887

0

1 879

1 580

1 880

1 884

1 877

1 878

1 879

1879

756

1881

1 885

N75

FT NN 57

1 881

1

T

CRIS

ILI

1 880

-

Hi
1 883

-

;::

1 660

H1

H'H
_
1 886

t

1 81

_ 1 _1

Tj:::~
1 888

1882

jeBi

1

_

T _1
1 888

1 883

L7T

T _1 _1
1888

!

cr

1 878

1 677

_ t _t

1 876

t _t

_
1 877

1 75

1 876

1875

:

1 874

;::

1874

STU

_____
___________
1 879

1878

1 877

1 876

1 875

737

1 874

COMPONUM

—

—

>

-

Is

Page 38
TERM LOCATION

N700 7K01
N701 7E07
N702 7J45

PAGE

0
0

18

0

18

N704
N705
N706
N707
N708
N709

7J47A
7D83A
7K02
7F07
7J46
7D82

N710
N711
N712
N713
N714
N715
N716
N717
N718
N719
N720
N721
N722
N723
N724
N725
N726
N727
N728
N729
N730
N731
N732
N733
N734

7J47C
7D83C
7K03
7G07
7J48
7H12
7J69A
7175A
7134
7G08
7K28
7G09
7K29A
7151A
7E09
7107
7J51
7174
7J69C
7175C
7F09
7109
7J53
7J20
7K29C

39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39
39

N735 7151C

DEFINITION

39
39
39
39
39
39
39
39
39
39

N703 7D81

QUAD.

39

0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0

TERM LOCATION

PAGE

QUAD.

.

DEFINITION

CRL
Set CRL - l's
CRL
Set CRL is

18

CRL
Set CRL l's

18

CR L

Set CRL - l's

1 8 -CRL
Set CRL -

1

CRL
Set CRL -. 1's

18

CRL

Set CRL -. 1s

18

CRL
Set CRL - l's

1 8 cR L
Set CRL __-j. Ps

8

CRL

Set CRL _. 1)5

18

CRL

CRL Ps

18

CRL

CRL

18

CRL

CRL l's

18

CRL

CRL l's

18

CRL

CRL l's

18

CRL

CRL ]'s
1 8 CR
CRL its
8
1 CR
CRL lts

0 L• 1 0 1 0 0 S1IFFIFS 0 II SIlIlSIS hin

I
H
L T
1 864

H

1 863

H
1 864

1 863

=

H
t :1
1 662

H
t:
1 862

1 661

1

1 860

t

H
1 861

1 8 60

1 859

1858

1 858

t

1 857

t

1 857

1855

1 856

H

H

H

r:
1 856

H

I

1 855

I
1 863

;:T
1 862

1 860

H
1854

i

1 852

H

1

1 858

1

857

I

B56

1855

1 854

1 850

81

1850

1
0

t
1853

j851

10

182

0
1

i

t

H

1853

0g
1

i
1 861

CR r

1853

1 854

9

i
1 864

T
H
i

9

¶

1859

H

is$ $is sell I I

3

71

!
1 651

1 852

1 850

CR

0

N16

1864

1 863

1 964

1 863

1 864

1 863

if;f\
1 862
1 86

1862

j862

1861

1861

f'.
1 860

859

1 860

1 860

f'.
1 858

1 858

1859

1 858

f:Tf

TK

1

7:2

!f
1 857

1 856

1855

f'.
1 854

1853

Tf
1852

1851

1850

1 857

1 856

1 855

1854

1 853

1 852

1851

1 650

1857

1856

1 855

IB54

1 853

1 852

I

CR'L

1 851

+

T::,,
1850

Page :39
TERM

LOCATION

J178
J835
J836
J841
J843
K074

6075
4041A
4041C
7P24
8NO2
6P31A

45
42
42
42
42
42

K075

6P31C

42

2

K076

6P32A

42

2

K077

6P32C

42

1(078

6P33A

K079
1(152

PAGE

QUAD.

3

DEFINITION

Rank 1 of: Scanner

TERM

LOCATION

PAGE

ARD
V174

4014C

42

0

V180

4031C

42

1

V181

4034

42

1

V190

4052A

17.1

0

V440

4N09

17. 0

0

V445

8P71C

17.1

1

2

V447

8061

17. 0

1

42

2

V474

4M53C

17.1

1

6P33C

42

2

V480

6L59

17.1

1

4L57A

17.0

3

V485

6083

17. 0

1

2

2
0

1
2

1
1

Read Lower
Read Upper
Write Lower
Write Upper

Aux. Reference Register (ARR)

J
]

K153

4L57C

17. 0

3

1(154

4L56A

17. 0

3

W162

7K50

25

0

K155

4L56C

17. 0

3

W163

7J49

25

0

K217

4D42B

16

0

f = 74. 1

K623

3J11B

54.0

2

Even Storage Busy

K663

4176B

54.1

2

Odd Storage Busy

K774

6P37B

45

1

K775

6P38B

45

1

K776

6P39B

45

1

K777

6P41B

45

1

K778

6P42B

45

1

K779

6P43B

45

1

K800

6P48B

45

2

1(801

6P50B

45

2

1(802
K803

6P49B

45

2

6P51B

45

2

K804

6049B

45

2

K805

6P52B

45

2 J

N559

6P40

42

0

N656

8N04A

42

1

N657

8N04C

42

1

N658

7P30A

42

1

N659

7P30C

42

1

FF's Used For S

-

'

DEFINITION

QUAD.

,

S

2

-

J

H. S

.

Storage Seq.

Aux. Seq.

L

-

H. S.

Storage Seq.

Aux. Seq.

j

J

ARD

74. 6 FF

External M. C..

J

1
Aux. Reference Designator (ARD)

J
1

Rank 1 Aux. Scanner

ARR

1

-

ARD

High Speed Storage Sequence

J

ittlitil, IS III . 0 000 0 0 0 0 II 0 S II Ii 1 •

IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
v 447

Ia_* CRL
N 659

N 658

7N4

J541

CRL- IS

84 ~

7K62

I 8- CRL

47

N659
J 841

w 84 '

w 842

N 70 0 7801

N 70 '

7E07

N 702

745

N 703

7D81

N 704

j47

N77 -08
71 °

H

N 659
J 541

03

N 713 7G07

N 714 748

N 715 7972

N 712

7k

-

v 446

v 447

CRL IS
N658

N657

84i

843

8M01

._-

N 656

1

N657

8L01

—

N736

8 E 08

N 737 8807

N

N726

N727

7174

N738

8H72

N739

8076

N 75° 8175

N 74° 81348 W85'

N 74 '

8iss

N 707 7F07

N 716 7114

N 719 7G08

N73°

7 F 09

N 73 '

7109

N 742 8F08

N 743 8F07

N 709

7082

N 72° 7626

N 72 '

N 732

7J53

N 733 7J20

N 744 9682

N 745

N7

7K29C

-

W 842

W 844

7909

V
7N10

K779
777

N37

K 779
K 776

8L83

K 774

K 775

79

W 846

L

Ä3

6L62

w'

036

W 844

78298

Ä2

;i
8L81

w'

7083C

W 845

N 728 7374C

ARD=4
7N23

W 845

N 729 7175C W 89 '

osstc W 812

W 846

9134C

Ä3
8M81

7529

8M82

7N35

8M83

W853

8H8)

W 852

8151C

748

8908

8809

N 75 '

9J54

8174

N 755 SF09

8L54

N 767 8654

N 756 8L) 1

N 757 esio

8)82

N 769 8J81

W 853

8084C

J
W856

8864C

8J84C

W 856

883C

ARD=2

ARD=3

ARD4

6L09C

ARD=5

651094

ARDG

6M09C

66 1 28

6612C

K 774

K 775

K 774

K 775

K 777

K 774

K 776
K779

K 775

K 776
K779

K 777
K 778

K 777
K 778

K 776
K 778

p855

N39

6038

K 778
K 777

N39

K778
K 777

K 775

IK776

K 774

K 775
Je36
v174

8N

t V CR,—I 7

v iel
K217

79204

:
040

014

w163

r-

v190

— w832

36

w
7N72A

w 991 7N72C

7M06C

7M59A

7MA

w876

7M77C

7M780

-

weB6

v 485

078

K°79

t—H_i__]
8M644
L__HEI

33

6 8N554
8N354

998

8N55C

8N654

8N35C

933

934

935

K'53

K' 52

K 663

623

v 485

v

v485

48s

K °77 —

K 076

K°'5

8M544

8M54C

8M600

8M600

w 942

w 943

w 944

w 945

w 946

8M64C

8M71A

5M71C

8M800

8M80C

w 952

w 953

w 954
834

w 955

w 956

K °74

REFIUIGt O«AWI!IG3

N559

t-T---t
K 80 5 K 804

w 936

8M50C

;

0

-

v 485

9 32

951504

7M78C

w 884

8M31 C

W 931

7M61C

w 874

8N45C

8M3 4

866

7M60C

w 882

8N454

OMO8C

864

832

w

3 7N76C

L

7M07C

N-

N?Sr

6L090

CRL-I

r

8109

N 754 6009

v190

K 155

LI3

N 749 8507

N 765 8J83A

51870PI9

831

84

ARDI

w'62

w 88 '

N656

Je43

N763

v 447 — K°'3

7M064

N657

8J84A

W 854

v44°K°'2

7P17C

8L02

8J64

v'74

7P)78

v 446

N 753 BK64A

N 752 88548

1835

v 18
K217—--

H 519

843

07

7J46

N 77 71758

N656

-

N 725

7J 5

v 447

CRu - Is

Q fMO1

N 724 7E09

7602

W 843

j74s

v 446

I6-CRu

N 716

7908

K 774

N 658

I8 CRL

N 705 7s3s W 843

7J47C

W 84

CRL I•s

J
K 803 K 802

AUXILIRY REFERENCE DESIGNATOR

78

1 1 1• J

K801 <800

Lr

o

k-

IJ

'

CONTROL DATA

______________________________
POEl5

CORPORATION

'''

TITIE

CONTROL REGISTER
CONTROL

XDP 214504
I 39

E

Prr

TERM

LOCATION

PAGE

QUAD.

W838

7M71A

42

1

W848

'7M7].0

42

1

W849

8053A

17.0

1

.

DEFINITION

1

]

J

8
18

CCRTT
1)

W858

7M72A

42

3

1 1

W859

8053C

17.0

1

CCR

W861

7M064\.

39

W862

7M06C

W863

-. 1

zifl

TERM

LOCATION

PAGE

W951

8M64A

39

3

W952

8M64C

39

3

W953

8M71A

39

3

W954

8M71C

39

3

W955

8M80A

39

3

2

W956

8M80C

39

3

39

2

W869

8054A

17

3

7MO7A

39

2

W864

IMO7C

39

2

W865

7MO8A

39

2

W866

7MO8C

39

2

W868

8P17C

42

3

W871

7M59A

39

2

W872

7M59C

39

2

W873

7M60A

39

2

W874

7M60C

39

2

W875

7M61A

39

2

W876

7M61C

39

2

W878

8P28A

42

3

W881

7M76A

39

2

W882

7M76C

39

2

W883

7M77A

39

2

W884

7M77C

39

2

W885

7M78A

39

2

W886

7M78C

39

2

W888

8P28C

42

3

W931

8M31A

39

3

W932

8M31C

39

3

W933

8N35A

39

3

W934

8N35C

39

3

W935

8M40A

39

3

W936

8M40C

39

3

W941

8M50A

39

3

W942

8M50C

39

3

W943

8M54A

39

3

W944

8M54C

39

3

W945

8M60A

39

3

W946

8M60C

39

3

CR

L

CR

L

-I

7

7

.1

18

-'I

7

1 51 6

18

CR

-I

U

U

18

-

1 51 6

CL

7

-.I

1 51 6

CR

I

-

DEFINITION

QUAD.

7

i1ius'i'ssssssssss•sissssssississuls

R 276

R 277

R274

R 275

1 764

I

R 272

R -

B0516

8051c

RV

R2

1763

1 762

R 226

•17

1 713

1 114

R

p826
W88

R
We

We86

R 376

R 628

w884

w88'

8L74

1 712

R 526
W
R6

w884

8L73

R 824

W 88

R 326

w88'

R 624

8L72

R47' 1

9s2 1
R 37 '
w95'

R 324

R622

w884

8L63

I

R 277 WON
w869 1 5w
1638

R275 WON
w869 1537
1637

R233 WM
w869 1536
1636

R 27 ' W
w869 1535
1 635

R 265

1

1

R 469 1

w952

w 955

R369
w 95'

R 669
w94

W9

R86

W
6 7~67
R 7R
W
9
R 667
R 367
w9
w94'

4ht ;t
1 7b 0

R 322

w88'

R 216

R 62°

R 320

w88'

R618

w874

8L61

8L62

F~

R 769 W

8

1

634

.869

RS6
R 463
W 2I
R 3
w'

w946

R 267 w 878
1 533
w9
1 633

R318

w87'

w875

R 316

w874

R46' 1
R 361
w 941

w871

w872

R 614

w874

R 265 w878
1 532

R 263 w878
W 859 1 531

R 257

R 254

R 255

R 759 1
w 945
R 659
W944

W877l0

R 314

w871

1 631

w872

R 612

R 312

w874

w87'

8L51

R Z.

678

1530

1 630

1 752

w8

R 610

R 310

w87'

w674

708

W8 408

6706

w865

w862

w865

W
.
R 608

8L42

R 259 w 878

R 257 w 868

1 629

1 628

w849 1528

R 308
w86

406

R 306

w8

w86'

8L41

R 255 W 868
1527

w849

1 627

34Q4

W80704
004

w865

R 604

7M01

1 700

1 701

1 702

w862

w8

W 866R 702

R 304
w86'

W2

W865
R 602

W87

W86 2

w864

8L34

8L33

R 333 W 868
W 849 1 526

R251 W868

7L35

7L13

849 525

1 626

R 449
W 2
RM9
w9 31

R 200

7M02

7M03

w2

R 606

R 202

R 204

1703

8L43

w859 1529

t 8030

W

7M04

7M05

W86

R 249

1 751

+

R 204

1704

W4I0

w875

RM

O3IA

803C

1

R 208

7M62

R251

R250

R 253

±3+
±I
85
R85*
Rt
R 65
/936
LjS33
1W933
w936
w936
W 936
1
1
R45 ' 1
R 749
R455
R 753
R453
R 75 '
R 457 1
R 755
w932
w 932
w935
w 932
w 935
w935
w 932
w 35
R35 '
R355
R 353
R65 '
R649
R 357
R 655
R 633
w9 34
w 934
w93'
W 934
w 93
w934
w93'
w93 '

W 936
R 757
R 459
w942
w 935
R 657
R 359
w
w 934

1 705

w875

R252

8032

80336

1

R 210

W7I2

w875

8L52

1 632

w9

.76

8L53

w859

R 85

1 706

R 74

w872

R 616

tI

7M63

W

R 256

753

R 212

1 707

834l6

R 259
8033C

w3

R 76 ' 1
w945
R 66 '
w4

R 214

1708

6

R 258

756

_5

tte

R 26 '

i ?S7

R 86

R 218

R 260

8040

W 803
w946
6
R 765
R465
R 763
W942
W945
W945
R663
R 665
R 5
w 44
w 94'
w 9'

1 709

w884

R 263

R262

8O4IC

1 758

0

R 822
R 522
W 886 733 W8 33

w88'

R 6

8042

R86

W956
R 769

R 220

1 711

R 524
W8

w 884

R86
1

7M81

7M82

R 267

1

p222

R224

7M83

R 266

80436

1 761

)

7M84

R 269

3C

R 87 I
R8
R 87
1 w95€
Iw'
w'
w986
w9
w'
w956
1
R 7
R475
R 3
R 433
R
W9521
w955
w956
w980
w952
W SSS1
w'
R 677
R675
R 375
R 373
R 377
R 673
R671
w
w'
w 954
w95 '
w9
w95 '
w964

R 228

R2&6

8050

1 625

R 02
w86'

o
W862

w 86

R

R 304

60

w'

w864

8L32

R249

B4g

524

i 624

I 5 I 6—I 8 AwD CCR 3-9I

T

7L64

w863

w856

w858

1 614

1 613

7J75

I

1

‚

1

5 4

7L65

1513

1512
1 612

7L58

w858

1

1 611

7L57

w858

1 50
1 60

7L56

w848

1 509

1 609

7L55

w648

1 508
1 608

7154

7L53

7L38

7L37

7L36

F

7L01

~

—
1 8 5O

w848

w848

w848
1 5 05

w838

w838

w838

w8

1501

1

1 607

1 606

1 605

1 604

1 603

1 602

1 601

1 600

1 507

I5I6I

1 506

10

1 503

1502

500

Page 41
TERM

LOCATION

R039
R059

41,42A

44

1

8P72C

44

1

4003A

42

V171

I

PAGE

QUAD.

DEFINITION

CCRu
CCRJJ

000016
=

00001-6

H.S. Storage Seq.

V181 4034

42

V444 4N24C

17.0

o

Aux. Seq.

W140 1 4K76A 1

25

0

Internal M. C.

II

TERM ILOCATIONI PAGE

IQUAD.

D E F IN lT ION

x 130

x 4°

x'' °

x 2°

x °°

x °°

1'

IGO9C

IHO9C
IHIOC

tHI2

x 050

x°70

X °8°

x 030

x °°

x °°

GO8C

IFLOC

FFO9C

1IFOBC

tFO7C

GOAA

IFIOA

IFO9A

IFO8A

!FO7A

IEO6C

tLO7C

IEO8C

IEO9C

x °°°

x °°

x 02°

I726I

F
HI

IHI2A

IHI3A

•

t

IHIOA

I GF09A

A

IEOGA

I EF07A

IEO8A

1714

i713

1712

1 711

1 710

1 109

1 708

1707

1 706

1 705

1 704

1 703

i702

1 701

1700

x 38°

x370

XAAO

x 5°

x 34°

x 33°

x 32°

x 3°

x 300

x 20

x 280

x270

x 26°

x 20

x 240

2J70A

2J70C

2L65A

2134C

2J43A

2J43C

2J44A

2JC

¶ 2tAIA

21 51C

2I34A

2I5A
M

1 2M 15C

2K15C

2KI5A

739

1 788

1787

1 299

1299

37-

0-

8L71A

1

783
R 276

J 782
z °
z 382

1 786
1 299

1 785
1 299

0 36

0

8J7IC

BJ7A

1
J 783
762
R 274 Z 370
z 372

J 783 J782
R 272 Z 30
z 362

1 784
1 299

BNAOC

J 783
R 270

1 783
1 298

1 782
1 298

0 33-

0 32

J 782
Z°
z 32

J783 j782
266 Z
°
z 342

j 780

jlSI

R 266 Z
z

31-

°
2

1779
1 298

29-

030_

8J60A

8J60C

SLAOA

8L60C

BN6OA

1780
1298

1781
1296

j?SI j780

j78I

R 264 7 320
z 322

R262 7310
z3

J780

J 7$I

LN5OC

j 780

R 260 Z °°
7 302

1 778
1 297

1 777
1 297

1 776
1 297

1297

1297

0 28 _

0 27

0 26

025_

0 24

6N50A

780
1 781 j
R 258 Z 290
z2

J 7?A jllS
R 256 Z 28°
282

8L50C

8L50A

BJAOC

1 779 j 776
R 254 Z 27°
z 272

j 7lA j 778
R252 2 260
z
2

8J50A

1779 1776

1 779 1 776

R 25° Z20
z 22

248 Z2'°
z 242
NOTE.
OUTPUTSOF
N
I GO TO
01,02 A D o.

0 12 _

0 13

0 14-.

8J30A

8J3OC

010-

QII

0 09

8L2IC

BN2IA

N2IC

08-

O 07

8L2(A

0 06

6J2IA

8J21C

8NI0C

R 228 Z 40
z 42

777

j 717
776
j
R 224 Z '20
z'22

776

R226 2130
z 32

j 777 j 77A

j 777

j 776

juN j 774

j 775

R 222 Z °
ZH2

R 220 Z 100
z 02

R 218 Z °0
z 092

R 216 7 080
z °82

j 774

j 775

8NIOA

775

j774

774

R 22 Z °60
z °2

R 24 Z 07°
z °72

8LIOC

000 -

8J10C

LLIOA

774

17T3

1 772

j 773 j 772

R 21° Z °50
z °2

R 208

z °4°
z °42

R 206 Z °30
z 032

j 775

0 01

QOO

BJI0A
1100

1102

1104

1107

m
776
777

003

0 04 _

0 05

773

j 772

773

R 204 Z °2°
z °22

772

R 202 Z °'0
z 02

1773

772

R 200 Z °°°
z °°2

z - 1'
I - XA
299

98

1297

8082A

2L65C

21,163C

2N63A

R °39

Ko
'81
w'4°

K017
49 1 3

8063A

8D83C

SK84A

8K84C

8834

R°59

640I7

8D82C

_

K0°

v

8851

J

89292

8P29C

8P65A

2.2A

REFE8ZNCE ORWINGS

ILAo

_______________________________________
8 _______________________________
CCRI'

CO8PONCNTS

i1

g

--

1193

11
I7—*x, Z
AND CCR—*1 1

CONTROL DATA
CORPORATION
1604-4
!AWINGWE
XDP 214507

B
41

Page 42
TERM

LOCATION

PAGE

QUAD.

DEFINITION

H035

41,03

4,5

2

Full Exit

H047

4M07

4,5

3

Half Exit

H478

4N66

17.1

1

Aux. Seq.

H638

7P71

17.0

0

I'

H639

7H84

17.0

0

Clear CCR

H986

4072

45.0

1

Rank 1 of Scanner

1251

4N60

33

3

1296

4059C

J064

3P69

33
4

3065

3P70

4

J259
J330

4H11A
3182B

J332

TERM

LOCATION

PAGE

QUAD.

DEFINITION

P059

41,30C

44

0

P' =000016

R059

8P72C

44

1

CCRu

U059

41,17C

44

0

U2

Adv. Ciock

V440

4N09

17.0

0

3

Adv. Ciock

V444

4N24C

17.0

0

0

Exit FF Clear

V446

8063

17.0

1

0

Exit FF Set

V447

8061

17.0

1

V474

4M53C

17.1

1

54. 0, 57

0

Aux. Seq. Wait Storage
Read Lower Address (Even)

V480

61,69

17.1

1

3184

54. 0, 57

0

Read Lower Address (Even)

V706

4052C

16

0

J350

4H13B

54. 1, 57

0

Read Lower Address (Odd)

V910

31111

57

0

J352

4111

54. 1, 57

0

Read Lower Address (Odd)

V912

4J83

57

2

J353

4H12C

54.1

0

Write Lower Address (Odd)

J355

4H12A

54.1

0

Write Upper Address (Odd)

W140

4K76A

25

0

J831

4J59A

51

3

Enable Partial Write Lower

W143

4J82

25

0

J833

4J59C

57

3

W162

7K50

25

01

J844

3N76C

17.0

2

Enable Partial Write Upper
I - 1 51 6

W163

7J49

25

0 j»

J846

4037A

17.0

2

I

W219

IA51B

W229

2A51B

W239

3A51C

W259

5A51B

Aux. Seq. Wait Storage

W269

6A51B

Aux. Req.

W279

7A5 M

•

17.0

K216

4P42C

16

01

1(217

4D42B

16

0)

1(253

4N17C

17.0

2

K254

4P28B

45

1

K256

4P41B

45

1

K622

3HO1B

54.0

2

K623

3J11B

54.0

2

K662

4176A

54.1

K663

4176C

54.1

K768

4074

N086

6076

f

-

-

=

000016

CCR
-

ARD

1 51 6

'74.1

-

000016

74.6 FF

Aux. Seq.

EXF Seq.
Initiate Storage

'l

t

M. C.
External M. C.
Write Lower Address (Odd)

}

Write Upper Address (Odd)
}

}

1

Storage Busy FF (Even)
Storage Busy FF (Odd)

45

22}
1

Inhibit Rank 1 of Scanner

16

0

j

-

-

ARD

ARR

• $ urrtrsi • • ‚iiTninrr, rrrsrrrrrrs •

go IF
0

2

3

4

5

1

1

1

1

1

7

8

1

1

0

9

v 90
1< 256
P 059

______________________________

1<256

256

u o59
i

v92
1< 256
PC59

ARR—ARD

253

v 9I2

IT

:::

4001

7o6 —9J
R°59

v 444

1

1< 016

54

P 059

P'A
A.R.R.

v 181

1<017

I4o

4p3

035
P 059
1296

4009

1<662

v480

40246

4021C

I7
J

CRLI 7
K°'3

837

O3A

Visa

N 656 8NA

N 657 8N04C

403
40311

7P3OA

N 659 7P30C

8 43)

18

V180

v igo
6543;

WRITE
LOWEIR
7P24

1< 217

WRITE
UPPER
8803

7M718

L
1°

1

7
H

143

°

517

w 143

0 ______

‚

______

83 1

j833

v' 72

v 172

CRL

18

CR2

H 514 7N53

8L0i

__9J

1 L_i
v 447

J 843

v 446

8P266
-

18
Ji

H515 7674

g

9

1e4'

j

8624
w163

u 059

519

L

v6
523
84

87L 3
M

520

7m3o

SET CRLPS
10

11 U025

f

0I

SET CR 2

90

0U0I400

IS

v 447

00

N 099

1

12

13

14

1

1

1

15

48428

N °97

v iel

4045

H 187 4047

1 H 166 4048 1

9HI694050
050

046A1<2I7
40380

w O19
w 229

w259
269

w 239

w 279

t x 8

J e36 4041C

Je33
wRITE UPPER

r6

X 6

4Hl2A

1<017
K605
j e46

I6

BUFFER
ACTIvE

V

4046C

4049C

1< 019
EAD UPPER

READ LOWER

457

H' °° 4051

v 86

WRITE

J e35 4

16

1<099

N099

N ©97

N 097

J e3'

L_______J

1

J 843

L
v 446

__

WR!TE LOWER

1< 012
1< 014

1<217

019

CRuI 7

11<8l9

K809_()

N 962

P72

V195

.

je42 60344

N969-

1

I

K805

RANK 1

N962
K792
1< 817
N946

od

H797

1< 814

1<818

1<816

N 964

TnU

T

AUXILIf.RY SCANNER

.I:.

