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MP-01749

October 1983

548 pages

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Document:	KA785 Field Maintenance Print Set
Order Number:	MP-01749
Revision:	000
Pages:	548
Original Filename:

OCR Text

_TAIS

DRAWING

EQUIPMENT
SALZ

AND

THE

CORPORATION

ITEMS

SFECIFICATIONS

AND

SHALL

WITHOUT

NOT

WRITTEN

CONTAINED

HEREIN

REPROBUCII

PERMISSION.

THIS
FIZLD

ARE

CONFIDENTIAL

COPIZ3
AN

USED

UNPUBLISHED

MAINTENANCZ

AND

WORK

PROPRIZTARY.

WHOLZ

THEY

IN PART AS

PROTECTED

UNDER

ARE

THE

PROPEXTY

DIGCITAL

BASIS FOR MANUFACTURING

FEDERAL

COPYRISHT

| ons

)

[

SET

IABLE._DE_CINIZNIS

!
|

DRAWING_NUMBER

E-1A-7020579-0-0
E-UA-5312870-YA-0

E-UA-5412872-YA-0

-D-IC-11785-A-3
E-AD-7014956-0-0

I
I
|
|
|

[

D-BD-KA785-0-3
D-7D-KA785-0-4

K-PL-M7461-0-DBP

K-C3-M7461-0 (COMPLETE
B-1D-47361-0-0

!
|

)

i
i

|
|
|
!

E-£C-50146078-0~0
E-UA-¥47462-0-0

K-PL'N7462'°-DBP
K-CS-47442-0 (COMPLETE

B-DD-it74¢2-0-0
E~-EC-5014077-0~0

CPU

DIGITAL

EQUIPMENT

CORPORATION

PRINT SET ORDER NO.

MP01749

B.l,
B.L.
B.L.,

BeH.

S+B.H.
C.A. M.

(ETCH CUT)

C.AcM.
C.A.M,

SET)

CODO"Q

K-PL-M74463-0-DBP
(COMPLETE

(ETCH CUT)

S.8.H.
S+B.H.

CiAeM,
C.A.M.

B-DD-474565-0-0

SET

S+B.H,

SET)
"

E“UA’"7463“°‘°

K-C3-874463-0

S.B.L.

E-UA-M74461-0-0

MAINTENANCE
3

BOARDs» DRILL AND ETCH CPU - 2
S.3.I. INTERCONNEST 11785-4
SUPPLY, UBA OPTION

FIELD

KA78S

BACKXPLANE A33Y (CPU)
* BOARD» DRILL AND ETCH

E-Ufi-fl7460-0-0

B-DD-M74460-0-0

KA785-AB

CPU SYSTEM BLOCX DIAGRAM
VAX AND CM MODE ENTRY POINTS

K-PL-M7460-0~DBP
K-CS-M7460-0 (COMPLETE SET)
E-2C-5013069-0~0

KA785-A4

(KA7S8S)
(KA78S)

CPU ASSY (XATSS)
CPU ASSY (XA735S)
MODULE UTILIZATION

(KA78S)

DIRECTORY
DIRECTORY

ASSY

CPU

DRAWING
DRAWING

|
|

B-DD~KA785-AB
E-UA-XA785-0-0
K-PL-XA735-0-DBP
D-MU-KA785-0-2

K=TC~KA78S-0-DBF
3-DD-KA785-AA

COVERED

THIS |
SET
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DESCRI2IION

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| UNIT VARIATIONS |

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SET)

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REVI3IZN KISTORY
|
CONT. RIVISION HISTIRY
| MABE
BY! D, HERTZ
!
|
!
|
|
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D
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BY: D. CIRXA
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INITIAL
I 1723733 |
|
|
I DATE: 10-0CT-83
ITITLE?
FIZLD MAINTENANCE PRINT SET |
I 3 1 XA73S-TU002
111/28/34 |
|
|
|
|
|
|
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{
|
|
|
I PROJEZCT ENGR: D. CIRKA
|
|
|
!
!
|
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!
I DATZ?! 10-0CT-83
|
i
|
!
|
|
|
|
I
|
CPU ASSY KA78S
i
|
!
|
!
|
|
| RSP3LE ENGR: R. CASABONA
!
|
|
|
!
|
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|
| DATE? 10-3CT-83
|
|
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2x33x

FIELD MAINTENANCZI PRINT Sez7

TXX2X

*THE MATERIAL HEREIN IS FOR INFORMATION PURPOSES ONLY AND IS SUBJECT TD CHANGE WITHOUT NCTICZ=.
DIGITAL EQUIFPMENT CORPORATION ASSUMES NO RESPONSIZILITY FGR ANY EXRRORS WHICH MAY AFPEAR HEREIN®
TABLZ OF CONTENTS

D.M.

E-EC-5016076-0-0

L4
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*

(ETCH CUT)

[

(ETCH

CUT)

3.P.

(ETCH CUT)

LJ
LJ
*
*

D-C3-474489-0 (CZOMPLETE SET)
B-DD-147467-0-0
E-UA-#7470-0-0
K-PL-47370-0-33P
D-C35-M7479-0 (COMPLZTE SeET)
B8-DD-i47279-0-0
E-UA-#47371-0-9

E-UA-47469-0-0
K-PL-M47469-0-338P

SET)

B-DD-M7468-0-0

E-UA-M7468-0-0
K-PL-47468-0-DBP

K-C35-#7467-0 (COMPLETE SET)
B-DD-M7467-0-0
E-EC-5016072-0-0

E-EC-5016073-0-0
E-UA-M7467-0-0
K-PL-¥7467-0-DBP

(COMPLETE

3.4,

B-DD-47466-0-0

K-PL-M7364~0-DBP

K-C8-47464-0 (CIMPLETE
B-DD-47364-0-0
E~-EL-5016075-0-0
E-UA-M7465-0-0
K-PL-M7465-0-DBP
D-CS-M7465-0 (COMPLETE SeT)
B-DD-M7465-0-0
E-UA-M7466-0-0
K-PL-M7464-0-DBP
K-CS-M47466-0 (COMPLETE SET)

D-CS-M7468-0

(ETCH CUT)

E-UA-M7464-0-0

K-PL-M7172-0-33P

J-S85-M7471-0 (COMPLZTE SET)
8-3D3-17371-0-0
£-UA=-47372-0-0
K=PL=-A7372-0-DBP
=-S3-47372-0 (COMPLETZ

B-33-M7472-0-0
£-=C-3014079-0-0

CO:-OHO

C.2.H.

(ETCH CUT)

1SIZE I CODE | NLMBER
I

KA735-0-D3F

! REV. |
Vo3

IX2%x

FIZLD

MAINTESNANCT PRINV SET

XI33X

*THE MATERIAL HEREIN IS FOR INFORMATION PURPOSES ONLY AND IS SUBJECT TO CHANGE WITHOUT NOTIC=.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY FOR ANY ERRORS WHICH HAY APPZAR HEREIN®
TABLE OF CONTENTS

DESCRIPTION

DRAWING NUMBER
E-UA-M7473-0-0
K-PL-47473-0-3BP
K-CS-M7473-0 (COMPLETE SET)
B-DD-M47473-0-0

I.C.L.,
I.C.L.
I.C.L.
I.C.L.

E-UA-47474-0-0
K-PL-M7474-0-DBP
K-C3-M7474-0 (COMPLETE SET)
B-DD-47474-0-0

C.L.K.»
C.L.K.
C.L.K.
C.LoK.

E-UA-47475-0-0
K-PL-M7475-0-DBP
K-CS-M7475-0 (COMPLETE SET)
B-DD-M7475-0-0

J.C.S.,
JeCsS,
J.C.S.
Je.C.S,

E-EC-S50146100-0-0

E-EC-5016101-0-0

E-EC-50146102-0-0

(ETCH CUT)

C.L.K.

(ETCH CUT)

JeCeSe

(ETCH CUT)

E-UA-M7476-0-0
K-PL-M7475-0-DBP
K-C5-M7476-0 (COMPLETE SET)
B-DD-M7476-0-0
E-EC-5016103-0-0
E-UA-M7477-0-0

u.s.cC.
u.s.c.
U.s.C.
Uu.S.C.
uU.8.C.
C.I.B.

E~-EC-S016057-0-0

T+Re8.

K-PL-M7477-0-DBP
(COMPLETE SET)
D-CS-M7477-0
B-DD-M7477-0-0
E-UA-N7439-0-0
K-PL~-147459-0-D3P
D-C5-47459-0 (COMPLETE SET)
B-DD-47459-0-0

I.C.L.

ITITLE

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!
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!
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!
!

C.1.B.
C.I.8.
C.I.3.
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T+ReSo
TeReS

(ETCH CUT)

TABLS OF CONTENTS
KA73S

!
!
!

SHEZT

OF 3

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lercrmc

DOCUMENT NUMBER

e e ee s

m ee !

1SIZZ!CODE!NUMBER
¢t Kt TC ' KA7385-0-D3F

! REV., !
!
! B

DRAWING MO. | % |PART MO.
K-TC-KA785-0-DEF

S|
A3Y

,---.

_fi-

DESCRIPTIONM

—

OPTION REV

MPCI74S

TAELE OF CONTENTS MPCI74S

VV-SB/VM
HISINCN

cc|
SCL =s

RZVISIONS

00 | B

| A | B

B |B

[

K-PL-KA785-0-DSP

PARTS LIST 11785-A

UNIT ASSEMBLY 11785-A

D-IC-11785-A-1

FOWER INTERCCNNECT

A | A

D-IC-11785-A-2

BACKPLANE INTERCONNECT 11785-A] A | A

|D-MU-KA785-0-2
D-BD-KA785-0-3

E-UA-KA785-0-0

11785-A

KA785 MODULE UTILIZATION

BLOCK DIAGRAM

SBI INTERCONNECT 11785-A

|D-IC-11785-A-3

|D-FD-KA785-0-4

VAX AND CM MODE ENTRY POINTY A | A

K-RM-KA785-AA

REV MATRIX

A | B

NOTES:
* OPTION REVISION 00 IS EQUIVALENT TO A. | _[E|

o
-

§18|
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Ptk

CORPCRATICN AND SHALL NCY BE REPROCUCED OR

COPIED OR USED IN WHOLE
OR !N PART AS THE BASIS

FOR THE MANUFACTURE OR SALE OF ITEMS WITHOUT

WRITTEN PERMISSION.

P ORE ki

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DIGITAL EQUIPMENT CORPCRATION

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D-FD-KA755-0-4

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THIS

SPECIFICAT

CR
AND SHALL NOT SE REPRCCUCED
CORPCRATICN
AS HE BASIS
COPIED OR USED iN WHCLE CR IN PAAT

OR SALE GF ITEMS WITHCUT
FOR THE MANUFACTURE

WRITTEN SERMISSICN.

CCPYRIGHT & |Sg a4

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DIGITAL ZQUIPMENT CORPORATION

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KA785 MODULE UTILIZATION
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PRTLST.4Q(50)

TOP DOCUMENT

PART NUMBER

MIN
REV

PARTS

BITS

E-UA-M7460-0-0

M7460-00

KA785,SBL,CPU

INTER

5
6
7
8
9
10
11
12
13
14
15
16
17
18
19

E-UA-M7461-0-0
E-UA-M7462-0-0
E-UA-M7463-0-0
E-UA-M7464-0-0
E-UA-M7465-0-0
E-UA-M7466-0-0
E-UA-M7467-0-0
E-UA-M7468-0-0
E-UA-M7469-0-0
E-UA-M7470-0-0
E-UA-M7471-0-0
E-UA-M7472-0-0
E-UA-M7473-0-0
E-UA-M7474-0-0
E-UA-M7475-0-0

M7461-00
M7462-00
M7463-00
M7464-00
M7465-00
M7466-00
M7467-00
M7468-00
M7469-00
M7470-00
M7471-00
M7472-00
M7473-00
M7474-00
M7475-00

KA785,SBH,SBI (SYNCHRONQUS BACK
KA785,CAM,CACHE ADDRESS MATRIX,4
KA785,CDM,CACHE DATA MATRIX,4-LA
KA785,TBM,CPU TRANSLATION BUFFER
KA785,1DP,CPU INSTRUCTION DATA P
KA785,1RC,CPU INSTRUCTION DECODE
KA785,08P,CPU DATA PATH "B",4-LA
KA785,DEP,CPU DATA PATH E,4-LAYE
KA785,DDP,CPU DATA PATH D,4-LAYE
KA785,DCP,CPU DATA PATH C,4-LAYE
KA785,DAP,CPU DATA PATH A,4-LAYE
KA785,CEH (CONDITION CODES,EXCEP
KA785,ICL (INTERRUPT CONTROL,LOMW
KA785,CLK (CPU CLOCK),4-LAYER HE
KA785,JCS,JOINT CONTROL STORE,4-

1
1
1
1
1
1
1
1
1
1
1
1
1
1
2

20
21
22
23
24
25
26
27
28
29
30

E-UA-M7459-0-0

E-UA-M7476-0-0
E-UA-M7477-0-0

IBASIC PART NO:
!
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!
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]

D. HERTZ

'IMFG.ENG.:

1
1
10
30
28
12
1
1
1
6
2

!
!
'DATE: 20-SEP-83 ! D
!
!

:
PARTS LIST
(KA785)

!
!
:

D. CIRKA

DOCUMENT NUMBER
'DATE: 20-SEP-83 !
'SIZE'!CODE! NUMBER
!

I REV

'DATE: 20-SEP-83 ! K

! B

M. KRYSAK

IASSEMBLY NUMBER:

'E-UA-KA785-0-0

1
1
10
30
28
12
1
1
1
5
2

R. NELSON

OF A2

!
'TITLE
IDATE: 20-SEP-83 !
CPU ASSY.
!
!

'RESP.ENG.: R, CASABONA

(E)

LOW

!
IDRN:
!

'DES.ENG:
!

KA785

(B]

11D

SBI

KA785,USC,MICRO SEQUENCER CONTRO
KA785,CI1B,CPU CONSOLE INTERFACE,
GUIDE,CARD
,POLMIDE ,NATURAL
GUIDE,CARD
L NYLON
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GUIDE,CARD
LNYLON
,MAGNETA
CONN,P+S
02SKT(1Xx02).100CC JUM
LABEL ,ADHESIVE BACK FOR BA11-K
LABEL, "DANGER-HIGH CURRENT"
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!
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!

!
!
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TRS,TERMINATOR & SILO,4-LAYER HE

M7476-00
M7477-00
1211630-00
1212405-00
1212405-01
1214314-00
3613281-05
3615087-02
7013713-00
7014103-00
7014212-0M

E-1A-7013713-0-0
E-I1A-7014103-0-DBU
D-I1A-7014212-0-0

!
1A
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11780 500 WATT SUPPLY:
11780 SO0-WATT SUPPLY:

M74539-00

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B-DD-H7100-0-0
B-DD-H7100-0-0

!
REVISION HISTORY
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'ENG!
ECO NUMBER
!REV

1
2

20
21
22
23
24
25
26
27
28
29
30

1
2

LEVEL:

REVISION

SHEET A1

QTY PER VARIATION

DESCRIPTION
VARIATION

LIST

]

bttt

' TOP DOCUMENT NUMBER:

1K-DD-KA785-0-DBF

it i

! PL ! KA785-0-0DBP
!

!
!
'DATE: 20-SEP-83 ! RELEASE DATE:

“THIS DRAWING AND THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY.

!
!
!

