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MP-02422-01

February 1987

111 pages

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Document:	KA620 Field Maintenance Print Set
Order Number:	MP-02422-01
Revision:
Pages:	111
Original Filename:

OCR Text

T)-E MATERIAL HEREIN

IS FOR

INFORMATION PURPOSES ONLY

AT IO ASSUME
EsileSS N RS
"OF?PCFATKCN
SPONSIBILITY
81U v FOR
Fon AN
vy Eoss

[P JELD

WHICH MAY APPEAR HEREIN.

TABLE

MA INTENANCE

KA620 rtVAX CPU MODULE

UNIT

B-DD-KAB20-0-DBU

KAB20 rtVAX CPU MODULE

(DD ONLY!

KAB20

(P'.)

B-DD-M7478-0- |

KAB20 rtVAX

(DD ONLY)

D-UA-M7478-0-0

KAB20 rtVAX

K-PL-M7478-0-DBP

KAB20

(PL)

D-CS-M7478-0- 1

K-DO-M7478-0-0

KAB20 CROSS REFERENCE S.GNALS

D-UA-H3263-0-0

KAB30

CNF

K-PL-H3263-0-0BP

KAB30

CNF

K-CS-H3263-0- 1

KAB30

CNF

B-DD-H3263-0-0

DIGITAL EQUIPMENT CORPCRAT [ON

CPU MODULE

VARIATIONS

COVgg%gTB;E;H‘S

K -PL-KAB20-0-DBP

rtVAX

SET

CONTENTS

B-TC-KAB20-0-DBU

rtVAX

® THIS ORAWING AND SPECIFICATIONS, HEREIN, ARE THE PFKPERTY OF DICITAL EQUIPMENT CORPORATION
£ PRCOUC ED COR CO"IED CR U<£0 IN WHOLE
AND SHALL NOT
IN PART AS THE BASIS FOR THE MANGFACTURE OR SALE OF
ITEMS WITHOUT WRITTEN PLAMISS{ON, - COPYRIGHY©
1987

KAB20
- AA

KAB20
- BA

CIRCUIT SCHEMATICS DRAW!NG

P<: /Q\ EES ;EE (:)
DIRECTORY

FIELD MA INTENANCE

KAB30 CNF (DD ONLY)

SET

(PL)

DIGITAL EQUIPMENT
CORPORAT
[ON
PRINT SET PART
NUMBER MP-02422-01
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NOTE:

B-DD-M7478-0-1

D-CS-M7478-0-2

DESCRIBES

CIRCUIT

SCHEMATICS

b ©

THRU D-CS-M7478-0-65

K-DO-M7478-0-0 DESCRIBES KAB20 CR0OSS REFERENCE

;

SIGNALS

FILE NAME: TC-KA620-0-DBUA

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REVISi0ONS

KAB20-AA

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rtVAX CPU MODULE

KAB20-BA

|KAB20-AA,H3263,VAXELN RTL

K -PL-KAB20-0-DBP

KAB20 rtVAX CPU MODULE (PL)

B-TC-KAS20-0-DBU

KAB20 rtVAX CPU MODULE

MP-02422-01

(TC)

|PRINT SET KAS20 rtVAX CPU MODULE

REF

NOTES:

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199/
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SY1967

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DATE:

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KAB20 FEVAX CPU

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B-DD-H3263-0-0

PKG OPTION

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K-PL-3700847-0-08P

TITLE:

KAB20

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rtVAX

CPU

SHEET 2 OF 3

COOE

NUMBER

KAB20-0-DBU

REV.

MLO!

DESCRIPTICN

DRAWING NO.

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DESCRIPTION

KAB20 rtVAX CPU MODULE
KAB20 rtVAX CPU MCDULE
KAB20 rtVAX CPU MODULE

|B-DD-M7478-0-0

KAB20 rtVAX

E/M

KAB30 CNF

E/M

|A-PA-3700847-0-0
PKG OPTION KIT
K-PL-3700847-0-0BP | PKG OPTION KIT

E/M ELECTRO/MECHAN[CAL
!
DRB

(MP)
(TC)
(PL)

|MP-02422-01
B-TC-KAB20-0-DBU
K-PL-KAB20-0-D8P

3 | B-DD-H3263-0-0

DRAWING NO.,

w
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AUTOMATED BY VAXKPL (V1.3)

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1 GEN:

TOP DOCUMENT

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1
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|
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SHEET

PAR] NUMSER REV

DESCRIPTION

M7478-AA B
H32563-00
37-00847-03 B
EK-KA620-UG
QZZCF-DZ

RTVAX W/1MB,FP,INCL TIMR OF YEAR C
KAG630 CONFICURATION CONNECTOR & BA
PKG DUAL & QUAD TMMODULE & ACCESSORI
KAL20 RT VAX MOOULE USER'S GUIDE
VAXELN RT LIC FOR KA&20 S/U

1
-

1
1
1
1
1

QUANTITY PER VARIATION/REVISION

NOTE: USE 37-00847-06 PACKAGING FOR BULK SHIPMENT,

REVISION HISTORY
|
!
ECO NUMBER
TENG !
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l---VINITIAL
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1 B-DD-M7478-0-0
2 B-DD-H3263-0-0
3 A-PA-3700847-0-0
4
5

1
2
3
4
5

PARTS

JEFF CORMIER
IKPL MATRIX FORMAT!SECTION A OF A!DRN:
86
17-0CT7IDATE:
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INDEX
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SECTION/VARIATIO
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IDATE: 26-FEB-87
I(A] AA,BA
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IBASIC PART NUMBER:
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IDATE: 26-FEB-87
!
IMFG .ENG: R_ BOHONQOWICZ
'DATE: 26-FEB-87
!

I ASSEMBLY NUMBER:
!

OF ITEMS WITHOUT WRITTEN PERMISSION.

Il K | PL ! KAK20-0-DBP
!
!
1
! RELEASE DATE: 26-FEB-8/
! RELEASE STATUS: RELEASED
|
!

I TOP DOCUMENT NUMBER:
1B-DU-KAL20-0-DBU

"THIS DRAWING AND THE éPECI?ICATIONS CONTAINED HERCIN' ARE CONF IDENTIAL AND PROPRIETARY .

EQUIPMLNT CORPORATION AND SHALL NOT BE REPRODUCED OR COPIED OR USED

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PARTS LIST
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DOCUMENT NUMBER
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NUMBER
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IF[LE NAME:
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'EDIT #
17
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THEY ARE THE PROPERTY OF DLGITAL

IN WHOLE OR IN PART AS THE BASIS FOR THE MANUFACTURE OR SALE

THIS IS AN UNPUBLISHED WORK PROTECTED UNDczR THE FEDERAL COPYRIGHT LAWS."

!
|
!

|
!
!
|
!
:

!
!
!
!
:

DRAWING NO. | |PM74AR78-T2ANO.

DESCRIPTION

M7478-AC
M7478-AF
M7478-AH

D-UA-M7478-0-0

K-PL-M7478-0~-DBP

X-PpC-M7478-0-DBJ

M7478-AP

D-DD-5017043-01
b CS-M7478-0-1

1
1

D CS-M7478-0-3
D-CS-M7478-0-4
D-CS-M7478-0-5
D-CS-M7478-0-6
D-CS-M7478-0-7
D-CS-M7478-0-8

3
1
1
1
1
1

D-CS-M7478-0-2

D~CS-M7478-0-9
NOTES::

KAEZG

A1 | B

KA620
KA620 UNIT ASSEMBLY

A |B
A B

5017043-01

A
A

A
KA620-RTVAX ON 022 BUS
A
RTVAX & FPU
A
RTVAX & FPU PINOUTS
ADDRESS LATCH/LOCAL MEMORY DECODE A
A
MEMORY SUB SYSTEM
A
Q22 BUS INTERFACE GATE ARRAY

A
A
A
A
A
A

P.C. DESIGN DATA BASE

Al | A

ETEAE., CIRCUIT BOARD

DRAWING DIRECTORY
M7478 DRAWING DIRECTORY

RTVAX SYSTEM

A A
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IFICATIONS CONTAINED
THIS DRAWING AND THE SPECAND
PROPRIETARY. THEY
TIAL
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CONF
HEREIN ARE
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DIGI
ARE THE PROPERTY OF BE REPRODUC
ED OR COPIED
ATION AND SHALL NOT
BASISFORTHE
THE
AS
PART
IN
OR
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WHO
OR USED IN
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WIT
S
ITEM
OF
SALE
MANUFACTURE OR AN UNPUBLISHED WOR
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FED
THE
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DRB 126C

EN-01242-16-REVA(396)

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KAB620
KA620

KA620 PARTS LIST

REVISIONS
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KA620

6/13/86 SIZE | CODE DOCUMENT_BNURMBER

DATE

DATE 3786 | B DD

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DRAWING NO. |.&% |PART NO.