CONTROL DATA

CORPORATION

1604—A

; -DP 214556

1

45

k

Page 46
TERM

A503
A997

LOCATON

1M43
3K54C

PAGE

48.0
52

DEFINITION

QUAD.

2
0

Section 1 Borrow Input-Accumulator Borrow Pyramid

TERM

LOCATION

K482

4K37C

K483

X = A

K484

4K40C
4K39A

PAGE

8.1
8.1

DEFINITION

QUAD.

2

1

46 FF

2

8.1

0

f = 52 + 53

8.1

0

f = 37

PAGE

DEFINITION

TERM

LOCATION

QUAD.

V613

3029

11

1

Iterative Seq. (Main)

V614

3028C

11

1

Iterative Seq. (Main)

V619

3L16C

14

0

Iterative Seq. (Round, Norm. ‚ Final Ass'y.

V621

3034

11

2

Iterative Seq. (Main)

F404

3M20B

19.3

0

04

K487

4P39

F410

3M26C

19.3

0

IFO

K501

3K11B

11

2

AQ Sign Record FF =

1"

V622

3036A

11

2

Iterative Seq. (Main)

3K12A

11

2

AQ Sign Record FF Slave

V633

3M38A

12

0

Iterative Seq. (Divide Step)

F443

4L69B

19.3

1

T3

K502

19.3

1

44

K507

3013C

14

0

Execute Round FF

V634

3M39

12

0

Iterative Seq. (Multiply Step)

21 ± 47

K511

3K14

13

1

U 2 Sign Record FF

V644

3M51

12

3

Iterative Seq. (Divide Step)

F444

4L70A

F515

3M81C

19.4

2

F517

3M80B

19.4

2

25 + 26 + 27

V646

3M53

12

3

Iterative Seq. (Divide Step)

F518

3M79B

19.4

2

26 + 32

N911

1P24C

Odd Ciock Slave

V648

3M52C

13

0

Iterative Seq. (Ex. Floating Point)

F519

4M25C

19.4

2

21

N923

2P24C

Odd Ciock Slave

V650

3054C

15

0

F520

3M78A

19.4

2

04

V651

3041

15

0

F522

4M11A

19.4

2

16 + 17 + 37

U133

5L50B

V652

3042

15

0

V653

3043A

15

0

V654

3043C

15

0

RNI Seq.

V655

3044A

15

3

Execute Instruction

V657

3045A

15

1

Internal M. C.

V661

3052C

13

F525

3M76A

19.4

0

24 + 27

F526

3M77C

19.4

0

25 + 27 + 33

F540

3N81B

19.4

2

30 + 31

F541

3N08B

19.4

2

30 - 33

U707
V004
V006

5063
4J04
4J05

18.1
53
5
5

2

U 13 =

3

Ui '

3
3

, ill

U i4 Unequal

Iterative Seq. (End Sign Correction)

F543

4N01B

19.4

2

43

V011

3L78C

25

1

F555

3082B

19.4

1

24 - 27

V201

3K58

7

0

V662

3053A

13

01
0 1

F560

3080B

19.4

3

21

V203

3K60

7

0

V671

3059C

13

0

F561

3079A

19.4

3

(24 + 25 + 27) (SR = 1)

V206

3K62

7

0

V672

3061

13

0

F562

4N06A

19.4

3

41 + 43 + 71

V211

3K68

7

1

V673

3062

13

2

F563

4N06C

19.4

3

72 + 73 + Adv. Ciock

V212

3K69A

7

3

V676

3071

14

0

ZA Seq.

F565

3079C

19.4

3

26 + 27

V213

3K70

7

3

V677

3072

14

0

F566

4NO7A

19. 4

3

40 4- 41

V304

4K22

8.0

0

V683

3031C

14

0

F567

4027A

19.4

3

37

V305

4K23

8.0

0

VG82

2P47.4.

14

1

3P53A

14

1
2

F587

3J55B

19.4

3

27 + 33

V306

4K24A

8.0

0

V690

F613

3M77A

19.5

0

24 - 27 + 30 - 33

V308

4K25A

8.0

0

V693

3P57

14

1

V695

3P62A

14

2

31`65C

14

2

F614

4K69A

19.5

0

37 + 43 - 46

V309

4K26

8.0

11

J

Iterative seq. (Round, Norm. ‚ Final As&y.)

F616

3K29C

19.5

0

32

V311

4K27C

8.0

1

V699

F618

3K28A

19.5

0

04 + 10

V340

4K41

8.0

1

V886

3K48

51

3'

4K42

8.1

0

V888

3J49

51

3

V951

3L05C

13

2

F619

4K69C

19.5

0

12 + 13 + 16 + 17 + 37 + 44 + 72 + 73 + Adv. Ciock

V341

F620

3K28C

19.5

0

24 + 26 + 32

V342

4K43

8.1

0

25

V345

4K47

8.1

0

F653

3K24C

19.5

1

F672

4K64A

19.5

3

12 + 13 + 16 + 17 + 37 1- 40 - 42

V346

41(48

8.1

0

F741

3P24B

19.6

2

30 - 33

V347

4K49B

8.1

0

F940

3P21B

19.6

3

30 + 31

V348

4K51C

8.1

1

V349

4K50A

8.1

1

V352

4K52

8.1

1

V353

4K53

8.1

1

V401

3M56A

9

0

H051
Jiii

6L64
3N11C

53

3

Overfiow Sensing

52

1

A 36

1

A 37

RO Seq.

J129

3N04A

52

3

Q Neg.

V404

3M58

9

2

J137

3N08C

21

3

V409

3M62

9

3

J140

2D03B

25

0

R > 36 10
Internai M. C.

V506

4M22C

10.0

0

5 & T Seq.

J173

3N05B

52

3

A Neg.

V591

3002C

13

2

Iterative Seq. (Ex. Floating Point)

V594

3006

13

3

Iterative Seq. (Ex. Fioating Point)

6K59C

14

3

Iterative Seq. (Round, Norm. ‚ Final Ass'y.)
Iterative Seq. (Round, Norm. • Final Ass'y.)

51

0

A Right Shift

V597

3L29B

51

2

A Left Shift

V599

6J70C

14

3

K405

3N38C

14

2

Inhibit Add

V603

3021A

11

0

K471

3K75

7

2

f = 04

V605

3022

ii

0

K473

3K77A

7

3

f = 04 + 10 + li FF

V609

3025

ii

1

K475

3K08C

11

0

A (dividend) Neg.

V611

3027

ii

1

K481

4K36

0

f = 16 + 17

V612

3028A

11

K310
K314

3L31A

8.1

WO Seq.

1
1

1 j

Iterative Seq. (Main)

Iterative Seq. (Ex. Floating Point)

.1

Shift Control
Iterative Seq. (Ex. Floating Point)

fill$$sssisusssssssssssssssssoisis
ST SEOUE

iUMP
3L21
50

3 NO 3C

F67'

b O,4

b

0,4

b

3.7

f

F 662

F66
25

= 5426
46622

X

A NEG
QLO

36542

F 389

>2

4986

t6661

GF2IC

1L46C

w 77°

6

2*0
528
F 516
f23

3911 2

3NIIC

61<62

A >

W

APcS

A £0

fb2,.

430 *35132

F 389

IL4SA

JUMP
772
POS

131

Ix=

4512
4632

A504
E28

X P05

f22

5 MEG

4512
4987
4 632 4994

jI7I
I72 2 POS

AS

4 373

4372

ANEG
J 73 1172

1 124

A,Q SIGN
UNLIKE

F916

A,Q, X ZERO, EQUALITY, AND INEQUALITY SENSING

-

4360 4363

4360 4361

ANEG

A47A46

AQ*O

4872

0 P05
1128

4463 4462

4985 Q984
0= -0
0= +0

A 752

4752
4872

ONEG
j 129

w 77

A70A36

OA 36

6L288

w 770
J 124

F916 4991

6L28C
4992 1`916

H685
2*0 6H09C

SM65C

H.076J

4996

J13O

71

4990

J ilo F590

J

3907
A-0

6H08A

A"0

II

J Ilo

F657 499!

j 172

3N04C

J ilo
4982

I

4 980

4981

0

0

F39'

3905

13N06

4470

A440
4450
4460
4470

A360
4370

4 380
4390
A400
4410

4 300

4240

4310

4250

4 120
4 130

4 180
4 190

4320

4260

4330
4340

4270
4 280

A200
4210
4220

4 350

4 290

4230

4060
4070

#h
4000

4421

4 431
4 441
4451

4140

4080

A010
4020

4150
4160

4090

4030

4170

4H0

h

4461

A040
4050

A47'

1669

1644

4 361
4 371
4 381

4301

4241

4181

4121

4 311
4 321

4 251
4 261

4 191
4 201

4391
4 401

4331

4271

4 341

4 281

4211
4221

4 131
4 141
4 151

4411

4351

4291

231

FP ry;
1640

A 16'

4061

4001

4 071

4011

4081

402!

4091
4101

4041

4

4171

16

111

ASIGN

x 470

Q 470

XSIGN

QSIGN

471

QSIGN

ARITIIMETIC SENSING
4 992

4 031
4051

L65C

AO PYRAMID

F91'

9I 1

139042

j 173

4 430

6L27C

4984

4985

4420

F 91 '

IJOSC

11052

a

00
21758

2174B

21118

21108

1175

911
j 125

126
4986
0=0

I-

6H12A

I

ji

iA

DIVIDE FAULT
232
2P262

2E09C
983

21<70

K45

988

264I

2MI

643

4 698

420

Q 360

4300

240

4430

Q 370

Q 310

Q230

440

340

4320

Q260

QSO
0190
200

450

390

330
340
350

270

Q 210

280
290

220
230

4460
470

Q 400
0410

0

982

9

0 638

lK4I
57

4120

4060

Q130

070
Q 080

140
150
160
I70

4860

4800

4740

4680

4870

4810

4750

4690

4940

4880

4820

4760

4700

4950

4890

4830

4770

4960

4900

4840

4780

4970

4910

4850

4790

122092

1F76C

14816

4920
4930

090
IQ0
I 10

1M16

Q000
Q010
020
030
040
050

Q 421
431
441

Q 451

0 461
471

QO PYRAMID

361
371
0381
391
0401
4411

III

4620

4560

4630

4573

4500
4510

4640

580

4520

4710

4650

4590

4530

4720

4660

4600

4 730

4540

4 670

4610

4550

980

4 = X PYRAMD

2K42

'2K71

liii

301
Q 311
0321
0331
341

Q 351

2

1671

4241

4181

4251

0
0

Q261
4271
Q281
Q291

1646

4121

1642

191

4 131

Q061
071

201

Q 141

Q 081

4211
Q 221

4151
161

Q 091

4231

4171

101

Q
0111

11

l=l°]

4001

811181821 08981865

4011
02I
4031
4 041

:1

.xI.
—
-

oo5l

-

H
h

TIOLE

LOGIC DIAGRAM
ARITHMETIC SENSNG
NETWORKS

CORPQRA1]ON

604-4

XDP 214580

1

52

Page 53
TERM

LOCATION

PAGE

DEFINITION

QUAD.

1

QUAD.

TERM

LOCATION

V209

3K64

7

3

ZA Seq.

PAGE

DEFINITION

A970

2079

48.3

2

A 47

F152

6N13A

19.1

0

F j 2X

V350

4K50C

8.1

1

RO Seq.

F300

6L01B

19.2

0

f = 01-07

V415

6L66C

9

2

WO Seq.

F325

6L10C

19.2

0

25 +27

V597

6K59C

14

3

V598

6J70A

14

X 4''

1

Iterative Seq. (Round, Norm. ‚ Final As s t y .)

0

f = 00 + 77

V650

3054C

15

3 j
0

33

1

Interrupt Lockout

V652

3042

15

1

33

2

V820

3K33A

46

0

Add X 2 to A 1

33
24.0

3

Interrupt
Interrupt Lockout
Internal Interrupt Req. Light
1604/1604A Switch in 1604-A Position

W152

6L60C

25

3

Internal M. C.

6M70B

EXF Code = XXX(OOx)X

W159

6L62

25

J505

6M71B

EXF Code = XXX(Olx)X

W167

6L75C

25

1
1

J506

6M72B

EXF Code = XXX(lOx)X

W184

6077

25

2

J507

6M73B

EXF Code = XXX(llx)X

6L27C

52

1

Q Neg.

J508

6M83A

30

3

EXF Code = XXXX(xxO)

W773
\\T979

1148113

52

2

Floating Point Divide Fault

J509

6M83C

30

3

EXF Code = XXXX(xxO)

J511

6M84

30

1

Select 001XX

J518

6K49C

30

3

Sense 0X1XX

J521

6J61C

30

3

Sense 001XX

J529

6L56C

30

1

Select OX070 (Clear Arithmetic Faults)

J579

6L52A

30

1

Select 0X070 (Clear Arithrnetic Faults)

J974

6M74B

EXF Code = XXX(xxü)X

J975

6M75B

EXF Code = XXX(xxl)X

J976

6M76A

EXF Code = XXX(xxO)X

J977

6M77B

EXF Code = XXX(xxl)X

K048
K520

6K64A
3L07A

N909

6L38B

Odd Ciock Slave

N928

6033C

Even Clock Slave

0030

8M09A

62

3

EXF Code = XXX(xxO)X

U424

6P20A

19

2

f = X(OXX)

U434

6P22A

19

2

f = X(XOX)

1241

4K54C

1286

6J05C

J068
J970
J151
J499 .

61183
6J47A
6078
6H04A

J504

8.1

30
46

2
2

Partial Add In A

1

I

Iterative Seq. (End Sign Correction)

Externa M. C.
Internal M. C.

I is I
1 NTERNAL
INTERRUPT
REQUEST

N 909

1 258

1 NTERNAL

SENSE (See Interrupt & Sense Diagram)

6666
259

61<56

w'84

1 1w' 52

j °68

J 521

Ls ENSE
'
(0015X)
j 506

J

J504 j975
(XXXIX)
286

s5—

N928

505

‚97

976

1505

<236

N

928

L 5°6974

j577

518

(XXX3X)

1 286

286

N928

N 928

(OXIXX)
6L39A
/" 242_

61-39A

6N48A

6N47C

j533

60818

OVERFL.OW
1 NDICATOR
(RED)

692

—

DIVIDE
FAULT

ARITHMETIC
INTERRUPT

r

6L50

6L55T

SHIFT
FA U LT

H

67

1EW16

977

60640

1 286

6L51

E~7

6L39C

lo~

K 339

OVERFLOWI
FAULT

583

6N48C

j

N928

53

6L53

6L54

6L40

EXPONENT
OVERFLOW
FAULT I..,

EXPONENT 1
UNDERFLOW 1
FAULT

67

167

w 979
v 652

1'

w' 59

V 209

J 508

1

j 504

61-49

1u 704

0030

U 434

(OXIOO)

52

CLEAR
ARITHMETIC
FAULTS
(0Xx7X)

u' 32

1

V 597

J5og
J504

J

9C

J 511
0 030

1< 238

v598

3

U i07

U i OS

6L64

(OX 101)

051

K52°

6OA

\J92O

5 O5 9A

n
50

A97°

U I03
6L66A

J 5 062

U 706
151
CLOCK
OVERFLOW
<33:

V 650 F 325 w 773 072062U092
TEST FOR Q
NEGATIVE AT
START OF END
CORRECT ION.

0

02 u

112

K 237

L 69

OVERFLOW INDICATOR (RED)

u 122 u' 32

U' 12 u' 22

TEST FOR BITS =1 IN
UOLUI4 BEFORE SHIFT.

TEST FOR INEQUALITY OF
U"—U'4 IN FLOATING POINT
FINAL ASSEMBLY SEQUENCE.

w'84

j'

8

!
'

1

I
-

(
;

.

IEFIRENCE 9MWIN

° 0 C

COMPON[WTS

!

CORPORATION

(ULVSS OTMLWPSE lPOCAT[D)

1604—A

li
TITLE

i

I

1

•Xr'

ARITHMETIC FAULTS

XDP 214527
53
1

F

Page 54.0
TERM

LOCATION

PAGE

QUAD.

DEFINITION

F717

4N39B

19.6

2

b= 1 - 6

H098

4K08A

5

3

RNI Seq.

H940

3175

57

0

Initiate Storage

H944
1770
1771
J007
J259
J844
J901

3176
4G77A
4174A
2P33A
4H11A
403'7A
1P35

57
17.0
17.0
28
17.0
17.0
34

0
1 i.
1J
0
2
2
2

Initate Storage
Auxiliary Sequence
Test Mode
Aux. Se a Wait Storage
10
i i •
Digit Display Gate

K017

4P13B

42

0

Storage Enable

K217

4042

16

0

F = 74. 1 - 6

K253

4N17C

17.0

2

Aux. Seq. WaitStorage

K254

4P28B

45

i

Aux. Request

K260

4037C

K613

3J16C

K615

3J17C

K663

TERM

LOCATION

PAGE

QUAD.

DEFINITION

Aux. Request
57
517

i.

4176C

54.1

2

K712

4006

45

1 l

K714
N560

4P65
8P61B

45
17.0

3
2

N562

8P62B

17.0

2J

N936

3J03A

Even Ciock Slave

N937

3J03C

Odd Ciock Slave

N938

3J04A

Even Ciock Slave

N939
V432
V430
V440

3J04C
3G76C
4174A
4N09

17.0
17.0
17,0

V462

4P42A

42

0 1
0 .
0 j
3

V487

4P43

42

0

V703

4012A

16

0

V910

31111

57

0

V912

4J83

57

2J

W157

3J09C

25

3

W158

3J02

25

3

initiate Storage Reference
Initiate Storage Reference
Storage Busy (Odd)

k

Aux. Request
CCRu

S'

Odd Ciock Slave
Aux. Seq.
H. S. Storage Seq.
EXF Seq.

1
J

Initiate Storage

Internal M. C.

•ssssssssssssssssssnssssssssoesis

is$$$ Is I
j 161

1I60

v 90° v °6 ' v°

1

0

v°

v°

3

4

2

jI 62

v°65 v°

v°

v°

6

7

8

5

15

16

11

10

13

I

14

v°63 v°

v06 ' v°

v°

9

j 165

1I64

j I63

v °6 ' v°62 v°63 v°64 v°65 v°66 v°

18

17

19

v°

20

v°

21

1I66

v067 v°

j 167

v°6 ' v062

V0 68

v°

v 04 v°

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

STOGE BJSY

-

DIVERTER DRIVE
READ D8VE

1

I( 0 I 7

1

1

1

READ

K613

LOWER

(4)

;AJTSA

w
w

1

1

1

1

1

WRITE ORIVE

-l--1

k

1

1

1

INHIBiT DRIVE

1
1

1

1

H
H_________
K6

1

WRrrEDRIVE

K633

(15)

K 628

(24)

62

________

READ

1

1

DRIVE

1406

(12)

K613
K'

1

1
SENSE

JADDRESS

E

1

SNSE DRIVE

jO34

1

WRITE DRIVE
(CHASSIS .23,4)

J82A

1104

36

35

WRITE ORIVE
(CHASSIS 5,6,7,8)

J820

w 58

(6)
FROM 000
STORAGE SEQ. CO

v °7 41B4

J 259

N

-

j 332

-

844
5

H'

(8)H

1

K 280

N9'

ii
SET Z
(CHASSIS ‚2,3,4)

J8OA

K634

1

(CHASSIS ‚2,3,4)

________

SET Z

3 181

(8)R H

N9'

(CHASSIS 5,6,7,8)

F 717

w'5

K710

v7°3

-0-

-1

STORAGE 8051'_4464C J 9° ' IGO7C
1
HOI

STORAGE (25)
NOT BUSY
LIGHT
(7)

_L993

[_055

v487

_____1 K634
:::: 1

V430

Jil

1 770

—

(30

(

w57

180

N

)25

K674

v 462
K 211

_____________

H_H2

i-

CLEAR Z
(CHASSIS 5,6.7,8)

______

UF

(12)

(II)

j 166

(I0)

(25)

_________

i771

H'
K714

Gol
608

v °68

j I68

________
__________

H 062

G02

V062

H

_________

K4

66

N 937

_J_

N °38

_________

_________

K'66

(170

104

003

K'65

105

K'67

1

1

K

K'69

N 939

K 73

__________

3

103

___
_____

- 161

_____________
_____________
__________
________________

(3O)8-4f—

H 064 80

_____________

_____________

E_

__________

_____________

_____________
__________

__________

(24)

(13)

_V°4
FO7C

)II)-8

J84A

_______

K 62 '

__________

110

K

K62o
III

179

__________

N938

J84C
w158

l

065

I

__________

I

In

1

('5)

(6)

065

FO7A

________

14H__038

1»

j165

J'63

V063

(7)

(8)

________

V
______
E09

H066

_

-

1______
v 066
F08

~
~

F09

J812

J032

626

06i

( 10)

E 6

______________________ _______________________________________________

K634

109

READ
DRIVE

H
__________
____
________

F06

K'76

—HS-8 K 177

_________
H

N939K178

L0LI1
J

K'72
j7

f

171

N 938

N939

JIBI

V 432

N 936

________

102

K' 63

I6i

ut

L

(CHASSIS 1,2,3,4)

90

3M74C

DUMMY LOAD

937

N936

K' 62

K 160

N 936

CLEAR Z

178

v°'

29

________

101

DIRTER DRIVE
(CHASSIS 5,6yß)

INHIBIT DRIVE
(CHASSIS 5,6,7,8)

N 937

DIVERTER DRIVE

ERTER DRIVE

v432

z

179

1

v92
cli

_((:)

UPPER
ADDRESS

RESUME

4H83

H 07 '
(4)
FROM ODD
ST0RCE SEQ. CONTROL

INHIBIT DRIVE
(CHASSIS 1,2,34)

READ

84

017

K 254
v 90

RESUME

334

K615

HOB

NTR

NON
ADDRESS

K613
K615
J8

RESIJME

16)

:

READ DRIVE

(CHASSIS ‚2,3,4)
J336

6 27

J 033

K 634

USIC

READ DR)VE
(CHASSIS 5,6,7,8)

w158

K64'

K645IIIIIIF
w

(_)

rH

2

175

N 40
_________

_______
_____
_________
- K644 L___

1)

a: CI)

0 z

1- 0
(1)
-

i-

0

<64O

________________
________________
_____________________ _____________________

Ui W

.1 0

FOIA

pl —is1

rH« 076 LU 2

N44

,SI

E04 1

K 645

E05

K647

K645IIIIIF
FO2A
K'
K644LIIII

V

LT DETECTOR

L69'

K6

FO3A

K64°

K644LIIIIl
F 4A

EVEN STORAGE

NOTE:

1. ALL JACKS ON CHAOS 1 3 3 UNLESS OTI-IERWISE SHOWN.

FAULT LIGHT

FAULT

0

____________________ _______________
_________

1-.
O2

642

KEO3j

643
K<647

NFC
FOIC

w157

K647

FO2C

W06

MC

K 643

JO0T

I4O

M986
20034

142
JO5A

50
JOB

JOgA

4

v°6 °
K 634

CONTROt
.

337 H

i

DATA

CORPORATION

:

K642

K646 M
-.
- 3c-

_____________________________

!

-

646

W 157

J337

K642

o:.:

- i - i
-

~

______________________________________

TM

(EVEN) STORAGE
SEQUENCE CONTROL

1604-A
.

XDP 214544

H
540

Page 54. 1
TERM LOCATION

PAGE

QUAD.