27-SEP-84

| FILE NAME:

! Z5553B.P.S

'EDIT #

THEY ARE THE PROPERTY OF DIGITAL

EQUIPMENT CORPORATION AND SHALL NOT BE REPRODUCED OR COPIED OR USED IN WHOLE OR IN PART AS THE BASIS FOR THE MANUFACTURE OR SALE
|

ITEMS

WITHOUT

WRITTEN

PERMISSION,

THIS IS AN UNPUBLISHED WORK PROTECTED UNDER THE FEDERAL COPYRIGHT LAWS.®

!
!

AUTOMATED

LINE ITEM
31
32
33
34
35
36
37
38
39

40
41
42
43
44
45
46
47
48
49

31
32
33
34
35
36
37
38
39
40

41
42
43
44
45
46

47
48
49

50
51
52

53
54
55

50
51
62
53
54
65

¢ D

:§

PRTLST.4Q(50)

PARTS

PER

LEVEL:

CABLE AC DC LOMW
CABLE POWER BLACK
CABLE POWER
CABLE POWER
xx
THIS ITEM IS NOT USED
=xxx
CABLE POWER RED
CABLE POWER RED
UDA OPTION SUPPLY
UBA OPTION SUPPLY SQHZ
HARNESS MINUS 5V TERMINATOR

1
2

4
2
a4
1
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BACKPLANE ASSY (CPU)
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1
1
&
3

4
2
4
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PHIL
NUT,HEX EXT TOOTH LCKWSHR

1
1
1
6
16
&

1
1
1
6
16
6

PART NUMBER REV DESCRIPTION

D-1A-7014212-0-0
D-1A-7014249-0-0
D-1A-7014249-0-0
D-1A-7014249-0-0
BLANK
D-1A-7014530-0-0
D-1A-7014530-0-0
E-AD-7014956-0-0
E-AD-7014956-0-0
E-IA-7015073-0-0

7014212-2M
7014249-0L
7014249-1C
7014249-1J

VARIATION

7015073-00
7020579-01
7418902-00
7418903-00
7418304-00
7419458-00
7419483-00
3006043-01
9006073-01
3006563-00

E-1A-7020579-0-0
B-MD-7418902-0-0
B-MD-7418903-0C-MD-7418904-0-0
C(C-MD-7419458-0-0
B-MD-7419483-0-0

3006565-00
9006610-00
9006655-00

9006660-00
9007906-00
9008032-01

'TITLE

L !

CPU ASSY.

QTY

TOP DOCUMENT

7014530-1A
7014530-1E
7014956-00
7014956-01

REVISION

8108-32

10-32
NUT,HEX EXT TOOTH LCKWSHR
NUT,CAP,RELOCK 10-32X .438AF NYL
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24
24
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6
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1
1
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24
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144
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SAVE

DP2

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BIT

DP2 =

CVTPS, CVTSP, CVTPT , CVTTP , MOVC3, CMPC3 , SCANC, MOUCS,

CMPCS, MOVP,

CMPP3 , CMPP4, MATCHC ,

LOCC, SKPC ,

CRT ,ASHP

EXTZV

FFS,FRC, (MPV, CMPEV , EXTV ,

I XAR

9:8: (19}

(c FORK )

(248)
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¥ 2 WORD

(34A)
M CLASS

% 3 NORD
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Fl CLASS
FLOAT

(34E)

BIT %%

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FICLASS
COUBLE

(348)

NSV

(349)
R CLASS

(340)
ADBLSS

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BBXX ¥

[

{3¢1)

CMPF

(317)

MTPR

e‘og(ia

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A00PD 4
SUBPL,4

(382)

CMPD

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ASHP

(386)

EMODD

(34C)
ASHL

(34D)

ROTL

(3¢B)

=edy

MULP

DIVP

(285)

(3C5)

ACBF

POLYD

(383)
CASE

(BW)

(3¢9)

INDEX

(284)

ACBD

ACB

(3¢4)

(BWL)

(381)
MUL2 (BwiL)

MUL3 (Bwa)

(3¢3)

MOVTC
MOVTUC.

(344)

STORE Q

{3¢6)

EDITPC

(342)

CVTLP

(380)
oIv 2 (owy)

DIV 3 (BML)

(3¢0)

SAVE ¥
oP2

(340)

CVTPL

(366)
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REV

QTY

DESCRIPTION

VARIATION

REVISION

5016069-01

INTERFACE

1012784-00

.047

MFD

50V

+80-20%

MFD

35V

+50-10%

1103041-00
1216988-02

LOW

47.0

5.0 %

1300295-00

330.0

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5.0

1301424-00

680.0

1302957-00

5.0

121.0

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1.0

1921305-01

1921307-01

1921309-01

1921310-01

74F00

NAND

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GATE,QUAD,2-IN

GATE,TRIPLE,3-1

GATE,TRIPLE,3-IN

74F11

AND

74F20

NAND

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1921313-01

BUFFER,POS-NAND,DUAL

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1921314-01

74F74

1910545-00

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.1921319-01

74F153

MUX,DUAL,4-IN

1921320-01

74F 157

MUX,QUAD,2-IN

74F174

FF-D,HEX

1921323-01

REVISION

HISTORY

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PART

NO:

TENG!

ECO NUMBER

1=1T INITIAL

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(D]

[A)

:Bl
(C])

'DES .ENG:
g
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]

(K]

IN)

i
i

EQUIPMEVT

E44 ,E144

TRIG

COPIED OR

E127,E128,E£145
£54 ,£55,E£88

!
25-MAY-83

!
D

'TITLE

I
PARTS

'SIZE'CODE'

!
|
I TOP DOCUMENT NUMBER:

'B-DD-M7460-0-0

WORK

PART

PROTECTED

UNDER

REV

M7460-0-08BP

BASIS FOR
FEDERAL

12-0CT-83

I FILE NAME:

| Z3942A .PLS

{

TEDIT #!

THEY ARE THE PROPERTY OF DIGITAL

THE

NUMBER

THE

LIST

DOCUMENT NUMBER

!'DATE: B-AUG-83 !! RELEASE DATE:

IN WHOLE

e R

B8-AUG-83

M.KRYSAK

[NTERFACE LOW BITS (SBL)

'DATE:

UNPUBLISHED

B.HALL

USED

E147

£19,E20,E105-E107,E123,E124,

E6,E7,E23,E24,E39,E40,E111

IDATE: 25-MAY-83 !

'E-UA-M7460-0-0

E28,E45.E47,E61,E62,E64,E130,

CONT

B.HALL

!
iASSEMBLT NUMBER:

E50,E85,E95,E98,E101,E102.E116,
E118,E135,E136,E153,E£163
£E16,E17,E148,E149,E£152,E169,E177

i
'MFG.ENG.:

CORPORATION AND SHALL NOT BE REPRODUCED OR
THIS
OF ITEMS WITHOUT WRITTEN PERMISSION,

E150,E159,E161,E179

£143

" “THI5 DRAWING AND THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY.
|

€14 ,E46,E66,E77,E84,E119,E134,

£100,E£133

(E]

£27,£32,E34,E63,E67,E76,E99,

£13,E48,E51,E115,E117,E1
,E162
42

!DATE: 26-MAY-83 !

(F]

E132,E151,E165,E182

E.T.GERRY

CONT

R48,R49,R1.R2,R5.R9,R10,R13, R14,
R27

IDATE:

(L)
P
(M

CONT
CONT

!
i

DUAL,.EDGE

S .MANSOR

|
!

R18,R20,R22,R25,R26
R6,R34,R36,R37,R40.R41,R44 .R45,

CONT

;
'

GATE,4-

INVERT

R17,R19,R21,R23,R24

FF-JK

ISECTION.VARIATION INDEX !CHK'D:

R39,R42,R43.R46.R47 .R50.RS1

FF-D,DUAL,POS.
,EDGE

b
!

CONT

'DRN:

!'SECTION A

]

GATE,DUAL,4-IN

M7460

R67-R74

1921311-01

DESIGNATOR

R3,R4,R7,R8,R11,R12,R15,R16,R38,

NAND

09,010

CONT

AND

C1-C5,C13-C76

HEX INVERTER

74F10

C6-C12

REFERENCE

2
1

EJECTORS

.25 W 5.0 %

SHEET

VARIATION

CER

150.0

PER

LEVEL:

BIT

PIv=
8 10= 50 MA
HANDLE ,MODULE ,HEX TWO

1300202-00

]

1300250-00

NUMBER

1017472-90

PARTS
MIN

4
5

PRTLST.4Q(50)

THE MANUFACTURg

LAKWS.

13 5

OR SALE

5
.

!
!

PARTS

. 4Q(50)
PRTLST
PART

DOCUMENT

NUMBER

REYV

ITEM

1921327-01

1921324-01

1921720-01

10H125

26
27
28

1911469-00
1921332-01
1921330-01

OEC

29
30
31
32
33
34
35
3
37
38
39

29
30
31
32
33
34
35
36
37
38
39

1921316-01
1911983-00
1921315-01
1921306-01
1921308-01
1912731-00
1912746-01
1912860-00
1912863-00
1912872-00
1921322-01
1921010-01

TTL

CONT

QUA

1913788-00
1921331-01
1913888-00

2303082-00
2302982-00
23E13F1-00
9000024-01
1302858-00
9105740-55
BLANK
BLANK
BLANK

—

74F 280
74F 257

8646A

NOR

GATE,QUAD,2-IN

AND

GATE,QUAD,Z2-IN

TRANSCEIVER,4BIT

BUS

LS259
LS273
LS377
74F 161
74F373

LATCH 8BIT
FF-D OCTAL W/CLEAR
FF-D 8BIT W/ENABLE
BINARY COUNTER,PRESE
OCTAL TRANSPARENT LA

74F 374

FF-0,0CTAL,TRI-STATE
PRIORITY ARBITRATOR
TRANSCEIVER,BUS,QUA
MUX,QUAD,2-IN

26510

74F 258

102A

oC
B2-03
B2-03

74S37-1BUFFER-GATE

101

ocC

EXCLUSIVE OR GATE,QU

74F02
74F08

DEC

GATE-POSITIVE

-2NNDDB NN -

DECODER/DEMUX,
1-0F -8
NAND

CONT

EQUALS CHECKER 8BIT

F1-04
0.1210Dx0,
192
EYELET,ROLLED
100.0
.25 W 1.0 X RNSS5D-F10
uL14
30AHG KYNAR
WIRE (HRAP)

NOT

DESIGNATOR

E158,E173,E175
.
E160
£108,£109
E70
£E42,E43 ,E80,E114 E131,E174,E176
£E60.E68,£E97,E129
£1,82,E18,E35
£E72.E79
£21
E125,E£126
£36,.E53,£122,E£141
£29,£30
£37,E38,E71,E90,E93,E94,E110,
€138
£81,£155,E172,E£178
£E171
E73.E74,E87,E89
£140,E157
£E56.E75
E91
£92
E49

CONT
74F 138
745133
74F 86

THIS

ITEM

THIS
THIS

ITEM
ITEM

IS NOT USED
IS NOT USED

USED

1920442-01
1913730-00

RECEIVER,BUS,QUAD,U
PARITY GEN/CHECK,9-B
MUX ,QUAD,2-IN

O -

CONT

8640

R29.R31 ,R32

LGCATIONS ARE 01-08,R28,R30,R33,R35,R66,R75-RI2

ITITLE

g =
g un
gem
Gwm

INTERFACE LOW BITS

(SBL)

ISECTION A
]

£9.E12,825,E26,E31,E58,E59,E113,
E164
£E3,€11,E15,E33,E65,E82,E83,E96,
£166-£168,E£170,£181,£183,£184
£52.E69,E86,E103,E104,E120,E121,
€137
£154
£3
E4.ES5,E22.E41 ,E57,E139,E156,

DWN =2 =222

50
51
52
53
54

ECL

REFERENCE

TRANSLATOR

FF-D,QUAD

0
»n

45
46
47
48

7aF 175

a5
46
a7
48

REG,UNIV,BIDIR
CONT

42
43
a4

SHIFT

VARIATION

LEVEL:

9
9
o

REVISION

a1
42
43

74F194

SHEET
QTY PER
00

VARIATION

DESCRIPTION

LINE

TOP

"
"
"

AUTOMATED

OF A

TS1ZE 'CODE! DOCUMENT NUMBER
]

]

K i PL ! M7460-0-DBP
!

REV

12 [.8)]

1785-0-094cU

SIGNAL NAME

PAGE NUMBER(S)

SIGNAL NAME

PAGE NUMBER(
S )

SIGNAL NAME

PAGE NUMBER(S)