DESCRIPTION

D-CS-M7478-0-14

D-CS-M7478-0-16

VECTOR HACK

4 to 1 MUX

BLX MD CTR LOGIC
TOGGLE PLOP
o-BUS SUPPORT LOGIC

REVISIONS

Q-BUS SUPPORT LOGIC

D-CS-M7478-C-18
D-CS-M7478-0-19
D-CS—M7478-0-20

l
1
1

A
A
A

D-CS-M7478-0-21

Q-F"S SUPPORT LOGIC

D-CS-M7478-0-23

Q-BUS SUPPORT LOGIC

D-CS-M7478-0-26

MOX LOGIC

7478-0-217
D-Cs~M7478
~478-0
CS-M7
-0-28
M7478
D-CSD-CS-M74768-0-29

1
1
!

TRANSLATTON MAP GROUP
KAS20 O-ENE ‘ MFIERPYCE
gPVAX INTERPACE GATE ARRAY

A
A
A

1
1

Y A
PATHA
RA
RTVAX mum GATE ARDATA
UVDAL I/O BUPPERS, ADDR LATCHERS| A | A

D-CS-M7478-0-17

D-CS-M7478-0-22

D-CS-M7478-0-24
0-

D-CS-M7478-0~30

D-CS-M7478-0-31
D-CS-M7478-0-32

NOTES:

Q-BUS SUPPORT LOGIC

POWER BUFPER MACRO

79 PAD ASSIGHMENT TOP
IN 144 PIN GRIP ARRAY
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KA620

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DRAWING NO. | |PART NO.
D-CS-M7478-0-33
D-CS-M7478-0-34
D-CS-M7478-0-35
D-CS-M7478-0-36
D-CS-M7478-0--37
D-CS-M7478-0-38
D-CS-M7478-0-39
D-CS-M7478-0-40
D-CS-M7478-0-41
D-C5-M7478-0-42
D-CS-M7478-0-43
D-CS-M7478-0-44
D-CS-M7478-0-45
D-CS-M7478-0-46
D_CS-M7478-0-47
D-CS-M7478-0-48
D-CS-M7478-0-49
D-CS-M7478-0-50

D-CS-M7478-0-51

NOTES:

1
1
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l
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A A
ADDRESS DECODER
A
A
EXCEPTIONS AND INTERRUPTS
A
A
RTVAX INPUTS AND I/0 PINS
BOOT/DIAG REG., MEM ERR ADDR REG. | A | A
A A
EPR BUS, X DAL BUS
A A
INTERNAL DATA BUSES
A A
MISC. CONTROL STROBES
A A
RESE” COUNTER, POWER UP/DOWN
A
A
REGISTER
MEMORY SYSTEM ERRORCLOC
A
A
K
TIME OF YEAR (TOY)
A
A
CONSOLE SERIAL LINE INTERPACE
A
A
LEDS AND CONPIGURATION CONNECTOR
A A
DECOUPLING CAPACITATORS
A
A
KA620 STATE MACHINES
Al A
RTVAX CYCCLE CONTROLLER
A
A
MEMORY SEQUENCER
A
A
MEMORY SEQUENCER SUPPORT
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Q22 BUS STATE MACHINES
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NO.

o CSHT47E-0-52

D-CS-M7478-0-54

KA620 LOCAL I/0O CONTROL MACHINE

KA620 mofi SYSTEM ARBITER

D-CS-M7478-0-56

D-CS-M7478-0-57
D-CS-M7478-0-58

l
1

D-CS-M7478-0-59

D CS-M7478-0-62

D-CS-M7478-0-63
D-CS-M7478-0-64

1
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D-C5-M7478-0-60
D-CS-M7478-0-61

D-CS-M7478-0-65
K-DO-M7478-0-0

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KAS20 LOCAL I/0 BUS CONTROL

MACHINE LISTING

Q-BUS ARBITRATION CONTROLLER

Q22 BUS

A
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KAG20 O-BUS ARBI

DETAILED CONTROL PLOW DIAGRAM
Qfi ’gé MASTER CONTROL MACHINE
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Q22 BUS SLAVE CONTROL MACHINE
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RAS DECCDE PROM (E79)
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PALASMS LISTING POR PAL16LBA
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PLOM DIAGRAM

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D-CS-H7478-0-10

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DIVIDE -BY 12

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+/-

NPO

MFD

50V

C29

+80/-20%

250

10-14265-02

0.33

10-17472-00

35V

+75/-10%

MFD

ALU

10-20446-05

MFD

16V

10=135

+50/-20%

ALU

C37,C38

10=300

D2-D4

1N4152

GREEN

D6-D8

D14

D10

F1,F2

11-00114-00

PIV=

11-05275-00

PIV=

11-09977-00

VZ=

4.3

PIV=

LED
LED
FUSE

PICO

12-13506-10

PCB

HEADER

12-13506-13

PCB

HEADER

12-15006-07

SKT,IC

LrL)

1.0

HANDLE , MODULE

HEADER

1N749A

40 I10= 75
A -4NS
6.7MA 5V
. 2MCD
ASSY 4 RED
5V
8MA

PCB

MODULE

47.0

10.0
22.0
2.0
100.0
24.0
R. NET
R. NET
249 .0
R. NET

K
K
K
K
K

25
.25
.25
.25
.25

.25

SECTION/VARIATiION

]

(M)
[N]
(P]
(Q)
[(R)
[S]
(T)
(V]
(W]

(Y]

IBASIC PART NUMBER:
M7478

LEA

90D

2
3

1
1

XE21,XE22
R1,R2,R29
R3
R8

2
1
1

2 R11,R12
1 R4
1 R14

1
1
4

2
1
2

2 R°0,R23
1 R13
2 R39,R40

CF
CF
CF

B!'DRN:

'DATE:

INDEX

JIM

25-JUN-86

ICHK'D:

CUNNINGHAM

'DATE: 25-JUN-86
!
'DES.ENG:
E. WEAVER
'DATE: 25-JUN-86
!

R16
R7
R31-R34

DAVE DROZD

DESIGNATORS

W 5.0 %
CF
W 5.0 %
CF
W 5.0 %
CF
W 5.0 %
CF
W 5.0 %
CF
22.0 - 3
5.0
10.0k- 9
2.0
W 1.0 % RN55D-F10
27.0 - 4
5.0

5.0 %
5.0 %
5.0 %

'TITLE

ITEMS

WITHOUT

PARTS LIST

'RESP .ENG.: S. HARGUS ..
'DATE: 25-JUN-86
L

I KAG20
! REAL TIME VAX
!
!
DOCUMENT NUMBER
'SIZE!CODE!
NUMBER

REV

!
'

!
IMFG.ENG:

!
|

:
!

!
!

!
RELEASE

'DATE:
]

'ASSEMBLY NUMBER:

'D-UA-M7478-0-0

RYAN

25-JUN-86

!
]

!
!

!
!
o

M7478-0-DBP

!
DATE:

21-JAN-87

RELEASE STATUS:

i TOP DOCUMENT NUMBER:

'B-DD-M7478-0-0
.

NOT BE REPRODUC ED OR
WRITTEN PERMISS|ON.
THIS

!
!

RELEASED

'FILE NAME:
IGHS88B . PLS

5
!

TEDIT

COPIED OR USED IN
IS AN UNPUBLISHED

WHOLE OR IN PART AS THE BASIS FOR THE MANUFACTURE
WORK PROTECTED IUNDER THE FEDERAL COPYRIGHT LAWS.
"

SALE

" "THIS DRAWING AND THE SPECIFICATIONS CONTAT NED
HEREIN ARE CONFIDENTIAL AND PROPRIETARY. THEY ARE THE PROPERTY OF DIGITAL
| EQUIPMENT CCRPORATION
AND SHALL
1

C39-C41

90D

W
W
W

C7-C27,C42-C66,C68,C69,C71-C80

S0PIN(2X25) .100CC 90D
28PIN DIP TIN
SOLD

K
K

AXIAL

20PIN(2X10).100CC

1.0
4.70

FORMAT!SECTION

125V

O9PIN(2X05).100CC

.25
.25
.25

AA,AC,AF,AH
AP

-15NS

12-13506-04

'[B]
'(C)
(D]
'[E)
'(F)
L(H]
1(J]
HIK]

ETCH

10-13466-07

'B
!
!
!
!
!
!
!

REFERENCE

AND

'"{A)

25V

]

DRILL

SHEET

VAR/REV
AF
AH

MFD

IREV

PER
AC

0.47

'KPL

NUMBER

DESCRIPTION

OTY
AR

CIRCUIT

13-01808-00
13-02388-00
13-02466-00
13-04837-00
13-14637-00
13-16334-02
13-17404-00
13-17558-01
HISTORY

10-10279-01

13-00479-00

ECO

50-17043-01

13-00202-00
13-00365-00
13-00447-00

!
!
!
|
!

REV

12-13113-03

l-——1 INITIAL
ISH 'M7478-ML00O1
!
!
!
!

!
!
!
!