DEFINITION

F717 4N39B

19.6

1770
1771

4G77A
3K27A

17. 0
17.0

• 1 } Auxiliary Sequence
1

J007 2P33A
J259 4H11A
J846 3N76C
J901 •1P35
K017 :4P13B
K253 4N17C
1(217 4042
K254 4P28
K617 4J25C
K619 4J76C
K623 3J11B
K712 4006

28
17.0
17.0
34

•0
2
2
2

TesT Mode
Aux. Seu Wait Storage
10Ib I
Digit Display Gate

42
17.0
16
45
57
57
54.0
45

0
2
2
1

Storage Enable FF
Aux. Seq. WaitStorage
F = 74. 1 - 6
Äüx. Request

N554 8P63C

17. 00 }

N556 6034C

17.0

2

QUAD.

DEFINITION

b=1-6

31 Initiate Storage Reference
3
2
Storage Busy
•Aux. Request
.1
-.

0

N940 4M74A

Even Ciock Slave

N941 4M74C

Odd Ciock Slave

N942 41,73B

Even Ciock Slave

N943 41,74B
V430 4174A
V432 3G76C
V440 4N09

17.0
17.0
17.0

Odd Clock Slave
01
0J. Aux. Seq.
0

V462 4P42A

42

3

V487 4P43

42

0J

V703 4012A

16

0

V910 3H11

57

0

V912 4J83

57

2J

W143 4J82

250 } Internai. M. C.
25
1

W146 4K80

TERM LOCATION PAGE

1.

H. S. Storage Seq.
EXF Seq.

1

Initiate Storage

‚usub,s,..usss,,,.,.suuuuuuuu I

•ss•sisi•ö•ssssisssiössss•ssssssui
1184

j'83

902

O8I j

0

1

v 082 v 083 v 084 v 085 v 0661
2

3

5

4

v O87

6

v 088 vO8I vO82

7

8

9

v 083

10

1 V 084 V085

II

12

13

1

1

14

16

15

17

19

18

20

1

L

J

j 86

v 083 v °84

v °8 'V

STORAGE BUSY

DIVERTER DRIVE
HLV
DLIVE SENSE DRIVE

086 087 I 088
Jv v v

V 085

361 V 087

21

1

J3

v 083

V oss V OBI N0521
214

2L

1 V 084 V0851 V 086 1V 087 1v 088

21
7

26

28

29

30

312

31

3

314

35

40 41

42

1

INHJJ DiE JRITE RIVE
DLlMM't' 0FF

K017
j 35°

K67

LOWER
ADDRESS

j846
K67
w

W

L

RESUME
(6)

56

FRO M EVEN
(CHASSIS 5,6,7,8) STORAGE SEQ CONTROL

103C

w143

i:iiFiE'83i

WRITE DRIVE

045

NON
____________________________

IJ3H08
V °75 184
K 284
V 910

ADORESS

RESUME
411C

INI-HBIT DRIVE

69

je46
K619
'-

WRITE DRIVE
12,3,4)

K
K 668 e'j

-READ

K6
846
K

(15)

w146

K617

OL3

WRITE DRIVE

1

(12)H K 673

3

1

—w
tr

(4)

_______

(0N
uJ

SENSE DRIVE

READ

(13)

-READ 1
UPPER
ADDRESS

I

t07

----U129

KZ

INHBIT DRIVE
(CNASSIS 1,2,3,4)
56

(4) 111J__H°7' 883
FROMEVEN
p1 V°7'
____
STORAGE SEQ. CONTROL

RESUME

1
K

2

INHIBIT DRIVE
(CHASSIS 5,6,7,8)

3

3M74C

v92

0 9,
>- 05
0
00

SET Z
CHASSIS 1,2,3,4)

DUMMY LOAD
v43°
1 770

DIVERTER

DIVERTER DRIVE
CHASSIS 1,2,3,4)

RIVE'

DIVERTER

65
oIc

1214)

v 703

SRAGE BUSY 4K64C
276
1< 662

-

v487

K

H 942

Oz

(l33

Ui

.4 0

1

v °8

F77

008

-

09
N 46

1

H'H

L76

1<184
L 77

K'83

1< 185

N 942
1< 86
L78
1< 87

r-r1

N 843
1< 88
L79

N 942

N 943

N 942

192

1< ‚°
L 80
1< 191

L81

1 v 082

82

1<199

40

1
‚75
1< 661
_____________
_________
__________
___________
]

1059

[‚
105C

143

5U
>-Ui--

(32)

.4

(24)
(13)

183

)I2)'•jJI82

J

(4

1 161

178

f{
(42)

K 198
L 64

K'97
____________

0

(15)
(6)

(8)

:::

READ
DRIVE
II )

F7841 V °83

N94'

j1b

1
1

WRITE A0
III
III

I1

111

D'M1TE READ
000 000

WRITE

lxx

xI0•

x00"

T

T 2

1101

II K

WRITEOXX

T

+

D02tD0IO0I

0001

000
10
ADDITIONAL
DIVERTERS
OIXX

IIXX

READIXX
T'0

D oxx
T 08

XXIO

OOXX

l0XX

T 06

-T °

liii

1

XI0

AD OXX
T24

T0

_
T °_ _

T28

t

b

1101

D 22

(

f

D 2

QUADRANT SELECTION

3
¶W2 -3

E 07

E 06

0001

0OO

r-

E03

E3

E 02

E 42

E

25

E4'

E40

E 32

LI

E 30
_____

E23

J
XXIO
%XXOO'
Tl8

OOXX

'XX

_T_2I

(CHASSIS 1,23,4 J °32 )
READ DRIVE (CHASSIS 5,6,7,8 J 033 )
WRITE DRIVE (CHASSIS 1,2,3,4 J ° )
(CHASSIS 5,67,8 J °35 )

1
1
Ø1 E

j_E

E 22

E 24

_E001

2'

E

E'

E 20

L_ 1

E' 3

5

_ Ef

E'2

______

- !=o
'
' z .'
(1)
(1)

7,,

rIo
a,I

'
(0

(/)

(D

(fl

=

(

I
Iallo
Ic ( 2
1

9

I
Io
' LI
1

I
iu
1

-

L

o

0
‚
L

-

_____________

______
___________
E (CRASSIS ‚2,3,4 J ° )
VERTERDRIV
_______
_____
(CHASSIS 5,6,7,8 J°3 ')
__-DI

T

1
L

‚‚o

W 20
PEQUADGEN

"XXOI

22-

E 4

E 05

0

0000

_____
1
1
11

1
¶W 2 _ 1

2
¶W 2_2

g

10
AODITIONAL
DIVERTERS
"XXII
OIXX'

.r-2
X00' %
REID
'

XXOO

IU0

IIXX

j-1

[ - tj

T01j

1

‚

H033

b

Ibtb

IWRITE REOWTE FAD
000 000
5
ADDITIONAL
ORIVERS
WRITE lxx"
"WRITEOXX
X0I

XII

XXOI

I5I

I

wTEAD
1
111

0000

XXII

T07

IG-eI

f1

VERTICAL DIVERSION (16 LINES)

VERTICAL DRIVE (8 LINES)

1

w

o

_

LJ Ui

-

rUi W 0

-

0

I
wIo
I

-

I
I
1

1
IIo
I
1

lcli
- iio
I
i
°‚
j

0

OD

"

All
t ¶ ?
0

0

c

.

8r lt L

&12

..

0

i t

Pt t

t t

:Q-

ø_
1
_

TjTi
N 557

_ —N553

N 555
VERTICAL DIVERSION

-—k4 QUADRANT
1
I4JRIZONTAL
DRIVERS

QUADRM4T
1
1
1

• _1 _

.I
•I
II
j_ - -'r-i--•'- 1- L
--—ti QUADRANT
QUADRANT

-

r

VERTICAL DRIVERS

HORIZONTAL DIVERSION

NOTE:
THE BASE LEiTERS OF TUE SYMBOL OESIGNATIONS IOENTIFY TUE
CARD TYPES, AS FOLL0wS:
0. DIVERTER (CARD TYPE 52)
E INVERTER (CARD TYPE 21
0• DRIVE GENERATOR (CARO TYPE 5!);WMMY WAD(CARO TYPE 55)
J• INVERTER (CARO TYPE II OR 2))
T: SELECTOR (CARO TYPE 5)
Y CIfiRET SOURCE (CARD TYPE 54)
TUE O.E,G.JT AND Y TCRMS ARE OUPLICATEO 0W ALL EIGHT CHASS)S.
THE F)RST SUPERSCRIPT DIGIT OF TUE D,E,G,T AND Y TERMS AND TUE
LAST O)GIT 0!' TUE J TERMS, IS IDENTICAL TO TUE NUMBER OF TUE
CHASS)S IN WHICH TUE CARD IS LOCATEO.
3 IN ORDER TO BALANCE TUE LOADING OF TUE 5 RES)STER FLIPFLGPS, TUE E TERUS OF CHASSIS 1,2,3 AND 4 ARE CO*1ECTED TO THE
• O" OUTPUTS OF )HOSE FLIP-FLOPS AND TUE E TERMS OF CHASS!S 5,
THIS ORAWING SHOWS TUE CONUECT)ONS
6,7 AND B TO TUE 1 OQTPUTS
A:
E lADE TO THE I" OUTPUTS. THE CONNECT)ONS TO 'O
cjr'::TS . - :E I;,;,L AS )NDICATED FOR A TYPICAL STAGE BY THE DOTTEO
L)NES.

ALL JACKS ON CHASSIS 3
UNLESS OTHERWISE SHOWN

uzs'
P I - ..S i
CCRu _S

Page 56. 1
TERM

J040
J041
J042
J043
J044
J045

LOCATION

PAGE

4101A

54.1

2

4101C
4102A
4102C
4103A

54.1
54.1
54.1
54.1

4103C

54.1

2
1
1
0
0

17.0
17.0
17.0

0]
0
0

N651 4N48
N653 4N49
N655 4N50

DEFINITION

QUAD.

TERM

I LOCATION

PAGE

QUAD.

DEFINITION

Diverter Drive

1

J

Read Drive

1

Write Drive

J

Set S2 to all "l"s

I I I II t
-t
SLFITTI 1I4CIIS STIl III else $is 1$ 1-9-11

111111881188 is$$#$ of I I
CURRENT SOURCE
fJ29

1J

iTLDRIVE(8LINES)

HORIZONTAL DiVERSON (16 LINES)

VERTICAL DRIVE(B UNES)

1

‚.

t

1

ID2

1

tut,

\tvt
WRITE RED
WRITE REDWRITEREAD
III
III
001 001 000 000
ADDmONAL
DRIVERS
"

•'XOI"

"WRITE xx

1T 63 J

L1i;i1

EII1

•'xOO ••

"xI0"

t!D
III

t

WRITE oxx

"READ XX" [ " REAOOxx
T6°
58 1

T64J

1101

"iixx

1

()DID

oixx

0xx
•-T

ooxx
-54

_

b

WRITE READ WRITE READ
001 001 000 000
5
L
DRIVERS

0000

"xxii"
T5J

1 TJ

TJ

0001

WRITE READ
III
II

xxoi"

xii

1

~

T8J

xo

1

"WRITE lxx
TJ

xoi
T7J

xio

1

T'READ_lxx"
4-,JT 76 1

READ0XX
T 74 J

' :

1110

[

1101

"IIXX"
TJ
IOXX
.T72j

"

"OOXX"

4F1

ww

i Li

:

E52

H

!

E 83

E9'

E 8'

T

-°

C

EL

E 75

E_84

82

E 8°

=

2 9

0

.

5

E

°

E 7

00

E 64

0

[ TJ
XXl0"

XX00

-T 68 I

66

I

L

READ DRIVE
WRITEDVE

0

u

o

[~ ]

J 25

V
E
E

l

00

l

O

DIVRTER

5

00

0

0

o
D

HII

'

0

10
-

N655-

__i_

_i_

_i_

2

T
v

‚

-'

w w

E

E 72

:

o

1

E

ww

QUADGEN

0000

27

:-

1:54

XXOI"

XXII
T

TJ

':'

6

0001

10
ADtT0NAL
DIVERTERS

l:6l ':

':'

‚t.b

OOLO

L - f -

Xxl

';' '

b

'0IXX

[

1

t':2

'

b

Uhl

"WRITE_OXX"
T

[

'xoo

':

::°

t/'t3

trt A
io
ADOmONAL
DIVERTERS

1 TJ

::'

:!:i

lilo

t

-75

::

AP« SELECTION

VERTICAL OVERSION (16 LINES)

]

4I

':

b

" XII

Y-96

LiL

__

i_

-

PI_._S
±__

_
N653

VERTICAL DIVERSION

______

-

N651

6
NOTE
THE
16

1€

J€

16

6

1€

6

6

6

-1)X&BDRANT
1 0 ]
r

HZ0t'lTAL
FIVERS

_i- 1T

j

1-

T

6

QUADRANT
F
i-l-- -f

-

-i-

6
6
16

1

5

VERT)CL

)VERS

NoTE:
ALL JACKS ON CHASSS 4
uNL:ss OTHERWISE SHOWN

TYPE 21)
DAS CARD TYPESS)

INVERTER )CARD TYPE II0621)
SELECTOR )CARD TYPE 53)
THE DE,G,JT

ANS Y

TERMS ARE

THE FIRST SUPERSCRIPT DkST OF
LAST DIGIT OF T)-IE J
CHASSIS IN WHICII T€

0" OIJTPIJTS
AS THEV ARE

OUPLICA1ED ON ALL

CARO IS

THE LOADING OF

OF THOSE FLIP- FLOPS
OUTPUTS.

NASE TO TuE

i

THE NUMBER OF

TF4E

TIIE

AND THE

5

l

REGISTER FLIP-

ARE CONCTED TO
T6€

TYPICAL

if

10"

OUTPUTS . THE CGPffiECTIONS TO

R1J-I
'

'

___________________
_________________________________________

THE

E TENNIS OF CHASSIS 5

THIS DfiEE!SC. SHOA3

OUTPUTS ARE MADE AS INDICATEO FOR A
LINES.

TO

LOCATED.

TERM 5 OF CHASSIS 1 2 3 ANS 4
1

E)GHT CHASSIS.

THE DEG,T AND Y TERNIS AND TIIE

TEAMS, 15 IDENTICAL

IN ORDER TO BALANCE
FLOPS, THE E

67 ANS 6 10 THE
.

THE

Y : CURRENT SOURCE (CAND TYPE 54

-K----- HORIZONTAL DIVERSION
6

QUADRANT

j

J.

6
.

INVERTER (CARO

5. ORIVE GENERATOR 1 CNMO TYPE 51 )D1JUMY

16

QUADRANT

SYMBOL OESIGNATIOIS IDEN11FY

0: OrVERTER (CAND T(PE 52)
E:

4

BASE LETTERS OF THE

CARD TYPES, AS FOLLOWS.

0

STAGE 8V THE OOTTED
-

S

______________________________

1

1

1

ADDRESS SELECTION

(ODD STORAGE)

lm

e

CONTR. DMA
C0tPOATION

---

J

XDP 214542
A
I' 56.1

Page 57
TERM

LOCATION

PAGE

QUAD.

DEFINITION

TERM

LOCATION

PAGE

DEFINITION

QUAD.

F577

4J64A

19.4

1

20 + 21 + 47

V000

4J02

5

1

Execute Instruction

F578

3J32A

19.4

1

57 + 61

V090

4K05A

5

0

RNT Seq.

F579

4J32C

19.4

1

57 + 61

V404

3M5813

9

0

WO Seq.

F581

4K70C

19.4

1

62

F853

4J74A

19.6

1

56 + 57

W144

4K7813

25

W145

4K7913

25

JOfiG

4N54B

33

2

Interrupt

W150

3J0813

25

J138

4M43C

17.0

2

Aux. Seq. Wait Storage

W156

5K39

25

J844

4037A

17.0

2

J846

3N76C

17.0

2

K002

7P1313

17.0

2

I

K017

41`1313

42

0

H. S. Storage Seq. (Storage Enable FF)

K205

4K31B

8.1

3

RO Wait Storage 2

K207

3M68B

9

3

Write Operand Wait Storage

K211

4M41C

10.0

3

S & T Wait Storage

K217

4D42B

16

0

f = 74. 1 - 6 FF

K252

4N17A

17.0

2

Aux. Seq. Wait Storage

K254

4P28

45

1

Aux. Request

K260

4037C

K262

4N33A

45

1

Aux. Request

K605

4N41C

42

1

Write Lower FF

K607

4N42C

42

1

Write Upper FF

K622

3H01B

54.0

2

Storage Busy (Even)

K627

3H03C

54.0

1

Read Drive (Even)

K631

3H05C

54.0

0

Inhibit Drive (Even)

K632

31106A

54.0

0 ]

Sense Drive FF (Even)

K633

3H06C

54.0

K662

4176A

54.1

0
2

Storage Busy (Odd)

K667

4178C

54.1

1

Read Drive (Odd)

K671

4180C

54.1

0

Inhibit Drive (Odd)

K672

4181A

54.1

4181C

54.1

0 ]'
0

Sense Drive FF (Odd)

K673
K714
K713

4P65B
4007B

45
45

3
3

Aux. Request
Aux. Request

N935

3049C

N945

4J77C

o

5

56
1

-+

56

Aux. Request

J

J

»

Odd Ciock Slave

1
2

Internal M. C.

sisussssissssssisiiiiiisssssosisi
33772

3:828

42842

-

K7I3

j

__

H

______________

K627
J a68
404
K 622

N 397
P000

183C

3H 12

K6I2316

_____________________________

K°

K632
3J788

K6

3

WIR0

K714

ADDRESS

3J78C

K624
<260

-

W IR0

K614

K 63 t

3D 84

K'

F 853

c

v000

1<
J

O2
K6

4

5J65

K

07

u

K°17

616
475

K254

1

L

u2sI

J066
v404
K67'

F-1 081

r-

K°7
K 605
Ja46

w144

4HIIC

K 262

4111

1
K °' 7

W144
K 662
254

K664

48122

r

17
4FOR

8

8382WRITE

4634A

K205
J138

J

UPPER

846

43151
J 830

v9)2

u003

H077
K 254

N 46

WRITE
2 P2 ER
ADDRESS

ENARL E
FALL WRITE

4J83

H946

READ
3 PPER
ADDRESS

K°' 7
K 607
__
Je46

< 673
ENARLE PART)UL
WR)TE LOWER

—72

WRITE
NONADDRESS

TO DOS STORU3E
SEQUENCE CONTROL
(PAGE 54.1)

_____________________

:3

K254
w145

_

<672

4846

v

K 662

P 00

H483

4EK1

______ _______________________

LJ

4274

942

VO9O

REUD
NONADDRES3

J76

}< 612

K254
4208

4110C

WRITE
LOWER
UDDRES3

K 672

616

1

672
4H12C

KELT

' 6

K601

READ
OWER
ADDRESS

___________________________ ___________

N 397

w

844
_________

K 667

WRITE
UPPER
ADDR ESS

____ ______________

633

3811

K622
002

RERD
UPPER
ADDRESS

K 632
3J05C

3376

WRTE
NONADDRESS

JI7

___________

PLSI

4 P328

TO EVEN
SEQUENCE CONTROL
(PAGE 54

K632

677

1

WRITE
LOWER
ADDRESS

RE8D

__________

K622

V900

K610
V090 _____________ K 61 '
___________

READ
LO WER
IIIIIADDRESS

F 578
K 207
138
J

K 21 '

F 58 '
J138

Je34

K217

F 579

K 207
JI38

-

--

JL=

_____________________________
REIDRENCE

____________________
COMPORLNTS

0

=z

2
2

2

)UNLESS OflI€!WISE INDICATEO)

•Xu.

RESISTOES

604 - 4

CMDITORE
1

0

;

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CONTROL
CO RPO RAT 10 N

INITIATE

DEAWPEDNuEENa

STORAGE

XDP 214543

REN

G

I sell$ I III

see I $$losses$$$
53153153L

54
-

2 j3II3IJ3Ii3Il3Il3I[iI€II6ll6ll666JI2II

2 1 1 21 1 21 1 11 53 1 53

53153h12 1 12 12112 1 11 1 11 1 16

NHIBrr

A

9 9

2
21121121121121j21121121 21

B

1

'6

11

s

>

SLAVES

QUADRANT 0 w
SENSE

AMPLIFIERS

o

'

EVEN

IDIVERSION

EVEN

-

QUADRANT 0
SENSE

In

QUA(1

CD VERTICAL

INHIBI
GEN.

9 1

AMPUFIERS
i

-

55155111

51

53

0

000

1 53 153153153153153152

DRIVERS
EVEN

.

'I3'I3
16

LECTION

SEI1CTtR3SELEC1tW!S
EN

.11 15,3153153

1 16 1 16 1 16

T6

DRIVE

CTION

SELECT

16

—

ODD

J

ODD

51 511 511 51 Lo

52153152152152152152152

VERTICAL
DIVERTERS

DRIVERS

c

LIAÜ
GEN.

(YEN

s

SLAVES
(YEN

INHIBIT
O(iI4MY

EVEN

COLUNN

1661
I

SELECE

INHIBII
GEN.

SENSE
AMPUFIERS
(yEN

DETAIL 9
l..UNIWNI

ie

1

SOURCES

COWNN

671

-

-

1

h
11

]>

VERTICAL
DRIVERS

iI

HORIZ J
O N TA L
RIV/ER
INHIBIT

DRIVERS
(EVE

F

140

~

4

HORIZONTA
DRIVERS

VERTICAL
DRIVER (1,8,7)

((YEN)

J/

IZONTAL
/jDIVERTER
:,

13

12

II

ID

9

8

7

(

11J21121121121121121121121

10001

B

SLAVES

D
AM PLIFIERS

2

000

IIIPPEVJT 0fIIDQ

21 2 I1 2 II 21 I 2 I1 2 II 2 I 5 {13]

1
II

1

(yEN

1000

QUADRANT 1

INHIBIT
GEN.

DETAIL A
2I

000

SELECT.I

11

VERTICAL co QUAD.

(yEN

A

1

Z

000

5 1 55 1
•
II
1 •QUAD.I'

iiI
L«i
(YENI

1 IINHIBIT
1 1 GEN.
j 1

1

'2
INHIBI

S

DUPY 1
SELECTj

GEN.

SLAVES

000

ODD

000

T

2,14,13)

VERTICAL

DIVERTER

6

5

4

c

II

\\
3

2

INHIBIT
DRIVERS

\l000

1

•ti

2

STORAGE ADDRESS
HORIZONTAL

?'-

I.

J

ri•

VERTICAL

DRIVERS

DRIVERS

((yEN)

•uz

(000)

INHIBIT

•rci

INHIBIT

DRIVERS
( EVEN)

DRIVERS

-

NOTE
CIRCUITS LOCATED IN AREAS ENCLOSED BY
GOLD LINES ARE ENERGIZED 8V ADDRESS
X, WHERE X IS LOWEST OCTAL DIGIT
- - -

OF ADORESS AND APPEARS IN GOLD FACE

(000)

WITHIN THE AREAS

VERTICAL VERTICAL
DIVERSION ORIVE
SEI_EC1t(S SEEC1tJS
000

QUADRANT 2
SENSE
AMPLIFIERS

4

(YEN
FI54l54I5%I5

6 I 56 I 56 I 56 l 56 I 5tl 5l 50 s1 l 51 1 51 1 5152 1 52 1 52 1 53 1 52 1 53 1 52 1 52 1 52 1 52 1 52 1 52 1 52 1 52 1 52 1 521
QUADRANT 2
SENSE
AMPUFIERS

5

000

D. 1COVERTICAL
INHIBIT
DRIVERS
GEN.

6

EYEN

000

Vp

VERTICAL
DIVERTERS
000

Is'

000

I'l'lslso

VERTICALIQUAD 39
>INHIBIT

DRIVERS
000

I_.I1I

SENSE
AMPLIF1ERS

l

R P

8

sells

Bill
J030

BO9A
j2OX

008C
_______

B50
DX35

803C

soo

E'

B034
Ex10

444C
TXI 9

4444
TXI 8

B04C
so40

XI3

8044
E2

849
DX34

A40C
TX21

848
DX 33

4404
_____________________________________________ TX26

847
DX 32

A3C
TX 25

BOIC

solo

8014
EXIr

4434
TXI6

845
0X3fl
844
0X29

(1)
Ld

z

B07C

7

2

808C
S080 __.._j_E 5

0

843
D X28
B42
X27

s 050

805C
EXI5

8054
EXI4

446C

O6O_

BO6C
EX2 !

B06A
EX2O

.

B38
0X23

4454

8 7
DX22

TXZO

______

-!

DUMMY
J241

T
Cl2A
_TOX

H

B02C
E X03

8024
EXO2

C04C

sIoo

E233

C044
EX32

EllA
TX02

014
0 1(12

DIIC

F17

TXOI

DIlA

TXOO

EX02

EXOI
EX03

7
0
2

EIG
0 X06

S ilo

S 120

C05C
EX 3 X

C06C
EX 4 l

C054
EX34

0064
EX4O

GIIC
TXO7

E15
DXOX

0114

T X06

E14
DXO4

Fl IC
T XOX

DIT
0X03

FIlA

DIG
DX02

TXO4

-

2
0

of

0
J18

-_-

012

434C

_

w2°

/

EXOX

435C

////V____

A36C
w22
437C

A33B

J330

A38C

1

J333

2

w2

NOTES

DXoI
014

4.