SBLH

SBLK SS EXPECT RD H

SBLD «K

SBLN CLEAR PAR REG L

SBLN

ID RECIEVE 10 H

SBLH ID RECIEVE 11 H
SBLH 1D RECIEVE 12 H
SBLH ID RECIEVE 13 H

SBLH,S
SBLH,S
SBLH,S

SBLK S5 EXPECT RD L

SBLE K

SBLK TIMEOUT CARRY H
SBLK TIMEOUT CARRY L

SBLK (M
SBLK D

SBLN FORCE MISS GRI
SBLN FORCE MISS GR1

SBLH ID RECIEVE

1% H

SBLH,S

ID RECIEVE 15 H
SBLI ACK PULSE L
SBLI ANY READ DATA L

SBLM.S

- SBLK TIMEOUT TRAP FF H

SBLK
D

SBLN

IB ERR H

SBLL ACK L
SBLL ARB OK H

SBLS N

SBLM,L

SBLL BSY LAST CYC H

SBLE LI

SBLN
SBLN

I8 PAR ERR H
1B PAR ERR L

SBLS N
SBLN H

SBLH

SBLK I
SBLK 11 +E 11

SBLI BSY LAST CYC H

SBLM, I

SBLL

SBLL BSY OR NR H

SBLI CS SET SBI CNF ERR W SBLM,I

SBLL ERR H

SBLI

SBLL PULSE 3 OR 4 H
SBLL RAISE HOLD H
SBLL RAISE TR H
SBLL SBI CNF1 R L
SBLL TIMING PULSE @ H
SBLL TIMING PULSE 1 H

ISR DATA L

SBLR, 1

SBLI READ DATA L
SBLI RESET BUSY H
SBLI RESET BUSY L

SBLE, I
SBLILD,E
SBLI L (K

SBLI SET TO OR CNF H
SBLI SET TO OR CNF L
SBLI TO OR CNF TRP H
SBLJ ADDRESS REG 10 H

SBLIM,T
SBLI WK

SBLN DISABLE SBI CYC H
H
L

SBLN MAINT REG 08 H

SBLK N oH

SBLM N

S8LM,L

SBLN PARITY REG 09 H
SBLN PARITY REG @1 H

SBLF N
SBLF \N

SBLN PARITY REG @2 H
SBLN PARITY REG 03 H
SBLN PARITY REG @4 H
SBLN PARITY REG 0% H

SBLF \N
SBLF \N

SBLL ,U
SBLD,L \U
SBLL K
SBLL
SBLL
SBLL 4K o1,R
SBLL K

SBLF \N
SBLF \N
SBLF \N

SBLJ ADDRESS REG 12 M

SBLA +J

SBLL TRANS ENABLE L

SBLL TIMING PULSE 4 H

SBLL ,K

SBLE L

SBLN PARITY REG @9 H

SBLN PARITY REG 08 H

SBLN (H

$BLJ ADDRESS REG 13 H
SBLJ ADDRESS REG 1% M
SBLJ ADDRESS REG 1% M

SBLAJ

SBLL TRANSMIT CA H
SBLL XMIT MUX SEL @ H
SBLL XMIT MUX SEL @ L

SBLE \L K

SBLN PARITY REG 19 H
SBLN PARITY REG 11 H
SBLN PARITY REG 12 H

SBLN
H

SBLA,B,J

SBLA \J
SBLAJ

$BLJ ADDRESS REG 16 M
SBLJ ADDRESS REG

SBLJ MARK

SBLA,J

17 W

SBLAJ

INVALID L

SBLJ PA 12 L
SBLJ PR 13 L

SBLJ

SBLJ TIMEOUT RORS 10 H
SBLJ TIMEOUT ADRS 11 W

SBLH.J

SBLJ TIMEQUT AORS 12 M
SBLJ TIMEOUT ADRS 13 H
SBLJ TIMEQUT ADRS 1% H

SBLH,.J

SBLJ TIMEOUT ADRS 15 H
SBLJ TIMEOUT ADRS 16 H
SBLJ TIMEOUT ADRS 17 W

SBLH.J

SBLJ

SBLH.J

SBLH.J
SBLH.J

SBLJ.H
SBLJH

SBLK ACK PULSE L

SBLK BUFFER FULL A H
SBLK BUFFER FULL H
SBLK BUFFER FULL L

SBLK , I

SBLA,L

SBLM CP SBI ERR CNF H

SBLM H

SBLH CP ST @ H
SBLM CP ST 1 H

SBLMH

SBLM CP TIMEOUT H
SBLM CRD H

SBLM H

SBLM CRD RDS INTR L
SBLM 1B RDS H

sBLn

SBLM 1B RDS L

SBLM N

SBLM IB SBI ERR CNF H
SBLM IB SBI ERR CNF L
SBLM IB ST @ H

SBLN,F

[B L

SBLN PARITY REG

SBLM M

SBLH .M

SBLM 1B TIMEOUT H
SBLM I8 TIMEOUT L
SBLM MULT CP ERR H

SBLC JM4K +P B8
_ SBLKF 4UsR

SBLN PARITY REG 13 H

SBLM

SBLM IB ST t H

SBLN K

SBLAL

SBLL XMIT MUX SEL 1 H
SBLM CLEAR

SBLJ R

SBLA ML, T

SBLF 1

SBLN,F
SBLM N
SBLM.F

SBLL «K

SBLK BUSY L

SBLM RDS CRD

SBLL K

SBLM RDS H

SBLK CLEAR BUSY L

SBLK

SBLK EXPECT RD H

SBLK ,E

SBLK EXPECT RD L
SBLK EXTEND READ H
SBLK LATCH TIMO REG L
SBLK RESET BUSY H

SBLK,R \B
SBLK \R

SBLK
SBLI D K

SBLK SET RETRY W

SBLL \K

SBLK SET SBI CNF ERR H

SBLK,I

INT EN H

SBLH \N
SBLH,N

SBLNH

SBLN SBI MISS DATA G@ H
SBLN SBI MISS DATA GI H

SBLN

SBLN (H
SBLE
+H N

SBLN

SBLP ADRS LATCH 29 H
SBLP ALLOW I8 H

SBLP
D

SBLP ALLOW

SBLM, TP

IB L

SBLP,T

SBLK P,
T

SBLK ,L P

SBLP FORCE HOLD L
SBLP FORCE INTLK H

SBLP

SBLP G@ PAR ERR H

SBLP R4S, T

SBLP,R,S,T

s:a

SBLD
K \P

_
w

SBLH M

SBLP 61

SBLH.M

SBLP

1D BUFF 98 H

INTLK RERD H

PAR ERR H

SBLP ,N

SBLM SAVE ADRS H

SBLM D

SBLP

SBLM,8

SBLIM SET TO OR CNF H
SBLM SET TO OR CNF L
SBLM TIMEOUT TRAP L

SBLI 1

SBLP

SBLP,K

SBLP
SBLP

SBLP D

INT L

E—

SBLP L
SBLK P, T

SBLM SET ROS H

SBLM TIMO CNF

SBLN (H

SBLN
A

SBLP EXTEND WRITE H

SBLN,F

SBLN H

SBLN REPLACE GRO H
SBLN REPLACE GR1 H
SBLN REVERSE P1 H

SBLP ANY READ H
SBLP ANY RERD L
SBLP ANY LRITE H

SBLM.N
SBLM,F

SBLK BUSY M

15 H

SBLF \N

SBLL TIMING PULSE 2 H
SBLL TIMING PULSE 3 H

SBLJ ADDRESS REG 11 H

SBLNH

SBLM,B, I
SBLAB,J

SBLN PARITY REG 86 H
SBLN PARITY REG @7 H

SBLNH
SBLS P N.T

SBLN MAINT REG 10 H

SBLN MAINT REG 09 H

SBLT N.HD

SBLM,L

SBLL K 411

AIGN

SBLR D +P

INTLK READ L
ISR H
ISR OR WRITE H
SBLP MD TO D L

SBLK M

SBLM
SBLM

SBLP PAR ERR TRAP L

SBLN BUFFER FULL FF H

SBLN, TR

SBLN BUFFER FULL FF L

SBLJWNT.D,P

SBLK \R 4L 4P T

TM
tAd

SBLP

SBLP ROM ENARBLE @ H

SBLP,T

SBLP ROM ENABLE 1

SBLP,T

7
| =

el
8

NOTES:

THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(S) WHERE A SIGNAL NAME

IS REFERENCED.

(SBL1O

["TRTS DWRITNG R0 SPEC IF [CATTONS5

REV

e
N

“sfiif%&fif%;s
;
§)
-

[ORN .

DATE

DLk oomneen]

JENG.

TITLE:

DSKB:
<C [RKAYSBL I .DRW__[08-AUG-83 TI 27 JNEXT HIGHER ASSEFBLYS
FIRST USED ON OPTION/-MODEL: 11-785 |B-DD-M7460-0

SBI

INTERFACE

S12E [CODE
NUMBER
K
ICS [M”460-D-SBL1

REV.
A

[e [a] mma=elalall
v

SIGNAL NAME

PAGE NUMBER(S)

SIGNAL NAME

PAGE NUMBER(S)

SIGNAL NAME

PAGE NUMBER(S)

SBLH ID RECIEVE 1@ H
SBLH ID RECIEVE 11 H

SBLH
SBLH.S

SBLK SS EXPECT RO H
SBLK S5 EXPECT RO L

SBLD K
SBLE \K

SBLN CLEAR PAR REG L
SBLN DISABLE SBI CYC H

SBLN
SBLT,N.H.D

SBLM .S
SBLH,S

SBLK TIMEOUT CARRY L
SBLK TIMEOUT TRAP FF H

SBLK .0
SBLK.D

SBLN FORCE MISS GRI L
SBULN 1B ERR H

SBLS
P NT
SBLS
N

SBLH ID RECIEVE 12 H

SBLH.S

SBLH ID RECIEVE 15 W
SBLI ACK PULSE L

SBLH,S
SBLK [

SBLW 10 RECIEVE 13 H
SBLH 1D RECIEVE 14 M

SBLI ANY READ DATA L
SBLI BSY LAST CYC W

SBLK TIMEOUT CARRY h
SBLL ACK L
SBLL ARB OK H

SBLK [ ,E 1
SBUM, I

SBLL BSY LAST CYC H
SBLL BSY OR NR H

SBLI CS SET SBI CNF ERR H SBLM,!

SBLK o1t
SBLM.L
SBLL

SBLE LI
SBLL K M

SBLN FORCE MISS GR1 H

SBLNH

SBLN [B PAR ERR H
SBLN IB PAR ERR L

SBLN MAINT REG 88 H
SBLN MAINT REG 89 H

SBLK \NH
SBLNH

SBLL ERR W

SBLM.L

SBLR, !
SBLE. [
SBLILO.E
SBLI oL K
SBLI (M, T
SBLI K
SBLM,B, I
SBLABJ

SBLL PULSE 3 OR 4 H
SBLL RARISE HOLD M
SBLL RAISE TR H
SBLL SBI CNF1 R L
SBLL TIMING PULSE @ H
SBLL TIMING PULSE 1 H
SBLL TIMING PULSE 2 M
SBLL TIMING PULSE 3 H

SBLM.L
SBLL U
SBLD \L +U
SBLL 4K
SBLL
SBLL
SBLL 1K 4M1,R
SBLL (K

SBLN PARITY REG 0@ H
SBLN PARITY REG @1 H
SBLN PARITY REG 82 H
SBLN PARITY REG 83 H
SBLN PARITY REG @4 H
SBLN PARITY REG @5 H
SBLN PARITY REG 06 H
SBLN PARITY REG 07 H

SBLF \N
SBLF \N
SBLF \N.
SBLFN
SBLF
N
SBLF \N
SBLF \N
" SBLF 4N

SBLJ ADDRESS REG 12 W

SBLAJ

SBLL TRANS ENABLE L

SBLE \L

SBLN PARITY REG 09 H

SBLN
H

SBLAB+J

SBLL TIMING PULSE % H

SBLL K

SBLN MAINT REG 10 H

SBLN PARITY REG 08 H

SBLHN

SBLAJ

SBLL TRANSMIT CA H

SBLE JL K

SBLN PARITY REG 10 H

SBLH,N

SBLJ ADDRESS REG 1% H
SBLJ ADDRESS REG 16 H
SBLJ ADDRESS REG 17 M
SBLJ MARK INVALID L

SBLA,J
SBLAJ
SBLAJ
SBLJWR

SBLL XMIT MUX SEL @ L
SBLL XMIT MUX SEL 1 H
SBLM CLEAR IB L
SBLM CP SBI ERR CNF M

SBLALL
SBLAWL
sBLM
SBLM,H

SBLN PARITY REG 12 H
SBUN PARITY REG 13 H
SBLN PARITY REG 15 H
SBLN REPLACE GRO H

SBLN \H
SBLN
H
SBLNH
SBLN
H

SBLM CP ST 1 H
SBLM CP TIMEOUT W
SBLM CRD H

SBLNH
SBLMH
SBLH 1

SBLJ PR 12 L

SBLA,J

SBLL XMIT Mux SEL @ H

SBLJY

SBLM CP ST @ H

SBLA ML T

SBLM H

—

SBLNH

SBLJ AODRESS REG 13 H

SBLJ ADDRESS REG 1% M

SBLSN
SBLN4

SBLI ISR DATA L
SBLI READ DATA L
SBLI RESET BUSY M
SBLI RESET BUSY L
SBLI SET TO OR CNF H
SBLI SET TO OR CNF L
SBLI TO OR CNF TRP H
SBLJ AODRESS REG 10 H

SBLJ ADDRESS REG 11 H

SBLN PARITY REG !1 H

SBLH
N

SBLN REPLACE GR1 H

SBLN
H

SBLJ PA 13 L
SBLJ TIMEOUT AORS 108 H
SBLJ TIMEOUT ADRS 11 H

SBLJ
SBLH.J
SBLH.J

SBLJ TIMEOUT ADRS 12 H
SBLJ TINEOUT AORS 13 H

SBLH.J
SBLM,J

SBLIM CRD RDS INTR L
SBLM 18 ROS H

SBLN
SBLF ,1

SBLP AORS LAT:% 29 H
SBLP ALLOW IB H

SBLP,T
SBLP,D

SBLJ TIMEOUT ADRS 15 H
SBLJ TIMEOUT ADRS 16 H
SBLJ TIMEOUT ADRS 17 H
SBLK ACK PULSE L
SBLK BUFFER FULL A H
SBLK BUFFER FULL H
SBLK BUFFER FULL L

SBLM.J
SBLJM
SBLJH
SBLK [
SBLN K
SBLC 14K P B
SBLK «F JU.R

SBLM 18 SBI ERR CNF W
SBLM [8 SBI ERR CNF L
SBLM IB ST O H
SBLM I8 ST 1 H
sBLM I8 TIMEOUT W
SBLM I8 TIMEOUT L
SBLM MULT CP ERR H

SBLNF
SBLM N
SBLM,F
SBLMF
SBLNF
SBLM N
SBLM,F

SBLP ANY READ H
SBLP ANY RERD L
SBLP ANY WRITE H
SBLP EXTEND WRITE H
SBLP FORCE HOLD L
SBLP FORCE INTLK H
SBLP G@ PAR ERR H

SBLK P,T
SBLP \L
SBLK.P, T
SBLK |L P
SBLD
K 4P
SBLP
SBLP RS, T

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by
2
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——

SBLJ TIMEOUT ADRS 1% H

SBLH.J

SBLM [8 ROS L

SBLM.N

SBLN REVERSE P! H
SBLN SBI MISS DATA GB H
SBLN SBI MISS DATA G1 H

SBLE
\H N
SBLN
SBLN

SBLP ALLOW [B L

SBLM, TP

SBLK BUSY H
SBLK BUSY L
SBLK CLEAR BUSY L
SBLK EXPECT RD H

SBLL K
SBLL K
SBLK
SBLK ,E

SBLM RDS CRO INT EN HW
SBLM RDS H
SBLM SAVE ADRS H
SBLM SET ROS H

SBLH,M
SBLH,N
SBLM D
s8LM,B

SBLP G1 PAR ERR H
SBLP D BUFF 08 H
SBLP INTLK READ H
SBLP INTLK READ L

SBLP RS T
SBLP \N
SBLR D P
SBLP K

SBLK EXTEND READ H

SBLK \R

SBLM SET TO OR CNF L

SBLK 41

SBLP ISR OR WRITE H

SBLP ,D

SBLN BUFFER FULL FF L

SBLJN,T,D,P

SBLK EXPECT RD L

SBLK LATCH TIMO REG L
SBLK RESET BUSY H
SBLK SET RETRY H

SBLK SET SBI CNF ERR M

SBLK 4R +B

SBLM SET TO OR CNF H

SBLK
SBLI DK
SBLL K

SBLM TIMEOUT TRAP L
SBLM TIMO CNF INT L
SBLN BUFFER FULL FF H

SBLK,I

NOTES:

SBLI 1

SBLH
SBLM
SBLN, TR

SBLP ISR H

SBLP MD TO D L
SBLP PAR ERR TRAP L
SBLP ROM ENABLE @ H

SBLP ROM ENABLE 1 H

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SBLK (R 4L 4P T

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SBLP
SBLP
SBLP,T

By
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1. THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(S) WHERE A SIGNAL NAME IS REFERENCED.