NUMBER

11-14117-00
11-14136-02
11-20964-01
12-10929-02

REVISION

PART

24
25
26
27
28
29
30
31
32

PARTS

MIN

25
26
27
28
29
30
31
32

ITEM

AUTOMATED

L INE

34
35
36

39
40

50
51
52
53
54
55
56
57
58
59
60
61

69
70

VAXKPL

ITEM

35
36

TOP

(V1.3)

DOCUMENT

PART

NUMBER

13-18110-00
13-19610-01

13-19645-01

13-21144-01

13-21218-01

13-21380-01

18-11660-62

18-14057-00

18-18800-00

19-11469-80

REV

19-14987-00

487 .0

NET

OSCILLATOR,

19-20853-81
19-21008-B1

19-21010-81

19-21305-B1
19-21306-B1

19-21307-B1

19-21312-B1

19-21314-81
19-21321-B1

19-21323-81
19-21417-B1

19-22871-01

19-23679-B1
21-17312-00

21-18795-00
21-21384-02

.25

0.1

%
220.0

211P

LS373

9636
9643
DC
LM

LS26

2.0

+/-1

2.0

614 .4

41256

AA
B1

VAR/REV

AC
B1

AF
B1

AH
B1

32.768KHZ
RECEIVER,B

INVERTER G
DRIVER,BUS

COMPARATOR, VOLTAG

E
IANSCETVER, UNIBUS
FF-0

BURNED-IN
BURNED-IN

50256

81256-15

{

]

!
|

TIME

£16

E25

E41

E29
|
£E5,E7,E19,E24

OCTAL

E28

E23

E15

CLOCK/CALENDAR/RAM
RAM
8KX8,STATIC 150
RAM 256KX1,DYNAMIC
M

RAM 256KX1

DYNAMIC

RAM 256KX1,DYNAMIC

E35

E11,E30,E36
E18

ES2,E71,.E85.E99

2 EB,E12
2 £E9,E10
2 EB80,E94
5 E2,E6,E46,E53,F
73
1 E47

2
2

E38

E32,E87

MOS

RAM

150NS

E17,E59

E66

VAX

'SECTION

E13

2
-

E14

2
-

2
36

-2

CONT

E67-E70,E74-E77,E81-E

63,

CONT E67-E70,E74-E77,E81-E
84,

CONT

'
QF

E3,E4
E48-t51,E54-E57,E6
0-£

84,
CONT EB88-E91,E95-£98,E
102-E105
36.- E48-£51,E54-E57,E6
0-E63,

E58,E64,E92.E106

E100

‘1

37,665
E31,E34
E72,E93,E101

DESIGNATORS

R35-R38

KAG20

REAL

R28

BUS

256KX1

'TITLE

R18

CONT

21-22422-02
'loUT

‘
21-21415-02

CONT

21-21414-02

DRIVER,DUA
DRIVER
TTL
,

NAND

R24-R27

R17

BURNED-IN DRIVER,LIN

BURNED-IN

REFERENCE

MHZ

GATE,2-IN,HIGH
TRANSCEIVER,20P]
9639
RECEIVER,LINE,DU
AL
P
38582 PREC VOLT
REF.
1.23
74F245
TRANSCEIVER,BI-DIR
EC
74F374
FF-D,0CTAL,TRI-STA
TE
LS646
BUS TRANSCEIVER/REG
]
74F240
BUFFER/LINE DRIVER
,O
74F373
OCTAL TRANSPARENT
[ A
74F00
NAND GATE,QUAD, 2-I
N,
74F02
NOR GATE,QUAD,2-IN,
B
74F04
HEX INVERTER,BURNED
74F32
OR GATE,QUAD,2-IN.
BU
74F74
FF-D,DUAL,BURNED-]
N
74F158
MUX,Q
2- U
IN,A
BUR
D
NED
,
74F174
FF-D,HEX,BURNED[N
74F521
COMPARATOR, IDENTI
TY,
29853
TRANSCEIVER,PARITY
B
74F537
DECODER/DEMU
1-0F
X,
- 1
UART DL-11 SOFTWA
RE
021

PER

KHZ

40.000

SHEET

QTY

-11
5.0
RNS5€-B 2
RN55E-B 2

39.0
470.0

BURNED-IN
BURNED-IN

8641-2

LS244

BURNED-IN

LS04
LS367

146818

21-21413-02

0.1

XTAL

8640

19-18868-80

19-20441-81
19-20442-81

680.0

OSCILLATOR, XTAL

19-16028-81

19-19684-01

-11

.25

OSCILLATOR, XTAL

19-15219-B0
19-15415-B0

19-19542-B1

330.0
K

19-15193-B80

19-19015-00

NET

75¢.0

19-13471-B0

19-14140-01

DESCRIPTION

19-12803-B0

PARTS

MIN

,E£102-£105

E48-E51,E54-E57 ,E6

0-E63,
E67-E70,E74-E77,E81-E
84,
E88-£51,E95-E£98,E102
-F105

!SIZE!CODE!

]

E88-E91,E95-£98

K'!
t

PLL

DOCUMENT NUMBER

'
'

M7478-0-0D8P

!
!

REV

AUTOMATED BY VAXKPL (V1.3)
TOP DOCUMENT
LINE ITEM

PARTS L 1S 7T
DESCRIPTION

MIN

PART NUMBER REV

QTY PER VAR/REV

21-22797-01
21-23389-01
21-23413-01
21-26400-01
23-10L3 -00

337 MICROVAX FLOATING PO
DC
DC3B80OA GATE ARRAY,3200 GATE
DC379 CMOS GATE ARRAY,144PGA,320
532 REAL TIME MICROVAX 3
DC
L3-01

84
85
86
87
88
89
90
31
92
93

84
85
86
87
88
89
90
91
92
93

23-14L3 -00
23-169J5-00
23-170J5-00
23-227J5-00
23-21L3 -00
23-53L1 -00
23-8L3 -00
23-E42F1-00

L3-01
J5-03
J5-03
J5-03
L3-01
L1-01
L3-01
F1-05

82
83

94
95
96
97

82
83

94
95
96
97

1- GEN:

2 GEN:

23-147E6-00
23-148E6-00

*xx THIS ITTEM IS NOT USED =xxx
xxx THIS ITEM IS NOT USED =xxx

90-09185-00

23-231E6-00

E6-01,E6-02 E6-03

39-07004-06
99-07025-06
39-07092-04
23-230E6-00

CARTON,DIE CUT,B,200PSI W/ARTHOR
BAG,ANTISTATIC BUBBLE
T PROTECTIVE
,ESD
BAG, TRANSLUCEN
ROM
£E6-01,E6-02 E6-03

1
1
1
1
1

ROM

1 E42
1 E45
1 E44
1 E43
1 E33

1
1
1
1
1
1
1
1

3
1
1
1
1

1
1
1
1
1
1
!
1

3
1
1
1
1

1
1
1
1
1
1
1
1

3
1
1
1
1

1 E39
1 E40
1 E78
1 E86
1 E26
1 E27
1 E20
1 E79
3 W2,H4 ,H5
1
1
1
1 E22

1 E21

FOLLOWING APPROVED RAM VENDORS.
1A:M7478-AA IS THE PRI. GENERIC VAR OF THE KAG20 CPU W/EITHER OF THE TURE.

2B:MOD'S MUST BE STAMPED LABELED ACCORDINGLY,DEPENDING ON RAM MANUFAC

4 GEN:

M7478-AC 1S THE MODULE USING FUJITSU 256K RAMS,

6 GEN:
11 GEN:

M7478-AH 1S THE MODULE USING NEC 256K RAMS.
M7478-AP IS THE MODULE USING MITSUBISHI 256K RAMS,

5 GEN:

PAL,LOGIC
PAL,LOGIC
PAL ,OCTAL AND-

FPLS
0.1210DXy . 192
EYELET,ROLLED
JUMPCR, WIRE, INSULATED, BLACK B

90-00024-01

77
78
79
80
81

SHEET A3 OF A3
REFERENCE DESIGNATORS

M7478-AF IS THE MODULE USING HITACHI 256K RAMS,

TITLE
! oo ! ! ! |
KAG20
DY G YT AL
REAL TIME VAX
!
!
!
!
% ; ! !
!
'
!
!
!
!
!

!
'SECTION A OF B
:

i 1S]ZE'CODE! DOCUMENT NUMBER
!
!
oo
1 K ! PL ' M7478-0-DBP
!

! REV
!
' B
|

.
!
!
!

AUTOMATED BY

LINE
]

VAXKPL

TOP DOCUMENT

PART NUMBER

D-MD-5017043-0-0

50-17043-01

CTY

DRILL

0.47

PER

SHEET

VAR/REV

AND ETCH

MFD

25V

+/-20%

725U

£30-C35

0.047MFD

C1-C6,C28

10-12784-00

50V

+80/-20%

Z5U

10-13466-05

PFD

59V

+/-

5% NPO

C67

10-13466-07

220

PFD

50V

+i-

c29

10-14265-02

0 33 MFD

50V

+80/-20% Z5U C

10-20446-05

11-00114-Q0

11-05275-00

19-09977-00

11-14117-00

14
15

10-17472-00

ME.

MFD

16V

[0=135

10=300

PIv=
PIv=

4.3

Plv=

[0=

11-14136-02

LED

6.7MA

14
15

11-20964-01
12-10929-02

LED A4SSY 4
FUSE PICO

12-13113-03

HANDLE ,MODULE

17
&
19

I/
18
19

12-13506-04
12-13506-10
12-135C6-13

PCB
PCB
PCB

20
21

12-15006-07
12-00202-00

SKT,IC
47 .0

22
23
24
25
26
27
28
29
30

31
32

13-00365-00
13-00447-00
13-00479-00
13-01808-00
13-02388-00
13-02466-00
13-04837-00
13-14637-00
13-16334-02
13-17404-00
13-17558-01

REVISION HISTORY

l---1

ECO NUMBER
INITIAL

IM7478-MLOO1

'
!
!