OXoo

GXXO

CO2C
EXO?
_______

1. EACH ARROW REPRESENTS 4 DIODE.
2 SUBSTITUTE APPROPRLATE CHASSIS NUMBER FOR X
( le. EXOX IS E '06 ON CHASSIS 1, E 206 0N CHASSIS 2.)
3 SU8STITUTE Y 1 CHASSIS 1, Y2 CHASSIS 2, Y3
CHASSIS 3 LOWER OCTAL DIGIT, YO CHASSIS 3 UPPER
OCTAL DIGIT, Y4 CHASSIS 4, Y=5 CHASSIS 5, Y6
CHASSIS 6, Y7 CHASSIS 7 LOWER OCTAL DIGIT, Y9
CHASSIS 7 UPPER OCTAL DIGIT, Y8 CHASSIS 8.

015

FIOA
TX$2

COIC

1

1-

D13

‚_

EXOI

F14
DXOX

-j

_

Gfl—

CO2A

EXOO_

Ui

FIOC
T X13

COlA
EXO4

_

Ui

ElZ
GXXZ

1 TX
1

EXOO

FIG
D o

E17
DX07

£13
GX63

TXI 5

______

H

F12
GX64

'

8104

COSC

118

F13
Gx65J

GIOC

C07A
EX42

D

F15
DXOS

'_

0

DI0A

G6
4

015
DXI3

G12
G X66

9

0X
EIIC
TXO 3

G13
0*67

T'08

C07C
S ° —.. -----j EX43

017

E 230

1_
1_

DIOC

0 XIX

CO3A

______

A

READ

B35
D

CO3C
EXXI

B30
GX7O

•

T

B36
DX21

s090

818

831
GXhI

EIOC

B39
DX24

445C
TX2I

_____
832

0

cr

DOSA
GX€B

B40
DX25

TX23

4464
TX22

>

>

_____
1 TX3O

______

0

Ui

833

4414
TXZB

0

z

853
GX75

TX 29

1

0

B41
0X26

1

44
TX3I

1

_____

___

854
_______
GX76J

852
GX?4

B07A

SO7O..H_EXZ3
_____

418

B55
GX77

A39A
T4

__
__

X31

1

SEE NOTE 3, P56.O CONCERNING INPUTS
TO E
TERMS.

EXCZDWXXZ

___________________________

TO

.
-

-------.-- --

-----------

)

cr
_____________________________
H"I'
.
T1TLE

i
JJJ

STORAGE SELEOTION
EVEN

.X:!IuI

CONTROL DATA
CORPORATION

1604-A
XDP 214588
V59.O

A

I life$$ sell I
J 040

(1)
LIJ
-J

z
0

(1)
0

>

0
-J
(3

rr0
>

WRITE
J 044
R EAD
J 042
DUMMY
291

E ' 52

C77A

E XSO

IE'I

A47C

C7 7C
(1)
uJ

w25

E55 ]

z

-J

EXX 3

___
C 78A

z

EXXO

1

EXS

1 E57 1

0

A49C

E' 56

-

3)

Ir
Ui

>
0

-J

350

J

w2

"

36V
ASIC

NJ

cr

‚J 353

8

NOTES:

.

EACH ARROW REPRESENTS A DIODE
SSTITUTE APPROPRIATE CHASSIS NUMBER FORX

(

je. E 306 IS E'°6 ON CHASSIS 1, E 2° ON CHASSIS 2.)
SUBSTITUTE Y=
CHASSIS 1, Y82 CHASSIS 2, Y= 3
CHASSIS 3. LOWER OCTAL'DIGIT, Y=O CI-IASSIS 3 UPPER
OCTAL DIGIT, Y =4 CHASSIS 4=5 CHASSIS 5, Y6

CHASSIS 6, Y7 CHASSIS 7 LOWER OCTAL DIGIT, Y9
CHASSIS 7 UPPER OCTAL DIGIT
Y 8 CHASSIS 8
4 SEE NOTE 3, P. 56.1 CONCERNING INPUTS TO
TERMS.
E

4

WEI8PIC[DAI

2
F

a
g

2

TITIE

STORAGE

SELECTION
000

-

CONTROL DATA
CORPORATION

1 604-A
XDP 214573
'59.1

I

Page 60

TERM
1241
1385
1386

LOCATION

PAGE

4K54C
6M82
6N26

8.1
31
31

QUAD.

DEFINITION

f = 00 + 77
EXF Code
EXF Code

0
3
3

=
=

X1XXX
X2XXX

PAGE

TERM

LOCATION

QUAD.

W152

6L60C

25

3

W153

6L61A

25

3

6L61C

25

2

30
30

3
3

EXF Code
XXXXO
Select OX000, 1

W154
W155

6L60A

25

3

4P4113

45

1

Aux. Request

W159

61,62

25

1

K774

6P37

45

1

W163

7J49

25

0

K775

6P38

45

1

W170

6N4913

25

3

K776

6P39

45

1

K777

6P41

45

1

K778

6P42

45

1

K779

6P43

45

1

K796

6K83B

53

0

K809

6P54C

45

2

K811

6P55C

45

2

K813

6P56C

45

2

K815

6P57C

45

2

K817

6P58C

45

2

K819

6P59C

45

K883

4N81C

33

N962

6P65B

0091

81,20C

62

3

EXF Code

0101

8N20C

62

3

EXF Code

R907

6M63B

36

2

CCRL

CCRu

R908

6M64B

36

2

CCRL

CCRu

V120

6N71

29

1

V121

6N72

29

3

V122

6N73

29

1

1

V123

6N74

29

3

i

V350

4K50C

8.1

1

V351

4K51A

8.1

1

}

V455

6N66

17.1

0

1

V457

6N64B

17.1

0

J508
J513

6M83A
6080C

K256

1
Aux. Ref. Designator

J
1

1

Internal Interrupt Request

Rank 1 Aux. Scanner

1
2 J
Ciock Request Slave
Even Ciock Slave

V459

6N62B

17.1

0

V466

6048A

17.1

0

=
=

X(OOi)XXX
X(010)XXX

i

1

rJ

Resync Pulse

RO Seq.

Aux. Seq.

DEFINITION

]

t

Internal M. C.

1,
J

External M. C.
Internal M. C.

I offö
BUFFR ACTIVE -1

R908
v4
821

w

6N45A

L68'

700

K

6N50
701

INPUT
EADY

60456

6045C

READY

M 46

J 072

J073

K720
6050

BUFFER ACTIVE-5

v459

N46

L 685

K70
6N58

w825

6N524
191

R 907
v457

7LSIA

R90
CHANNEL 1
LIGHT

709

195

907
v457

6041
w821
v466

7LSIC

6P45A

6P45C

READY

INPUT
66405 _'

N 962

K765

w 625

C#ANNEL 1
ACTIVE

ACTION
RE:u::T 1 <809

K736

w 70

o8o

JoeI

vi2o;;;

K

J,

H793
wi2svI23:i5:i::sg

H791

INPUT
RESUME

RESUME

WT:DY

v455

CHANNEL 5
ACTIVE

ACTION
REQUEST

___________

AITR:ADY
v455

CHANNEL ONE

CHANNEL FIVE
6N45.

BUFFER ACTIVE-2

R908

CHANNEL 5
LIGHT

65604

L662

w 2a

6N51

R908
CHANNEL. 2
LIGH1

v459

W926

BUFFER ACTIVE -6

6N46C

L 666

K710
6N59

CHANNEL 6
LIGHT

6N60C

K703
457
6P2c

w822
w155
SPI9A

6046A

V121

RESUME

6046C

We26

2
ACTION
R EQUEST 2

ACTIVE
8P25A
1< 811

06JTPuT
RE5U8

42

6P464

6P46C

CHANNEL 6
ACTIVE

ACTION
REQIJEST 6 1<819

RESUME

OIJTPUT
RESUME

62

822
K795

v466

w 7°
K775

6N37

1< 77 6

W

6N398
OUTPUT
READY

1<776

v121
w'52

R908

v 459
w825
907

w153

BUFFER ACTIVE -3

6N45C

1< 704
LIOHT

6N54

1< 705
7L84
CHANNEL 3
ACTIVE

L_4

M 248

READY
8

AD

OUTPUT
RE 60 Y

CHANNEL SIX

v 457

IHPUT

743

W826

1<778

CHANNEL TWO

6J:7

H79'

wl7O

K7

2

K77 9

6 o76
476

N2

w626

;1;3

ACTION
REQUEST3

N962

6054
::;;

V 120

91

WI7O7LSD

2G09C

CHANNEL THREE
R908
v459

3.2 VAC

BUFFER ACTIVE -4

w24

6N55
K°

j:

XXXXO J

6N46A

L 684

004

XIXXX

CHANNEL 4
LIGI4T

xxxxO

J

JI94

x2xx0

1

v457

K 882

1

N56C

J53W163

OUTPUT

•P22A

6P44A

M249

J 078

P44C
' J079

3

RESUME

CHANNEL 4
ACTIVE

ACTION
REQIl:ST 4 K815

3 2 VAC

CLOCK WAIT
29096

2F06A

ADVANCE CLOCK RESYNC

K57

RESUME

6N40 N962
1<791
WAITRESUME

H79

CONTROL DATA

W 170

DUFFER
ACTIVE

8P23C
007 PUT
READY
W153

CHSINNEL FOUR

J 1 93

760

U?R

iVE

COWNEM

W76I

.-

J194
jI95
96

66162

4PI4A

---------

4P14C

- fl1t

—

READY RESUME CIRCUITRY

CORPORAMN

1604 — A
XDP 214529
60

B

Page 61
TERM

LOCATION

PAGE

QUAD.

F515

4N07C

19.4

1

V480

6L69

17.1

1

V481

6N76A

17.0

V527

4M34C

10.1

0 j
0

V529

4M35C

10.1

0

DEFINITION

TERM

LOCATION

PAGE

QUAD.

DEFINITION

62

]»

]

J

Aux. Seq.

T Seq.

S 1 00001000 00 0000 fill I

$is losses
48

II

STAGES

1000

THRU I04T

TYPICAL STAGES

twEl—
7006

—

1001

x°22

7P15

7N12A

7NI2C

7NI3A

1 002

1P22

—1'--

X 002

1000

XOI2

7P21

.

CHANNEL

7P2

M'

10

-

7P62

6036

II1—

7P57

—1J—

H1III

SCANNER
AT CH.
POSITION

•-I1EI1-7p9

X2
F575
527
4M42

•—

V 525

K 33 '
TPI

081

890

M°

7 PO

_________

7P58

7P52

V 480

7P33C

7p34C

7P35C

7P23

CH 7
70104

7011A

7012A

1

FM

CH 1

7007

7008

7P16

7P2

1}8-

700

7011

7012

-

CM. 3
7012C

[IEII1

7NIIC

7OIIC

iNh

I

A

7OIOC

[E-i

EIF

CHANNEL 3
7P28

M 2— j 0

.-1I'--

7P63

w 823

1 502

7P29

•-1I1J'--

L90°

C H5

6037

7P26
SCANNER
AT CH.3
POSITION

________

1

H
0

7P56

7P21

1P53

I

M3— jO
74

__lI18-

7p55

CHANNEL 5

514

—IIEI1

6038

SCANNER
POSITION

894

48

GPIN
93

7P54

v4.80

K 895

v 48 °

1

CONTROL DATA
CORPORATION

g

rnu

1

1604-A

XDP 214555
COMPUTER INPUT
61
FROM EXTERNAL
EQPMENT

E

Page 62
TERM

LOCATION

PAGE

QUAD.

DEFINITION

J913

6M66A

16

2

Seleet + Sense

K034

6M57A

16

3

EXF Counter

K716

6M52B

16

2

Select

K718

6M54B

16

2

Sense

TERM

LOCATION

PAGE

QUAD.

DEFINITION

•ssssosssssssssssssiisiisssssssisi
EXTERNAL

F U N C T 1 ON

R E A D Y

S 1 G N A L S

EX T E R N A L

N23C

N23

K22C

Pam

F U N C T 1 0P4

KZZA

K22

:i

L.
UT

TRANSFER TRMFER
NTERIAL
IENSE

1

i

SENSE $ELECT
SLLECT

CIt7

[

M?sC S7UA

0 620

0 620

O"°
0€40

0630

J 450

1

L 363
L392

L 263
L22
63

L'2
L' 2
J 510

J 451

0640
45I

C147

i

PI5A

PI5C

f

4!i,

CI-{3

P27

P24

01 41

0 130

0 121

0 121

0 131

0'

0e31

O 21
0 1

L 35
L 4
L265
L24
6
L
L'64
LO€3
5I7

51

1

04

-\ 1

Ei Ei

L;J

O4I
0621

j4

OUTPUT
SENSE

SENS

REA2Y
AOY
____________
-"-____________ ____________"_

L162
L"4

L 062
L 123
L4

L163
165

0 140

0 141

L21A

L29C

CH4

CI-{2

-‚

i0

P26A

____________‚
1
CH5

P2 A

P27A

CH3

i

P24A

CH 1

_•\ 1

i

CF46

i

P2IA

0 1 20

0 62 0

0 120

0 130

012 1

0 121

0 12 0

0 630

0 131

0 621

0 131

0 130

0 631

0 40
4

j 450

Q 64I
j 450

Q I4O
450

0 64
j 451

0 640
451

01
451

0 41

L262
L264
1 510
J 517

L 062
L 063
L 362
L 364

0

L 263
L265
J 510
517

06

L 262
L 264
L 2

L'63
L'65

L
L

L 363
L 5

L' 62
L' 64
L 263
L 265

01

0 131

06

0631

629C

K4A

K34C

3

0 641
3IC

A

CH4

fl

P27C

0 141
063

0130

450

OUTPUT
FlJCTici
*DY

RAD

i~
Li
1`23A

P21

0 12

06

450

CH6

IIWtJT
fUNCT1ON

451

L2ZC

CH2

L

0630
064
‚j 451

L23

0120
N22C

Q l40
4 1

5

N22

j

NZZA

K21C

L' 3
L 5
L 263
L 265

L262
L 264
1 510

L °62
L °3
L 363
L365

o lil

0 0

001
c

FUNCTION
READY

1 063

0844

K°34

o
oc

0 110

oc

0
OA

O0S0

0

L2

M2OA

rO6l
062C

083C

‚

o
<

><(

EX

NOTE
ALL JACKS ON CIASSIS 8

(1615$ 0T14(R*IS( SNOWN

082A

IOGOC X 610

SENSE
READY

EJ
1(214

0 071

0 800

020A

1064

NI2F 1

OIIC

EI'I

N12

TERNAL.

Z

C

0816

MI5C

I

°

F U N C T ION

0

0

0 06

0

oc

t
00

0 060 •

1

J'

0 03

1055

r-•--i

002

0

o o

XX

00

J 12

LII

LIlA

0"

0 001

c

0 020

°°

3C

i°

074C

1

LIIC

00

NO9A

o o

XX

~

A

Lo

1

O00
A

0734

0744
4A

I N V ER TE R S

JIIA

Jl2

c

o,c

OOAA

A

° °

.

OIOA

0 041

1056

1

!

LI2A

0440

0

0°

0A

ZOA

OBOC

IIA

L12

LI2C

NI2A

OIIA

ooc

c

1

1

OlOC

J 450 NO2

J 9l3

NIIT

0°
L' 62
L' 64
L 362
L 4

E

P
J23

K2

O*ZA

012

R

NIIC

J22

J23

61

P72A

J •13
K 034

J22

J2F

012C

Li

R

!L2571

L23

0131

J22C

L

FC Tp'0 620

LZ2A

L22

L

CODE

A

c

H

o

Ho o

Page 63
TERM

LOCATION

PAGE

QUAD.

F533

4M14B

19.4

0

63

J772

8D82A

41

3

Z -. I

J773

8P29A

41

3

CCR -. I

1(837

4P69C

10.1

3

S & T Seq.

N951

4N84B

V441

4N21A

17.1

0

V447

8061B

17.1

1

V454

4N38A

17. 1 .

1

V472

4M51C

17.1

1

V541

4M46

10.1

3

V543

4M47C

10.1

3

V545

4M49

10.2

0

V552

4110A

10.2

2

W140

4K76A

25

W142

4K77

25

W144

4K78

25

0 ]
0
!»
1

W145

4K79

25

1

DEFINITION

Odd Ciock Slave

Aux. Seq.

s

& T Seq.

Internal M. C.

TERM

LOCATION

PAGE

QUAD.

DEFINITION

IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII

T

Y

P

1C

N4C

A

L

T

S

e84

G

4

E

8 13

S

Y

BKI3A

P

1

C

8N82C

~

A

L

S

8882

1

A

6

E

81(11

S

81(11*

0346

CLR 0

1

1
0

0

0]

8101

1

0

g

0

10

01

3

v447

1

W 142

W4'-

II

R 202

A

R20°

8JIOC

____

W 6

4°4

0

409

+ONS O A

1

A

C

L

Z 002

V454

4M38

Z 470

460

z 472

z 462

S

T

772

G

E

6N39

48-

II0-

403

Z000

1(745

Y

1

P 1 C A L

IN8IC

1_2-

THROUGH 0

6
/0

A

S 1

8N81

6 E $

81(10

0IITPUT TRANSFER
READY

81(10*

o

1w
1

.c
•

1

1° °J

0

8101

J402

0

L°
____

01

4028
1(213

o
v447

01

____

____

R202

R20°

772

772

CLEAR 0

w 42

8801C

8801A

6N8

j4O7

4O6

824

z47°

460

Z01°

z°12

z°°2

THROUGH

0 474/0415

l10

-0-

01

0

j

01

0

0'

OIJTPIJT TRANSFER
ACTIVE

00
0

0

1< 837
N95'
w 1 40

4U56
X 2 —'0 04
080

x 473

x 463

x013

1(74

w 42
F533

40,65
-

w 44

:,
V

J 4°3

472

w145

48 STAGES

10

1
1

1
1

J 47-

02 REGISTER
ø°° / °°

0

1

‚

SCANNEI
AT CII. 4

8

Z000

o oi

zo

'00W
*
‚0

1

j 42

8J01
Z460

1

1
1

w 142

w 470A

1(767

1(212

5

1

V 545

Loot

Lo
CLR 0

o

472

W145

48 STAGES

$

rL

SCANNEI
AT CH

w826

03 REGISTER

81(12*

T
24 7
L

408

z°'2

0 006/007

A

________

j772

010

2

w145

88(2

8883

w48-

81(02*

R 200

oc

R202

—

8J01
1(744

O°°%°°' THROUGH O/O"

P

j 43 8K02C

773

48 STAGES

Y

w 43-

SCANNER
CH 2

1'

RJQI
403

v 447

TK

0

w 142

0 1 REGISTER

T

0]

________

6N37
W822

v

8N83C

1

°

10

CLEAR o

8N80C

oo
z02

8J02A

05

1

'0Oj1

1°

j 56

L____J00o

J

8J02C

'0

Oj1

0

OA

oI
L,....J

z46°
z 462

Ol

(23

4028

j

ol

CLEAR 0 1

SNOOC

CLR 0
V44'

212

04 REGISTER
48 STAGES
000/000 9

THR006H 0'

1 1 IIl_

Page 64
TERM

LOCATION

PAGE

DEFINITION

QUAD.

H251

7K45

71

3

H252

7K47

71

3

1
J

J980

IL14A

71

0

1

J981

7L14C

71

0J

J991

71,17

67

0

Channel 1 Buffer Active

J993

7K42C

67

3

Space Contact

V251

7K40

71

3

V252

7K41

71

3J

V261

7L02

71

0

Chnl. 1 Input Buffer Active Pulse

V267

71,08

71

3

Reader Feed Pulse

V269

7L42

67

0

Gate Keyboard

W980

7J10A

W981

7J10C

71

0J

K931

7J09C

71

1

P.T. Reader in Character Mode

K935

71,05C

71

0

P. T. Reader Buffer Active Circuit

?

1

P. T. Reader Control

P. T. Reader Control.

-

Typewriter Control

P. T. Reader Control

Clear Assembly Register

--

TERM

LOCATION

PAGE

QUAD.

DEFINITION

Bill I $is$ III I
REGISTER
ASSEMBLY
48 STAGES

INPUT

1000/1901

1 542

1

1 642

1 530

536 ‚ 1636
1036

N55A

103

N49A

1 524

C

1 024 N37A

N436

I CIO

1 505

1 612
1 012

N36

L

A
1512

616

1 518

i 624

C

1

P

Y

T

‚ 1 630

THROUGH

1 606

1 005

N9A

N25A

T

S
1 605

1 505

A

E

G

1 504 1 604
1 004

NI4C

1503

NI4A

S

1603

100'

1 502 1 602

NL2C

NI3A

NI3C

1 00 1 600

1 601

j 50 '

M'I°

CH.

N544

1

CH.

1

OH

CH,

1

N42A

*N48A

M

O35A

M' 30 0416

M 136 0476

053A

L924

118

0296

1

M'' 2

M 106

0236

M 104

M L01 0156

L 918

M' °2

L 912

N3OA

0126

J

1

r:0H

1

Il

NI7A

N24A

L903

L 904 615B

N15C

902

NI5A

_

o

v 272

v 270
CF-iAR

7

CHAR

00

100

00
v 274

6

CHAR.

5

v 276

v 278

CHR.4

CHAR.3

1 800

1 800
v 280
CHAR.

0116

1 805

_

NIIA
CH 1

lJ

RESUME

__
_
°

J802

1

oo
__
oR_
_

J e80
K 902

1600

1801

v 284

CHAR.O
CHAR 0
0
tLJ

v 284

CHARO

CHAR

CF1AR

1

CH

H

v 284

V 284

V 284

v 282

2

0106

j 99

1803

1 804

M' °°

1

NI IB

NIIC

J

I

1800

101

CH.

T
1

M

1

L

cH,

N366

M 03 0136

0146

::A

CHAR

v 284
CHAR.O

0

v 279

5806

V 69

K93'
v 286
J37A

J37S

J37C

TC3

TC4

TC5

TCG

J38A

J8

J 38C

GATE KEYBOARD

TCI

TC2

TYPEWRITER TRANSLATOR CONTACTS

627

ASSEMBLY COUNTER
RANK 1

K931

980

K98°

6

NOTES

1.

274

CHAR

5

1

ENTER dIAS IN
ASSEMBLY REGISTER
ADVANCE RANK

READER

624

K935
K972

w98'

09

CHASSIS 7
ALL JACKS
IJNLESS OTHERWISE SHOWN

L3IC

1

j 9l4
K972

w 98 '

CHAR.
625

l27I:::5

v284

7

126

RANK

v276

CHAR.

TL A

632

REGISTER
L27

L26

L29

L28

v286
93'

CHAR.
K 972

v272

:

K 976

K974
I6V27I

H27l:i

J14

L______J—

606

623

K98'

v 274

K990

w 98°

621

F-i

CAR.

READER

r
11
l
_____
v25'

LO4C
ENTER CHAR IN
ASSEMBLY REGISTER
AOVANCE 4661< 1

620

v 267

[

v252

v278
1

o

K30C

CHAR 2

9

o

422

K973

V282

‚‚1 0o
r

CHAR 3

::

K973
je81

weBo

weB'

II
o6j

K98°

H278

V280

977

1
0 J

l6

8

JL32A

MI

7

M' 75

6

174

jt
4

5
LEVELS

FROM

3
P1

71

2

READER

W€E8CE DAIIGS
1

ii:

v26'

CH 1

BUFFER

FEED

ACTtVE

PULSE

PULSE

;
.
g
;

DATA
CORPORATION

5
o.s
1

:
rnu
8 s1INPUT ASSEMBLY REGISTER

604-4
xDP 214534
64
i

RE
E

Page 65
TERM

PAGE

LOCATION

DEFINITION

QUAD.

J990

7N73

69

3

Chnl. 2 Buffer Inactive

J998

7M69B

67

3

Typewriter Control.

K914

7L76

66

0

K915

7L76C

66

0

K950

7K72A

69

0

K951

7K72C

69

0

K952

7K71A

69

0

K953

7K71C

69

0

K990

7K43A

67

3

K993

7K44C

67

3 j

V255

7J72

69

1

V256

7K76

69

1

V260

7K75

69

1

V273

7J71

69

1

V294

7J24

67

3

V441

4N21A

17.1

0

V447

8061B

17.1

1

V454

4N38A

17.1

1

V472

4M51C

17.1

1

W142 14K77
W145 I4K79

1

25

10

25

1

1

L

JL
J
J

II

TER[E

1ouI

DLFINITION

Assembly Mode FF
P. T. Punch Feed 1 FF
P. T. Punch Feed II FF
Typewriter Contro

1

r

J

1
1

r

P. T. Punch Control

Typewriter Control

Aux. Seq.

1

II

C.