]

(SBL2>

REVISIONS

CHK [CHANGE NO., [REV

TITLE:
DSKB: <CIRKAYSBLL . ORW

FIRST USED ON OPTION-MODEL:

11-785

|B-DD-M7460-0

‘Slze]cooe l
K

JCS

>B IL OINN TBEIRTFSQCE
NUMBER

|M7460-0-SBL2

REV.
A

4x2 MuX

wx2 MUX

[2:1:]

£55

24F 157

SBLC URITE DATA 83 H——810-DA
SBLB ADDRESS REG @5 W
31-pa
TE

DATA 82

SBLG AODRESS
REG B4
WRITE

0-0

510 08

DATA 81 H—Lto-0c

SBLE AODRESS
REG 83 H—

1210

SBLC WRITE DATA 0@ H

0-00
1

YA[———

SBLA TRANS DATA @3 H

[2 [ 'Asal
)

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SBLA TRANS DATA 82 H

_SBLC WRITE DATA

10 W

14 H

gL TRANS DATA €8 H

-—(‘5 1EN

<BLC WRITE DATA

<BLC
LC

ATA

WRITE OTA

ATA 12

H
H

SBLJ ADDRESS REG 1% H

SEL

SBLJ ADDRESS REG 15 H——roTM0311-pC

‘? 1-DD

SEL

<BLC WRITE oar

YAF——SBLA TRANS DATA 15 H
a-0n
1-DA
slong TM Z———SBLA TRANS DATA T4 H

Hlpop TM 2

SBLC WRITE DATA 08 H

SBLC WRITE DATA 15 H
SBLJ ADDRESS REG 17 H

SBLJ ADDRESS REG 16 H

ey o0 YCHE—— saLA TRANS DATA @9 H

SBLJ ADDRESS REG 19 H

&11-08

SBLJ ADDRESS REG 11 H-——12{1-DC

SBLA TRANS DATA 00 H

53|

E54

SBLA TRANS DATA 11 H

SBLC URITE DATA 09 H

Imlms”

74157

Sl 0 Y8Z———SBLA TRANS DATA 10 H

$BLJ AODRESS REG 12 H

TeH2
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3300

v185-0-09ha|

4X2 MUX

2
YAF——
SBLC WRITE DATA 11 H
£lo-0a
SBLJ ADDRESS REG 13 H—21-DA

_linN__SBLL XMIT Mux SEL t

24F 157

SBLB ADDRESS REG 02 H———241-0D
1

81108

lo o YCH& —— SBLA TRANS DATA 13 H

100 Y0[3——SBLA TRANS DATA 12 H
0-

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SBLL XMIT MUX SEL @ L

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SBLA TRANS DATA 87 H

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SBLB ADDRESS REG 98 H

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SBLB ADDRESS REG @6 H——h|3-DB

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SBLC WRITE DATA 87 W
SBLB ADORESS REG 89 H

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SBLC URITE DATA @5 H
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SBLB ADDRESS REG @7 H——p 3-0A

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SBLL XMIT MuX SEL @ H

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(SBI TRANSMIT DATA LOGIC)

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REVIS[ONS

RO CHANGE 1.
eV

diijgli|tje

TRirme
Pt

TITLE:

DSKB:<C [RKA>SBLA -ORW

/I\

]

FIRST USED ON OPTION-MODEL:

11,785

B-DD-M7460-0

SIZE COOEI
K

1CS

SBI

INTERFACE

LOW BITS
NUMBER

[M7460-0-SBLA

REV.

5 O FF
74175

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SBLU +3V B H

Z9E 374

18 €178r7H219
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108
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SBLB TIMEOUT ADRS 83 H

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SBLB TIMEOUT ADRS @Y H
5BLB TIMEQUT AODRS @5 H
sBLB TIMEOUT ADRS 86 H

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SBLB TIMEOUT ADRS 87 H

—s

H ~—q06

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7
8

13
14

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GFD 18K PR 09 H—=2ID7
1

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SBLD CP TIMEOUT Ti H

SBLW CPT@ A H

SBLB CLK PA IN H

s BLB T1 SBI DATA SEL H

4 0@

SBLM SET RDS H

5101

SBHM CS SET SBI CYCLE H——2p2
3
GRIW CIFAR | —LdrIR

SBLI TO OR CNF TRP H—3{D3

SBLB RDS FF H

SBLG READ DATA 82 H

Re&——SBLB SBI CYCLE FF H
!l SBLB SBI CYCLE FF L

SBLB CLR TO TRP W

SBLM CPT@ A H ——={CLK

1-08

SBLG READ DATA 81 H

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SBLS WRITE INVALID L

PROPER

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SBLG READ DATA @0 H —
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SBLG READ DATA 86 H

SBLG READ DATA @4 H——

BUS PA @3 HEID

SBLG READ DATA 05 H
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SBI INTERFACE

DATE [TITLE:
DATE [ENG..
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LOCAT Sudd[ON: Lilger
DATE —ARD ome
CHK 0. LLckh pomeml

DSKB:<CIR BLB.D
[88-AUG-83 13:23 [NEXT HIGHER ASSENB
FIRST USED ON OPTION-MODEL: 11,785 _|B-DD-M7460-9
KB: <

BUS PA @5 H

SBLB ADDRESS REG @8 H

REVISIONS

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SBLB ADDRESS REG @3 H

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:

SBLB ADDRESS REG 06 H

‘17X1,2F 2n5u7x

SBLG READ DATA 83 H

5pLg TIMEQUT ADRS @8 H

SBLB ADDRESS REG 87 H

SBLB ADDRESS REG 85 H

? 470

]

SBLB ADORESS REG @ H

'l [~1=X-]

SBLS ADDRESS REG 83 M

14QEN

—l

SBLB ADDRESS REG @2 H

E17Y

% D FF
74F175
E82 2

RS 16

iAoe

LJEN 00T
CLK

SBLW CPT2 A L

SBLB TIMEOUT AORS 02 H

PA
@7 H
&2 8us Pa

SBLK BUFFER FULL H

PA
&D 6us pa
06 H

&D 8us Pa 08

8 D FF

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sBLB PA 18 L EFD

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$BLJ ADDRESS REG 10 H

SBLB CLK RCV DATA B H

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__SBLG_READ_DATA @8 H

—

SBL8 PA 1 L

YChl8—spLB Pa @9 L
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SBLG READ DATA @7 H

0N
sBLu cPTe A H—_2lgroa

Sla-os
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SBLG READ DATA @9 H
SBLJ ADDRESS REG 11 H

caig ik Rov DATA A H

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MBLY:

NUM
SI2E
lCODE {M7460-90~-SBLB._.
BER
REV .
| A
K_ICS

8 BIT
3-STATE
LATCH

SBLG READ DATA 81 H

2ot

SBLG READ DATA 82 M

SBLG READ DATA 83 H—2=8lp3

s8LG 1D BYTE @ PAR H—2L2o0
e
SBLG MD BYTE 1 PAR H-——"1D%
120

BuUS MD @1 H@KD

SBLG READ DATA @6 H——21D2

R - I Bus 0 03 H @D

SBLG RERD DATA 97 H

ReH&——BUS
MO BYTE @ PAR H @D

RSH2——8us Mo BYTE 1 PAR HEED

18, *7
LLqTow
— 0UT EN

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SBLG READ DATA @5 H

SBLG READ DATA @4 W

R2P—BUS M0 82 H(@AKD

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SBLG READ DATA 10 H

Bus 1D @5 H@EMD

8US 1D @7 HERD

Bus mp es HELD

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SBLG READ DATA 12 H

Zib2

SBLG READ DATA 13 H

8ip3

BUS MO 19 HBHD

BUS MD 11 HBND

SBLG READ DATA 14 H—7L31py
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SBLG READ DATA 15 H

12l

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SBLG READ DATA 11 H

RSH2—BUS "D @3 H<EAD

18157
LLqHoLD
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MD BUS DRIVERS

R2P——BUS MD 06 H BERD

SBLG READ DATA 28 H—'21py
1y
SBLG READ DATA 89 H

R1 .
R3 ‘

53|

8 BIT
3-STATE
LATCH
74F373

74F373

£¥?ggg———-BuS o 08 H(Q@AR
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8 BIT
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74F373

SBLG READ DATA @@ H

R2
R3

BUS MD 12 HEBPD

.
1

BUS 1D 13 H<BFD

ReE——BUS MD 14 HERD

S—

RSH2—8US MD 15 HERD
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18157
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SBLIL +3V A H—}

TBMD EN SBI DATA L

URITE DATA REGISTER
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8 D FF

SBLE REC PAR @ H

S6LC o PAR GEN B

SBLE REC PAR 1 H

8US MD 00 H

mem o

GKD BUS MD @2 M

@2 BUS MD B4 H

@f2> BUS MD @5 H

SBLE REC PAR 3 H

8uUS MD 06 H

SBLC MD PAR GEN 1 H

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@D BuUS MO O3 H

SBLE REC PAR 2 H

7415377
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R1
R2

SBLC WRITE DATA 00 H

<@LD 8uS MO @8 H

SBLC WRITE DATR 01 H

——sBLCLC WWRITE DATAATA 82 H

we e

(B2 BUS MD 10 H

SBLC WRITE DATA @3 H

BUS MD 1t H

ReH8—— SBLC WRITE DATA @4 H
il

SBLC WRITE DATA @5 H

RePE——

SBLC WRITE DATA 06 H

SBLC WRITE DATA @7 H

BUS MD 12 H
8US MD 13 H

BUS MD 14 H

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74,8377
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SBLC URITE DATA @8 H

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SBLC WRITE DATA 09 H

SBLCLC UWRITE DATA A1 18 H

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SBLC WRITE DATA 11 H

SBLC WRITE DATA 12 H

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SBLC WRITE DATA 13 H

RePE——

SBLC URITE DATA 14 H

SBLC WRITE DATA 15 H

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SBLK BUFFER FuLL H—1
SBLW CPT2 A L

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REVISIONS
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DEKB:<CIRKAYSBLL DR [OB-AUG-83 13:23 JNEXT HIGHER ASSEMBLY:
FIRST USED ON OPTION-MODEL: 11,785
|B-DD-M7460-0

TITLE:

SB I

I NTERFQCE

LOW BITS

NUMBER
srzslcooe
K |CS [M7460-9-SBLC

]

REV.
A

[

|2[a] =a=aalall

SBLU +3V A H
“

SBLD S5 RAISE

TR FF W

—+ 'P&—— a0 S5 RAISE TR FF L

sBLx sBI T1 L ——qCTY,

SBLK RESET BUSY H—f—2pE28

b3
15

8 D FF

“ D FF

7MF3I7
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SBLD RAISE TR FF W

SBLR IB MISS H

SBLE READ DATA FF H

Zlo2

SBLB SBI CYCLE FF W

SBLE RESET BUSY FF

8103

o <ove cons n_12os
3

SBLB ROS FF H

SBLD RAISE TR T1 M
SBLD B MISS T1 M

R2 6

SBLD READ DATA T1 H

|28

SBLP FORCE
HoLO
L-L1Q7F@

SBLD SBI CYCLE Tt H

]

119

SBLD CP
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TIMEOUT

sos

sBL CLEAR B L
SBLW

CPTO

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3BLD DELAT LOOKUP W

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SBLN BUFFER FULL FF L

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183

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SBLD RESET BUSY Tt H

RSH3—— SBLD TIMEOUT TRP T1 M
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SBLK TIMEOUT TRAP FF H

SBLW CPT1

7uF17%

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SBUN DISABLE SBI CYC H

_SBLD SBI CYCLE T1 W

SBLM +3V D H

SBLP ISR OR WRITE W

SBLS CACHE PAR ERR L ————p—
SBLT CP RERD H

L6 .

SBLR CACHE HIT L 4—

SBLP ALLOW 18 h

E101

SBLP INTLK READ W

SBLU CPTE B L

SBLS 1B PRE REQ LTH
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SBLT REFILL OR SBI L

[o € froemno 3] A |

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18 ___ SBLD SS RAISE TR T2 M

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15
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FIRST USED ON OPTION-MODEL: 11,785

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| TITLE:
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B-DD-M7460-0

SBI INTERFACE
LOW BITS
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l B
NUMBER

]

REV,

7
.

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TRANS
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8646

230N

3785-0-09hcl|

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Bus 58

REC DO

BUS DIpS

ZITRN D1

REC D1

BuS SBI BS L

REC 02

8uS SBI Bas L

REC D3

@D
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REC D

REC D2

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Bus 581 807 L @FD

SBLE RECIEVE DATA 08 H

REC DO

SBLE RECIEVE DATA @7 H

12 reN 03

REC D3

SBLE RECIEVE DATA

TRN CLK

REC DI

SBLA TRANS DATA 14 W—3TRN D2

REC D2

L&D

SBLE RECIEVE DATA

1Z e D3

REC D3

SBLE RECIEVE DATA

TRN CLK

£3

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SBLE RECIEVE DATA 82 M

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£167

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REC DB}E—— SBLE RECIEVE DATA 90 W

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8646

—

PAR GEN
74F280

TRANS

SBLA TRANS DATA 81

15 H

TRN CLK

CEIVER

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1% H

—LqREC LCH
LI TRN EN

4 BIT

PAR

13 H

Bus D3PS1g5 sgr BIS L

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————
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10 H

SBLE RECIEVE DATA 12 H

BUS DIbS
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SBLA TRANS DATA 13 H

SBLE RECIEVE DATA @9 H

SBLE RECIEVE DATA

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8us 03pl6.t ays sar 811 L GBIR)

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SBLE RECIEVE DATA 06 W

Bus 03pbl6l pyus s

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SBLA TRANS DATA 08 H——2LITRN DO |,

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RI[E

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4 D FF

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£65

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TITLE:

BOARD L QCATION:

LOCATION:

DSKB: <C [RKAYSBLE
.ORW _[08-AUG-83 13:23]NEXT HIGHER ASSEFBLY:
FIRST USED ON OPTION-MODEL: 11,785 _ |B-DD-M7460-0

LOW

BITS

ST2E coosl
NUFIBER
K _ICS |M7460-8-SBLE

REV.
A

2% MUX

2% MuX

€106

€123

74F 153

YR Z

——Sla-0a
2 1-08

SBLB TIMEOUT AORS @3 W

2A1-08

SBLN PARITY REG 83 H

—13-0a

SBLK BUFFER FuLL L ~—————8la-0a

SBLN PARITY REG 01 H

—13-0a

-DA

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182
10!
+%0-08

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SBLB TIMEOUT ADRS @4 M

13108

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2

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CEED SBHP 1D ADDR 1 L

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30001

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313-08
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SBLN PARITY REG @2 W

74F153

SBLM IB SBI ERR CNF H

SBLE TIMEOUT AORS @5 H

La [ uJ

SBLF ID ADDR 2 H—

SBLF ID ADDR 1 H

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LAD

BUS ID @1 L.@

SBLF

1D RECIEVE @1

Bus 10 82 L CED

SBLF

ID RECIEVE @2 W

BuS 10 83 L<{CED

SBLF ID RECIEVE @3 H

26510

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SBLF MUX ENARBLE L

2xX4% Mux
P4F 153

2x4 Mux
74F153

E124
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————=UEN

1B TIMEOUT H

8-08

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2-08

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SBLN PARITY REG o4 H

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TS

BUS ID o4 L<LCFD

Yep

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SBLB TIMEOUT ADRS 08 H

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A

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18 RDS H

SBLM

SBLF ID RECIEVE @7 H

26518
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[D ADDR

SBLF

[D ADDR 2 H

(1D BUS MUX BITS 7-@>

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REVISIONS

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AL Yo B2REFROGCED O, Coe ({CHK JCHANGE NO. REV
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|ENG.

DATE

DSKB:
<C IRKAYSBLE .ORW _ [PB-ALG-83 13:04 JNEX1 HIGHER ASSEFBLY:

)

DATE

d"“fl llu R @[fl LKA jemee anféwLocaeron:ll‘%rF;c
FIRST

USED

OPTION-MODEL:

11,785

|B-DD-M7460-0

|TITLE:

SI2E [CODE
K

[CS

SBI INTERFACE
NUMBER

IM7468-0-SBLF

REV .
A

] 2|

9785-0-09hsl|
331 5]
438UNN
3003 3215!