!
!
!

'KPL

I [B]

IT
4 .70
10.0
22.0
2.0
100.0
24.0
R. NET
R. NET

AA,AC,AF,AH

(V]

[Y)

riLd

IBASIC PART MUMBRER:

]

CTHIS

DRAWING

AND

THE

T TEMS

W1THOUT

-4NS

C37.C38

D2-04

1N4152

D6-D8

GREEN

D14

1
z’

"0
R

.2MCD

RED
1.0

&v
8MA
A 125V AXI[AL

LEA

0Q9P[N(2X05)
. 100CC
20PiIN(2Xx17) 100CC
SOPIN(2X251
. 100CC

90D
90D
90D

1
1
1

13
J2
N

SOLD
CF

2
3

XE21,XE22
R1,R2,R29

W
W
W
W
W
W
W

8.0 %
CF
S0 %
CF
5.0 %
CF
E.0 %
CF
5.0 %
CF
5.0 %
CF
5.0 %
CF
22.0 - 3
5.0
10.0k- 9
2.0
1.0 % RNS5D-F10
27.0 - 4
5.0

.25 W

B!DRN:

1
1
2
1
1
1
1
4
2
1
2

R3
RS
R11,R12
R4
R14
R16
R7
R31-R34
R10,R23
R13
R39,R40

JIM CUNNINGHAM

'DATE: 25-JUN-86

INDEX

DAVE DROZD
'DATE: 25-JUN-86
!
’
'DES .ENG:
E. WEAVER
'DATE: 25-JUN-86

!
'RESP ENG.: S. HARGUS
'DATE: 25-JUN-86

[W)

MFG L ENG:

'DATE:

'l
'TITLE
'

HRTTTEN

REPRODUCED

FERMISSTON,

THIS

USED

!
!
!
!
!
!

PARTS LIGST

KAB20

REAL TIME VAX

RELEASE

DATE:

' REV
!
! B
!

21-.).N-87

RELEASE STATUS:

!
!
!

RELEASED

UNPUBLISHED

'TOP DOCUMENT NUMBER:

'D-UA-M7478-0-0
CORPIED

DOCUMENT NUMBER
_!'S]ZE!'CoDE!
NUMBER
!
!
!
'K
' PL ! M7478-0-DBP

25-JUN-86

IASSEMBLY NUMBER:

.
!

RYAN

'B-0D-M7478-0-0

éJJ(.L ]fi FCATIONS CONTATHED }lEfli IN ARE CONFTODENTIAL AND fi%&()fi%kl ETARY .
NOT

''D

!
ICHK'D:

[(R)
(5]
[T)

17478

C39-C41

CORPORATION AND SHALL
|
CEOUTFMENT

(P]
Q)

' (K )

[M]

'{E)
FIF)
I H)

ALU

-15NS

[N]

P
t0)

+50/-20%

C7-C27.,C42-C66,CH8,C69,C71-C80

FORMAT!SECTION

ALU

1N749A

25
25
25
25
25
25
25

k
K
K
K
K
K

SECTION/VARIATION

'[A)

+75/-10%

26PIN DIP TIN
25 W 5.0 %

249 .0
"R. NET

!
s

HEADER
HEADER
HEADER

!
!

'
'
!

MODULE

IREV
5
LA

!
!

VZ=

35V

NPQO

REFERENCE DESIGNATCRS

ISH

TENG !
!
!

DESCRIPTION
CIRCUIT

10-10279-01

REV

MIN

[TEM

)

!
!

(V1. 3)

WHOLE

WORK

[

FART

PRO TECTED

unhibChk

FHE
Y

THE
THL

DASITS

'FILE NAME:

'EDIT #

}

IGHI88B . PLS

F IHE PROPERTY OF DIGITAL
FOR

FEOE RAL

THE

MANUFACTURE OR SALE

TM
LAWS.

2 !
]

AUTOMATED

VAXKPL

PAF

(V1.3)

SHEET

MIN

LINE

TTEM

TOP DOCUMENT

PART NUMBER

QTY

REV

DESCRIPTION

PER

VAR/REYV

REFERENCE

DESIGNATORS

33
- R4

32
34

13-18110-00
13-19610-01

R. NET
750.0

13-19645-01

487 .0

0.1

RNGBE-R

4
1

R24-R27
R17

R13

13-21144-01

NET

220
0 -

2.0

R23

13-21218-01

NET

39.0

+/-1

R35-R38

38
39

13-21380-01
18-11660-62

R. NET
OSCILLATCR,XTAL

©"70.0 14 .4

2.0
KHZ

1
1

R9
Y2

18-14057-00

OSCILLATOR,

41
42

18-188u0-00
19-11469-B0

OSCILLATOR, XTAL
8640
BURNED-IN

19-12803-B0

19-13471-B0

19-14140-01

XTAL

40,000

MHZ

32.768BKHZ
RECEIVER,B

1
1

E16

E25

LS04

BURNED-IN

INVERTER

LS367

BURNED-IN

DRIVER,BUS

£41

]

£29

211P

COMPARATOR,VOLTAGE

19-143987-00

£ES.E7,E19,E24

19-15193-B0

LS244

BURNED-IN

DRIVER,LIN

£28

19-15219-B0

LS373

BURNED-IN

FF-0

OCTAL

19-15415-B0

9636

BURNED-IN

DRIVER,DUA

£23

19-16028-B1

9643

BURNED-IN

DRIVER.TTL

£15

19-18868-8B0

LS26

NAND GATE,2-IN,+

52
53
54
55
56
57
58
59
60

19-19015-00
19-19542-81
19-19684-01
19-20441-B1
19-20442-B1
19-20853-B1
19-21008-B1
19-21010-B1
19-21305-81

19-21306-B1

74F02

NOR

GATE,QUAD,2-IN,B

£ 38

62
63

19-21307-B1
19-21312-B1

74F04
74F32

HEX INVERTER,BURNED
OR GATE,QUAD,2-IN,BU

2
2

£32,£87
£37.E65

64
65
66

19-21314-B1
19-21321-B1
19-21323-B1

74F74
74F 158
74F174

FF-D,DUAL ,BURNED-IN
MUX,QUAD,2-IN,BURNED
FF-D,HEX,BURNED-IN

2
3
2

£31,E34
£72,E93,E101
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67
68
69
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19-21417-B1
19-22871-01
19-23679-B1
21-17312-00

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23-230E6-00
23-231E6-00

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22-169J5-00
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23-227J5-00
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30-00024-01
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DESCRIPTION

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23-10L3 -00

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M7478-AC 1S 7THE MODULE USING FUJITSU 256K RAMS,

M7478-AH 1S THE MODULE USING NEC 256K RAMS,
M7478-AP 1S THE MODULE USING MITSUBISHI 256K RAMS,

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RUN?YCYC( ORQ,
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OF ®CYCL
KIND= CYCO@
|
DgoUT==-CvCWHAT
AL
ARMD
VXT4!CC == {FINcyco
MA,
-DAL
STAT
THEN
)
Ol
]
1
RR
ROYE
(
IF{IF{IF ¢ E-vCY
PROM
THEN
J
@
CYCD
=
D!
-CYC
D2
-CYC
-vCY
] THEND@ RTY] THEN Q22CYC [ LOCK ]
-CYCY D@= -CYC
-CTCD2t! TM=cYCD
CC == CYCD
-vCY
IF1I {L -vCY
) THENQ22CQ22CYCYCYC{ ( ARMDLOCKAL, ARMO
-CYC®D@) )THEN
CYCDY TM=»CYCO
-CYCaD2=mmCYCOl
) AL ]
-VvCYCCC =mm cyco
IFC -vCY
-CYCD2 CYCOV CYCO® THEN Q22C

INE
MACH
TER
ARBI
ORY
{MEM
_E27
_0a_
%3L1
23_0
NAME
ET
PRES
ON
OPTI
=-CYC, D2,-VERR
D!,, BVAS
-CYC
D®,
-CYC
,
-DRQ
E.
-DON
ROR,
-ENB
DY,
-EPR
T
INPU
LNXM
LOCA
RR,
~LPE
C,
-VCY
R,
St,
S@,
MA
UR,
INPUTUT-MEM
-ARMOAL¢TY~REFUNTIMA,L -DMA
, DECOOE+GING
ERR, -LOCENTSK, -QRG
-DALMA, -ROY
OUTP
BUS
Q22
MEMOR
CHAN
FROM
VAX
PREV
FLAG
K
3{LOC
WED.
FLAG
L
ALLO
LOCA
ARE
ES
CYCL
ESH
REFR
AND
BUS
G22
4
HIP
TERS
MACHSTATINEE POWE23-0RUPm{MAS53L1S1ILET-33-= -3REFR-E¢?%ESH7RR Q1OPTHENQ22 SLAVFINIESHUPTHRO[ UGH-DRMRUNTIAMA,L-DALQ22MAsBUS-OECOUNEODED . &
IFIF C¢ DAL,-DON
1
G
-FLA
&
ODE
-ARM
-DEC
MA,
~DAL
liAy
-DrtA
(
SHUP
FINI
THEN
J
DRQ
=
E
.
-DON
. AL HIT
]
1
nissS
G
-FLA
$LOCAL
]
DAL+
AL
-ARM
ArRMD
RR,
ROYE
[
2
VXT1
THEN
]
1
O
CYCD
=
GLOB
ADRm CYCD@ ) THEN 022173 [ -DALNA 3 {LOCAL NMISS
AND
-ENB
m
IFIF CL DONE
CYCL
DR
maP
ENBA
M
T
OONE = CYCDY = -CYC @ 1 THEN VvXT12 [ RDYERR 1] {FINISH LUP THE E.
IF { DONE