0 '1'fllfllISIlTTSTITTflTSl 0000111

ssssssiisösss•sossssssöississsiisi
J 857
7

EIIEEIE
L46

l

r~

lr~

K90

K°52

1

1

1

1

FY

1

0
10
VI

1

01

0

00 63

1

1

K9'

'r

TYPE

TYPE

832

1 829

L' 95

44B

1<915

651A
1 831

1< 967

<965

1 820

K53A

K53C

K54A

K54C

K56A

K56

E57A

1 830

1 828

1 827

1 825

1824

1 822

2

1 819

856

5

1< 966

< 963

967

K 959
1 e54
1

3

967

62

1817

K594

1818

L45C

1816

L49

K957

__________
____________I

K958

1

Je50

M
K Y

J990

K5OC

1

K 962

J60

K65B

L48

TYPE

K58C

J68B

1<960

L47

4

L:I:IF-----•IIiI1

L'9
5B

851C

K 953

998

1

TYPE

J 990

K962

lt

99"

1e55

646

1<951

v 255
v 256

L' 92

j1<963

_

1 0
I0i
1 0 0 1

v 256

1 823

< 966

J58

JS6B

673

v255

LI:I---L454

L' 93

1<964

j 851
j e53

j928

1

TYPE

TYPE

1 826

L'94

i[44A
00 7 2

1

v256

j e57

M734

II
1
Io
1

v 255
v256

LEVEL 1

M738

Yy

1
oi

1

°

0

v260

v26°

OC

1iO

LEVEL 2

J 57B

K963
K 959

1< 966

I_l

21

v 273

V2

V 260

_

n

l1

l

10

1

II

1

V260 __

r

Io-_

0

v273

1

Olo

1

‚

IV
VI

0l_

t

M73C

I

1

IV

M74A

M746

M740

LEVEL 3

LEVEL 4

LEVEL 5

LEVEL 6

LEVEL 8
MT5B

TAPE FEED
MT5C

K967

2

815

Cl-IAR

K 966

K962

cHJ99O
2 BLJFFER

L50

0 053

0 463

0 043

J8o
0113

Jf

5O

0473
Je57
0 43
56
j 855

0293
1 854

1

J86

e5i

0

856

u8

j 852

j 855

j 852

Q283

jB 55

je 54

1

854

853

0 323

j 852

j 855

0 213

0 273

0 223

0 263

853

J RS?

J B50
0 073
B5I

j 85 l

0 153

0 143

0 313

j652

855

1

0 253

0 203

854

853

J854

1
1

QOI3

J R50
0 083

J B57
0383
856
j

J a50

0 163

0173

1 853

j857

0 103

0403

ff85I

0t23

O033

J B57
0 363

je 50

0063
051

J 656

0 133

o°

jBS 2

j 855

0 193
1 853

1

1 854

10

L51

H258

K 958

J55

0
L52

967

1

K 958

J65

CHARACTER
GATES

PUNCH REGISTER

1J63

23
852

0 183
1 853

f"K963
L_____18-

RANK IRANE

K 99 3

K99°

H257

v 294

TYPEWRITER
PUNCH

DISASSEMBLY COIJNTER

CLR 0
T Y P
L 147

L 144

L 145

L146

1

5 T 4 G E S

C 4 L

L 104

L'° 5

L142

L 143

L 102

L 103

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

0

42

0

0

6

0

V 447

L' 00

L' ° '

8JO2C
0

4028

I0I

J 402

0

0

0

BUFFER ON CR2
8J02

6937
SCANNER

w822

1<
1 17

II 6

1 145

1144

1143

1 10 5

1 142

1 104

1 103

1 102

1 101

CHARACTER ZERO

CHARACTER SEVEN

OUTPIJT REGISTER
48 STAGES
002/0003 THROUGH 0 472/0 473

NOTE
ALL JACKS ON CFIASSIS 7
UNLES5 OTHERWISE SHOWN

744
4M38

1<745

v 454

Page 66
TERM

LOCATION

PAGE

DEFINITION

QUAD.

1806

7L31A

64

3

7th Level (Reader Register)

K929

7J08

71

1

Load Point FF (P. T. Reader)

K931

7J09

71

1

Character Mode FF (P. T. Reader)

K971

7J17C

64

2

K975

7J16C

64

2

K979

7J13C

64

2

V263

7K08

71

1

Reader Mode Switch Down

V267

7L08B

71

3

P. T. Reader Feed Pulse

W161

7J39C

25

0

W162

7K50

25

0

W163

7J49

25

0

Assembly Counter

J

External M. C.

J

TERM

LOCATION

PAGE

QUAD.

DEFINITION

$sell
SELECT PIIICH

ASSEMBLY MODE

l

PUNCI-1 MOTOR

1
1 0

I

1

INTERRUPTON
END OF TAPE

SELECT READ€R

11

o

I

I

' 62

1

I63

"
q.

Mj

‚J966
212xx

1 939

J 942

j964
NOT 212XX

J 94

1 966

.J 939

J 939

J 946

2XX4X
2XX6X

-

0

10

END OF TAPE
(READER)

o

Io

w162

1 966

j935

1 935

1 935

J 527

J 947

J 963

1 964

J 945

21240

112xx

NOT II2XX

J 944
11200

K 929
LOA POINT

0l

63

w

P

1

0

-

962

CHAR. MODE

U

0

wI

JIIIxx

1 806
LEVEL 7

SELECT TYPE

ø

CHAR. MODE
v267

INTERRUPT ON
CARRAGE RETURN
OR TAB

1
0

0

263

1

j 961

J 960

J 935
NOT IIIXX

J 939
21126

J961

J 962

u 947

J939
NOT 211XX

1114X

J 962

0

946

IIIOX

< 979
975

2122*
2123X

K

.

971

ASSEMBLY COUNTER
(RANX I)
600

‚1
:

SELECT KEYBOARD

r-:---;--:--i
lo -o

J963
‚j935

1

wl62

J9

Sol$

>.

SELECT

SENSE

ZIZXX

SELECT

1 XXX

11296

NOT

O64C

O63A

SELECT

XI2XX

XIZXX

NOT

XIIXX

XI IXX

XIIXX

1

u 948

J 934
j938

J 936

1 934

J 950

1 951

J 953
1 9054

J 953
1 954

J 957

u 957

J 959

J 959

NOTE
ALL JACKS ON CHASS 7
I1ESS OTWERWISE SHOWN

TO SENSE & INTERRUPT CKTS
SEE PAGE 30
(_

IJN66C

FIIIN65c

LII1

N64C

N63C

JN60C

N6IC

N60A

N6IA

N66A

N65A

N64A

N63A

II1N8IA

II.I1N8OC

L1N606

LI1N8OA

40P20A

49P21C

48P218

L1N84C
+NS4B

N68C

N62A

IN84A

N69C

N68A

LIIN 83 C

LN638

N70C

N778

N78C

J 946 N7OA

J 946 9716

J 944 N7NA

J 942 NT9A

M 193 NS3A

M

NB2C

M' 9 ' N828

M' 9° N62A

6M7TB _tBN?3
507

6M72

6M7I

6M76A

N754

N74C

6M7O

1

L1N79C

C

0440

0040

0 041

0450

0 051

0 050

0 040
0 00

6M74
8L23C

LI16P2IA

III 8L236

0 111
0 120

0 120

0 121

0121

0 131
I40

0 131

0 130

0 130

0 40

0 140
1
450

0140

CX. 1
SENSE READY

.1
SELECT READY

1

450

CX. 2
SENSE READY

J 451
CH.2
SELECT READY

J451

101

11

10

F R 0 M

LIIJ8L23A

L8J23C

8J232

1III18J23B

8NI2C

6NI2B

8NI2A

0 091

0 081

0 071

0 061

0 051

0 041

0 031

9

8

7

6

5

4

3

E X T E R N 4 L

F U N C T 1 0 N

0 031

1 N V E R T E R S
1-

17

CONTROL DATA

__________________________

g

CORPORATION

co

1
-

1

1

- jTIMEXTERNAL FUNCTION
TRANSLA1OR
d

-

1604-4

XDP 214519

B
66

Page 67
TERM

LOCATION

PAGE

QUAD.

1

DEFINITION

K902

7L63A

66

1

K903

7L63C

66

K914

7L76

66

1
1
0

K968

7K61A

69

3

Chnl. 2 Resume

V256

7K76

69

1

P. T. Punch Control

V290

7J28

69

2

V291

7J27

69

2

V292

7J26

69

2

V293

7J25

69

2

V296

7J22

69

2

W161

7J39C

25

0

W 162

7K50

25

0

J

f
J

TERM

LOCATION

PAGE

QUAD.

DEFINITION

Select Keyboard FF
Assembly Mode

Resync Pulse

External M. C.

IIIIIIIIIIIIIIIIIIIIIIII----

I

111181188 $is$ is
READY

CH.I
BUFFER
ACT 1 VE

47_

ASSEMBLY REGISTER
48 STAGES

bAt

NOTE

1900/1901 THROIJGH

L'78

I $is I is I

STAGES NOT SIIOWN REM*IN CLEAREO
DORING KEYBOARD OPERATION.

5

1

0049

M'67

1t

L

NI6A

H

H

L2LJL
LL
t t

H

SEENOTES

IBI

J991
7_

'fIi1

SU

T::

.

—8-

_

KO7

I5V

KOG

1

1

1

1
1
1

-'-r1

1

1

1

TCC

1

J36A

+K-C

+.Ill.

KISC

J

lebe

1 82
822

J3€8

J

1829

1 815
816

1 619

V 29

M09

4J3.
T,5

I

1

1

K °2

r

990

1

1

T
KEYBOARD

i:

960
SELE
111001861

K994

29l

lTT

T

CIS

lTd

_

1

1

k1Bl

K5

_

mK

‚961

_* SENSE

TRANSLATOR

LECT

SELECT

937

j 947

j 96 O

XXX4X

X11R6

993

M 273

r-p-1lSPACEl

q..

O4ANNEL 2
RES&JME

257

v277

164

V 257

L1v2sJ

________
__________________

ADVANC

v 256
PUNCH

J83C
M274

J29

w'62

266

ii

INTERRUPT
ON
CARRIAGE
RETURN

1
1
1

<989

FUNCTION
CONTACTS

j 962

w'6'
SENSE

644

643

M69B

J 998
J83B

069

j946

1

~tK

8P19A

964

CONTACTS

996

XII4X

1

J24

KISC

INTEUPT

j9€2

1
1

J26

CKAR MW

291

v 29°

TAB
MICROSWITCH

Je50

v 296

J25

2C

J937

M

CHAR. 0

V 293

J 997

649

M27'

1

L43C

T,2

RO COOE

READY 0FF

j946 L
IJ!_

070

SELECT j5'4___

1
J35A

1 K
1

—

1

T,3

,296

K 986

1

T,4

REGISTER

968

1 632

M 275

1

J

1826

L41

L

SO

660

1
H269

K 962

DISASSEMBLY

lazo

V292

____
________
_
K984
140

KEYBOARD CONTROL

RIBBON
FEED
BA:-1 1

I
1

SHlFT 1
1 1
—II
1
758
1
ICR 1
MICROSWITCHJ
C. R.
M-JF j

-

FUNCTION
CONTACTS

5

—Y

K 965

CASE

KO2

1 624
1629

1 827
1826

031

-I5V

L45A

L

1817

SELECT
V293
KEYBO4F
K 903 _\.I

M2'

:
SPACE

.I2C

1830

-I5V

L193

+

6526

KO3
L44C

1

642C

-I5V

4

L44B

I1

1

1
TCC

K04

KOS

4

L44A

II
1
1

1

T

-I5V

y

4

5

5

:

____________ -I5V ____________ -I5V

SELECT
READER

K42A

5

;

EI

H4

5

_*

7
1 —I±

960

9 02

SELECT
KEYBOARD

1

5

_

92

7OC

j5 A

SELECT
<90l PRINT
TYPE. OUTPUT CONTROL

291I
J83A

READY

1. ALS JACKS 16 CHASSJS 7
UNLESS OOIERWISE 500*5.
2. ALL 010065 ARt TYPE T—PG
POOARIZEK
3. TRAJISLATOR MAGNETS LOCATEO
IN 7066*500ER DE000E#.

L:_i
±38
L197

649
K48A

I[' j985
______
CLEAR DISASSEMBLY COUNTER

0&JTPUT
BUFFER .__-AfIIII___A1IIII1
ACTIVE

7r T rs1rT
1
Ilj ______________________________
•2
— - _
________________________
fil IIlII________________________________
161
XDP 21,
kItItilmL
TYPEWRITER CONTROL

Oh 0

effigies

-

J20602

8

RIBBON
FEED
CONTACT

7

-

J20004
-- H -

-

H

-4 M272

PRINTER

W

W

-M 266

16

Z

-

Z

{°OFF

1

'9

J

_

0 6 02

TCC
flill:

TIB

1
8)
TO

21

KEYBOARD

22

15

CAM

20

TAB
MICROSWITCH

DC-31

1

1

(J35C)

TC6

0

__________________

1

:-°

1

TC5

CONTROL

23

BACKSPACE
CAM

1
1

25

RETURN

___

L

26

CARRIAGE

L

27

CAM

28

____

___

X

X

1
1

Ma?I

1

‚

1J351

29

SHI
CAM

_____
-

M27°
J78 8 1

-

CASE
CONTACT

1

32

¶1I::I

UPPER

-ØM 269
(J36C1

1
-

—

34

1

_____

0FF

_________________

TG2

TO

'
J20602

1

SENSE

1

CIRCUIT

1

UPPER

CASE
CONTACT

J20004

1

TCI

__.o

v

6
4

4

-

T

T

5
3

_______________________
________________

11

___

2
10

____________________

e

_________________
-

I

____

-

-

1

_$s

—

9

36

'---,

1n
5- V

CANNON
DB-25
-

13

tOOO4

___________________________

-

~

6
:-

1.
-

-

j4

1

R

______

'0

J2o2

CAJINON

CROI

CR02

(TM2

4

N

M

M

M 23

10 INPUT
ASSEMBLY
REGISTER

(J3TA)

(J32C)

(J388)

(J3A)

—

B
(l.45B)

2
15V

:

C

1

—

L'92

(L4SA)

CANNON

- _____ -

1
1

__

R

N

NOTE

EROM
DISASSEMBLY
:i

M

(J372)

P

—

1(02

-

P

________
s

20330

___]

-

__

______________________

(L45C)

J20601

I

)

M 265
( J31C)

_

40

20II=

CR07

TO
KEYBOARD
CONTROL

-

o____

110 VAC

s

P

50

_

(J36ß

___

i

33

L_

„

4

1

M26e

.

4
______________________

M26T

(J36A)

-

v

32

_5V

________
u

-

___ 3

-.-O

1

36

______

°
.

U

________________________

37

___________________
-°_____________ 2

TC3
1

1

31
LOWER

TC4

1

30-

-

MACHINES WITHOUT ECOs 67 & 87
ARE WIRED AS SHOWN INSIDE
BROKEN LINE AND DO NOT HAVE
DIODES CROI-CRO7. ECOs 67 & 87
MW OPTIONAL ON SERIALS
BELOW 50.

________________________

J20330

J 20004

28

____

24

J20602
CANNON
DO-50P

CAI4O$

1

8

iiiI:I 11111

J20601

1

-

M 275

17

TAB
CAM

[

CONTROL

J35B)

iiiI:IIIIIIIII

issi

-

J78C)

-

$Is

J20330

-

4

SPACE
CAM

I

1

2 ____

- 5V

0

1

___

~CR

PORTIONS

TAKEN

-L'93

(L44C)

K04

____

ALL DIODES EXCEPT CROI-CRO7 ARE
TYPE T-IG POLARIZED

REGISTER

INC.

4

JACK

E

____

SWITCH

-L'94

THIS

DRAWING

SOROBAN

DRAWING Na.

NUMBERS IN

C-1556.

7

ARE

ENGINEERING

PARENTHESES

ASSIGNMENTS

CHASSIS
MARGIN
SAFETY

OF

FROM

INDICATE

LOCATED

ON

K07 IS NORMALLY ENERGIZED WHEN
TYPEWRITER IS IDLE.

( 1 448)

DIODES CROI-CRO7 ARE TYPE TG-12

C

OR IN677, CDC NO. 4204.
0

4

F

-

4

-L'35
(L444

CR05

5

5

LL~

E

-

______

2LI96'1

1

CR06

274

(L43C) 1

___________ __________

_°'t

:

____

___

_____

:7 iF

-----

0

*MTYPE

(J83C) 1 CONTR

.R.M273

K

-

TO

-

.

lJ83R)

l.
_

fiE______

- - f

___________________________________
L
DLRAM,
TYPEWRITER
INT ERCONNECTIONS

CONTROt DATA

CORPORAT1ON

1604 - A
XDP 214586
668

B

Pae (9

TERM

LOCATION

PAGE

DEFINITION

QUAD.

K913

7L75C

66

0

Select Punch

K914

7L76

66

0

Assembly Mode

K990

7K43A

67

3

K993

7K44

67

3

J998

7M69B

67

3

J999

7K60

67

1

t

TERM

LOCATION

PAGE

QUAD.

DEFINITION

Typewriter Control
Typewriter 00 Code

118188188111818

111

$see B e Be

IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIII
SYNC10

»M
[] 71(76-2
COIJPI.ING

COMMON

»N

17J84-14
J69A

SYNC UI

J 989

v 294

7778

1<990
K784

1<

J 76A

993

998
999

1<968

K 913

J 987

ED
EUI

1(72

K°52
1< 951

K95°

K 954

PUNCH
SELECTED

1(70

1

i-<‚.)-------------

1

1

H 255
J72

V292

171
7878-6

I

V255

±
REGISTER

256

H 257
CH

J63

RANKI - RANKfl
DISASSEMBLY COIJNTER

V256

V 273

::

J55

::

CHAR 0
ADVANCE
RANKI
DISASSEMBLY

0r
M75C

1 926

k

1

EIjIEIII-9.

M 163

M'49CHANNEL 2
RESUME

TAPE FEED
1<914
CHAR.
MODE

1< 950

a
K6
1<96

71(78- 1, 12
OIJTP
pI9A
J 984

OUTPIJT 21268
SELECT 966
READY
J792

ON
PUNCH
MOTOR SWITCH

886016
946

t

ri

OFF

j

CLEAR

DIS ASS EMBLY
COUNTER

OUTPUT
16

MOTOR
1(63

1

1601 CATOR

-

62

RESYNCHRONIZING PULSES
H29OK53
83

v 290

28

V 29 '

v 292

J26

V 293

v 294

J24
J22

2005

i

J 947
88848

v02

2004C

BUFFER
ACT IV E
LINE

V 297
84

ALL JACKS 06 CHASSIS 7
UNLESS OTHERWISE SHOWN.

2I

I99
END-OF-TAPE
MICROSWITCH

END-OAPE

$$$lose so$$ $ I s so of I $sell o
4J01 4J03 4J05
1

J20502

—A
B
c
OUTPUT
0
SASSEMBLY
REGISTER
E
F
8
LEVEL 8
J
TAPE FEED L'8°
6
SYNC._HI.
L
SYNC. LO.
M
COMMON
N
+20V
8
0UND
P
— 20V
5
LEVEL 1
LEVEL 2
LEVEL3
LEVEL 4
LEVEL 5
LEVEL6

115 VAC
60

PUNCH M
RELAVOTOR

J20318
TO COMPUTER
S€N5E CIRCUIT

20001

J20803

—— A
4
B
6
___ c
C
— 0
—D
—E
E
______
— F
F
_________________________________________
__________________________________________________________________________
8
H
J
J
- 6
6
___ L
L
—M
M
— N
N
_______
8
8
P
—
P ________________________________________________________________________________
A—
5
5
C.—
T
D
1
u
E
V _________________________________________
J20804
F—
H K—
K—
b*—
N
-

CONNECTED
GROUND RINGTO

J20805
b 0 Z P 8 5 T U V W 5
tHMHMM

T'

J20806
E F 8 J K
Httt
V U T S R

24 8

PUNCH CHASSIS

1

2 3

4 5 6

7 9

Y

X

__

4

l

5
PUNCH
2[Q)_]7 DELAY
RELAY
___
1
SHIELO
!
POWER DISTRIBUTION
BOARD FOR PUSCH

MAGNETIC
PICKUP

-..-4-14- — —

————
—

8J03 [Il 24 2 8

1 1

2 3

45 67

20 21

SWITCH
'

POWER
‚ T 7

ffl
9

JL2
CONNECTOR
TO PUN ]
08TO LAY
LAT
S 88

T
U
V
w
8
Y
Z
0

—
—

0
o
o

T
_____
•
—

8
w
6
5
2
0
—

E

—
0
0
o
o

OJTPUT

INPUT

&
02

L
05
—1
Q6
5 4JO3
0
0
O
0
o
0
____
9
__ 9}
IJ
00O
0
L
012
0
0
1
oJ
0 - -0-- E
—R Z
4JIO
°
°
°
—J
1 —
—'
—
TYP E 86 PULLER CAROS

R—

— -

S_ J
J2O8O4H
uF
1__VE

L250

8

1

R
20V

______

14JOI

—3
IIJ
74J05
—11
M4JIO
—.NJ

PUNCH
CONTROL
UNIT

1
14J11
—.—

—

R
P
N
6 —
J
HF
E

-28V (SEE PUB.60107300 FOP AULT
POWER SUPPLT CIRCUIT DETAILS)

L _ L

L1______
1691$
21 9 8 7 6 5 4 3 20 8J03
XIITING
4—.---. TELETYPE —8W
CONNECTOR
— — T

___________________

____

—

PUNCH MOTOR

88

6

~6FF8__4
2
-7t

______________________________________
L

SHIELDING

1

8

ri

1 1 1 1

—

/__
A
B
c
o
E
F
H
.J
6
L
M
N

R

R
P
N

I
j

14 15 16 1?

E
F
H
J
6
L
M
N

TYPICAL INVERTER SECTION TYPE 86 CARO
(TI4REE SECTIONS PER CARO)

4J10

J20806

J20804HNSJABcDEPHK

J2o2Ii

—
4
B
c

J20805

1
1
1

IJ5VAC
6O

1

:J-rIL1LJ

-

collromm
1a
‚Na -1II
____
P T. PUNCH CIRCUITS
(BRPE - tI)

CORPORATIOM
_

1604-A

XDP 214517
1- 70

E

Page 71
TERM

I

LOCATION

PAGE

QUAD.

DEFINITION

K086

71181

26

3

Auto Load Logic (Serials 24, 25, 31, 32, 37 & 44 only)

K086

7J84A

26

3

Auto Load Logic

K088

7J84A

26

3

Auto Load Logic (Serials 24, 25, 31, 32, 37 & 44 only)

K902

71,63A

66

1

Select Keyboard

K904

71,61A

66

1

End of Tape

K911

71,59C

66

0

Select Reader

K972

7J15A

64

2

K973

7J15C

64

2

K976

IJ14A

64

2

K977

IJ14C

64

2

K980

IJ12A

64

2

K981

7J12C

64

2

R907

3M63

36

2

CCRL = CCR•

V279

7M09

67

0

Typewriter Control

V459

6N62

17.1

0

Aux. Seq.

W161

7J39C

25

0

W162

7K50

25

0

W821

6036C

45

1

TERM

LOCATION

PAGE

QUAD.

DEFINITION

Rank II Input Assembly Counter

?

J

External M. C.
Aux. Ref. Designator = 001

- 8181iiii so$ I off$$ loss is I $is$$ Be

1118888811881111111 $is is $$$$somesi
K 928

v 279
KEYROARD
PULSE READY

READER MOTOR

J79C

1 NPIJT

78

v 284

READY LINE

INPUT

1(04*

K 926

1(14

UP

SELECT
READER

v 97

K 999

v 290

M

LOAD PT
H 265

K 924

(ASSEM8LY)

813

812

< 928
1806

V265

K925

H 26 '

w 162 (MC)

READER
MODE
SWITCH

END OF TAPE

L04

v 295

JOB

K929

1)1

INPUT
BUFEER ACTIVE PULSE

pj 167

READER
CLUTCH

V 267

(MC)

K922
v2

i!

1K7

w'62

V 295

L79

V 270

{DOWN

CLEAR ASSEMBLY
REGISTER

LI4A

Jo6C

J°

MOTOR

ET

INPUT
BUFFER
ACT IV E

I

V

w 162

R ESU ME

tCLUTCH FF

L78

UP

READER

SWITCH

LI?

jS2Z

V263

1(14 C

V294

V 297

DOwN

CHARACTER MODE

-1 K926

(CFIARAC1ER)

L

H 263

Klo

1(09

K950
J09

v263

K 927

NEUTRAL

L_*

FORCE DISTRIBUTOR
TO CHAR. 0

V 265

M'

1(27

CAR. 7
K925

1(26

K 900 K 977 -

K927

K 96°

6
1(25

-

Ct-$AR. 5

K976
K9

v26'
K972
K935

1 978

TAPE
FEED

-L;:n

Y 999

-.

L12

v 999 C

45

EXT.