MUX

74F 257

€5

240-DA

S4F 174

SBLE RECIEVE DATA @1

SBLE RECIEVE DATA 92

H——D2

SBLE RECIEVE DATA 0@ H———2DB

SBLE RECIEVE DATA 93

SBLC MD PAR GEN @

SBLC MD PAR GEN

H——

R1p2———SBLG RCV @1 A H

R2F——— SBLG RCV 2 A H

R3EE—sBLG RCV @3 A H

ReP2— SBLG MD PAR @ A

H——2D4

P4F 174

ROMFE——— SBLG RCV 88 A H

15
RSH2—

SBLG MD PAR

‘d

£6

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ROFS

SBLG RCY @1 A H—1-DB

]

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F+a-0C

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SBLG RCY B3 A n

’

15
RSP2—— SBLG MD PAR

SBLG READ DATA @1 H

TcH2

cais REnD DATA 92 H

YDF——— SBLG READ DATA @3

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SBLG READ DATA 90 H

‘sfléNSEL

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4x2 MuX
74F257

€22

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RECIEV
RECIEVE

;

DATA @4

SBLE RECIEVE DATA 85

SBLE RECIEVE DATA 86

SSLE RECIEVE DATA @7
—

SBLE RECIEVE DATA @8

—~

SBLE RECIEVE DATA @9

5 O FF

6 D FF

TYF1
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PUF
17
a

R1PP———SBLG RCY 05 A H

R2}—— SBLG RCV @6 A H

DI
b2

R3PE——
SBLG RCV 07 A H
1

ROIE——— SBLG RCV @% A H

05
1
L1sqeR
g

Re}Z

RSH2—— SBLG RCV 89 A H

SBLG RCV 26 A H

Rafi———-l SBLG RCV @7 A H

0%
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RS-~

38LG RCV 09 B H

SBLG READ DATA 85 H

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SBLG RCV @4 A H

YAl SBLG READ DATA Q% H

£i0-0a

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1-DC

4x2 MUX

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SBLG MD PAR @ A H——311-DC

SBLG RCV 10 B H

SBLG MD PAR

B H——1118-DD

SBLG MD PAR

A H—211-pp

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SBLG RCV 11 B H

SBLG RCV 12 B H

— SBLG RCV

YO2——SBLG MD BYTE 1 PAR H

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SBLE RECIEVE DATA 13

SBLE RECIEVE DATA 14

304

SBLE RECIEVE DATA 15

SeLB CLk RCV DATR A

CLK

3BLU CLEAR A

6 D FF

7uF 174

4 o1

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5

£39

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4 D1

SBLG RCV 12 A H

R4
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SBLG RCV 1% A H
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SBLB CLK RCV DATR B H

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SBLG RCV 13 A H

SBLG REWD DATA 11 H

SBLG RCV 1

SBLG RERD DATA 13

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2000 AcY 99 & 1
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15

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SBLG RCV

YAFl—— SBLG READ DATA 10 H

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DATE {ENG.,
O eKA {19-pu6-83
Kogna
28 . 7iedx .al [DATZ
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ORTE - BOARD.
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24 JNEXT HIGHER ASSEMBL
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FIRST USED ON DPTION-MODEL: 11-785 1B8-DD-M7460-8
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STZE |CODE

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NUMBER

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74F 153

SBLJ

———210-DA

TIMEOUT ADRS 13 H
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SBLN PARITY REG 11 H

12 H

SBLN PARITY REG

1@ H

————’” @-08

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SBLN MAINT REG 89 H
SBLN PARITY REG 99 H

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SBLJ TIMEOUT ADRS

22X MUX
74F 153

€107

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8uUS ID 18 L KD

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SBLF MUX ENABLE L

2x4 Mux

74F153

6
210-0A

SBLM RDS CRD INT EN H

SBLJ TIMEOUT ADRS 17 H
SBLN FORCE MISS GR1 M
SBLN PARITY REG 15 M

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511-08

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H

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BUS 1D 12 L R
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15-8)

DATE

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DARTE

DSKB<C [RKA>SBLH.DRU
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ST2E ICO?_E
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CLK

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SBLJ ADDRESS REG 16 H

17 H

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SBLP ANY READ H

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DATE 5 gg? LOCATION: __ AF2

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SBLN CLEAR PAR REG L — l ek

SBLN REPLACE GR@ H

SBLN PARITY REG

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DATE
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FIRST USED ON OPTIGN/-MODEL: 117895
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FIRST USED ON OPTION-MODEL: 11,785

TITLE:
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NUMBER
sxzslcooz
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1500

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1500

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REVISIONS

e T e o TeE
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BATE [ENG.5
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DATE [B0ARD

LOLATIONT aF2 |

DSKB: <CIPKA>SBLW.DRW__]18-AUG-83 15:59 [NEXT HIGHER ASSEMBLY:

€

FIRST USED ON OPTION-mMODEL: 11,785 _ |B8-DD-M7%68-0

]

CSBLWD

SI2E cooel

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NUMBER

K_ICS {M’460-0-SBLW

J REV.

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BUS SBI TR 03 L

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BUS ID 12 L
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BUS SBI B1% L
BUS SBI TR @0 L
BUS SBI TR 01 L

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BUS SBI TR 11 L
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BUS MO 1t H

BUS MD 12 H
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BUS PA 1% H
BUS PA 15 H
BUS PA 16 H
BUS PA 17 H
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BUS SBI B@I L

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BUS SBI B3 L

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SBLE LATE EXP RD L
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SBLE RERD DARTA FF L
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SBLE REC PAR 1 H
SBLE REC PAR 2 H
SBLE REC PAR 3 H

SBLN,E R
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SBLE.C

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SBLG RCV @5 A H
SBLG RCV @6 A H
SBLG RCV 07 A H
SBLG RCV 08 A H
SBLG RCV 08 8 H
SBLG RCV 283 A H
SBLG RCV 29 B H

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SBLG
SBLG
SBLG
SBLG
SBLG
SBLG
SBLG

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SBLC
SBLC
SBLC
SBLC
SBLC
SBLC
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SBLC
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WRITE DATA
WRITE DATA
WRITE DATA
WRITE DATA
WRITE DATA
WRITE DATA
WRITE DATA
WRITE DATA
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SBLE
SBLE
SBLE
SBLE
SBLE
SBLE
SBLE
SBLE
SBLE
SBLE

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RECIEVE DATA @1 H
RECIEVE DATR 02 H
RECIEVE DATA @3 H
RECIEVE DATA 94 H
RECIEVE DATA @5 H
RECIEVE DATA 06 H
RECIEVE DATA 87 H
RECIEVE DATA 08 H
RECIEVE DATA 89 H

SBLE.G
SBLE .G
SBLE .G
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SBLE .G
SBLE .G
SBLE .G
SBLE .G
SBLE .G
SBLE 6

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SBLG
SBLG
SBLG
SBLG
SBLG
SBLG
SBLG
SBLG
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RCV
RCV
RCV
RCV
RCV
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11 A H
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RECIEVE
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DATA 11 H
DATA 12 H
DATA 13 H
SBLE RECIEVE DATA 14 H
SBLE RECIEVE DATA 15 H
SBLE RESET BUSY FF H

SBLE G
SBLE .G
SBLE .G
SBLE .6

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SBLG
SBLG
SBLG

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RCV 15 B H
READ DATA @@ H
READ DATA 01 H

SBLG READ DATA 82 H
SBLG READ DATA 03 H
SBLG READ DATA @4 H

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SBLD CP TIMEOUT T1 H
SBLD COING IB REARD H
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SBLM.E R

SBLG RCV 03 A H

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SBLE G
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SBLB TIMEOUT ADRS 87 H
SBLB TIMEOUT ADRS 88 H
SBLB TIMEQOUT ARDRS 83 H
SBLC MD PAR GEN O H
SBLC MD PAR GEN 1 H
SBLC WRITE DATA 90 H
SBLC HRITE DATA 01 H

SBLB TIMEOUT ADRS 85 H

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SBLB PA 10 L
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SBLD JR
SBLD

SBLE START PULSE H
SBLE TRANS PAR L

SBLE .L
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SBLG READ DATA @6 H
SBLG READ DATA 87 H

SBLG+C.8
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SBLE +R

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SBLD (R .P
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SBLG READ DATA 12 H

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SS RAISE TR FF H

SBLK D
SBLR D

SBLF 1D ADDR 1 H
SBLF ID ADDR 2 H

SBLF ID RECIEVE 00 H
SBLF ID RECIEVE 01 H

SBLD.T
SBLD.T
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SBLG RERD DATA 89 H
SBLG RERD DATA 10 H

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SBLF
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READ DATA 13 H
READ DATA 14 H
READ DATA 15 H
ID RECIEVE 28 H
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NOTES:

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DOCUMENT NUMBEA

EluAl M7461-0-0
1

46
54

5
&

49
2

7
8

S
10
11
12

50
53
48
11
3
4

14
15
16
17
18
19

6
7
8
9
10
17

20
21
22
23
24
25

47
44
24
28
32
33

TOP DOCUMENT

!
VENG!
!
!
'---1
)

BLANK
E-MD-5016078-0-0

!
i

!
!

MFD

10
Plv=

1300202-00
1301782-00
1300247-00
1300250-00

1
-

1300271-00

220.0

1911469-00
1912089-00
1912586-00
1912731-00

330.0
1.0
K
680.0
270.0
121.0
745112

xxx
xxx
DEC

DM
DEC

REVISION HISTORY

ECO NUMBER
INITIAL

!
e

'
(E]
bR

!
!

(D)

PLH])

L1y

5.0 %

TRANSCEIVER,BUS,QUA
SHIFT REG.,8BIT

C1-C78

7
2

8
18
8
16

C79-C85
01,02

CONT

R97-R104
R3-R10,R19-R26,R59,R62
R41,R43,R45,R47,R49,R51,R53,R55
R42,R44 ,R46,R48,R50,R52,R54,R56,
R63-R70

R60,R61

1
4
4
1M1

£122
E158,E161,E162,E175
E143-E£146
£E18,E19,E72,E103-E105,E137,E£138,

4
2
4
16
8
3

R1,R35,R57,R79
R39,R40
R2.R36,R80,R58
R11-R18,R27-R34
R71-R78
E£E17,E30,.E101

CONT

E153-E155

E116,E129,E134

E6.E8,E42.E43
£20,E21,E40,E55,E106,E108,E117,

4
8

S .MANSOR
E.T.GERRY

'DATE: 27-MAY-83 ! D
[
G
[
T
A
!
'
!
ITITLE
PARTS LIST
'DATE: 10-JUN-83 !
INTERFACE HIGH BIT (SBH)

'DES .ENG:

DAVE CIRKA

'DATE:

10-JUN-83 !

!
'DATE:

e
e
it R
13-SEP-83 ! K
! PL ! M7461-0-DBP
A

i
!

!
'RESP .ENG.: DAVE CIRKA
!

PoIM])
P
IN)

'ASSEMBLY NUMBER:
IE-UA-M7461-0-0

M.KRYSAK

!
:

'DATE:
!

13-SEP-83

DOCUMENT NUMBER

'B-DD-M7461-0-0

!
!

RELEASE DATE:

11-0CT-83

! FILE NAME:
! Z3940A .PLS
]

[TEMS WITHOUT WRITTEN PERMISSION.

!
!

!
5

'EDIT #!
!
13
t

THEY ARE THE PROPERTY OF DIGITAL

THIS 1S AN UNPUBLISHED WORK PROTECTED UNDER THE FEDERAL COPYRIGHT LAWS.

"“THI1S DRAWING AND THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY.
CQUIPMENT COHPORATION AND SHALL NOT BE REPRODUCED OR COPIED OR USED IN WHOLE OR IN PART AS THE BASIS FOR THE MANUFACTURE OR SALE
OF

!
!
!
!
]

' REV

'SIZE!CODE! NUMBER

'TOP DOCUMENT NUMBER:
!

REFERENCE DESIGNATOR

'DRN:
!
!
!'CHK'D:

IMFG.ENG.:

THIS ITEM IS NOT USED xxx
THIS ITEM IS NOT USED =xx
8640
RECEIVER,BUS,QUAD .U
74585
CMPRTR-4BIT MAGNITUD
85S68N REGISTER,64BIT EDGE
8646A TRANSCEIVER,4BIT BUS

toLK]

.25 W 5.0%
CF
.25 W 5.0 %
CF
.25 W 5.0%
CF
.25 W 5. 0%
CF
.25 W 1.0 % RNSSD-F10
FF-JK DUAL ,EDGE TRIG

26510
LS165

'BASIC PART NO:

.25

74537-1BUFFER-GATE

!
'REV !SECTION A OF A
!
!
‘A
ISECTION.VARIATION INDEX

35V +50-10%
50 MA

HANDLE ,MODULE ,HEX TWO EJECTORS
xxx
THIS ITEM IS NOT USED xxx
47 .0
.25 W 5.0%
CF
121.0
.50 W 1.0 % RN6OD-F10
120.0
.25 W 5.0 %
CF
150.0
.25 W 5.0 %
CF

1300295-00
1300365-00
1301424-00
1301972-00
1302957-00
1910545-00

50V +80-20%

SHEET

VARIATION

MFD
8 [0=

PER

CER

1913788-00
1913839-00

)

047

[TEM [S NUOT USED xxx

1017472-00
1103041-00

1912746-01

THIS

LEVEL:

5016078-01

1216988-02

BLANK
BLANK

xxx

REVISION

THIS ITEM [S NOT USED xxx
xxx
ETCH BOARD

1012784-00

BLANK

[
'
!

VARTATION

BLANK

PART NUMBER REV DESCRIPTION

39
40

27
28

QTY

pam

2
3

[

ITEM

PART

PRTLST.4Q(50)

LINE

AUTOMATED

LINE [TEM

PARTS

PRTLST.4Q(50)

PART NUMBER REV

TOP DOCUMENT

DESCRIPTION
VARIATION REVISION LEVEL:

1921010-01

74F373

1921305-01

1921306-01

LIST

74F00

NAND GATE,QUAD,2-IN

74F02

NOR GATE,QUAD,2-IN

HEX INVERTER

33
34
35
36
37

31
14
15
43
16

1921308-01
1921309-01
1921311-01
1921312-01
1921314-01

74F08
74F10
74F20
74F32
74F74

AND GATE,QUAD,2-IN
NAND GATE,TRIPLE,3-1
NAND GATE,DUAL,4-IN
OR GATE,QUAD,2-IN
FF-D,DUAL,POQOS.
,EDGE

6
2
3
1
8

38
39

29
27

1921315-01
1921316-01

74F86
74F138

EXCLUSIVE OR GATE,QU
DECODER/DEMUX,1-0F-8

2
4

1921318-01

74F 151

MUX,8-IN

1921319-01

74F 153

MuX,DUAL,4-IN

42
43

19
37

1921320-01
1921322-01

74F157
74F161

MUX,QUAD,2-IN
BINARY COUNTER,PRESE

4
3

1921323-01

1921324-01

1921327-01
.