,
:{
LH

[

-LPERRRR == DRQRR = J-DRGTHEN )022STHENLAVE ( DMAMA ) {ALLOW G22 SLAYE. ES
IFIF LC -LPE
VXTHOLDm S1 {FOKB -S8CE VAXm -VERMHACHR INE1 THENCHECvXT9K., THEN ALLOW MENCRY CYCL
STAT
IF { EBVAS
R.ERR -ARMDAL )
ERRO
AN
sAal
VAX
IF
LE
OCYC
MICR
ONE
LL
tSTA
VXT9
E
STAT
-RDY
,
.
OOE
-DEC
[
vXT7?
THEN
)
M
ALNX
~LOC
m
SO
m
Sy
IFC
1IFC St mSO w LOCALNXI 1 THEN RT3 L -DECODE, -GRG, -RDYERR, CYCLE.

LOCK
READ
RUN
THEN
IP
ERSH
MAST
BuUS
Q22
L
UNTI
A
LL
SHUP
iSTA
FINI
9
VXT1
THEN
1
E
D@
STAT
~CYC
m
I
~CYCO
m
D2
-CYC
®
BVARS
m
DONE
-58n
m
Si
IF{
SHUP
FINI
AGSt )»-SOnm -DONE ® BYAS
THEN
)
{-FL
D@
-CYC
®
Ol
-CYC
=
p2
-cYc
m
&
LMA
~DA
,
-0RO
nR,
-OnA
IFC
G,
-FLAR
[
vXT8
THEN
)
S
-BVA
=
E
-DON
=
-S@
m
St
IF{
-ARMOAL ]
.DONE.
ASSEERTED
RDYERRPROMIS CYCL
EEPROWHEN
CYCL
A PRON
RUNS
'NE
MACH
tEPR
1S
CYC
PROM
E
STAT
WHEN
Y
RTS
ASSE
INE
MACH
{EPR
RTYMACHINE 1S DOING THE SYNCING.
IFSTAT{ EEPROvxT1Y2 ] THEN
EPR
IF { EPRDY 1 THEN READY ( RDYERR ] ) {EPR MACH115INEFINI1SSHINDONEG.AND VAX
IFSTATL EStQ221m S@73 ) 1GETTHEN INPOUESTEPRUPAND{ GRGGO RUNRDYETHERRMISS1 -HIT CYCLE, TELL EPR MACHINE.
A,
DMAN
[
T4
1] THENR G22M
IF L StQ22MT= ~-4,S50 NUMBE
~-HHLLH

,
_l'g’.g‘
LL.la58d4
-aoi
“¢%i§y
&1
4

STATE 022CYC 3022 BUS DATA CYCLE OR 18K .

GOTO VXSLAVE
: STATE
END

;

,
f
TITLE:
,
E
T
R
A
D
.
€
i
TER
,
I
DATE
QRB
ORY
MEM
DRN.
\
”
ww”
N‘t
y
l
G
A
a
t
Q
TIN
LISNUMBER . ‘ REV. i.)
i0B3g .a»0 @ “ YD!TR
[RIGHER AatS1 i3gEnI:BLY —|ST2O¢ [_1C5CO E||M7478-2
(X" @BATE-\A-DTR
-51 | = e
|

FIRST{ USED OH OPTION/MODEL3 !

‘l‘

C <

reiareshH4
refm
[?q
1o

(E—i

ycd! * ~uve 4cdd
-uvc
®
ycd2
-done T®M S|buasx-S0-uvc
EQ3 == BVAS
EQ4EQS = -done m -buvas % -UVERR
EQE = uvcyc ® buas TM uvcycde = -done
£Q7 = -uvcyc ® -buas
~uvcycde

vxsiavel]

dmam2siaa veI,
:;!

|2 [ v 550 3 LN S0 Q3
EQUATIONS
= -DRCycd?
g cdi® -RR= —uvc
*® -fle
acdy
=® -epre
=® -TS@
EQl£Q2 == -TS1
done buas -uvcycda -uvcy

\]/

VX3

decode *

= -done = buas TM uvcyc X
£Q8
EGY = -uvcyc ® buas ® -uvcycd2 m -uvcycd! = -uucycdd = done
bucscd! uvcycd@d ® done = epready
uvcycc TTMM uvcy
EQI8 == uucy

TE4
TEOTN
al
armud
ragerr *

decode T

EQ19

EQS

£Q8

\EO7

\\ Y

KiJd

TPHESTATE

—)

decode

G;Qk

ecode

dyerr

VXiB

rdyerr

\v/

RTD

Hmama

dalma
rovgal]

refmRT6c ¢

L<!

<
¥

do:o

TAMEDdeTA +
égo

rdyerr
armvga ¢

decosgncupde

rdyerr ¢

oy=2|
i

wdalma

—
B

TAREDTATE
¥
K

lag

‘

vdalma

THFEDTATE

—D

DRAUING
TITLE=MER

ABBREV=MEM

’”foRS RWON‘ |
" Tfi_"_‘*“ve"’iu@"gi"-»"‘r
:1el1?!*2542‘?da50:?j9L0.u%Fi"1[t0leT'4R’orz'9 |
feegéQE

DEFINE
XeFIRST=0

XeSTEP=SI2E

g s e . e Sl T Y 4o

E
g‘z z L EEEYSTEMR APRIT
o = | Bj'fi—_]”%AL
ORN. 2 ; DaTEAAZP [ENGn
0 M7N R-0 =521_ ]REREV.A
IRY ] o—Fe UPoexS: | S 5125i 16CS'T
[r1gSTRrA:m GZE5 BN OB YTON/HO0EL
!
LAST«MODIFIED=

)

eale >

J gcl]
promcy

rdyerr *

QRQ ima 2+
S

loc K

armudal 4

[FEEDTv, ATE

v, ATE
TRREDT

JE (w52 0-8LWW 32! Q I

i
|

@
Y

v, ATE
TPRELT
K ol :
}:xcr)%ud

Y, ATE
TRFEDI

h~mudal

Y
V

veycced

VXTI Te U

rogerr *

TAFEDTAT

rmuvdal §
armv

EQ12 = -uvcyc ® uvcycd2 ® uvcycd! = -uvcycd?d

£Q13 = -uvcyc ® uvcycde = -uveycd! = uvcycdd

@N
y

gerr

rdyerr

., ¥

flag

£Q17 = DRG + TSI x -TS@ * RR

E
<

_L :):

&
]

DRAUINHENG
a NQHE-—-

3 [8

—R
~Q"GRQQ”RPQITE
[ADAtz
ENGE SK
RY YF’;C‘M
OARTE BU
| iated- OFKLOLJS
. [T1iit:
S\aD)I
TQT_E
KQDZD_@
o —@[U—CHDRN '?:Q‘v-) TkD\QqT‘E%
W
H’&fi]"o e@lm‘fi
TF T <17z 1C00E | NOUBZR | REV.
1l (X0 S\~SpSEET
R GTCERTT ROMEER

ABBREV=MEM

LAST«MOOIFIED=

Hvzggi.'.BTN
)—MJ,NG- ‘E. NON .|REVA~:»&¢_:§gCHK!CTREVISIO
‘BgDIegTi-j'1T"N"3TURS
OE~3!3 o1;Ny-'E:RSP",SPEL

1EA3 5;%%?
B@Fr
‘B2 iBaraTion
ng?LfXS?b7 g;:g;».

EQiY4 = -uvcyc ® -uvcycd2 = uvcycd! = -uvcycdd
EQIS = -uucyc % uucycd2 % uvcycdl = uvcycdd
EQ16 = -uvcyc = -—uvcycde * uvcycd! = uvcycd@d

TAREDTATE

é«f
| <o
od~
|

EQ11 = -uvecyc ® -uvcycd2 ® -uvcycdl = uvcycdd

dgama

g"“bf
o Efigxg" By e 5:”537'
fi‘g
£t \ EB[

EQIQ = -uvcyc ® -uvcycd! ® -uvcycdd

uda lma v

ueentrikl L

——

EGUATIONS

pouervpLy
+
QRA

TRTETRET U35

e 4

PZas 148

mit

| CS¥ M7478-9 -251 A

[

;

— %

[a[a] w2l

1FSTATE¢ -TS1PROMT=4,TS®NUMBE) THENR HLLLLPROMTL Y {TELL MEMORY MACHINE AND UVAX TO FINISH.