1(47

52

LK

1(24

K'

-

K 976

-

CI4AR 4

H267

RANK 1

-

RANK

25)
64)

fl_[940

L199

IN ASSEMBLY
REGISTER
AD4NCE RANK 1

FEED PULSE
H25'

K 938

K 938

ms

1(50

V 290

v 291

ENTER O4AR

-

L08

1(06

K973

E~

:
C.L, AR
R
REGISTER

SET

J991

READER
REGISTER

1(25

K98'
K976

J—B.CHAR. 3
-

v 6

K 94 '

K950
K976

K 939

1(22
-

—B.CHAR. 2

v 290

K 980
K977

1(21
-

1

ENTER CHAR.
IN ASSEMBLY
REGISTER
ADVANCE RANK 1

-

1(20

RESYNCHRONIZING PULSES
v °2 '
V 250 J28
v 292 08

V 293

v 294 J24

V 295

V 296 J22

V 297

-lT. mi
g

NOTES:
1.

ALL JACKS ON CIIASSIS

7

J

_____________________________

UNLESS OTHERWISE S1IOWN

±

____

APER tORE READER

zu'

CONTROI DATA
CORPORATION

1604-A
XDP214516
71

sssssss•ossosssiosisssissssssssssi
-SOLAR

r

40 2-5

02

25V
003

+13000mf

=

C09
10 mf

25V
-20V
R06

Rl5

II5
POI-13

1

3
f
F
(7
~0 2 v

+

004
000f
25

1W
1KR14

RIO
IK,IW

/

58

LEVEL

Q6

D09

10

LEVEL 2

QIW

0

78_LEVEL

Qe

e8

1

402-7
402-8

A02-3

403-5

401-1

-

Ao

-

403-1

R

403-2

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14 13 12 11

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8

76

5

4

32

1

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67

6

5

43

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7

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5

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1

EVEN
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14 13 12 11

109

6

7

6

5

4

2

1

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10 9

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7

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14 13 12 11

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7

6

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1

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1

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47 46 45 44 43 42 41 40 39 30 37 36 35 34 33 32 31 30 29 20 27 26 25 24

23 2221

1604

10

( SWEEP

IGREE5I

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PROGRAM ADDRESS

0000000000000000

EXPONENT
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4 REGISTER RIGHT

Q REGISTER LEFT

3

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23 22 21

INDEX REGISTER 6

0 CLR

1i

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IREDI

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SHlOT
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1

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47 46 45 44 43 42 41 40 39 30 37 36 35 34 33 32 31 30 29 20 27 26 25 24

N

2

1
1

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INDEX REGISTER 5

0000000000000000
10 9

4

0000000000000000

INDEX REGISTER 3

12 II

5

IGREENI

ACTIVE

1

A
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14 13

6

1

C8AN 4

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11 10 9

7

IGREENI

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ALARM

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14 13 12

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6

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CLEAR

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0 25

0 26

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407

408

409

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P 02

P 03

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412

413

414

415

416

417

418

419

420

421

422

423

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61 01

61 02

81 03

81 04

BI 05

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8108

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U 32

424

4 25

4 26

427

4 28

429

430

4 31

432

4 33

4 34

435

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6202

8203

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8205

8206

8207

8208

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82 II

82 12

82 13

82 14

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436

437

438

439

440

441

442

443

444

445

446

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8307

8308

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U 39U 40

U 41

0 12

0 13

0 14

0 15

0 16

0 17

0 18

0 19

0 20

0 21

0 22

023

85 00

8501

8502

8503

8504

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8506

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U 43

U 44

0 24

0 25

0 26

0 27

0 28

0 29

0 30

0 31

0 32

0 33

0 34

0 35

8600 86 01

6602

8603

8604

8605

86 06

U 45

U 46

U 47

036

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0 38

0 39

0 40

041

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0 45

0 46

0 47

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1604 A CABINET
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604 A CABINET FUSE PAN

NOTE

SEE FOLLOWINS PAGES FOR PIN ASSISNMENTS

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101-1

N017

L01-13

B

L545 984-3

8

L446

083-7

8

M547

082-9

6

M524

102-1

B

M425

101-5

M993

D04-1

C

L546

384-7

C

L447

383-11

C

L424

103-3

C

M525

102-5

C

M426 101-9

SACK

0

8862

L43-12

0

8253

813-4

0

9470

075-11

0

X272

N12-5

o

N994

D04-5

D

L547

084-11

0

L524

104-3

0

L425

103-7

D M526

102-9

0

M427

P14-1

E

A872

L45-9

E

X262

L12-4

E

0471

073-8

1

X282

912-5

E

M690

001-1

E

M725 002-9

E

L525

104-7

E

L426

103-11

E

P15-1

E

M428

P14-5

H527

F

8872

L45-8

F

3263

L13-4

F

0470

072-12

F

8292

012-5

F

M691

G0I-5

E

L991

305-3

F L526

104-11

F

L427

P16-3

F M528

PI5-5

F M429

PI4-9

II

J921

P33-7

H

4862

L43-II

H

9080

823-11

H

0241

J03-8

H

8302

J36-5

H N692

601-9

H

L990

H82-3

H L527

PI7-3

H

L428

P16-7

H M529

P15-9

H M430

106-1

J

8923 P54-2

J

A743

M43-I

J

9080

823-12

J

0240

J02-6

J

X312

836-5

J

M693

302-1

J

J

L528

P17-7

d

L429

PIG-Il

J U530

107-1

J

M431

106-5

I(

H913

P45-2

6

A743

N43-2

K

N180

921-5

6

6471

076-IC

6

X322

L36-5

6

M694

002-5

6

K L529

P17-11

K

L430

008-3

6

007-5-

6

M432

106-9

L

8903

P41-2

L

A743

M43-3

L

9180

921-6

L 4470

075-9

L

X332

N36-5

L M695

G02-9

L

L L530

109-3

L

L431

008-7

L M532

107-9

L M433

P20-1

M

4743

M43-4

M

9180

921-7

M

0471

073-9

M

X342

936-5

M M987

002-5

M

M L531

109-7

M

L432

108-11

M M533

P21-1

M M434

P20-5

N

6863

M44-1

N

9180

921-8

N

0470

072-11

N

X352

036-5

N 3257

173-

1

N

P20-9

P

4863

M44-2

P

X302

J36-4

P

6241

J06-8

P

X362

J57-5

p

002-

R

4863

M44-3

R

X303

J37-4

R 4240

J05-8

R

X372

(57-5

R M990

S

Joo

1

S

X312

836-4

S

0472

074-3

S

9382

L57-5

S

M992

00

T

6752

L44-8

T

X313

637-4

T

0473

060-3

T

3392

N57-5

T

M991

U

N280

945-12

U

X322

L36-4

IJ

A242

J07-4

11

X402

957-5

u

M980

P30-

1

U

F

u
N

P

H980

P39-2

R

s

L690

H83-5

T
u

j000

009-5

1

P34-

M986

N531

N L532

109-11

N

L433

P22-3

N M534

P21-5

N M435

P

M199

FO7-I

P

L533

P23-3

P

L434

P22-7

P

M535

P21 -9

P

M436

176-1

001- 1

R

L689

005-7

R L534

P23-7

R

L435

P22-Il

R M536

177-1

R M437

176-5

1

-9

3

J002

309-

1

S

L535

P23-Il

S

L436

378-3

S

M537

177-5

S

M438

176-9

001-5

T

J004

009-7

T

L536

370-3

T

L437

178-7

T

H538

177-9

T

M439

181-1

U

L537

179-7

U

L438

178-11

U

M539

182-1

U

M440 151-5

1

v

J004

1309-11

V

5362

J57-4

V

X323

L37-4

V

A243

J08-4

V

11412

057-5

v

M981

530-5

V

L696

H82-11

V

1538

179-11

V

L439

183-3

V

M540

082-5

V

M441

181-9

w

J006

105-12

W

5363

J58-4

W

9280

645-7

W

9380

163-12

W

X422

82-4

w

M982

P30-9

W

L690 483-7

W

L539

184-3

W

L440

183-7

W

M541

182-9

W

M442

G77-1

x

J007

P33-I

X

5372

857-4

X

N280 945-8

X

H943

P35-8

X

x

M983

P29-I

X

L680

H82-7

X

L540

084-7

X

L44

1

183-11

X

M542

078-

1

X

M443 077-5

y

Y

X373

858-4

Y

9280

945-9

Y

H943

P35-7

Y

y

M984

529-5

Y

L955

E77-12

Y

L54

1

184-11

1

L442

679-3

Y

M543

378-5

Y

M444 G77-9

z

z

5382

157-4

2

9280

845-10

Z

J007

P33-2

Z

z

M985

P29-9

Z

Z

L542

080-3

Z

L443

579-7

Z

M544

578-9

Z

M445 081-1

0

8

X383

L58-4

0

9280

945-11

0

6768

110-7

0

0

M448

528-1

0

1691

o L543

080-7

0

L444

079-11

0

64545

582-1

0

M446 G81-5

b

080

b

080

b

GRD

b

080

b

040

520309)

(CONSOLE

5203(3)

ICONSOLE 5203141

b

GRO
14921

11521

II KIl

(IK2I

b

sRD

b GRO
(CONSOLE

17031

H83-3

b
520310)

GR0

ICONSOLE 52031 II

r

NOTE.
CABLE DESTINATLONS ARE SHOWN BELOW THE TABLES 25041; eg., 135)1
THAI THE CABLE DESTINATION IS CI-IASSIS
0300, CONNECTOR GI.

b GRO

ICONSOLE

5203IZ)

b GRD

(CONSOLE

)!

1
1

IISDICATES

:=

!
1
-

1

TT1U
1

ts

••

CONTROL DATA
CORPORATION

1604-A
CABLE CONNECTOR
PIN ASSIGNMENTS
CHASSIS 1 0200

XDP214613

1

80.2

•SSS100SSOISSSSSSSSSSUSSSOSSSSSII
A2

Bt

PI_N

PIN TERM

B2
JACK

P114

CI
JACK

TEAM

PIN TERM

C2
J*Cfl

PIN

rERM

D2

DI
PIN

JsCn

TERM

JACK

PIN

TERM

EI
JACK

A

4 J 331 183-9

1* E351 677-7

4 1612 A53-12

A Soll 080-3

A 1512 A53-II

A

Solo D79-2

A

8 T0l-T04,pin 1

6 J334 J78-12

B E353 878-7

B 1610 A54-12

B Solo

6 I6!3 554-1 1

8

5020 081-12

6 5020 D81-1

c

c

C

C

1614 955-12

C 5021 582-3

C 1614 AS5-I

C

5030 063-12

0

D 1513 928-6

0 E363 680-7

D 1615 956-12

0 5020 581-3

D 161s 956-11

0

S040 E19-12

E

E 1616 457-11

E

9050 E81-12

1512 925-6

E361 679-7

579-3

TERM

JACK

PIN

TERM

PIN

TERM

JACK

PI'J

S021 082-10

8

5021 082-9

B

V205

661-6

B

V679

073-11

B H04 1 68 1-2

8 V403 M6 -9

C 5030 083-11

C

5030 093-9

C

S031 584-12

C

5031 564-10

C

S03

584-9

c

6555

082-11

C

V483

640-6

C 9033 680-2

C

D

5040 E7911

0 5040 E79-9

D

5041 E80-12

0 5041 EBO-Il

0

5041 EBO-lO

0 5041 E809

D

5666

L05-6

D

F541

N80-8

D

0 9680 074-9

E

5050 E81-Il

E

E

5051 E82-12

E

E sosi

V420 M73-9

F 1616 958-11

F S060 E63-12

F 5060 E83-II

H 5041 E80-3

H 9124 501-1

H 5070 679-12

H 5070 F79-11

J T0I-T04pin 3

J 1517 432-6

J E373 684-7

J 6040 078-11

J 5040 E79-3

J X134 001-7

J S080 F81-12

J 5080 681-11

E82-l0

E

SOSt E829

E

E

V661

052-11

E ooj

F 5060 E93-9

F S061 E84-II

F S061 E84-10

E

5061 E84-9

F 11974

J52-12

F

5650

055-10

F

174-12

F V222 676-5

H 5070 F79-9

H SOlI F80-12

H 9071 F90-11

H 5071 680-10

H S071 F80-9

H 9974

J52-ll

H

V861

642-12

H F433 M26-3

H V206 665-9

J S080 681-9

J 5061 662-12

J 5081 F82-11

J 5081 682-10

J 5081 662-9

J (1974

J52-l0

J

6472

L75-6

6 5091 F64-9

K

V6BI

P32-Il

K V697 M40-6

6 V407 6160-7

5051 E82-II

L H974

J52-R

L

V676

071-9

L w910 6165-1

L V409 6162-8

M Si 1 1 982-10

64 51 1 1 582-9

M 5211

666-9

M

VB8O 074-11

M 6407 6146-11

M V205 661-7

N 5121 964-11

N 5121 984-10

N 5121 884-9

N V207 663-6

N

VR5O 640-12

N 6403 6144-2

N V207 K63-5

P S131 482-11

P S131 982-10

P 5131 H82-9

P

P

V670

060-9

' 6411 672-2

P V214 651-12

6 S090 F83-9

K S091 F84-12

6 5091 F84-1 1

6 $091 F84-10

L SI00 G79-I1

L 5100 979-9

L SIOl 980-12

L SIOl 980-11

L

M S061 684-3

M 5164 503- 1

M SI 10 981-12

M 51 0 581-11

M SI 0 561 -9

61

M Si 1 1 582-11

N 5060 E63-3

N 8174 003-7

N 5120 583-12

N S120 583-11

N 5120 G83-9

N SISI 884-12

M 6140 678-11

N

N 1615 456-6

N 6391 C82-7

14 6140 E78-10

St 1 1 G82-12

' 6413 673-11

K H974

6 5090 683-1t

L 5100 579-12

M E385 C8 1 -7

4431 L74-I

L SIOl 580-9

K S090 F83-12

M 1614 855-6

CARD1

J52-9

L 6154 D02-7

M TOl-T04pin 2

E

5603 021-5

F 5061 E84-I2

5050 E81-9

K X 144 002- 1

681-3

A V670 060-6

5031 584-12

E 5030 089-3

soso

MCX

K80-4

C

F 1616 958-12

L

5077 M74-9

PIN TCRM

4 SOlI 560-10

H N040 578-12

6 S05 1 682-3

JACK

TEAM

B

H E373 683-7

L N140 678-12

PIN

5021 502- 1 1

F E371 882-7

K 6040 578-10

A

12

II
JACK

B

H 1516 931-6

L E383 C80-7

A VeRS 645-12

TERM

4 SOlI D8011

F 1515 430-6

K E381 C79-7

PIN

5021 082-12

H

L 1613 654-6

JACK

TERM

B

E 1616 557-12

D80-9

PIN

A SOlI 080-12

E 6365 681-7

K 1612 453-6

JACK

B 5020 081-9

079-11

E 1514 429-6

L

TERM

4 SOlO 579-9

Solo

E

$6

P94

JACK

rCRM

HZ

HI

G2

GI

F2
J*CX

4 SOI

F

S031 D84-3

FI

E2
PIN

PIN UHU JACK

siol

580-10

p

p 1616 857-6

P 6393 C83-7

P 6140 E78-9

P 5071 680-3

P

P

5130 881-12

P 5130 H8l-11

P S130 H81-9

P S131 882-12

R

R 1616 858-6

R E395 C84-7

R 6240 F78-12

R S070 F79-3

9 F433 6126-2

R 5140 883-12

R S140 983-11

R 5140 H83-9

R S141 1-184-1

R S141 H84-11

R 5141 884-10

R S141 984-9

R V621

034-5

R

VBB6

646-7

R

9 6612 J16-1

- (FUSE 'AXEL)

S 1512 827-9

S J253 674-1

S 6240 F76-I1

S 5081 F82-3

S

1-1886 J48-II

S $030 80-3

S J030 J80-4

S J030 J80-6

S

J031 J80-9

S J031 J60-10

5

S

5

V206

662-5

S

5668

649-7

S

S X6 14 J 17-1

T 1513 828-9

T J263 874-7

T N240 F78-10

T S080 F6l-3

T N888 J49-11

T J032 J81-3

T J032 J8I-4

T 1032 J81-6

T J033 JBI-9

T J033 181-10

T J033 J81-lI

T J033 J81-12

T 6530

L09-ll

T

5860

642-6

T

T

U J034 J82-3

5 J034 J82-4

11 3034 J62-6

U .J035 J82-9

Ii J035 J8210

Ii J035 J82-11

U 035 182-12

u

6530

L09-l0

11

V203

660-11

(.1

U

6530 L09-9

V

V611

027-8

V

V V102 L83-9

u

1514 429-9

U J273 675-1

U N240 676-9

U S091 F84-3

v

J644 676-7

V J283 468-1

V N340 578-12

V S090 F83-3

V 6930 J76-5

V J036 J83-3

V J036 J83-4

V J036 J83-6

V J037 J83-9

V J037 J83-10

V J037 J83-lI

V J037 J83-12

v

w

6141 6105-7

W J293 676-1

W 6940 578-11

W 5101 580-3

W A997 654-7

W J038 84-3

W J038 J84-4

W J036 J84-6

W J039 J84-9

W J039 J84-l0

W J039 J84-11

W 039 184-12

w

6311

L31-7

W

5673

062-lt

W

W

x

6313

L30-7

X

V862

645-6

X J137 608-7

X V064 607-9

5102 L83-10

6141 H05-12

X J363 852-1

X 6340 G78-10

X SI00 579-3

X

X J330 1182-10

X J330 082-6

X .J33l 183-12

X J332 184-5

X 332 184-6

X J332 584-7

X J331 183-11

Y 6141 6105-6

Y W209 651-1

Y 6040 078-9

Y SIll 682-3

Y

Y J333 J76-3

Y J939 J78-4

Y J334 J78-B

7 J335 J0-II

Y J335 J05-I0

5 J335 J05-l2

Y J394 J68-II

'6

6315

L28-4

'6

V678

073-5

Y

7 V066 608-7

z

z 6394 866-1

Z

Z Silo 581-3

Z

Z H990 178-7

Z 8990 178-6

Z 9990 276-9

Z H992 180-9

Z

8992 180-10

Z -1992 160-11

Z H992 180-12

z

63(7

L27-3

Z

V69B

644-11

Z H944 176-1

Z Y355 873-1

0

0 6395 859-1

0 N040 D78-7

5121 584-3

8

0 1991 179-7

0

0 4991 179-9

8 4993 181-9

0

6993 181-10

8 H993 181-11

6 9993 181-12

0
0 65(0

613-2

0

0 1-1810 J23-4

6 GRO

b 560

b 13R0
b
860

b GRD

b GRO
(762)

XIX

TERM 4*55

N040 078-8

b GAS

(4E21

J2

JI
JACK

J031 180-12

U 6930 176-6

x

XIX TERU

JOSI J80-11

6 GRD

b GRD
(482)

(GEZ)

KI

0

1(2

XIX TERM 4855

116

56861

K3
MCC

PIN

TEAM

L2
JflCK

XIX

TERM

b

GRD

1561 1

L3
ACK

P44

ACX

TERM

b GRD

6 595

(461)

PIN

MI
lEHM

(68 II

M2
Jack

PIN

P16

N2

NI

M3
JACK

lACK

TERM

PIN

TEAM

15821

(561)

JACK

PIN

TERM

(452)

Pl

02

01
PIN

JACK

b 96D

(55 1

JACK

TERM

P18

TERM

JACK

Pik

TERM

JACK

4 Z122 660-5

4 6503 612-12

A

4 6622 401-3

A VBIO K31-5

A F518 1.179-6

4 V810 631-6

A

6451 J19-5

6 6536 684-7

8

V820 633-4

8 Z132 661-5

9 6502 612-6

6 H898 L15-1

8

6 6315 L28-9

8

B V652 042-10

6

NO3-4

9 V413 183-6

6560 080-11

C

C F589 J54-7

C Z142 462-5

C

C

C 6910 1111-10

C V647 6154-8

C J173 605-1

C 6315 L28-10

C V630 6496-9

C 5679 073-9

V103 L84-3

5 vsio 611-12

0 F518 M79-8

0

120 N04-1

D V647 M54-10

0

72 607-6

D

V682 P34-11

6623 JI1-5

E

E

E

J142 J05-1

E V814 631-12

E 6521 LOB-Il

E

6507 M84-7

4 9971 690-5

4 F432 M25-7

4 8401 L56-3

6 9432 G76-12

B J360 4527

B

H050 678-9

6 F433 N26-1

B

c H660 J43-1

C

C

6(02 683-1

C

C

F537 N83-1

0 11860 J43-2

0 J064 P69-1

0

F505 L82-12

0 F454 L80-1

0 6560 080-9

D

F540 681-1

5

F590 641-7

5

Z152 469-5

0 V699 665-9

0

E 6476 M31-6

E

E

9077 U74-7

E

F455 M28-1

E

E

F541 680-1

E

6594 655-7

E

Z162 564-5

E

E

F 8891 J51-1

F 6461 6130-1

F

H402 L57-1

F

6456 6129-1

F V402 M56-10

F F546 6178-7

F V404 M58-7

H

H

H

V608 036-11

TERM

166 1 1

78 II

b GRO

A F586 J56-7

4 W239 851-7

6447 6127-1

PIN

]

(CD II

8
] bb CR0
CR0

4 F527 N84-1

4 6623 Jll-4

J176 603-5

Cl 8 1

LI

TERM MCX

b GRO

b 898

(IE II

1-1991 179-8(

6569 076-5

V420 6173-12

8910 HIl-11

v910 81 -8

8614 631-10

9971 630-12

A 6404 6158-6

jiis

F Z172 865-5

6 F940 P21-9

F 6581 L14-3

F V073 606-9

F 6313 L30-10

F 6315 L28-7

F V652 042-9

F

6 F663 L84-7

1030 L70-1

H 6457 6129-7

H 8404 6158-1

H 6549 6171-7

H 6596 616-7

1 501 1 080-4

H F404 M20-1

H 6581 L14-4

N N553 576- 1

H V637 M40-7

H 6315 L28-6

H 6313 L30-11

H

H 6405 N36-7

J 6408 142-4

J 6207 M68-1

J 5073 908-1

J 6460 M30-1

J V404 M58-9

J 6549 6171-8

J 6454 L80-4

J 502 1 D82-4

J F4 10 6126-7

J 6552 M76-1

J N553 E76- 1

J V820 633-5

J 6476 M32-3

J 9637 6140-10

.) V892 L 6-6

J J 1 30 M65-7

K V432 G76-7

K J176 603-6

K 6623 11-10

i( 6461 6130-7

6 5404 M58-8

K 6549 61719

K F620 628-7

6 S031 084-4

K F420 M22-1

6 VOlO L79-1

6 6557 576- 1

6 V644 6151-9

6 W910 M65-6

K V820 633-6 •

K 6408 L42-11

6 5652 042-6

L 6450 J12-4

L 6403 M44-4

L F512 6182-6

L 6475 6131-1

L H407 L62-3

L 6552 6176-7

L 6636 626-1

L S041 E80-4

L F421 6183-1

L v811 632-1

L H061 501-1

L 6317 L27-9

L 6514 N8l-5

L V644 6151-10

L V866 648-6

L J123 N13-1

M 8850 J42-4

M 6411 672-6

M S120 583-3

Y 6476 6131-7

M 6460 6169-1

M 6553 083-1

M

M S051 E62-4

M 6401 6156-3

M V814 631-7

M 6622 H0l-2

M V647 6154-7

M (171 N06-1

M 6317 L27-10

M VBIl 632-6

M F726 612-7

N 6461 6169-7

N 6410 671-4

N SISI 682-3

N F500 L62-1

N 6622 801-4

N 6555 082-1

N F650 6125-1

N S061 684-4

N 6424 6122-7

N V820 633-1

N 6624 902- 1

N V821 632-11

N 6406 L42-10

N V647 1.154-9

N F517 6180-1

N

V693 P57-8

p

P 9910 81 -9

P -1647 L53-2

P 6501 LBI-1

P 5063 F07-5

P 9420 M73-11

1' F425 6123-1

P SOlI 680-4

P

P 5821 632-7

P 661 1 1-113-3

P 6541 680-5

P V866 648-5

P V821 632-12

P F518 6179-10

P

V420 6173-5

R

R

R V888 649-9

9 6557 D81-6

6553 083-8

K207 M68-9

R 6520 L07-2

R 9102 L83-11

R S130 681-3

R F501 L81-2

R J064 669-5

9 6557 051-1

R F426 6123-7

R SOBI F82-4

R F664 619-7

6 5830 633-7

9 8910 91 1-7

R V830 633-11

s

S

J064 P69-1

S

H810 J23-5

S

F505 L82-7

S J065 P70-8

S

S 6140 678-8

S S091 684-4

5

S

S

5

T 1771 6271

T F670 L60-7

T

S141 184-3

T

F506 M84-1

1

T 6340 578-8

T 9632 636-7

T 6623 11-1 1

u

IJ

U

5140 463-3

U

F427 6124-1

U SO

U

U

U

6521 L082

6397 577-2

-1033 680-12

Solo
11

6561 079-1

D79-6

T 6565 079-7

T

6140 678-7

T 5101 580-4

580-6

U

U

6140 E78-6

5

F569 078- 1

SI 1 1

582-4

6580 L13-11

6340 578-7

V831 636-1

9834 638- 1

6622 801-5

u 1 98

N76- 1

V81 1 632-5

V660 052-4

S 6517 6180-9

S

S 6311 L31-10

S 6477 624-1

T 5831 636-5

T F518 M79-9

T V660 052-5

T V637 6140-9

T 6451 J(3- 11

U

6546 6178-6

U V868 649-6

U V83 1 636-6

U V834 638-6

U 1615 456-10

V V696 P62-10

V 631 1 L31-1 1

V V623 037-10

V 5686 P42-lO

V 1616 457-10

5830 633-12

v

v 9041 681-12

V 66(0 H12-11

V F512 6182-1

V 5020 081-6

V F571 078-7

V N140 E78-5

V S121 584-4

V H940 175-1

V V843 640-1

V 6622 901-8

w 6560 L133

W VOlO L79-1

W 9101 682-1

W F513 6162-7

W 5021 082-6

W '1650 056-11

W 6240 678-8

W 5131 962-4

W 6561 L12-11

W V861 642-7

W

W 6832 636-11

W 8637 6140-6

W v832 636-12

W 5844 641-6

W 1616 A58-10

x xseo L134

X 9030 L72-6

X F500 L82-6

X 6514 6181-1

X V862 645-1

X 5209 664-9

X 6240 F78-7

X S141 984-4

X 6475 6131-4

X

X

X V834 638-5

X JI 1 1 61 -7

X V407 6160-9

X

5 J74-5

X V405 6159-4

Y 6580 Ll35

Y 6791 612-3

Y 6506 484-6

Y 6517 M60- 1

y V410 6163-6

Y F585 J56-1

Y 14240 678-6

Y

Y J050 L21- 1

1 J332 184-3

Y

y 9838 638-12

Y JI 1 1 61 1 -6

Y 7357 173-1

Y

ft

'6 ji 75 903-4

Z V644 M51-8

Z

Z F568 J54- 1

z 8971 630-1

Z 11808 J22-12

Z

J74-4
RD J74-1

0 V682 634-10

0 6207 6166-11

0

b 860

b 560

b CRD
00
146(1

l4J1)

l4J2l

J74-11

Z 4405 L60-11

Z

Z F430 6124-7

Z 14240 F78-5

Z

Z J172 607-9

Z 6610 812-2

Z

Z V686 642-12

Z 6476 6132-2

8 V410 6163-3

8

8 6623 JI -9

0 6340 576-9

8

0 V403 6161-10

0 J330 182-3

0

0 6644 641-5

0 6635 607-12

6

0 6326 6(6-6

0 6663 L84-8

b CR0

b GRD

b SRD

b 565

b SRD

b GRD

b GRD

b SRD

b SRD

b GRO

b SRD

b GRD

b GRI

(642)

(4J31

(6H1)

(892)

BEIl

16111

(4M2)

14631

12821

12911

(1911

1182)

wI
1

NOTE
CGBLE DESTINATIONS 4RE SHOWN 8ELOW THE TABLES A8OVE; eg., (762) INDICATES
TIlGT THE CABLE GESTINATION 5 CHASSIS 0700 CONNECTOR 62.