74F174

FF-D.,HEX

74F175

FF-D,QUAD

74F 194

SHIFT REG,UNIV,BIDIR

51
52
53

52
41
42

48
49
50

25
36
23

i; D
:

1921332-01
1921333-01
1921720-01

23373A1-00
23649A2-00
23650A2-00

9000024-01

55 NOTE:

1921330-01

NOTE:

74F 257

MUX,QUAD,2-IN

CONT

E118

CONT

E159,E£187

CONT

CONT
CONT

CONT
CONT
CONT

4
1
8

0.1210D0%0.192

A1-10
A2-09
A2-09

EYELET,ROLLED

CONT

74F280 PARITY GEN/CHECK,9-B
74F283 BINARY FULL ADDER,4
10H125 TRANSLATOR ECL TO TTL GUA

REFERENCE DESIGNATOR

CONT

SHEET

VARIATION

74F04

PER

TRANSPARENT LA

1921307-01

OCTAL

QTY

£E1,E35,E44 ,E53,E95,E99,E142,

£9,E15,E31,E62,E100,E115,E199,
E102

£82,E114,£184

£14 ,£E46,E48 ,E66,E83,E93,E113,
E123,E139,E173

£16,E26,E80,E147 ,E152,£188
E59.E112
£E45 ,E47 ,E51
E60
£11,E12,E32,E33,E84,E157
,E197,
E198

£91,E160
£110,E127 ,E130,E140

£79,E96-E98,E132,E135,E148,E149,
E151,E178-£181,E1394-E196

£24 ,£25,E£27,E39,E41,E76,E78,
E176,E192

4
,E191
E109,E172,E17
E49,.E141 ,E136

£5,£22,£50,E57,E58,E65,E74
,E7S,
E89,E156

E10,E13,E34 ,E63,E167 ,E168,E182,
E183,£200,E68,£119

£28,E£29,£81,E124 . E125,E131,E133,
E150,E163-E166,E169,E177,E186,

E189,E193,E2,E3.E36,E37,E64,
E171,EBS

€E4,E7,.E23,E56,E73,E121,E17),E185
E38,E54 ,E107 ,E126
E190
£52.E69-E71,E86-E88,E120

E61
£90
£92

1
1
1

LOCATIONS R81-R96 ARE AN ENGINEERING OPTION-DO NOT INSERT.
SPARES:E66,L77,E94 ,E111,E128

'TITLE
)

N
€ HIGH
G
INTERFACE
BIT (SBH)

!lSEC TION
[0 A

OF A

1SIZE'CODE! DOCUMENT NUMBER s REYV

L
L
1
!

!i PL

!i M7461-0-DBP

.| A
!

.!
!

ADDRESS REGISTER

TIMEOUT ADORESS REGISTER

SHET REG

SHFT REG

79F 194

B2 BUS PA 21 H

103

YshFT BIN
5
ReH2——

SBHA ADORESS REG 18 H

SBHA ADDRESS REG

19 H

na—‘—’—[—sam ADDRESS REG 2@ H

R‘J‘—‘-e—l— SBHA ADORESS REG 21 H

6
5

“{sHeT 31N

SBHS CLEAR A L

3 £300

Cournr
10ev

RIHE — sBHA TIMEOUT ADRS 21 H
ADDRESS MUX

—ra12 1=31Ne3
32L0R0

g
o
g

1A4

ACLR

CLK

JCLR

SBHS CPT3 A L

CLK

SBLK LATCH THO REG L

SBHA

ER 8us PA 22 H

&P 8US Pa 24 H

EF2> BUS PA 25 H

R1H*—— SBHA ADDRESS REG 23 W

€D 8uUS PA 23 H

ReH3—1— 5BHA ADDRESS REG 24 W

na-!-i—[—sam ADORESS REG 25 H

D2
03

sgua TIMEOUT AORS 22 W

SBHA TIMEOUT AORS 23 H

312 1231N+3
——1 220 IN+&f
3=L0RD

*5.0v

P9F 194
£125
&sHFT aIN
R 15

ET2> BUS PA 27 H

“D

EU> BUS PA 28 H

330a

EL BUS PA 29 H

‘

_l_ -

SBHA +3V H

6103

R1H——

SBHA TIMEOUT ADRS 27 H

ne'—’—T—sam ADDRESS REG 28 H

R2H3——

sBHa TIMEOUT ADRS 28 H

SBHA TIMEOUT ADRS 29 H

[

SBHA ADORESS REG 29 H

8163
;

73-? 123IN+3

212 1=31N+3

181 2-01n+0f

L1811 2=01n+0

3=L0AD

SBHS CPT2 B H

5| @=oL0

BuUS PR 23 HEID

13101-0C e

74k 121
257
SBHG READ DATA 24 H

£lo-on

SBHG READ DATA 25

210-08

ADDRESS

REG

1-08

Ssm READ aTa 25 ¥

—-1tla-oc

SBHA ADDRESS REG 28 H

1-oc__

L
CLK

vaF——BuS PA 26 HEZD

1-DA

SBHG READ DATA 27 H

Y8 7 ——8US PA 27 H

YC 12

8us PR 28 HEUD

BuS PA 23 M

1-DD

USden

SEL

CADDRESS LOGIC)
TY

(SBHAD
1

REVISIONS

TITLE:

.. [REV
CHK [CHANGE_NO

DSKB: (CIRKA>SBHA
.DR

1510-00 *®

SBHA ADDRESS REG 29 H

TR0 SPECIFICATIONS

BUS PR 2+ K

SBHA

SBHS CLEAR @ L

1-08

SBHA ADDRESS REG 26 H

'doR

c LK

REG

BUS PR 22 HERD

3=L0AD

1-DA

"
yol2——gus Pa 25 HEFD
SBHG READ DATA 23 H—-11la-0o
100
SBHA ADDRESS REG 25 W
= 1 SEL

~{SHFT 3IN

pY—

‘.ggcplr

ADDRESS

SBHG READ DATA 22 H
SBHA ADDRESS REG 24 M

SBHA ADDRESS REG 27 H

SBHG READ DATA 21 M

SBHA TIMEOUT ADRS 26 W

R1 M-

BUS Pa 21 HEED

—rL2CEN

SBHA ADDRESS REG 22 M

3loe

|
s

Ll rap=y

SBHM SEL SBI AOR L

SBHG READ DATA 2@ H

SBHA ADDRESS REG 26 H

!
YcHe——Bus
Pa 20 HETD

E18%

79F 194
E12y
2T eIn
R® 15

Z{sHFT 31N

SBHM WRITE INVALID L

SBHA

3ipe

1-0¢

va[Z——8us Pa 19 HEED

SBHA ADDRESS REG 21 H—9]1-pp

k] Py

SeHA BUFFER FULL L
TS

e8-08
1-08

'deiR

k] P

BUS PA 18 H@

RIHE—— sBHA TIMEOUT AORS 2% H

‘

&2 BUS PA 26 H

o] 9=roLD

1-0A

SBHG RERD DATA 23 H——La-00

R2H2— sBHA TIMEOUT ADRS 24 H

—a12 1=31N+3)
———1 220 N+@|
3=L0RD

2 7“'53071 2

SBHA ADDRESS REG 20 H

ROH3——

ZIskFT 3IN

&VS> SBLK BUFFER FULL A H——

SBHG READ DATA 18 H——Xa-0c

ZIsHFT 3IN

o] @=HOLD

SBHS CLEAR A L

REG

>
2{SHET oIN

ROH3—1— saHa ADDRESS REG 22 M

ADDRESS

AD DATA 17 H
SBHA ADDRESS REG 19 H

2
2{SHFT @IN

SBHG READ DATA 16 H——510-0A

o—
SHFT REG

sBHA TIMEOUT AORS 20 W

[101} 2=01N+0|

11f

R2H2—

19 H

@=HOLD

—ral2 1=31n+3
3=L0RD

|
1811 2-01n+0|

SBHA +3V A H

SBHA TIMEOUT ADRS

“1SHFT 3IN

@=HOLD

3300

sBHA TIMEOUT ADRS 18 M

B-5BHA I“‘:l/\ I

GT2 8usS Pa 28 H

+5.0v
2

*or

€177

2ISheT aIN
3
R@F2——

@ED BUS PA 19H

E[ 'fnr nga-ta;lwu[ sgaj zz):su

79F 194

E169

BUS PR 18 H

|k | cs {n7ve1

’

SI12E | CODE

—]

FIRST USED ON OPTION-MODEL:

11216 JNEXT HI

11,785

|B-DD-M7461-0

SBI

SIZE CODEI

1CS

INTERFACE

HIGH

NUMBER

BITS

|[M7461-0-SBHA

REV.

BREEEEER

MASK MUX

SHFT REG
7;; ; o
171

EL2> BUS MD BYTE @ MASK H

4 20

CFAL) BUS MD BYTE 1 MASK H

2> 8US MO BYTE 2 MASK H

R 8US MD BYTE 3 MASK H

§:3p

L
A

]

210-08

L
:, a-0¢ e

3]9-04
1-DA

P
2

1-D!

ZISHFT 31N

14ia-00 v

187 2231n43

— MUX - L H e 1 5e

9l A o

—g CL3R =
=

MASK

0RD

SBHR DISAB MASK MUX H

74F157
E172

2SHFT oIN

15
oR

BUS TRANSCIEVER

4x2 AIX

SBHA +3V A H

BIT

TRE!ES

CEIVER

LATCH
8646
£103

EVEN TRNGE——

sBHB TRANS PAR C H

SBHB REC PAR C H

‘

3 TR?‘U%ODGDL—BW sl me L GED
REC DO[S———
SBHB RECIEVE MASK @ H
6

2 TRg‘-‘g‘mD———Bus sel m LBED

SBHB RECIEVE MASK 1 W

REC DIH8—

s8t n2 LGBD
13 TR%uieoaoli_aus
REC D2['E— sBHB RECIEVE MASK 2 W

m L Q6D
12 Taiuiaoaols_—au
MASK 3 H
REC DIE—— SBMBs sa1RECIEVE

SBHU R CLK W———"q REC LCH
SBHR TRANSENABLE L ——
3 TRN EN

SBHU T CLK H——! TRN CLK

SBHA BUFFER FULL L ——————

SBHS CLEAR A L

SBHS CPT3 C H

£2

BUS MD 16 H

BUS MO 17 H

2shFT @IN
3 @0 oR|'2——

SBHB LRITE DATA 18 H

3RPE—

SBHB LRITE DATA 19 H

5 2D

BUS MD 19 H

30
Z{SHFT 3IN

6
9|

SBHB LRITE DATA 16 H

2R{L3——

BUS MD 18 H

TuF 9%

BUS MD 24 H

BUS MD 25 H

R 15

SBHB WRITE DATA 20 H

1R 11

SBHB WRITE DATA 21 W

3R]

5BHB LRITE DATA 27 H

2y
C39-C70
C73-C74
C76-C78

LC79-C8%

QUPpF

-5.2veVEg; 'E;?

T css
-5.2v

€72,C7%

@=HOLD

£36

2R 13

SBHB LRITE DATA 26 M

Sevc5-C26

2SHFT BIN

2{SHFT @IN

G@ED> BUS MD 23 H

2R[L2—

_l_ 1 F

1 1OuF

74F 194

320

. 10

*5.0v

SHFT REG

74F 194

GED BUS MD 22H

1 04 7pF

~dqcLr
ek

SHFT REG

*1ip

5BHB WRITE DATA 24 H

2 1=ete
1 2=3IN+3
3=L0AD

+1dcLr
H ek

@D BUS MD 21 H

oR[2——

1R SBHB WRITE DATA 25 H

@=HOLD

3 @0

BUS MD 26 H———2{2D
3RHLE——
.
E)
@C BUS MD 27 H
Z{sHFT 3IN

—-—ja 1=01N+0
81 2231N03
3=L0AD

GEBI> BUS MD 20 H

£37

2[SHFT @IN

IREL—— SBHB WRITE DATA 17 H

. 1D

SHET REG

WRITE DATA REGISTER

lw [‘?‘]%"é‘lnms'féf%m l“‘:. IJ\ I

REG
SHFT
Df 190

SBHB WRITE DATA 22 M

SBHB WRITE DATA 23 H

Z{SHFT 31N
o] @=HOLD
312 1=01Ns2
LT 2231843
|
3mom0

(@B BUS MD 28 H
(BO2> BUS MD 29 H

a0
*o

GBED> BUS MD 30 H

512p

GEZ> BUS MD 31 H

CTE

) 14

SBHB WRITE DATA 29 H

2R|

$BHB WRITE DATA 30 H

SBHB WRITE DATA 31 H

ZISHFT 3IN

o|_ @=HOLD
iz 1=01N+0
1 2=3IN*3
3=L0AD

( SBHB

ik
LC”dcLr

(WRITE DATA REGISTEK)

Ricy

deLr

15
5BHB URITE DATA 28 H
oR|13——

(WRITE DATA REGISTER)

THTS DWTTRG 730 SPECTF ICATTORS |

TITLE:

DRN.

al ie glo tlal | lewcs n[erA .
.

REVISIONS

CHK [CHANGE NO. ] [REV

ORI [15-AUG-83 1 : 16 JNEXT HIGHER ASSENBLY:
BSKB T <C IRKASSBHE

FIRST USED ON OPTION/MODEL:

11,785

B-DD-M7461-0

SBI INTERFQCE

ST2E [CODE
K

ICS

[

HIGH BITS
NUMBER

IM7461-0-5BHB

REV.
A

;

[2[a]

X% MuUx

79F 153

€176

B1a-0a
SBHB LRITE DATA 17 H——211-0A
415 o
SBHA ADDRESS REG 19 H—t—313-DA

£76

YAt~ SBHC TRANS DATA 17 H

2{e-0n
SBHB WURITE DATA 27 H
211-0A
—2-0a
SBHA ADDRESS REG 29 H—1-33-DA

—JEN

SBHB WRITE DATA 26 H

H1-08

Lela-08
3-08

SBHA ADDRESS REG 28 H

2 2

-3 P

)T seL

1412 sev

2x4 mux

24 Hux

P4F 153
€39

6loon TM Z
SBHA AODRESS REG 21 H

SBHB WRITE DATA 18 H

SBHC TRANS DATA 19 H

6loon TM 2

SBHB WRITE DATA 23 H

—3{2-0n
-3{3-0a

SBHA ADDRESS REG 2% W

—CEN

182

SBHR FUNCTION CODE 1| M

Ha-0n

121a-08

SBHA ADDRESS REG 24 H—{—y|3-08

SBHR FUNCTION CODE @ H

$£12-08

—CEN
2

11721308

10y g

SBHC

TRANS DATA 21

6lo-oa

SBHA

ADDRESS

SBHC TRANS DATA 20 H

SBHA AODRESS REG 22 H-Trrsl|3-08
-

SBHA ADDRESS REG 26 M

SBHR XMIT MUX SEL 1 W
SBHR XMIT MUX SEL @ H

3-08

]

SBH LRITE DATA 31

SBHR FUNCTION CODE 3 H
8

SBHC TRANS DATA 24 H

3-08

SBHR FUNCTION CODE 2 M

2
1y SEL

SBHC TRANS DATA 31

w8l

SBHC TRANS DATA 38 H

35:82

k! 3-on

o
SBHB LRITE DATA 70 H

—1z

510-0A

£la
11y SEL

SBHC TRANS DATA 28 H

H512-08

SBHC TRANS DATA 25 H

1=
__%a_gg
T

1-D8

axy Mux
7"E"e's'”

Td208

SBHB WRITE DATA 24 H

)
;2:32

REG 27 M

_é%é_gg

SBHB WRITE DATA 20 W

18la_oa

7312 seL

74F 153
E41

SBHB URITE DATA 25 W

213-0a
LdEN

axy Mux
7

SBHC TRANS DATA 29 H

211 -0a
—220

7412 seL

74F153
€192

SBHA ADDRESS REG 23 W

SBHC TRANS DATA 22 H

SBHB WRITE DATA 28 W

2x% nux

6lo-0n

T8}

1-08

17912 seL

__;é_x
-

6loon TM

213-0a
—QEN

SBHC TRANS DATA 23 H

SBHB WRITE DATA 29 H

SBHB WRITE DATA 22 W

512-08

74F 153
€78

311 -0a

SBHC TRANS DATA 18 H

+{1-08

SBHA ADDRESS REG 2@ W-{-ree|3-08

SBHB WRITE DATA 21

2y MuX

74F153
g2y

311-0R

1Ye-08

SBHC TRANS DATA 27 H

125 _og TBfL—— SBHC TRANS DATA 26 M

1-08

-1elo-pa
SBHA AODRESS REG 18 H—ref|3-08

SBHB LRITE DATA 19 H

YAZ———

—JEN

1]y 0 YB}&—— SBHC TRANS DATA 16 H

SBHB WRITE DATA 16 H

X% Mux

74F153

*sx=alala]

'mlsiil'cgclmusu—o—s;m l“‘:l /\ J

[

@-08

Hi-os

Q’; 30

2
1t ? SEL

CTRANSHIT MUX)

TFTCATTONS |

PROPERTY G’l
Mlg&l

USED I[N WMOLE
OR IN PART AS)

E%EE

- RIGHTe(€ 1983ey
ITMOUT

REVISIONS

CHK |CHANGE NO. |REV

dufi

_URITTEM

H fi

DRN.