NUMBEENTR LLLMHH
MAPT1, (PREV
STATE
TRISTHATE OVERLAP.
GOTO MAPTE

—)
,
;fi

2 4
ion EMEAR
revis
NE
MACHI
OL
CONTR
1,0
LOCAL
@
1KA63
.
EE%-B
SSESE
B:??O
CSMAP
P,
-CSMA
INPUT NC1, -UVDRLIMA, -ROYERR, CSTOY, -CSPROM, TS@, TS1, BUVRS

STATE PROMTI 1DELAY FOR ACCESS TIME.

STATE
20T0 STyFOWER€ UP~MAPDISABLE, -EPDS, ~EPREADY -EPAS, ~HIROMOLATCH 1

?
CYCLE
WRITE
OR
IREAD
H
LLLHL
R
NUMBE
,
MAPT2
STATE
WRITE
1IF
1
SABLE
MAPDI
[
MAPTS
THEN
]
BUS. TS.
EPR OuTPU
( EPAS 1 11F READ THEN GETTHENDATA2 THEON RAP
THEN RMAPTI
SUVLR ,1 NUMBE
ITE L UVUR
MAPT3 iDELAYRONEHHLLLTICKH TO SYNC UP.
STATE
GOTO MAPTY
TO FINISH.

GOTO NSt ( EPREROY )

=UvE RR,
CD@, -UVCYCD14 NCO .
ADY
INPUTT-UVCY
NC3, PAPDISABLE, EPDS» -EPRS. NC2, ~HIROMOLATCH, -EPRDENB, -EPRE
OUTPU

MAPCYC 1MAP CYCLE
STATE
THE Qe2 B8uUS?
IF { ROYERR = DONE ®m TS1 m TS8 1 THEN MAPT! { -EPADENB 1 {HAVE

MACHINE 23.814L3.9@

L
LLHHL
R
STATE
;-UVER
BUVAS
®
-TS@
IFIF L€ TS1TStST1.mm NUMBE
O 5T2 IF G22 BUS PUT *ADDRE
THEN REXTEN] THEN
-T58 m UVERRLm1 tWHAT
EPR.
ON
SS
RUN?
D
SHOUL
LLLHL
R
NUMBE
ST2,
DY
EPREA
STATE
CYC
LOCAL
THEN
]
CD@
-UVCY
®
CO1
-UVCY
m
R
RDYER
m
R
-LVER
)
[
2FIF L ZUVERR = -LVCYCDI » -LVCYCD@ ® CSTOY ] THEN TOYCYC [ EPADERS 1

NUMBEDYR 1)MHLLLL {TELL UVAX AND MEMORY MACHINE
STATE
GOTO 1S1MAPTYC ,EPREA

PRORMC1 YCTHEN MAPCYC ( CYCEPADENB )
) THENEMEAR
CSPROMm CSPMP
LVCYCCO@D@=®CSMAP
-UVCYDICO!= m-UVCY
—UVERRRR ® mUVCYC
IFIF |[-UVE
PEMEAR _ THEN HSERW
-CSMA
m
D! ® -UVCYCD@ ® -CSMAP

MAPTS {PREVENT TRISTATE OVERLAP.
STATE
GOTO MAPTE

-CSMAYP mm CSMAP
= -UVCYECDICD! W= -UVCY
CUVERR§ ;u;ng
RR =CYC-TS1 =t
eIF CT 3U¥E§
-ROYEEMEAR
PEMEAR 1mTHEN
-CSHAEREAR
CD@ mm -CSTO
_LVCYCD@
THENG .

e e o & Bt

L C -UVERR m LVCYC

LE THE) WRITE DATA.
MAPTE IENAB
STATE
( EPAS
GOTO MAPT?

= LVCYCD®@ = -CSPROM)>)>)
R mCCUV
TF@22CYf C-UVER
) m LVCYCD®) + (-UVCYCD!
NS CYCD!
[ EPADE
H

1 WRITE STROBE.
[ EPOST THE
GOTO mAPT8 {ASSER
MACHINE.
MAPT8CYC $STNC
GTATE
[ -EPADUPENBWITH) UVAX AND MEMORY
GOTO MSERW
THE 022 BUS, STROBE THE DATA.

STATE MAPT?

IF [ UVERR 1 THEN EXTEND

EXTENO, NUMBER LLMLLL
STATE
IF € TSt m -TS@ 1 THEN RSI
RS.
E ERRO
TS 10CH,STROB
ASSERMOLAT
DY-HIRG
EPREA
BUT
BY
FLEW
READY
$FAST
CYC
)
LOCAL
-EPARS
STATE
ADY.
-EPRE
[
ST1
THEN
1
LMA
TF [ -RDYERR W -UVDA

TINEADDRESS ARE STABLE SO GO TO IT.
SETUPT AND
ESSSELEC
HLLHHLS 3 {ADDR
TOYT@, NUMBER E"EPA
STATE
1CHIP
6OTO TOYTH
STATE TOYT!, NUMBER HLLHLL
GOTO TOYT2 3ADORESS HOLD TIME.

TSt TM TS@ ) THEN hS2 { -EPRERDY )

GOTO POMERUP [ -EPDS 3

STATE EMEARCYC, NUMBER HHHHLH JEXTERNAL MEAR CYCLE.

GOTO EM

ida

LE THE EPR DATA AND TELL uvAx TO FINISH.
R HHHLLDYH 1ENAB
EM1, NUMBE
STATE EM2
)
EPREA
[ EPAS,

GOTO
STATE EM2, NUMBER HHHLLL
MS1 [ EPREADY )
GOTO

ENE ]
MDLATCH, -EPAS, -EPADWRITE
2070 ST1 € -EPREADY,BUS-HIRG
.
IAK OR Q22 BUS READ OR

LOOK.
STATE AUTOCYC $NOTHING TO DO SO BACK FOR ANOTHER
STATE Q22CYC 3022

IF € -RDYERR ] THEN ST ( ZEPREADY, -HIRCMDLARTCH, -EPAS

STATE PROMT! $DELAY FOR ACCESS TINE.

16 BITS INTO LARTCH.
STROBE HI
S TIME, ADDRE
$DELAY FORHACCES
PROMT2 [ HIROM
STATE PROAT
16 BITS.
LO
TO
SS
GE
:CHAN
1
OLATC
3

[

———

——
-

————

USED
NOTE: THIS LOCAL 170 CONTROL MACHINE WAS FIRST

GOTO

[

END

IF C -TS1 = TS@ 1 THEN PROMTZ

3L.
RL

R ) THEN G22T! [ -EPADENB ]
IF ¢ RDYER
G22T1R m DONE ®» TSI = TS@ 1 THEN Q22T2 [ EPREADY )
TSTATEROYER
. STATE
@22T2 , “iWAIT UNTIL MEMORY MACHINE 1S DONE.
]

H.
FINIS
CAN
CYCLE
THAT
UVAX
3TELL
L
LHLLL
R
NUMBE
,
TOYT6
STATE
]
DY
EPREA
[
MS1PROMCYC §PROM CYCLE
GOTO
STATE
> DALRA = CSPROM ® RDYERR 1 THEN PRONTI [ EPAS 1 3ADDRESS OK?

[

1F € MS2
cTaTE

TOYTS, NUMBER LLHLLH iDELAY FOR DATA ACCESS TIME.
STATE
IF [ -TSt ® TS@ ) THEN TOYTe

GT @) 199,
Peir isSion. ~COPTRI.

STATE MS1.

TOYT3, NUMBER HLLLLM
STATE
GOTO TOYT4 3PREV NT TRISTATE OVERLAP.
H
TOYT4, NUMBER [HLHLL
STATE
EPDS 1 {GET OR PUT THE DATA.
GOTO TOYTS

]s
Revision
T
e
iREV
NO.
ICHQNGE
'figcm
fi",?&
el1€ 90slsis oFOR"u’a"?
1€nasacTURg0N

EPREADY EPREADY.
TS@ ) THEN NSiMSER[ DATA
TM DONE ® TSIL m 1STRO
1F [ RDYERRNUMBE
HITH
BE THE
R LLLLL

H
TOYT2, NUMBER {HLLHL
STATE
-EPADENS )
GOTO TOYT3

,’

STATE MSERUCTC 1MSER URITE CYCLE, GET

gs?gsrgg;grc. NUMBER HLLHHH §TOY CLOCK CYCLE

—

;

‘

ON THE KAB30 (M760%3).