1

•

CORPOR.ATION

1

1
rnu CABLE CONNECTOR
PIN ASSIGNMENTS
ID
:

CONTRO DATA

1

CHASSIS 0300

1604-A
XDP 214614
1

JG
80.3

fill$$SSSO1SIISSi$SSSSSSOiSSSS 1$
Aa

Bi

eIN

PIN

A

A

B2

TCRM

JACK

CI

P IN TERM

JACK

PIN

C2

TERM

JACK

PIN

DI

TERM

JACK

eiN

TEAM

D2
PIN

JACK

EI

TERM

JflC

PIN

JACK

P1»

TERM

JACK

D

S043

E02-9

D K093

N73-12

D K762

S053 E04-I(

E

$053 E04-9

F

S06

E06-II

F

S063

F02-12

H

S073 F02-II

H

S073 F02-I0

F0412

J

S083

F0411

J

S093

F04-I 0

F06-12

1<

S093

FOG-Il

K

S093

F06-I0

K S093

G02I2

L

5103

G02-II

L

S103

GOU-IO

L

S103

G02-9

M S113

304-12

M

5113

504-11

M

5113

G04-10

M

5113

504-9

M V000

02-I2

505-10

N 5123

506-12

N

S123

506-11

N

S123

G06-I0

N

S123

506-9

N

V87I

P38-5

N

S132

101-10

P

S133

H02-12

P

5133

1102-11

P

S133

H02-I0

P S133

H02-9

P

U125

J71-7

P 1520 A29-6

R

SI42

-103-10

R

5143

H04-I2

R

5143

H04-1I

R

S143

H04-lI

R

S143

1104-9

R

5461

N63-7

R

1521

S

J040 101-5

S

J041

101-9

S

J041

101-10

S J041

101-11

S J041

101-12

S H946

F09-I

S 1525

202-4

T

J042 102-5

T J043 102-9

T

J043 102-10

1

J043

102-11

T J043

102-12

T vooe J06-B

T 1523

U

J044 203-4

0

J044 203-5

U

J045

503-9

U

1045 103-10

U

J045

105-11

U

J045

103-12

U 6304 622-8

V

J046 204-4

V

J046 104-5

V

1047

104-9

V

J047 104-10

V J047

104-11

V

J047

104-12

V

C K041

1<12-11

C 1520

429-11

C

S032

D05-12

C

S032

005-11

C

S032

D

D E413

B04-7

0 U025

J4-U

0

0 F534

N16-5

D I52

430-H

D

S042

EOI-2

0

S042

EOI-II

E

E E415

B05-7

E

U034 J35-5

E 1522 A31-12

E

(016

017-lt

C 1 5 22 431-11

E S052 E0312

E

S052

E03-lI

F

F E42 1

606-7

F

U035

J35-II

F

1523 A32-12

F

J141

<75- 1

F

1523

A32-I

F

S062

E05-12

F

H

H E423 607-7

H

U044 J36-5

H

V033 M02-9

II

J027

J60-I

H

X184

E82-I

H

S072

EOI-12

J TOI-T04,pin 3

J E425

B08-7

d

U045 J36-II

J

0 o5j075

J

K016

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J

X194

E 6 27

J

S 0 82

F03-12

K

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CO3-7

K

U054 J37-5

1<

J07-t 1

K

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017-9

K

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K

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L

L 1433 C04-7

L U055 J37-II

L

001-2

L F566 NO?-4

L

X214

E83-7

L

$102

UOI-12

M T0l-T04,pin 2

M E435 C05-7

M U064

M S022 003-2

M

M 5224 E84-I

M

SIlS

N

N E441

C06-7

N

U065

J38-II

N

S032 005-0

N

N

N

P

P E443 C07-7

P

0074 J39-5

P

S042 E0I-2

P

P

R E445 C08-7

R

0075

J39-II

R S052 E03-2

R

S J204

B09-I

S

U084

57-5

S 5062 E05-2

S

V024 L09-I

T J214

B09-7

T

U065

57-II

T

S072 F01-2

T

u J 224

810-1

U

U094 J65-5

U

5062 F03-2

IJ

v J234

UI?- 1

V

U095 J65-11

V S092 F05-2

C S033

DOG-12

C

S033

DO6-I

D

5042 EOI-IO

D $043

E02-12

0

E

S052 E03-O

E S053

E04-12

E

S062 E05- ri

F

s062

E 0 5- 0

F

S063

E06-12

H

S072

FUI -II

II

S072 FOl-lO

H

S073

d

S062

F 0 3II

J

S082

J

S083

K

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K

S092 F05-I0

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S093

L

S102

UOI-II

L

S102

GOl -lO

L S103

UO3-12

M

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503-11

M

S112

503-10

SI22

U05-I2

N

U122

305-11

N

S122

P

S132

H0I-12

P

S132

Hol-Il

P

R

R

S142

H03-12

R

5142

Fl03-II

S

S

J040 101-3

S

J040

101-4

6025 LI0-I

T

T

J042 102-3

T J042

J900

J17-6

U

U

J044 103-3

V J062

J62-9

V

V J046 204-3

001-11

A

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F03-I 0

A

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A

S013

002-10

E06-I0

M6L-3

D V094

<06-8

D

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071-3

E

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1 7-2

E V153

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E V006

J05-6

E K004 M04-2

J70-7

F

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M42-12

V483

N51-I0

F F652

M39-6

F V342 K43-I0

F

UI 5

H S073

F02-9

ii

U135

J72-7

H

K044 K14-2

H V096

KOS-Il

H K570

N78-3

11 V000 J026

J

F04-9

J

U145

J73-7

J

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J

039-1

J

LOI-2

J V346 K46-9

K

F717

N39- 1

K

(040

(12- 1

K V005

L V856

P32-6

L

V186

046-5

L

M 1518

A27-6

M K693

1519

A28-6

S083

06-9

W S102

601-2

W

W

W J048 105-3

W J048 205-4

W J048 005-5

W J049 105-9

W J049 105-10

W J049

105-11

W J049

105-12

W V455

ulos

168-11

X

S112

503-2

X

6 6942 M68-5

X

J350

H13-10

X

J350

X

J350 413-12

X

J352

111-5

X

J352

111-6

X

1352

111-7

X

J351

110-9

X

Y W248 438-1

Y

2114

J70-5

y

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605-2

'(

y

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Y

U353

412-12

Y

J353

612-10

Y

J355

612-5

Y

J355

112-6

7

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Y

J354

HII-9

Y

J900

z N490 619-1

Z Ui 5

J70-11

Z

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601-2

Z

07-4

Z

H994 106-8

Z

1994 106-9

H994 106-10

Z

H996

108-12

Z

1-1996 108-11

Z H996 208-9

Z

J900

b GRD

(3E2)

J2

J71-5

0

S142

b

URD

PIN

0

b CR5

b

12621

K2

KI
JACK

6

16F21

(3C2)

J3
PIN TERM

103-2

rERM

jacn

pIpd

GAS

JACK

A J354

HlI-12

A V788 058-0

A J139

M43-6

A 6097 609-8

8 J351

110-12

B V155

039-9

8

(485

640-5

B

c F657

N17-7

C ‚J067

029-1t

C K 050

L12-9

C

N75-11

PIN

b

1995 107-8

662

PLN

TURM

0

6995

b

GRD

11B21

LI
aCM

TERM

0

IIEUI

K3

TERM

6541

CARD1 J07-10

Z

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107-91

(282)

L2
J4cn

H12_III

J

b

54D

rERM

JAC«

eIN

TURM

0

6997

b

URD

1521

L3

PIN

101-10

P111

1997 109-11

b

GRD

JACK

eIN

TERM

A ZIBO

620-5

A K253

N17-12

15

F474

M72-I

4

VlSI

034-6

A F576

004-1

4

B

Z190

421-5

B

6701

010-10

8

F502 M09-1

B

5190

052-4

8

L16-3

B V701

C

Z200 622-5

C

<882

N41-I

C

F503 609-7

C

6479 <21- 1

N81-7

V474 M53-11

C F597 005-1

0

010-5

C

P111

0

6997

(B2)

060K

PIN

TERM

a

2105

b

GRD

(8B2)

NI

TERM

209-9

b GRD

b GRO

MO
JACK

108-10

6997 109-10

16132I

M2

TERM

<065

0

I5132I

Ml
JACK

109-12

Z 6996

PIN

TERM

1<13-2

488 0

H031

K K540

N74-4

K H444

N25-I0

L K541

N15-4

L v151

075-10

N6811

M K550

N762

M VlSI

0759

N V154

043-10

N

N77-2

N V097

K09-7

P

V841

P32-12

P P1570

N78 - I

P

A30-6

R

V096

<06-12

R

J831

J59-5

R V004 J04-9

431-6

S K016

017-6

S

J833

J59-II

S V341

432-6

T V527

M34-II

T

U 1618

653-6

U K016

017-7

U 4035 L03-3

U

V 1619

454-6

V 6788

058-8

V 4043

V

K02-I 1

K55I

H05-3

007-10

6713

W 6306 K246

W 6788 058-8

W

656-6

X

X 6071

483-2

X V311

J17-l0

Y 1622

457-6

7 6550

N76-II

7 H075

183-2

Y F566 N076

J17-9

Z 1622

658-6

Z 6570

N78-11

Z

Y457

173-1

Z H071

a

J135

636-9

c

KOUl

b

GRO

b

GRD

J68-7

W 2620 4556
X

0

4217

b

GAS

042-11

o

V071

b

240

(7F1)

N3

I

PIN

TERM

JACK

U014

PIN

02

TERM

JACK

PIN

TERM

TERM

TEAM

JACK

B 2250 N59-2

8 H179

030-11

C 2250 N593

C V440 N09HI
D V440 N098

A 6053

L13-I0

A

J3I- 1

A R039

L42-I

A P039

L30- 1

A V155

B

6171

001-1

B

F672

K64-1

6 6053

L13-9

8 0024 J34-1

B 6212

026-6

B 1-1185

036-12

C

6171

001-3

C

II

L07-I

C V705 013-10

C

H183

035H2

C

PIN

JACK

025-11

665-7

C 6744 M385

N714

A 6176

A F656

U034 J35-I

683111

Pl

03
PIN

JACK

K27-10

(3JI)

(322)

(511)

01

JACK

P38-6

4 6440 N09-I0

2

<42-6

T 1770 J69-3

1621

B73- 1

(5G2)

N2
JACK

F

F S063 E069

X

H13-11

TERM

E U039 L17- 1

W U104 J68-5

b GRD

JACK

D05-IO

Soiz

633-1

U124

0 V527 M34-I0

S043 E02-IO

E

C 1520 429-12

0

H725

C V503 M21-4

D

34-5

626-1

B (663

P304

S053 E 0 4-

C 1J024

N491

P303

C H856

S043 E02 - II

803-7

0

8 H856

C

c E411

J

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(€90 L63-6

A V005 KO22

8 V099

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00

J69-6

HINIO

M55-I

002-11

S023

Z

A 1770

J354

tIO-IO

S013

B

J000

P271

A

O9O

4

004-12

J17-II

JACK

4 H841

N72-6

C

D02-12

B S023

J900

PIN TERM

JACK

B J351

c

x J344

JACK

PIN

JACK

TERM

PIN

dl

12

II
TERM

PIN

472-4

B S022 D03-lO

w J244 81 1- 1

H2
J*CK

C K090

6 S022 D03-tI

TEMU

TERM

B K090 N725

4

DO-IZ

PIN

PIN

006-9

001-12

SO2

(USE PANL)

JACK

0049

S012

8

R

TERM

so

4

428-11

E84-7

PIN

C

A27-U

B 1519

X234

JACK

S033 00610

4 1518

B K040 K12-2

38-5

TERM

0

<12-1

428-12

S012

PIPI

002-9

A K040

B 1519

CURD1

J*CK

1-11

G2

GI

TEAM

S023

A27-12

J31-II

3O-l2

PIN

8

4 1518

U015

1521

JACK

4 solo

J3I-

B

BOI-

TERM

S023 DO4Q

4 U014

E40L

eIN

4 K090

B E403 B02-7

TQI-T04,pin 1

B

F2

FI

E2

TERM

039-10

D <780 M27-2

0 J067

029-10

D V006

J05 - 8

0 3787 057-11

D

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623-5

0

K883

0 F509 N16-7

0

D F437 L68- 2

D 6051

L06 -6

0 P059

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D

-s039

D v000 J02 - 7

D U044 J36-1

D K767 M65-12

0

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D 1250 N594

E 6090

N72- 1

E J067

029-9

E 6077

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E

6487

P39-9

E

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E

2284 N58-7

E

F519

M25-7

E

E F619

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E K217

042-6

E

2059

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E

6047 M07-2

E

E U054

E j094

E

J062

E V787

F p578

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F 6064

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F 6050

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F

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571-11

F

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F

F535

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F

F522

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F

F

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F 6308

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F

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F

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F

F

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F V787 057-10

F V442 N2I-II

II J832

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H J066

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H 6347 K49-9

H

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H

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002-4

H

6175

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H

F523

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H F639 672-2

H V340

641-7

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H

J067

029-6

H 6541

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H 3074

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H <766

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H

F652 M39-2

H

J061

002-1

II

J J834

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J

J

5023 204-4

J

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J

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J

J

F730 K65-1

J

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J

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J

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013-12

J

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J

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J

M65-5

J

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052-6

J

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J

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K $033 D06-4

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K

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6

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1< 6012

M76-11

K

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K

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K

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K

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65-1

K 6081

065-11

K

5088

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K

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K V174

014-11

L

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L

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L

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L 1-1811

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L

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L

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L

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L K08I

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L

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M F441

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M

F535 MIS- 1

M W144 676-10

M S023

204-2

M 5818

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M

6714

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M

6152

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M U015

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M <1090

K 5045 M06 - 5

J

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K 6069 P54-7

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K J055

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K FUSS

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L V347 K49 - 7

L

L V002

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L F543

M V561

N J066

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U 2125

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M V000 J02-I0

M $053 604-4

N K712

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L

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5 6134

72-5

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N S063 606 - 4

N F443 L69-1

N

F542 516-1

5

5 3033 006-2

5 5820

P20-12

5

6260

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N

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N

P 6077

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P J259 511 - 3

P F567

027 - 6

P 6487 P39 - 8

P $073 F02 - 4

P

P F544 M16 - 7

P

030 - 10

P 5043 E02 - 2

P

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P21 - 12

P

V483

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P

6154

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P V341

R «031

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R 4035 L03-4

R

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R E671

M39-7

R

5063 F044

R

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R F547

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R V440 509-7

R S053 E04-2

R 1-1830

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R

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R

6155

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s J063

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S 4047 M07-3

S 6487

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S 6993

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S S093 F06-4

S

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S

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S

V443 524-5

S 5063 E06-2

S 6833

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S

V487

P43-6

S

T F669

M78-12

T S012

D0I-7

T 5144

J73-5

T H039 L05-3

T

3103

502-4

T

F453 L71-1

T

F653

J74-1

T V443 524-4

T S073 F02-2

T H666

P36-12

1

6636

004-7

T

6441

520-11

T

u V033

M02-I

U S013

002-7

U 3145

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U

071-I1

U

31

3

304-4

5

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U F554

504-1

U V444 524-9

U S083 F04-2

U 4634

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U

6253

517-9

U

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1_12-3

U

V J677

L43- 1

V 6070 071-10

V

S123

506-4

V

F463

<73-7

V

F562

506- 1

V 5448 N27-3

V 3093 F06-2

V 5845

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V

6713

007-5

V

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L72-1

W F563 506-7

W 6606 542-6

W S103

502-2

W 6663

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W

W 6713

X

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507-1

X

V174

014-10

X si

3

504-2

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N V560 M30-6

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1

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S K675

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162-12

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F

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M62-I

I

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1

N 6039

L42-6

N

U024 J34-4

N 5094

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J72 - 1

P 6016

017 - 6

P

U025

J34 - 10

P H099

114

P V167

046 - 11

R

F626

M8I-I

R V350

650-11

R 3177

024-3

075

S

F627

M81-7

S

V351

651-4

S

K253

N176

J07-11

T

5705

013-11

T

1241

654-12

T V178

024-11

F661

663- 1

U

6217

042-3

U V477 M73-5

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V 6253

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R 11144 J73-I

6

S

3I-7

S

T 5025 J34-7

T

3015

oo
CARO

U

V

V F662

W 6026

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W u055

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W

W 5000 .J0I-2

F534 516-4

X

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X 5065

36-7

X

X

Y

Y 6000 J0I-4

Z V482 M63-I

Z

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v V035

M03- 1
056-10

W $023 004-7

W V002 J03-9

W 6070 071-9

W $133

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W F471

x <ø€i

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X 5552

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X V002

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X

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X $143

604-4

X F472 L72-7

Y 6508 M24-11

Y 6695

N69-8

Y V006

05-7

Y

Y

H178

025-10

7

[71 -7

7

V152

084-4

Y

V180

031-12

Y 5123

506-2

3 6017

P13-6

3

3

U900

17-8

7

Y U075 J39-7

z H856

'30-12

Z

Z

1

Z 6213

028-7

Z 5096 608-9

Z

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Z

1770

J69-1

Z 3133

H02-2

Z V090 K0 5 -3

Z

Z

H789 570-2

Z

Z

J5 8 - 1

0

6

6

0

6039 L42-5

c

3094 606-12

0

W7 81

S143

H04-2

0

6

0

1-1645

3

0

U095 J65-7

0

0

b 560

b

GRD

b

56$

b

URD

b eo

5

560

b GRD

b

360

b 540

b GRD

J830

b $R$

i

13J2I

b

$RD
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oo
J07-12

b GRO
13611

lilI

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(61-I)

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0

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b

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(862)

b UnD
(6M1)

6017

513-6

b GRD
13621

13M31

P29-3

16621

2J1

U085

157-7

(5F2)

-1000

J0I-3

(651)

(822)

08-3

M J837

09-2

N V190 052-5

-

1

.J846

037-1

W 1290 N63-2

W J834

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X J832

634-5

572-9

Y V176

021-10

7 6663
Z

H474 557-11

0

b

V

Z
0

$60

6476

M59-11

b GRO
17631

6031

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;
NOTE

I1

U124

w H786

0

-

036-6

P

U

6029

VISO 031

5

2035 J35-7

007-2

L

N21-5

N V444 524-12

V U045 J36-7

655- 1

029-12

E V441

J70-I

V J009 655-7

Joos

057-9

M UI 4

V $022 003-7

F473

J62-5

•

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'

CU8LE DESTINUTIONS ARE SHOWS GEL0W THE TABLES AB0VE
.9., (3G1 ) INDICATES
THAT THE CABLE DESTINATION IS CHU$SI$ 0300 C0NNECTOR UI.

~ am

TI1U

1
191

CONTROL DATA
CORPORATION

-

CABLE CONNECTOR
PIN ASSIGNMENTS
CHASSIS 0400

XDP 214615

G
80.4

1

fill

ei

A2

82

TERM

JACK

A

4 E500

801-1

A E

B TOI-T04, pn 1

B E502

B02- 1

c

c

E510

B03-I

PIN

P94

Ci

P IN TERM

JACK
B77-I

PIN

C2

TERM

JACK

PIN

JACK

PIN

JACK

TERM

A U240 J03-6

A U003

J04-II

A 1624 A53-II

5 5 0 B78- 1
B E552

B U250

B

J013

(04-1 1

B 1625

C E560 B79-I

C U260 L03-6

C U023 L04-I

C 1626 A55-U

(03-6

PIN

TERM

JACK

PIN

D 1627 A56-t

0

A63-5

E 1628 457-11

E Z282 A64-5

E

0 E562 e80-I

0 (J270 M03-6

D LJ033

B05-I

E E564 B8I-I

E U280 NO3-6

E U043 N04-II

F

F E520 806-1

F E570 882-1

F U290 003-6

F

U053

004-11

F 1629 A58I1

F

Z292 A65-5

F

H

J33-II

H X244 DCI- I

H 1524 427-9

H

J

J

J

H J115

081-11

H U063

J E524 808-1

J E574 B84-I

J

081-10

J

K

1< E530 CO3- 1

K E580 C79-I

K J

L

L E532

C04-I

L E582 C80-1

L JI 15

081-8

MTOI-T04,pin 2

M E534 C051

N E584 CBtt

M J116

Pl

N E540 C06-I

N E590 C82-I

N JI6

P

p E542 C07-I

P E592 C83-I

P

i116

R

R E544 C08-I

R E594 C84-I

R

s

(FUSE PANEL)

L33-II

1525 A289
429-9

1

TIE
PT

L

oo

K CAR6

N570 L62-II

A J320

K04-8

8

.i062 J34-4

B U023

L04-5

B

N570 L62-IO

B

C U023 L04-6

C

U073 K33-4

C U033

M04-5

C

N570 L62-12

C J322

D U033 M04-8

0 U072 (34-4

E

E

J043 N04-8

E U053

004-5

E

!76-2

F U053 004-8

F U082 L34-4

F LJOG3

J33-5

F

JACK

P4 1

B H964 K7 -2

B 11952 N61

C 11965 L71-2

C

1952

N61-3
J66-

P36-I

0 H965 L7I-3

0

I-954

oo

E U009

L84-6

E H977 M09-2

E

l954

ARO1

K76-II

F

J112

034-8

F N070 L56-I

F H954 J66-3

H U132

K60-8

H NI7O

H H960 M66-

J U142

L60-8

J N270 N56-I

H U093 M33-4

H 1J073

<33-7

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J U073

J

u092 M34-4

J U083 L33-5

J

K76-I0

K U083 L33-8

K W340 P55-12

K U093 M33-5

K

H970 07I-

K F7t8

p15-5

K 1972 075-9

( H960 M66-4

L

<33-8

L U093 M33-II

L X274 002-7

L 1527 A30-9

L 1524 A27-6

L U093 M33-8

06212

M U103 N3311

M X284 0031

M 1528 A31-9

M 1525 A28-6

M

1)102

N34-6

082-11

N U113

033-11

N X294 003-7

N 1529 A32-9

N 1526 A29-6

N N054

082-10

P 1J123

J59-II

P

J610

N39-2

P 1838 1(07-1

P 1527 A30-6

HIC

082-9

R U133

K59-II

R J620

N39-8

R 1839 K07-7

R 1528 431-6

R N054 K16-IO

S J116

082-8

S U143

L59-II

S J630 N38-2

1200 J22-5

N33-5

L

U142 L60-6

L 1(602

J64-2

L N470 J62-1

L

I-i951

M61-2

M W340 P55-10

M 0113

033-5

N

N670 061-12

M <602

643

M 1970 071I

M H951

M61-3

(16-12

N W340 P55-9

N 0123

J59-5

N

N570 L62-8

N K453 079-7

N H970 07-2

N H955 K66-3

P N054 CIG- Il

P W340P55-8

P U133

(59-5

P

N570 L62-9

P U122

J60-8

P

P

1-1955 K66-2

R W340 P557

R U143

L59-5

R

fl H961

N66-8

R

1960 M66-2

R

H961

N66-2

(05-8

S

9 K603

J65-10

S

H961

S

K961

N66-3

L71 -4

T H061

N66-4

L

A32-6

S W341

P56-2

T 1841

T 1624 A53-6

T N054 K16-8

T W341

P56-I1

T U022 L05-8

T

T H965

u

J225

BIO-I

(J

B75-I

U

U

U J650 N37-2

U 1842 KIO-I

U 1625 A54-6

U N054 KIC - ?