& a [] CHK 'D

DSKB:<CIRKAXSBHC
.DRW __

{15-AUG-83

FIRST USED ON OPTION,-MODEL:

DATE

Ol KA

[ENG.

|15-a6-83 ol
DATE

DATE

11:16 INEXT HIGHER ASSEMBLY:

11-785

|B-DD-M7461-8

|TITLE:

SBI

SI2E |CODE I
K

{CS

]

INTERFQCE

HIGH BITS
NUMBER

|M7461-B-SBHC

REV.
A

I e [ ':’aal = l%‘u[go]fisl[

4 BIT

-8 8IT
1

SBHG READ DATA 16 H

E18

Even TRMI21 — spro TRaNS PAR W
PAR REC -

SBHC TRANS DATA 16 H

ey 00 [,

SBHD REC PAR 4 H

<BHG READ DATA 17

BuS Dept
— gus sBI 816 L <FS

i BUS 0231‘1

TRNRECD2D28

gus 03pl6
BUS SBI B3 W EB>
D3D3 B— s
SBHC TRANS DATA 19 H—————LZTRNReC

SBHR

SBHU R CLK H
TRANSENABLE L

SBHU T CLK H

oIt
sRANS

1dREC LoH
11

SBHD 1o PAR GEN 2 H

CEIVER

7RN ENCLK
197~JTRN

LATCH
8646

£3%

E19

TRANSPARPARS H5 W
sgup REC
TRNL@ L oo
EVEN RECLS
PaR
[,

TRN D@

8US SBI B22 L

BUS D2 1%

ATRN 02D2 |
REC
b

SBHC TRANS DATA 22 M-+

SBHO RECIEVE DATA 22 H

se1 823
b6 gus
&>23 H
L DATA
[0 sBHD8RECIEVE
SBHC TRANS DATA 23 H-HHATRNRECD303HE——

g rec Lew
193 RN CLK

?’Rgr[vg
LATCH
8646
€72

<BHC TRONS DATA 24 H

TRANS PAR 6 H
TR;’ 193 SBHD
EVEN
SBHD REC PAR 6 H
PAR _RE
3|, 2usaooo"——-eus sal B24 L CAD

SBHC TRANS DATA 25 H

ZITRN D1 [g

SBHC TRANS DATA 26 H
SBHC TRANS DATA 27 M

SBHD MD PAR GEN 3 M

BUS MD 28 H@

BUS MO 29 H @D

ReF®

8 BIT
LATCH
74F373
£53

3-STATE

|y ] 24 H<E
3100 Re ‘-g—BUS
BUS 1D 25 H
5

4oy

SBHG READ DATA 26 M

SBHG REARD DRTA 30 H

TRN[Z
EVEN REC|2
Par

£l MoREC e0O :2

205 RafS3

Bus s8I 823 L LI

SBHC TRANS DATA 30 H

13 1rN D2 ?2__—8”5 s81 8% L UL

REC DI
Bus pzplt

SBHD RECIEVE DATA 29 H

REC D2

SBHD RECIEVE DATA 3@ H

REC D13

SBHD RECIEVE DATA

1y,
SBHA +3V A H

Bus s8! 831 LT
f
SBHC TReNS 0ATA 31 H——Z1RNBusD303pl&
31 M
1Ad REC LCH

LLdTRN EN

Bus o 27 HECD
sus no 30 H@ED
BuS M0 31 HEED

BUS MD BYTE 1 MASK HEHL

HEMD
nask HEED
BYTE 32 nasK
BUS MDb BYTE

6US
Us

R
15

R7[

—{16

(SBI DARTA LOGIC)
( SBH

—1q ouT EN
T

R3|

17 D6
18 o7

7
11 dHoLp
L

TRN CLK

Bus s8I B28 L <C3D

ZRNBusD1 DIpS|g

BUS MO 26 H<EB

4o,

SBHD RECIEVE DATA 28 H

SBHC TRANS DATA 29 H

GBD

R6[
19
106
18lp, R
A
" HOLD
———‘c
LATCH
I1douT en
L
74F373
£187
BUS MD BYTE @ HasK H LD
i, *° 2

§§:g ;22"§g2“§ Z H

TM 05 RS €

SBHG READ DATA 31 H

LATCH
8646
E105

8 D3 R3 12
3o R% s

SBHG READ DATA 27 H

TRANS
CEIVER

SBHG READ DATA 25 H

SBHD RECIEVE DATA 27 H
4 BIT

SBHC TRANS DATA 28 H

O
lrlos

R3p——8usS M0 23 H(EED

SBHG READ DATA 24 H

Bus sB1 825 L LD

.BUS M0 20 HC@DD

18y, RT
APy oy
—9
q out EN

ZtRN D3|} 8

SBHD RECIEVE DATA 25 H
REC 01
14
s8l B26 L P
13 TRE:‘U%aDao——eus
RECIEVE DATR 26 H
SBHD
D2
REC
o DTbl5 s S8t 827 LD
[ |11
fic;s;: EN

SBHG READ DATA 28 H
SBHG READ DATA 29 H

2
RECIEVE DATA 24 H
R:Jcs t;a‘:——seno

REC D73
L REC LCH

D_'QTRN EN

CEIVER

our EN

)

<G READ DATR 23 H

LD 21 H
B21 L DATA
Bus s81RECIEVE
o SBHD
SBHC TRANS DATA 21 H-1Z{TRNRECD1 DIF2——

E 3 PR HEED

usS M0 21 H{AD2)
C'g
#lyy N
18— BuS M0 22 HGEED
&D
AR

SBHG READ DATA 21 H
SBHG READ DATA 22 H

TM
sa1 820 HCED
5| _Bus 0ept—pgus
SBHO RECIEVE DATA 28 H
REC DO
ke

SBHC TRANS DATA 2@ H

8US MD BYTE 3 P

18ly, &7

3 (Y R@ X

SBHG READ DATA 28 H

11 HOLD
1

3-STATE

LATCH

BUS MO 17 H@BD

8US MO 18 HGEED

8 BIT

74F373

RIE

H—'tps <> L
ZIoe R6{~19

SBHA +3V A H

<SD> T8> EN SBI DATA L

Rate

SBHG MD BYTE 2 PAR H

SBHD RECIEVE DATA 19 H

pre——— o 9

SBHG MD BYTE 3 PAR

SBHO RECIEVE DATA 18 H

RelE——BUS MO 16 H @ADL

19 HECD
R3 , BUS MOMO BYTE
81p3 ReHe——BUS
2 PAR H @D
13

SBHG RERD DATA 19 H

SBHD RECIEVE DATA 17 H

eus SBI BIS L

3ipe

SBHG READ DATA 18 H

SBHD RECIEVE DATA 16 H

REC 0O

A BuS SBI 817 L @
D1 DiIpE
SBHC TRANS DATA 17 H————Z1TRNBus
REC 01

SBHC TRANS DATA 18 H

1D BUS DATA DRIVERS

3-STATE
LATCH
7»?73

TRANS

CEIVER
LATCH
86146

BHD >

TTTLE:—cB]

dildli]tle

. DRY
DSKB: (CIRKA>SBHD
FIRST USED ON OPTION/MODEL:

[

(o[ [E oo o] A |

INTERFACE

HIGH

BITS

K ICS l”?"tEfl -@-SBHD

ST3E [CobE

NUMBER

REV.

|2[ o] »eamalalx]]

4 BIT

CEIVER
LATCH

TRANS

8646

£118

74F2680
E126
EVER

SBHr SBI 108 H

000

19 o8 M

SBHE REC PAR A H—4—3i06

SBHE REC PAR 8 H—t—SD7

REC

SBI

TRG2

—

o> or 109 L QD
3
seun s8I 103 H——ZTRN O1_ 01p&

REC

REC D3

SBHE SBI

serr ot 101 W—ZrRi 5 [y

TAG@ R H

REC D2f'é—— saHE s8I 102
RM
sus 03pls

SBI

REC D3

L REC LCH

'd'rec LCH

5 TRN EN

15 TRN EN

SBHR TRANSENABLE L

SBME

wmz“%e"%—‘ 8us s8B! 102 LD

SBMI SBI D2 M

Bus s8I TAG! L CRD

SBHE SBI TAG! R H

8us D3pl® pus sgr Tage L

i
TR

SBHE

REC D2

saR sB1 Tace H—1Z1RN 03 |

SBMB REC PAR C H—1—1D8

SBHI SBI 10% H——3{TRNRECDODOFE——— 8us
s8I 10v L QU
SBHE SBI ID% R W

10@ R W

BUS DIp®& —gus sBI TaG2 L TP

TN D1l

D2 - 12
s8R SBI TaG! H——LYTRN

seue PaR
Ok H

SBHE SBI

EVEN TRMLE
SBHE TRANS PAR B H
PaR RECS
SBHE REC PAR 8 H
R
8
BUS DOPt

:‘;-33

SBHE SBI P@ R H——t3DS

ArenREC0oDO [,

SBHR SBI TAG2 H

E1%5

EVEN TRM'O
SBHE TRANS PAR A H
PAR REC
SBHE REC PAR A H
BUS D@D —pgus s8I 100 L CFD>

PAR GEN

TRN CLK

OUS Bt 0! LD
SBHE SBI

ID! R H

TRN CLK

74F28e
€38

y BIT

w BIT

D1
7102

CEIVER
LATCH

30‘5'

E184

€137

SBHD
REC PAR
PAR 54 HM
SBHD REC

112
5106

8646

EVEN TRNLO

Par
3|,

EVEN TRN|LO

RECES

PAR RECI

BUS D@D
Bys SBI SPARE 1 LD

Dep.

—211eN Do
|,
REC DOl

PAR GEN

end

1e/)

EVEN|Z

SBHD TRANS PAR 4 H

ege

SBHD TRANS PAR 5 H

2] mfi“é,"‘:"

‘h\

74F280

0002

79£80\ 8

rec o1p8

€3l

SBHD TRANS PAR 6 H——0iD2

REC D3PE——

Ld'rRec Lo

)

CEIVER

LATCH

E154

'gg

Pg:uskt;:; F—D—"

—217RN 0@

1105

REC

B8US SBI ALERT L-@E

ZITRN DI

REC Di}2——— SBHE SBI UNJANM R HEKD

PABRUSRES :"

SBHL SEND INTLK H

SBHL SBI FAULT H

Bus 03pl& gus sar mP1 L EAD

12l rRN 03

REC D3}

SBHU R CLK H

—LJ REC LCH

—:%CTRN EN

SBHU T CLK H

SBHL SEND ACK H

SBHE

oR COPI

PR
S IO

e e

O 1383,

SBI

INTLK

0 g 0

[

REC 01

SBHE SBI FAULT R H

nm%u%eoa:,\"'
REC D2f2

BUS SBI CNFI L ETD
SBHE SBI CNF1 R HERD

AT L EID

FAULT

8us D3pl6

Bus s81 cnFo L &

REC D3

SBHE SBI CNF8 R HESD

Ld'ReC LCH

:,‘ac TRN EN

TRN CLK

s
[P
K
CHK *D.

OARTE

(ia g

)

;

FIRST USED ON OPTION-HMODEL:

11,785 _ |B-DD-M7461-0

[

( SBHE)

Ttk
i _ - ISHEET
1__OF 1
DSKB:
(C [RKRYSBHE
.DRW_ [ 15-AUG-83 11217 [NEXT HIGHER RSSEMBLY:

ZITRN D1 3

SBI

(SBI CONTROL TRANSCIEVERS)

e
e
Fevsion
DIG(TAL EQUIPHENT
CORPORATION Al o TCHANGE
NO . |REV
rE Bases FOR re e s ac TLRE
lSaLE OF ITEMS uWiTHOUT _uRIT

BUS

SHALL NOT BE

R4[=S- SBHE ASBI ALERT R H D

BUS DIpe—

1Z1rN D3

SBHS CLR A H

TRN CLK

,3miu%902;>———“' gus sB! mP2 L END
REC D2H@

o3
o4

BUS SBI INTLK L.(fl)

3 1Rn DO A
REC

CLEAR C L gqcLR
CLK

EVEN TRMLLS

BUS DIbE
— gus se1 uNsan L EFD

SBHI SBI UNJAM H

Rt 5—SBP€ sBI REG 6 R HEFD

r2f— sBHE SBI REQ % R HERD

<BHs

8646

RI1L sBHE SBI REQ 4 R HEID

Re|2- saHE SBI REQ 7 R HEED

6|y,
————

TRANS

EVEN TRMLS

7araTe
Dt

Eler_|

Exggfi

BUS SBI REG 4 L EED

)

4 TRN CLK

4 BIT

313
=

ReC D38

SBHA +3V H—:—;C TRN EN

8646

Bus s8I REQs L ECD

- 1qRec LeH

TRANS

201

REC D2
U 03 16

4 BIT

&loe

sggsprggc&ggnpg :

|171

SBHE SBI P1 R H

74F2ge

SBHE TRANS PAR B H

TRN CLK

PAR GEN

SBHB TRANS PAR C H

13, BUS 02pblt

:;q TRN EN

REC D12

—TRN 02

REC D2
SBHE SBI P@ R H
17 2us 30‘30‘—5—aus S8l P1 L (THD

4ps
4

—

TRN 02 | 5

SBHO TRANS PAR 7 H——5I03

BUS SBI REC 6 L EDD

A Tmeug'mes

Bus SBI SPARE @ L OID

19|, Bus b2plt—pus se1 e L GFD

sBLE TRRNS PAR L

Bus s8I REQ”? L EDD

—HTRN D8
[
REC DO

e 5T N]

5(03

TRANS

[n746) -0-SB

(AKZy SBLE REC PAR 2 H

(AL1) SBLE REC PRR 3 H

TRANS

[Cs

000

300

S12€ | CODE

SBHE SBI P1 R H

(AJ2) SBLE REC PAR 8 H
CAK1) SBLE REC PAR | H

W | k

EVEN2

SBI

‘

S12€E [CODE
K

INTERFACE

HIGH

|CS

BITS

NUMBER

|M7461-D-SBHE

{ REV.
A

SBI

[

74F 194
£150

SBHP ID BUF 20 H

SBHP 1D BUF 21 H

SBHP 1D BUF 22 H
SBHP ID BUF 23 H

_—

[

SHFT REG

MAINTENANCE REGISTE

MAINTENANCE

SBHP WRITE MAINT REG W
SBHS CLEAR A L
SBHS CPT3 B L

3lba
.
.