ROL)
CONT
1,0
AL
LOC
e
s
t
'
ot
NG
1
IST
L
Ees
NE
I
H
T
MQC
.
[ON:
LQCAT
18Card
g
_
x
u
q
:
&
D
CHK
u
@
&
u
@] fi g
¢
[NEAT MIGRER ASSErGLT: S17F Tcooe| _ NUMBER [rev
[
| SI 1

!
/MOOEL
OPTION
OM
USED
F1RSTg
3
{

|
I

| 0 1CS|IM7472 -0-54\

_‘M |

epread

rgm atghi
epcs

v,
promcY;ygc (]

Jc
ogcy
enb t

epad

]

p roni

epas

U
ocachc
epready *

mapcyc

epadenb +

epready Y *

epadenb

SF53

map 3

epas

epready 4

mapdsabl N

EQUATIONS

7ab5 T

powerupl]

epds v

epas r

IATE¢
TRRED
derb

epaden

LEINE 0
YeFDREF[RST=

C__
ORN : R
~

xesTE
€STEPR-=SI[ZE —Gy LRy4 eTR
[
A
5
[
P

om oemear
uvcycd@ =* cspr
-uvcycd! * * -uvc
err X% uvcyc
EQ3 =-uv
csmap * %csma
d!l —uucyccd
* cdl
EQy =-uverr
gp —csmapemearar
* gcd@ X * -csm
EGS =-uverr X uucg
pemeear
® -csmapoy %® csma
X -uvcycd@
-uucycdl
£06 =-uverr * -uvc
-csmapem
ycd! x -yvcycdd w -cst

EQe =-uverr X -uvcycd!

d ~uvcycd!l X uvcycda
£Q8 =-uverr X((uyvcycd! X uucycd) +(

Ealdadind

ycd! -uvcyccd
EQ1 =-uverr % rdyerr % -uvc-uvc
ycdd »* cstcoy
err %
€07 =-uv
* -rdyerr x -T51 % -TS8

maps
epds »

epready *

] '

TRREDTATE

EER,
TLIET
LY=C
ABOR
LAST«MODIFPRIED

msz 1

maps U]

ma?)/ 0

prom3

7510sal :ufl ‘eim%l—r DRAUING
P
c
g
v
g
f
g
n
THE
ARE
MEREIN.
,
CATIONS
~THIS DRAUINGOF DIGITAAND LSPECIFI
AND
EQUIPMENT CORPCRATION

1A ut=4

epas odg :
eSre

ra!

epadend ¢l

mapc

——————%

promc

toy3 4O

toyd
epds T

[(CTRRED

epadenb

omlateht

—

mapl

cilt

pRCPERTYS R R T S
L
SICH, NT CORPORATION
N PERMISEQUIPME
ITEMS WITHOU
oF COPYRIG
HT 1G5CT, WRITTEDIGITAL
7
i

CuLccycl

fiz
serwcyc
"

| .

Loy

EQ13

S&5y
epas 4

- F O

i tieaamat it

EQS =-rdyerr * -uvdalmaX uvdalma
EQ1@ =rdyerr % csprom
X 759
EQ1Y =rdyerr % done %% TS1
X 758
TSI
done
%
EQ12 =rdyerr
%

-csprom

4.1
i
baTE2b IENS_Q): anar~ & bate
-\a-3 )Eéz{;{£:a LocaL- I-0~ BUS CONTROL
g-\aT
MNUMBE-8R -55 REV.A
I
HIGHER ASSEMBLY: S{2ED [CODES
Q-\a.igb |NEXT
M7478
CS
1 _
2 _ i
3
;

£Q13 =rdyerr % done ¥ TS1 = 1S9

JrTRereapaverarr VTR S bt

]

“Tela] =l

[

)

rol machine
name 23.008L3_0@_E29 1022 bus arbltration cont
y ncid®
fnput ssSync nciby ooy —initrqy —done, nci2, ncil

input nciiS, -lock. -Qrq. -arb, sdmgl. sdmr, srply. ssacky

-enbB864!

output nco?. —grant, tdmgo, tsack, ncid. tdmr, tinit,
machine q-bus_arb

D
then
]
srpl
+
nc
(ssy
¥
rq)
init
+
*
(qrq
m
id)
sdmgl
®
b
(-ar
¢
r]
Carb
—tdm
®
nt,
ack
[gra
E
{fif{f (-ss
Lthen
iy
-srp
¥
nc
-ssy
®
trq
-ini
r] go]
arb ® qrq ® tnit ® -ss$ mgi)=)-srp
(tinit,
(-ss
ly) then
C (tdm
then-tdm
~.k =B arb N
(-sgack
® -iniQtrql
m -qrq
1

goto Q@ [-grant, -Ldmgo. —tsack, —tder, tinit, -enb8641
.

state A

L)t
vP

B trq ® -ssync u -srplyl then E&
b-ini
b®®Ssdwri)=¢ (-ar
®B (Car
ack
if{f (-ss
&
Q
q
-qrb
ack
(~ss
&
Q
then
(gra®mnt,—-arb-tdmTM r.sdmgisackM
lyl
-srp
M
T
nc
-ssy
®
rq
fnit
ack
{f{f [-ss
tdmr)
[
then
rq)]
init
+
(qrq
=
gl
-sdm
¥
-arb
+
rq)
init
*
(qrq
®
ck
&
+
[(ssa
trq
-ini
n
-grq
®
gi
-sdn
®
{f [ssack ® ®-grq-qrq® =-ini
® -sdwmr) then [-tdmr]
® -initrqtrq+ -arb

state B

arb
state C

{Linit, -tdmr,

1i
]1
‘

sack ]

]
641
enb8
nt.
-gra
t,y
-tint
ck,
-tsa
mgo,
[-td
B
then
k)
ssac
®
if{f Cardb
(-t
then
Larb m -ssackgi)® t_o)
then B (-tdmgo, -tsack, -tinit, -grant, enbB641 ]
]

R ——— IWP’?]%PM&;’”}LA&' e

if (-arb % -som
]e ]
ntgnt,-tdmr
state O
£ E[?ro
then
trq)
® %-ini
arb ®® grq
®® arb
ly
®¥ -srp
~Ldm
ync
(-ss
(-gra
{f
then
trq)
-ini
-grq
ly W arb = tnitrq) then @ [tinit, - dwr )
ync TM -3rp
{f (-ss
r]r ]
ly
-stp
k, k,-tdm
nt,nt.tsac
(~ssync
{f
€ E(nra
then
trq)
® B-ini
®® qrq
X® -arb
ly
-tdm
-srp
®
tsac
ync
{f{f (-ss
(-gra
then
)
tr
-ini
-grq
-arb
ly
-srp
B
r)
ync
-tam
(-ss
k.
if [~ssync = -grply m -arb ® initrql then (Lintt, Lsac
nt, enb8641)
state E
{f (-qrq @ -lock]) then B8 [-tdmgo, —tsack, -tinit, -gra
ant]
if [-qrq] then (-grnt)
{f (qrql then {gra

state F

goto H

state H

goto J

state J
goto K

state K

goto L

QOLO M

state L

state M
goto N

state N
goto P

goto B [-tdmgos ~tsack, -tinit, -grant, enbB8641
state P

]

e Q@
enb8641 ]
stat
if [-initrq) then B [-tdmgo. -tsack, -tinity -grant,

END

ey
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e RS

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5.1

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T
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TITL
|
DATE
‘
DATE) -R6 |ENG:
B-\a-1 Q6% DETAI[200
W
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FLOW
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CONTR
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0BUS ARSITRATION CCNIRSLLER

T DO T <
B

|cs | nra78-2 -57 | A

WaE R A A acw s T
ve

state T, number -11hhh

JIURUITDRORPRPUN,
—

1022 bus master oycle control machine
name 23.0@SL3.0@_E26
, -cd@, -ed! 4 ~bm@, ~bml, -bm@4, =bm3, wVKR qale
1npuL ncilS
input vallid, ncib. o, rref. srplyy -grant. -gblocyc,

-tsync]
antl then B [ first, ~EndDal, -EnbData, -done, -tdioy -tiako,

{f (-gr

state By number -hhlhl

)] then P [EnbDall
-¢-cd'
{f (grant ® qale ®® (-cdl
-cd@)) then T
if (grant & qale ® (-cdl =TM cd@8)
] then C (tdlo. -first)

o
sl
P

v§A
o)
>a

f (-t_o) then [EnbDatal

152
if

goto H

h §

Ap mne)

&
(~-srply ® -tio ® first ® (bmoubmi) B -uVHR]

state NN, number -11111

state Fy number -111bh

if
i€

state H, number =1hlhh
(tiakol

state J, mmber -lhhll

-t_o s first w (bm2ubml) B UVHR] &
{-srply W t,
EnbDatal
-firs
[
AB
then
WOmM]) + -first)] &
[-srglz B (L_0 + ~(Dm2
-EnbDall

then vV [(-flrst)

Lthen AP [ -tsync, done,

state AP, mumber -hhlhh

goto V

® -qalel then S
{grant ® —gqblocyc
cyc + qalel then R

state Ky number ~lhllh

(-grant + gblo

goto L

state AB, number -hhhll

state Ly number -hhlll

goto AC

state M, number -1hlhl

goto AD

goto N

-rref) then N &
bmi) first &-tia
(-t_o TM -UVHR = (bmcm
ko, -first)
os
{ -EnbData, -tdi
¢+ rref) Lthen AN &
2mbmi) ¢ -firso.t -tiak
(L_o ¢ UVHR + ~(bm
o)
{ -EnbCota, =~tdl

state AM, number -nlill

state E, number -hllhh

(t_o + srplyl then AK

state AL, number -1111h

goto F

state AJ, number -hhllh

?oto Al

state Dy number ~111hl

{-uVlR] then AJ [Ldio.