U W341 P56-10

U U032

U

U H965 L71-5

v

J235

A17-I

Y05-8

V '(285 468-1

V

V

V J660

N37-8

V 1843 KlO-?

V 1626 455-6

V N054

(16-6

V W341

P56-9

V U042 N05-8

V

V

W.245 BII-I

W J295

876-I

W

W

W 1967 K65-I

W 1844 L07-I

W 1627 A56-6

W N054 616-5

W W341

P56-8

W 0052

005-8

W

W 2557

x

X J365

652-1

X

X

X

X 1845 L07-7

X 1628 457-6

X

N154

L16-12

X W341

P56-7

X 6062

J34-8

X 6166

Y W258 438-1

Y W259 A51-I

y

y

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y 1846 L06-I

Y 1629 658-6

Y

6154

L16-II

y

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Y 6072

K34-7

Y

z N590 419-1

2 N594 466-1

Z

Z

Z 1647

Z

Z

N154

L16-I0

Z

1213

677-4

7 6082 L34-0

1

N595 459-1

0

0

a

a

N154

L16-9

L77-4

0

U092 M34-8

0

1

fb6RD

1b1

(4F1)

1

600
(ILI)

ARDj

I.C.

P10 TEM

676-9

IbI6RD

J
(1C2)

J2

JI
JACK

]

K76-3
oo r

2 N454 M39-2

1

0

N354 M38-2

jbJGRD

JACK
K05-II

P91

j

(811)

K2

TERM

L08-7

1846 LI0-I

bGRD

(201)

KI

P40 TEAM

0

J

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an)

L2

LI

TEAM

TERM

JACK

H0I-5

4 M030 H0I-9

A M845 FOl-

6 M816

102-5

6 M831

A U320 L32-3

4 U012

8

B F70I

B U330 M23-3

6 U022 L05-II

8

8 F704 P21-8

6 M801

602-9

C 3340 N32-3

0 6032 M05-II

C

C F704 P21 -5

C M802 603 - 1

C MGI? H03-5

C M832 603-9

U042 N05-II

011-5

H02-I

PiN

I b

(4N5)

PIN

TERM

J38-6

6603 J65-II

1

l 2

PN

TERM

woii

058-7

U H952 N6I-I

173-1

V W012

057-7

V H962 066-2

W N670 061-7

W 6962 066-3

X N670 061-8

X H963

d71-I

V J903

J84-I

Y N670 061-9

Y H963

J71-2

Z J904

K84-1

Z N670 06I-0

Z H963

J7N3

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N34-8

0

U102

IbJG

U143

PIN

0

bGRD

1

361)

(3H2)

Pl

02

01
JACK

L59-7

IbIGRD

1

0
(4H1)

NZ
JACK

N66-I

T WOlO 058-1
U

X

(311)

NI
JACK

A M815

A F704 P21-7

C F702 P25-7

TERM

A M800 HOI-!

PIN

j

I60)

M2

MI
JACK

1

1
(212)

4

PIN

A 6950 L61-I

A 6133

Ib I GRD

659-5

PIN

Jack

1

1214

PIN

JACK

TERM

1 1 Ib IGRD

(XCI)

0

JACK

TERM

J H960 M66-3

U103

W34C P55-I1

S 1840 KOB-I

0

M56-I

66-2

H 0063 J33-8

T J640 N38-8

626-1

-a

0 J323

T

N591

JACK

A 11950 L61-4

(71-1

J76-3

K 1526

J145 076-7

TCRM

P40-I

J32 1

T

J345 433-1

PIN

A H964

T J265 674-7
J275

JACK

K76-4

K X264 002-1

C08-7

tERM

P45-I

B09-7

874-1

PIN

K76-5

3

0 U043 N04-5

U083 L33-4

H2

HI

TERM

B09-I

J205

12

LI0-7

PN

JACK

T J215

POl FERN

H950 L61-2

G2

TERM

S U012

II

c J691

PIN

S N054 1(16-9

(3F1)

JACK

K U083

X254 DOI-7

( J76-I

JACK

S 1529

ItG

TERN

i 15 081-9

U073 K3311

D Y555 573- 1

TEAM

S J255

0

PIN

J 1 15

Z272

PIN

A

8 uo 1 3

B04- 1

JACK

K04-5

(58-4

C U360 L58-4

TERM

A U013

8 U370

A625

PIPJ

A U063 333-4

-5

C Z262

E E54

H E572 883-1

JACK

GI

F2

F

TEPM

A U003 J04-8

0 E512

H E522 507-1

PIN

J5B-4

D

J TOI-T04,pin 3

JACK

A U360

E

M04-I

TERM

A Z242 A60-5
B Z252 46 1

A54-I 1

E2

EI

D2

DI

TERM

is is

TERM

JACK

PIN

3COM

JACK

PIN

360-3

TERM

JACK

A L704 176-7

4 M860 F0I-5

A M875 F0I-9

A L808 E78-3

4 L855

B M846F02-I

B M061

F02-5

8 M876 F02-9

B L809 E79-3

B L656 G81-3

B L705

C M847 F03- 1

C M862 F03-5

C M877 F03-9

C 1_6I0 E80-3

C L857 682-3

C L706 277-3
0 L707 277-7

1

176-11

D 0350 032-3

D

0

D F702 P25-8

0 N803 604-1

0 N818 604-5

0 M833 604-9

0 M848 F04-1

0 M863 F04-5

D MB7B F04-9

D LOl

E01-3

D L858 263-3

P70-1

6 3360 J58-3

E U052

005-11

E

E F702 P25-5

E M804 605-1

E M819

105-5

E M834 605-9

E M849 F05-

1

E 61864 F05-5

E

M679 F05-9

E 1_8 2

E82-3

E L859 G64-3

E L708

177-11

r 6603 J65-3

F H957 L66-9

F U370 658-3

F U062 J34-II

F

F E703 010-5

F M805

F M820 1106-5

F M835 606-9

F M850 F06-I

F M865 F06-5

F M880 F06-9

F L813

E83-3

F

1_868 678-7

F L709

178-3

1

H 8957 L66-8

H U380

H 6072 K34-1

H

H 11240 J03-4

H M806 807-1

H H821

807-5

N N836 H07-9

H M851 F07-1

H M866 F07-5

H M881

F07-9

H L814

E84-3

14 L869 279-7

J 8977 H09-9

J

J M822

808-5

J Y837 H08-9

J M852 F77-1

J M867

J

K H977 M09-8

1< U013

K M823 809-5

6 M838 H09-9

1< M853 F78- 1

K M868 F78-5

D F703 010-12

D H955 666-1
E

H 6957 L66J

1

6452 079-

8972 075-7

K 8962 066-4

E J312

L58-3

1)003 J04-7
804-7

U360 J58-5

U082 L34-II

J

U370 K58-5

J

K U092

M34-11

K

6380 L58-5

1< 6260 L03-4

J

1)250

603-4

606-1

J M807 H08-I
6 M808 H09-

1

'77-5

M882 F77-9

J L823 E78-7

'J

K M883 E78-9

K L824 E79-7

K L871

-1 L710 178-7
J

L870 280-7
68 1-7

L711

178-11

K L712

279-3
179-7

L

L

L 0023 L04-7

L 6102

034-11

L F701 011-1

L U270 M03-4

L M809 Hl0-I

L M824 810-5

L M839 -110-9

L M854

79-I

L M869 F79-5

L

M884 F79-9

L L825 E80-7

L L872 G82-7

L

N 8972 075-3

M

U U033 M04-7

M UI 2 034-11

M F702 P25-I

M

M M810

UI 1- 1

M M825 HII-5

M M840 81 -9

M M855 F80- 1

M M870 F80-5

M M085 F80-9

M L826 E81 -7

M 1_873 683-7

M L714 179-11

N 6965 1_71-I

N j315

P71-7

N U043 N04-7

N

U122

.J60-I1

N

N 6707 063-10

N M811

H12-I

N M826 612-5

N M841 812-9

N M856 F81- 1

N M871

F8I-5

N M886 F81-9

N L827 E82-7

N L874 G84-7

N M700

060-12

P U053 004-7

P 6132

860-11

P F704 P21- 1

P U300 J32-4

1' M812 882-1

P M827 882-5

P M842 982-9

P M857 F82- 1

P M872 F82-5

P M887 F82-9

P L820 683-7

P L883 978-11

P M701 101-5

L60-II

R

R M702 101-9

F703

010 - 1

L713

101-1

P H950 L61-3

P

R H977 M09-I

R U707 063-12

R U063 J33-7

R U142

632-4

R M813 H83-I

R M828 883-5

8 M843 883-9

R M858 F83- 1

R H873 F83-5

R

M888 F83-9

R L829 E84-7

R L884 579-11

s 1182 M08-7

S

S U073 633-5

S U004 J07-5

S F706 920-1

6 U320 L32-4

5 M814 684-1

S M829 884-5

S M844 H84-9

S M859 F84- 1

5 M874 F84-5

S M889 F84-9

S L838 E78-11

S L885 680-11

S M703 102-1

T 8970 071-4

T 8057 M2I - 12

T 0083

T 3004 J07-6

T

T U330 M32-4

T L800 E0I-3

T L815

601-7

T L830 E0I-II

T L845 G0I-3

T L860

T L875 501-11

T L839 679-11

T L886

581-11

T M704 102-5

( 176- 1

U L816

U M705 202-9

U701

L33-7

M08-I

U 8057 M21-II

U U093 1,133-7

0

v H972 075-1

V N057 M21-I0

V U103 833-7

V TIE

w H955 666-4

W N057 M21-9

W U113

W

u 1181

033-8

F705 009-1

R

U310

601-7

0

II 2340 N32-4

U L801

E02-7

U L831 E02-II

U L846 G02-3

U L861 502-7

U L876 502-11

U L840 E80-II

U L887 982-11

76-2

V

V U350 032-4

V L802 E03-3

V L817 E03-7

V L832 E03-II

V L847 G03-3

V L862 503-7

V L877 603-11

V L841

E81-II

V L888 983-11

V M706 103-1

L J76-3

W

W

w L803 E04-3

W L818 E04-7

W L833 E04-I1

W L848 G04-3

W L863 G04-7

W L878 G04-II

W L842 682-11

W L889 984-11

W M707 303-5

E02-3

X M708 103-9

x

x 0057 M21-8

X U123 J59-8

X

X

X 6955 K66-9

X L804 E05-3

X L819 E05-7

X L834 E05-I 1

X L849 905-3

5 L864 905-7

X L879 205-11

X L843 E83-II

X L700 175-3

Y J600 811-1

Y 8157 021 - 12

9

Y

Y

'Y 6955

K66-8

Y L805

E06-3

Y L820

606-7

Y L835 E06-11

Y L850 606-3

Y L865

Y 1_880 606-11

Y L844 E84-11

Y

175-7

Y M709 104-1

2 L702 175-11

Z M7IO 104-5

z J700 Nl0-1

J32-3

0 H962 066-1

632-3
L
UU,31

(41

1)

(612)

U133

659-6

Z 0143

906-7

L59-8

Z

Z

Z

676-6

7 L806 E07-3

Z L821

E07-7

Z L836 E07-II

Z L851 907-3

Z L866 507-7

Z L881

G07-I1

Z L853 578-3

0 6002 J05-II

0

0

0 1280

K76-12

0 L807 E77-3

0 L822 E77-7

0 L837 E77-II

0 L852 577-3

o L867 677-7

0 L882 577-11

0 L854 G79-3

b GAS

b

160

11

GAS
I6J21

b

6 GRD

GRD
16611

(682)

b

b GAG

GAS

(CONSOLE J20318

1

(CONSOLE J20319)

b

GAG

(CONSOLE J20320)

b GRD
ICONSOLE J20321

b

1

GAS

ICONSOLE 4203221

b

b GRD

GAS

(CONSOLE

J20323)

b

(CONSOLE 420324)

.

GRD

b GAS

(CONSOLE 120326)

IC0850LE 420325I

an

w

1

NOTE

1701

CONTROI. DATA

ki •
CABLE DESTINATIONS ARE SI-IOWN BELOW THE TABLEG ABOVE; e . g., (3G1) INSICATES
TAGT THE CABLE DESTINATION IS CHASSIS 10300, C0NNECTOR 31.

COPORATION

-

L flH

-

1

1

1604—A

0I _
ITAU

PIN
'

CQNNECTOR
ASSIGNMENTS

CABLE

CHASSIS

0500

1 XDP 2146 1 6

F___________________
1 80.5

I $if I III I
BI

A2

CI

Di

C2

EI

D2

F2

FI

E2

GI

III

G2

H2

H3

12

13

A

A E600 801-1

A E650 877-1

4 J194 N56-IO

A P000 J2O-II

A 1530 A27-t

A J054 J84I

TERM JACK
PIN TERM JACK
PIN TERM JACK
---—
—
A F382 03-I
A F912 H06-I
A W831 L09-5

9 TOI-T04pInl

B E602 B02-I

B E652 7B-I

B J196 N60-IO

8 POO J2211

8 1531 A28-II

6 P011

23II

B J020 H011

8 U130 M351

8 1J400 N223

B

U9O M421

6

U430 N293

8

F123 N1111

B F331 L1212

8 H051 L64C

B J097 K607

B F384 J03-7

8 F913 H06-7

B W832 L09-II

c

c

E610 B03-t

C E660 B79-I

C K735 056-lt

C P020 24-lI

C 1532 429-11

C P021

25-IL

C

C 1)140 M36-I

C U410 N24-3

C

U200 M43-1

C 0440 N30-3

C

F104 N05-5

C F331 L12-II

C F300 LOI-9

C oe K60-I

C

C F914 H07-I

C W833 M09-5

D

D E612 B04-I

0 E662 ABO-L

D K743 060-11

0 P030 J27-II

0 1533 A3O-I

0 P031 J28-II

0 JO2 1102-1

0 U150 M37-

0

J072 045-1

D

U2t0 M44-I

D U450 N2-3

0

F125 N12-12

0 F330 L13-12

0

'323 NIS-Il

0 L072 L31-3

0

1596 (57-1

D F915 HO7-7

0 W834 M09-IL

E

E E614 8051

E E664 B8I-I

E J078 P44-I

E P040 J2911

E 1534 A31-II

E P041 J30-II

E J023 H02-7

E U160 M38-t

E

<722 051-5

E

U220 M45-I

E

E

F125 N12-U

E

E

F332 1-14-II

E L076 L31-7

E

1253 J02-7

E U455 P28-8

E wA35 <12-5

F

F E620 B06-I

F ECTO 882-1

F J082 P46 - I

F P050 3I-II

F 5535 432-I1

F P051 J32-1I

F J024 H03-1

F U170 M39-I

F <891 P14-12

F 2230 M46-I

F 2470 N35-3

F 5125 N12-I0

F E324 LlO-4

F J068 H83-8

F L076 L31-I1

F F392 J08-I

F N357 120-1

F W836 K12-II

II

H E622 B07-I

H E672 B83-1

H

H P060 J34-II

H x304 501-1

H P061 J35-II

H J025 103-7

H P010 J22-7

H J191 N52-6

H H966 L32-I

H R907 M63-I

H F125 N12-9

H F103 N04-9

H F350 (06-5

H 1309 1(24-1

H EIOO NOl-?

H N457 L21-I

H 2328 79-I

J094

J <034 M57-5

J FlIC 1.114-6

J F105 N06-7

J F300 LOI-8

J 1399 K24-2

J Flol NO2-6

J N371 023-1

J 1334 J76-I

J09-IO

K K7I6 M54-8

K F116 M14-5

K F105 N06-6

K F324 LIO-5

K 1399 <24-3

K F102 NO3-5

t( N477 024-1

K 1338 d74-I

P91

TERM JACK
--

eIN TERM
82JACK

TERM JACK
---

PIN

PIN

-

TERM JACK

PtN

TERM JACK

eIN

j021 HOI-?

TERM JACK
Pl
TEAM JflCK
PIN TEAM JflCK
PIN TERM J*CK
—------A F310 L05-5
4 F303 L03-6
4 U420 N27-3
4 F23 NH-12

II

TEM JACK
Pik TERM
ACK
PIN
PIN TERM
04CR
TERM J4CK
PIN flRU JACK
-—
-----A u8O M41-t
4 U390 N20-3
A V026 M59-I
A W20 M34-I
4 POOl Jal-Il

PIN

PIN TERM JACK

PIN

U460 N33-3

F330 L13-II

PPj

J TOl-T04,pin3

J E624 5081

J E674 B84-I

J J510 M782

J P070 J36-II

J X314 501-7

J P071 J37-II

J V051 L66-3

J P020 J24-7

J J504 M70-I

J

K

K E630 203-1

1< E680 C79-1

K J974 M14-I

K P080 J38-II

K X324 002-1

K P081 J39-II

)( 4984 iO8-2

I( P030 J27-7

K W164 L76-1

K

L

L E632 C04-I

L E682 C8O-I

L

L P090 J41-II

L X334 002-7

L P091 J42-II

L 2985 HOB-8

L P040 J29-7

L J505 M71-1

L

P011 J23-8

L (716 M52-8

L FIO7 N08-6

L F320 L08-6

L F302 L02-12

L 1399 X24-4

L F102 NO3-II

L

L 1342 U72-I

M E634 C05-I

M E684 C8l-I

M J508 M83-1

M P100 J43-II

M X344 003-1

M P101 J44-II

M 0984 HII-2

M P050 J31-7

M

M P021 J25-8

M 1534 A31-9

M F107 N08-5

M F353 <07-11

M

M 1399 K24-5

M H928 L17-I

M

M 1393 048-2

N

N E640 C06-I

N E690 082-1

N Z300 820-5

N Pilo J45-II

N X354 003-7

N P111 J46-II

N 0985 HII-8

N P060 J34-7

N J506 M72-I

N P031 J28-8

N 1535 A32-9

N P300 LOI-I2

N F326 1-1 1-4

N F392 J08-6

N J143 L59-I

N F122 NI0-8

N 0426 P21-4

N J530 L83-I

P

P E642 C07-I

1' E693 C83-I

P W835 812-6

P P120 4B-II

P 0090 M30-I

P P121 J49-II

P W772 L29-I

P P070 J36-7

P 1(145 065-8

P

P 5657 173-1

1' F327 1-II-I2

P 1255 N83-7

P F122 NI0-II

P 1398 039-6

P

P U704 L49-3

P J530 L83-3

R

R £644 C08-I

4 £694 C84-I

R Z310 A2I-5

R P130 J50-II

R 2100 M31-1

R P131 J51-II

R W771 L28-9

R P060 J38-1

R J507 M73-I

R P051 32-8

R l074 046-1

R U415 PI7-4

R F327 LIl-Il

R F122 NI0-I0

R

R F310 L05-3

R 4238 L54-I

R J530 L83-5

s

S

S

S

u

TOI-T04,pin 2

(FUSE PANEL)

J256 874-1

S Z320 822-5

S P140 J52-1 l

S UIl0 M32-I

S P141 <53-11

5 W773 L27-I0

S P090 J41-7

S 6893 P15-12

S

F360 610-6

S F382 J03-5

S P041 .130-6

S 5367 M76-7

S

S

s

T J266 874-7

T 2330 223-5

T 4985 H08-II

T 2060 M27-I

T U000 M20-I

1 FI 10 605-9

T P100 J43-7

T K895 P36-12

T POOl J37-8

T W824 N38-9

T F381 609-6

T F323 615-12

T P051

32-6

T

T P131 J51-7

T U001 6120-12

T 1172 E02-I

u J226 810-1

U <276 B75-1

U Z340 424-5

U 8985 808-7

U 2070 6128-1

U uoio 6121-1

U FIlO 605-10

U P110 J45-7

U J531 L84-12

U P081 J39-8

U W626 N39-9

U F122 610-12

U F320 L08-5

U P061 J35-6

U

u P141 J53-7

U 0011 M21-12

U 1173 E03-1

v J236 817-1

V J286 868-1

V Z350 825-5

V 0984 811-1

V U080 M29-I

V 2020 M22 - I

V J 150 K62-I

V P120 J48-7

V J076 047-1

V P091 J42-8

V £727 052-10

V '326 LII-6

V F300 LOl - lO

V P071 <37 - 6

V

v p000 J20-8

V U021 M22-12

V 1174 E04-I

w J246 811- 1

W J298 876- 1

W 5530 427-9

W 0985 NIl- ?

W fl24 K21-7

W U030 M23- 1

W J150 K62-2

W P130 J50-7

W £730 055-5

W P101 J44-8

W J192 N52-12

W F324 LI0-6

W W773 L27-9

W P08! J39-6

W

w J770 L27-I

W 2031 M23-12

W 1175 E05-I

8 J346 433- 1

8 <366 252-1

8 1531 828-9

X F348 J62-12

X J124 621-8

X 1<040 M24- 1

X 6338 202- 1

8 P140 52-7

X J193 N56-4

X Pl 1 1 J46-8

X K034 M57-6

X F325 Ll0-l2

)( U704 L49-12

X P091 J42-6

x

x F675 H04-7

X U041 M24-l2

X 1176 E06-1

'8 W268 838-1

Y W269 451-1

Y 504 M70-8Y P349 808-12

Y 1198 L485

Y <050 M25-I

V 6508 009-1

Y P400 J04-5

Y J080 P45-I

Y 1329 J79-8

y J517 M78-7

y F323 N15-I0

y F301 L02-6

y P101 44-6

y

y F910 405-6

'( U051 M25-12

< 1177 E07-1

z N690 819-1

Z N694 866-1

Z 1532 829-9

Z 2987 J08-II

Z J028 L37-1

Z J812 J60-6

Z 6753 062-7

Z P401 J04-ll

Z K738 059-5

Z P131 J51-8

Z £136 M56-I

Z V415 L66-7

Z P123 Nil-lO

Z P111

46-6

Z

Z Will 128-7

Z 2061 M27-I2

Z 1178 E08-1

8 N691 826-1

0 N695 A59-1

0 2533 430-9

0 £232 L50-2

o J812 J60-5

[;2 .120-6

0 K752 062-1

0 P031 .128-6

0 J195 N60-4

0 P141 J53-8

8 .J510 6178-1

a 8953 L22-3

c 6775 P3B-4

o P121

49-6

176-1

0 U07l M28-12

0 1179 E09-1

b GRD

b 682

b 690

b 685

b GRD

b 682

b 880

b 690

b 680

b 282

b GRD

6 CR0

b GRD

b 682

b GRD

.1206 B09-I

J2

JI
A UO8l M29-12

B 2091 M30-12

P041 J30-8

T J216 609-7

(3F2)

PIK TERM 0*2k

oo.
CARDJ

PIN Tt11 JACK
A Pol i J23-2

B P021 25-2

(932)

(4F2)

J3
PItd TERM JACK

4 1369 33-1

A £564 .J59- 1

P34 TERM JACK

PIN

(2211

L2

LI

K3

K2

KI
P19 TERM JACK

(Id<

(262)

1011

TERM SACK


Source Exif Data: 
File Type                       : PDF
File Type Extension             : pdf
MIME Type                       : application/pdf
PDF Version                     : 1.4
Linearized                      : No
Author                          : KODAK Capture software
Create Date                     : 2018:03:22 19:44:59+01:00
Language                        : x-default
Tagged PDF                      : Yes
XMP Toolkit                     : SPDFLib 3.3
Producer                        : Eastman Kodak Company
Creator Tool                    : KODAK Capture
Creator                         : KODAK Capture software
Part                            : 1
Amd                             : 2005,E
Conformance                     : A
Page Count                      : 217


EXIF Metadata provided by EXIF.tools

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