state AK, number -hlllh

state Cy number -hllnhl

[uVHR] then RB [(EnbDatal-EnbDall

goto AL

if_(qran ® qale

{qale

state V, nuaber -11hll

state A, number -hhbhh

= valid » -gblocyc ® -first] then [-tsync]
(qale =m cd@
cd@ m valid = -gblocyc m first) then [ tsunc, -first]

goto V

first

goto J

state U, number -hlhll

machine q-bus_master

goto E

e &
{qale ® (-cd@ + (wvalid # -gdblocy]

, -done

goto D

c ] ® (~valid + gbloc Y1 &
QPl on (doga
if Lhont
e
c]
[tsyn
then 3‘

output nco?, -EnbDal. -EnbData -tdio, ncod, tiakos tsync
local

state ACy number ~1hhhl

stateREAD,(tdinumbe
o) r -hhhhl
goto
stat
yllhlhthen AF
+erersrpl—-hhh
iffl:a:e. RE,AF,(t_onumb
numb —hlh = ~(C(-uVHR + bm@ = bm3) = rref)] &
bml)

goto N [-EnbData. -tdios ~first]

{-srplyl then P [EnbDal. -tsyncl

state N, number -1hlll

goto R
goto SS, number -hlhhh
state P, number -hlhhl

[-t_o
{-tdiol
K m (bm2E
" ‘themnfirst

state R number -11hhl

state
goto T

2upmi) + rref ® (~uVHR + bm@ ®
st + -(bmiol
Lo + -fir
{-td
A4
then

state AH, number -11hlh

goto AL

END

‘

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OR USEO TM wear I
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[WED A

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FIRST
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OOCUMENMUTMBNUMBER
ER REY
MLE BUS MASTER C(ONTROL S|pIZE S\M 747
TIQ22
8-0-59 | A

oate ]i Ecoramse n | REV
REVISION MISTORY

TTan 18

]

MACHINE FLOW DIAGRAM

SCALE

v /Ot

|smeer

[o1]

a”
sa[ Ms
n-o-o;z-:ul o
P

stote Ny number -1lhhh
always (-armreply]

ne
rame 23.8180L3_08_E13 1G22 bus slasve cycle control sachi -Qremtnd
qur,
_db,
-sel
A, selcol, ~bdyl6, oddwd,
-drq., —dmal
input valid
ncib, xwtbts rbs?, sdout, sdin, ssSync, ~
input
~drq
ocutput nco?, DCB2Ircv, ncoS., qale, nco3, incctr, -armreplyy

if (-sdin ® -sdout] then N {oCeircvl

state N, number -111hl

, -drql
1rcv, -armroglg. -flag
{f [-ssync) then R® [(DCB2
, flag
J then L1 (-DCB21rcv
if (ssync ® sdin n —rlc?
® -flag) ® sdout) then N [armreply, flagl

{f (ssync ® -(sdi

state P, number -hllll
if (amaMA) then [-crql

local flag

{f (-ssync) then K

state R, number -hhlll

state A, number -11111
1f [(-dmaMAl then A2 {qale]

goto R2 (-DC@2ircv]

goto R [DCB2ircv, -drq, qale, -armreply, -flagl

state R1, number -nhinl
stale R2, number -lhhhl

goto S larmreply]

goto B [-incctr]

state S, number -11lhhl

1rcv, -armreply, -flag, -drql
{f (-ssync]) then AB [DC@2
bdyl6) then U

always (-armreply])

state B!, number -1lhhll

goto C [armreplyl

if (ssync ® sdin

if (ssyrc ®m sdin ® -bggtsl then T [ incctr]

state C. number -11hll
always [-armreply])

K (drql
1f (-ssync ® flag] then
R t
if [-ssync ® -flagl) theneply.
-Flae. [DCB21rcvy —armr

state T

if (-sdin ® -rbs?) then V &

{-incctr, DCB21rcv, qale]St

tr, r]flagl
D [incc
thenflag.
-oddwEdl(drq,
-bdyi6)]® then
-xwiblt ®+ bdyl6
&& (xwib
A
B® -dmal
cc ®® sdout
incct
[ssyn
{f
-dmafiRA n -xwtbt ® -bdy!6 m oddwd] then Et
sdou’. ® -dmah
{f [ssync ® sdout
g]

] then
{f [-sdin ® rbs? 8 oddws
pl ]

t-incctr, armre
= —oddudi then P L
n w rbs?
if [(~sdiC-inc
ctr, DCO21rcu, Orql

{f [ssyn{drqe. -flagy incctr]

state U

if [-sdin) then V [(DCB2ircv, qalel

state D

if [-sdout] then Bi {-incctr]

state V, number -hllihl

Ircy. -armreply. -flag, -drql
{f (-ssync) then tA) (DCB2
then V! (-qalel

state €, number -1lhlh
olways [-arnropl?]
{f (dmaMAR]) then -drql

if [ssync ® sdou

{f (~sdout) then J

state V1, number -lhhlh

{f (sdout ®m dmallA = selcol) then F

7V W

goto Rl [-incctr]

state A2, number -1lhlll

ERER

state AR, number -hbhhhh

{f (ssync ® dmalA = selicoll then R

machine g-bus.slave

goto E [armreply: flags drq)

'
state By number -1hlhl
db TM QMemEnb} then BIA[flug. -incctrl
if (-done TM ssync m -sel_
H
b = -QremEnb] then
{f (-done m ssync ®TM -sel_d
rcv
if (-done TM ssync sel_db] then N [-qale, DCOB2i

state F

{f {-sdout] then H (-incctr]

state Hy number -hlhhl

A [DCB2Ircv, -armreply, ~flag, -drql
if [~ssync]® then
-flag] then C {armreply]

{f [done ® dmaMal then AR {-qale]

{f [ssync

state Jy number -hlllh
1f [dmaMA] then [ -drql

state BiA

state J1y number -hhllh

END

tr]
if (-valid] then H [flagsP ~incc
[ -qcle, drql

if (valid ®» -qur) then B1 ( -qaley -incclr]
{f (valid = qwr] then

{f [-ssyncl then K

if (ssync TM dmalA = selcoll then Ji

goto H [-incctr]

if (dmaMA + -drql then A [DCB21rcv. -armreply, -flags

state K, number -1111h

-drql

m COPiED THx

REVISIONS

ICHANGE NO. IREV

[

USEDAOM_OPRO T]ON/MODEL
FIRST PRI
3!

: |%
\

NUMBER9
TR. 1S12€nD {CS|1ccCODE IMATZrZS -2-6
1
2

REV.A

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[GHTinpeare
4P preeeamibok1ssoi8on¢1 COPTRT
Sl NOT BE

VE CTL
BUSE SLA
1 Q22
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e
T
a
N
e
e
T
TING
LIS
HIN
MAC
dilgli[tlell=r et
-

L_—-“n - A W A AnE

state L1, number -lhhhh
goto M (armreply]

“Teg ORAwSG AND SPECIICATIONS R ARE

i [f\z[m—o-_;lévuwfig{gl l

T CORRDNATION An0
OF DWITAL [OUAMEN
PROPERTY B4
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QALE 4

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ves

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READ

REVISION H1STORY

DOCUMENnsErT MUMBER v
7 3 =y lmzaz
TLE auS SLAVE CONTROL (|plea
TI5>
g-0-€1 | A
MACHINE FLOW DIAGRAM

T A

| [¥FosLviveyd] |

N
TIRS CRAWING AND SPECHTATIONS mlRE ARC AND
FMOMEATY OF Ds(iTaL & anSAgN" COARCAATION
ALy NT BE AEAROOUC §2 O COMED OA L3O Iy w8
OR i PART AS Throt BASIS FON TM4 WAM ACTUSE OR SALL
OF ITEMS WATHOUT Wi TTEy SERn3sON
&
COPYRIQMY

& KOUPPIENT COMORA TON*
R Q0T

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—

[OFam74
76 0-col A | 4

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———

pate | :;5::;:'0‘"[' REV

352 8US SLAVE
MACHINE FLOW

C(ONTROL

DIAGRAM
2

3.zt [co k DO=UMENTNOABEANMUMBER

|pks|m7a7s -c-62 | A

scaE

t 7))
P

foveer

4
4 of

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| E=
ER E
9- as

a——

!
|

118 RAS DECOOE PROM ¢ E79 )
F1-88ATED! KAb28
23-Eu2ORIBIM
DEC PART NUMBER! DATE
1@-Sep-A,Lember-198%

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UVCS<2>H )D
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READYI(HD
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1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7

1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
1.7
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MDb
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OH
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1OH
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REF REQUHD
ARS(L)

aSYNC T.0.(HD
RBS7(H)

G810CYCIL)
T857¢(H)

TOMGO(H)

ARM REPLY(L)

MAaP ADC3OH

ENB DATA(L)

MAP ADC1QOH
MAP ADC13OH
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UVDAL-OMACL)Y

Pg.

BUVAS(L)
MACEIH
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MAC16>H
UVOALC1BOH
UVDAL(23OH
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MAC2Y>H
LVDAL<28>H
UVOALZ19OH
MAC19OH

MACY OH
MAC 22 H
yvDAL<22>H
UVDALC 17>H
MAC17oH

J \@. !
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FEVISIONS

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XDALC14OH
XDALC15OH
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UVOALC3OH
puvoaL<e>H

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UVDALC135H
LUVDALC12OH

uvoaLto
uvbaLta
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