R2H2—— SBHF FORCE SBI INVAL H

o NAINTENANCE 108 H

SBHP 1D BUF 16 H

L1817 2=32L0RDnLdcLr
ek

R1H-——

sloo

SBHF MAINTENANCE [02 H

R2H-—— SBMF MAINTENANCE 103 H <o 1 BUF 16 H— sty

% L3

sy,

TM 12

SBHF HAINTENANCE [D% W

SBHP [D BUF 17 H

R1 Htm

<o 10 BUF 19

*° 112 SBHE MAINT REG 19 H

123N+
arneal
[ elT 2 o3aL0RD
“daR
LeK

SBHP 1D BUF 27 M

COMPARATOR REGISTER

6l R3HE—— sBHF COMP CON MASK @ H
ZISHFT 3IN

_—
~

SBHP WRITE COMP REG H
SBHS CLEAR A L

SBMS CPT3 B L

g|_ @=HOLD
1=3IN»3
T3i2
1 2=0IN+O}
3=L0RD

—dcir
ek

Slo_ » ! P‘B

‘

SBHU SBI TO H

C HPi

F17%
E3% | »

c oP6
-

SBHS CLEAR C L—1

E28

2{SHFT BIN
3o ROH-S—— SBHF COMP COM MASK 1 H

2sHFT oIN
1| ROH2—— SBHF FORCE MULT XMIT H

6l R3HE—— SBHF COND LOCK @ H
Z{sHFT 3IN
o|_ @=HOLD
|=3moal
a2
1 250IN+0Q
3=L0RD
1der

65 R3HE—— SBHF REVERSE PO H
Z{SHFT 3IN
10 REGISTERS
g/ @=HOLD
123INe3
181, 2=01N+a
|312
SBHU SBI Tt H
L der3=LORD

aly,
s,

RIFL—— SBHF COMP TAG ! H
@ 13 sgHF COMP TAG 2 M

ly,
s,

F17%
9 E119]

REG
SHFT
74F19%

E16Y4

sBHF COMP TAG @ H

€68
a] 74E32\8

SBHS CPT2 A H

SHFT REG
74F 194

£165

[1215 7 1 o'?

SBHS CLEAR B L ——

SBHP ID BUF 26 H

2[SHFT BIN
al, TM 15—

SBHF MAINT REG 17 H

SBHF MAINT REG 18 H

ZISHFT 3IN
9 @=HOLD

SBHP ID BUF 25 H

SHFT REG
74F 194

SeWF FORCE MISS GRO L G

2ol

[T0]7 2-a1ns
3=L0AD
LacLR
1 Werk

SBHP 1D BUF 24 H

&lshFT aln

SBHF MAINTENANCE D1 H

2 1=3IN+7)

2 133IN+3

SBHF FORCE MISS GR@ H

RO !

ZISHFT 3IN
9 8=HOLD

2IFT 1IN
9 @=HOLD

[2[a] mxee]alall

24F19%
E133

74F 134
E163

3
SHFT REG

ST IN|

SBHF MAINT REG 20 H
RO
RTHY cBHF ENBL SBI INVAL H

SHFT REG

&sHeT oIN 1%

RIH——
13—

als,
sl

SBHF COMP COM MASK 2 H
__spuF COMP COM NASK 3 H

RI L
TM 13

SBHF FORCE UNEXP RD M
sBHF FORCE URT SEQ H

SBHP 1D BUF 28 H—

SBHS CLEAR B L

lm Lskulcé?lnmsu-o-s;w ["kv'] /\ J

; 2 SBHF SS FRCE UNXP RD H
o,FT’H 'p3
|2
o ¢€68,P5
i

SBHP ID BUF 29 H
SBHP ID BUF 30 H

FAULT STATUS REGISTER

SBHP ID BUF 18 H

SBHP ID BUF 20 H

SBHP D BUF 24 H

sBHP ID BUF 25 H

SBHP WRITE FAULT REG H

E168

ST o]

REG
SHFT
FYF 194

REG
SHFT
74F 19

§103

SBHF FAULT INTR EN H

R1H——SBHF FS REG 20 H
R2H2—

SBHF FS REG 24 H

R3 1

SBHF FS REG 25 W

)

SBHF HAINT REG 20 H

SBHF MAINT REG 19 H

SBMF MAINT REG 18 H

HowT o)

3 0o

reH3—

oD1

SBHF MAINT REG 17 H——2403

ZISHFT 3IN
o] @=HoLD

—2{2 153123

SBHP ID BUF 31 H

R |
12
RIHE,

ZISHFT 3IN
4| 8=HOLD

_[Tej2 |=31Ne3

129

E123

[

ReH3—

SBHF SILO LCK INT ENSBHSH CPTO C H

R1H—

r3H12

g|E168L.7
C aPs

SBHF LOCK H

]

SBHS CLERR C L

312 1=31N+3

LBy 2=a1n+0)
3=L0AD
—LdcLr
ek

SBHF COND LOCK 1 H

ZISHFT 31N
4| @00

1 2=aIN+0|
3=L0RD
—LdcLr
L1q797a">2 saw Rev aPR 0 L GED
sBHS CPT1 ¢ H——Yeix
SBHN +3V H

1 2=8IN>»
3=L0RD
W, 7
Lleik

&lp3
SBHF REV PAR 1 L DVD

DEr3s o

4 pe

. D1

L3d7vFav " cpe rev PaR 2 L GRD

TRESITRG TR0 SPECTFTCATTONS
e |

S EGICITI

3 Ay

E26 \8
18} 74F08

o293

n care REV PAR 3 LD

]

REG
SHFT
74F 194

DSKB: (C IRKAYSBHF

| TITLE:

B-0D-17461-0

1 ___OF £ SI2E CODEl
., lSweET
.DRH__|20-AUG-83 @89:26 NEXT HIGHER ASSEMBLY:

FIRST USED ON OPTION-mODEL: 11,785

[

SBI_INTERFACE

BITS REV.
HIGH
NUIMBER

|CS |M7461-B-SBHF

By A

[2 l v [ 9?185-0-19&4”] sa| x ”
AR

HIMTM

300

RIS

wx2 Mux
79F257

£%6

<> RECLEVE DATA
Vi

A 16

Ret2

RIP2

SBHD RECIEVE DATA 17 H

Y 01

SBHD RECIEVE DATA 19 H

" 03 RIPL——

R2 2

SBHO RECIEVE DATA 18 H—Lp2
.

SBHD MD PAR GEN 2 H
SBHD
MD PAR GEN
3

SBHG RCV 16 A H

AH
SBHG RCV 17

RSH3——SBHG

H——LHD%
1
—der
3 cLx

SBHG RCV 18 A H

LI
1%
1)
—3qcLR
CLK

Al
1

SBHD RECIEVE DATA 22 H

. o1 RIP2
11,9 R2 192

D4
SBHD RECIEVE DATA 28 H
15
SBHD RECIEVE DATA 29 H——-Ho5 RS
L-Hdcr
ENF
174
e7s_|,
ROl

SBHG RCV 22 A H

SBHG RCV 29 A H

<> RECIEVE DATA 26

SBHO RECIEVE DATARATA 27 H

)
tlyy
. 3
2
D4

SBHS CLEAR A L

1dcLr

RS 15

SBHO RECIEVE DATA 31 H—{"Hps
SBHI CLK RCV DATA A H

SBHG RCV 21 A H

SBHG RCV 22 A H
[ seme rev 23 4

SBHG RCV 24 A H
SBHG RCV 25 A H

3ipe

6, % Z
19

k3
Ll 03 2

1't1os

SBHG RCV 31 A H

SBHG RCV 26 A M

SBHG

RERD DaTA 18

SBHG READ

pATA 19

RS 15

SBHG

5)o-08

211-08
)

SBHG READ DATA 20

yx2 MUX

7eH2

1{@-oc
1-0C 9
Y0
11i0-00
—H21-00

A 1 SEL

Yahb

sare RERO DATA 22

=8re READ bara 23

SBHG MO PAR 2 A H

1-pC vcpt9

PAR 33 AB H——1140-00
MD PAR
SBHG MD
1-DD
H
SBHG

SBHG MD BYTE 2 PAR H
SBHG

BYTE

PAR

—
—
2

—a1
! SEL

3—C[EN

2 _Tux

Cal

74F2s?

€73

vapP

SBHG READ DATA 24

b
3lo-o8 e
1-08 12

SBHG READ DATA 25

2l5-0a

31-0a

tla-oC
——211-DC

cone re

<or6 rev 28 8wt

SBHG RCV 28 A H

RD DATA 26

2lo YAIt——
21 9-0a

SBMG READ DATA 28 W

VeHE——

samg READ DAT 30 H

0 9

SBHG READ DATA 31 H

5| vatZ

e RCy 2 B M|
-

o[
3BHG RCV 30 B H—T—T,10

SBHG READ DATA 27

SBHG RCV 30 A K

75 1 SEL
L2GEN

SBHG RCY 31 B H—1—18-0D

SBHG RCV 31 A H

RCV 31 8 H

SBH! SBI DATA SEL H —

2
je-oa
1-0a
56]%:08
1 val?

SBHG D PAR 2 8 H——10-DC

79Ees?

YBpom——e SBHG READ DATA 21

iy oo TM q
| sam6 Rev 27 @ H—201-00

556 Rev 30 8 u

}3 CLR

SBMI CLK RCV DATA B H

=
=1 SEL

Y0 9

SBHG RCY 20 A H———2{1-DA

. o1 R1

Bre RV AN

5{0-00

SBHG READ DATA 17

JUF 174
Er |
RO

oo rov 9 o 1

1elaoc T

1311-DC

AR YA

=S FF

SBHG RCV 26 A H

£11-08

yx2 mux
79F 257

D% ReP 2 — sBHG RCV 28 B W
1%
SBHG RCV 23 B H
14{ps RS
mir,
EN

SBHG RCV 24 A H

3“;‘09
slyog TM Z

MO PAR 3 B H

RSPS——5BHG

SBHS CLEAR A L

CLK

SBHG RCV 18 A H

Rell8—— 5aHG MO PAR 2 B H

1 03 R3

RCV 2% A H
. b1 R1}2———SBHG
-

SBHD RECIEVE DATA 3@ H

R2fZ7

. o1 RIS
2
Sip2 R2 10

SBHG RCV 21 A H

SO
SBHD RECIEVE DATA 25 H

[

3 e Roj&

: ) RO}E——— SBHG RCV 20 A W

3pa

RIF2

megam

RCv 23 A H
SBHD RECIEVE DATA 23 H '3nly, Retle—— SBHG
sgHG RCV 28 A H

SBHD RECIEVE DATA 24 H

SBHG RCV 17 A H

SO FF

SBHD RECIEVE DATA 20 H
SBHD RECIEVE DATA 21 H

" 03 R3————I‘° SBHG RCV.19 A M

sBHG RCV 19 A H

MO PAR 3 A H

Y b1

Re2—— sBHG MO PAR 2 A H

EIW

SBHG RCV 16

6 D FF
7»;;87-'

6 0D FF
7}575174

2lo-on Yapt——— SBHG READ DATA 16

1-DD

Eé!

—==

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BITS

|M7461-9-SBHG

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A

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£99

SBHK SILO DATA 16 H
ADRS 18 H
SBHA TIMEOUT
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SBHL FAULT
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SBHF FORCE MISS GRO H

SBHI CPU COUNT @ H

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SBHK SILO DATA 17 H
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350

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SBHF MAINT REG 17 H

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2706

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SBHA TIMEOUT
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SBHH 1D ADDR @ H

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SBHH ID RECIEVE 22 H

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SBHA TIMEOUT
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SBHF COMP TAG @ H
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11.785

|B-DD-M7461-0

SBI
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{M7461-B-SBHI

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SBHA TIMEOUT ADRS 27 H

SBHF MAINTENANCE ID1 H

| 30

SBHF MAINTENANCE 102 H

SBHF FS REG 25 H
SBHF COMP COM MASK 2 H

30
2

—agg
3

3?3

SBHA TIMEOUT ADRS 28 H

SBHL FAULT XRITTER H
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213D
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SBHA TIMEOUT ADRS 29 H-—&{20

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BUS 1D D24 LQATD

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SBHF COND LOCK 1 H

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|TITLE:

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SBHK CLK A0D BRD

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SBHK SILO DRTA 17 H

SBHK SILO DATA 23 H

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SBHK SILO DRTA

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SBHP CS [D BUF 18 H

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SBHP CS ID BUF 17 H

SBHP CS ID BUF 16 H

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SBHK SILO DATA 29 W

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SBI INTERFACE

HIGH
NUMBER BITS REV.

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8ITS 31, 28, 26, 25

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79F 194
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SBHL EXPECT RD H

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7

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19

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FIRST USED ON OPTION.MODEL: 11,785

(SBHL)

DATE

B-DD-M7461-9

SBI INTERFACE

DATE

|TITLE:

ST2E [CODE

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NUMBER

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SBHN READ DaTa L (BU2>

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SBam TIMEOUT REG 29 M

SBLR FORCE SBI L

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HREEEEEER
-5.2v

seHU SBI T1 H

-5.2v

R71

12la

R72

12la

@L1> TRSH DECD SBI T1 H

T%3a

(4R

-5.2v

SBI T1 A L

SBHU SBI T3 H

-5.2v

R73
121

|
4

12t

&332 TRSH DECD SBI T3 H

1oH125>3

SBHU R CLK H

.2v

R7%S

121a

FL> TRSH DECO SBI T2 H
&F2) TRSH DECD SBL 72 L

7530

Tog

23N

SBHU SBI

T2 W

L R

1210

1oz

7580

1oH1

SBHU SBI T2 L

T2AH
2

NOTE:
RESISTORS THAT ARE
ARE NOT INSTALLED.

MARKED

N-/A

-5.2v

-5,2v

R
12l

|
3

R7g
Tefa

: %30

7560

SBHU T CLK H

Ten

<CH2> TRSH DECD SBI T@ H
(&IT> TRSH DECD SBI T8 L

[

(E::)—-°5.2V

spwuy SBI TO L

p—

(SBHU>
TORN

ORN.

DSKBI<CIRKAYSHHU.ORH

[15-AUG-83 1 t 19]NEX] HIGHER ASSEMBLY?

FIRST USED ON OPTION-MODEL:

DATE

10 kA s

dlilgli] tla]l ="t

11,785

BHU Iuavl/\ l

@KI> TRSH DECO SBI T3 L

SBHU SBI T3 L

-0-S

B> TRSH DECD SBI T1 L

SBHU SBI T1 L

B-DD-M7461-0

TITLE:

Sige lcooel
K_|CS

SBI

INTERFACE

HIGH BITS
NUMBER

[M7461-0-SBHU

REV.
A

SIGNAL NAME

PAGE NUMBERCS)

SIGNAL NANE

PAGE NUMBER(
S)

BUS ID D16 L
BUS ID D17 L

SIGNAL NANE

=
SBHH

BUS SBI ALERT L
8uUS SBI 816
L

SBHE
SBMD

CLXB LECL CPT@ A1 L
CLKC LECL CPTI Al
W

BUS ID D18
L

SOHM

BUS SBI 817
L

SBHD

[e[a]
-

SBHS
SBHS

CLKC LECL CPT1 A1 L

SBHS

SBHM
SBHH
SBHM
SOMH
SBHH
SaMJ
SBHY

BUS SBI B18 L
BUS SBI 819 H
BUS SBI 820 H
BUS SBI B21 L
BUS SBI B22
L
BUS SBI 823 L
BUS SBI B2% L

SBMD
SBHD
SBHD
S8H0
SBHD
SBMO
SBHD

8US ID 026 L
BUS ID D27 L
8US 1D D28 L
BUS 1D D29 L
Bus 10 0% L
BUS ID D1 L

SaNJ
SBHY
SBHJ
SBHY
SBHJ
SBMJ

CLKO LECL CPT2 At H
CLKD LECL CPT2 Al L
CLKE LECL CPT3 A1 M
CLKE LECL CPT3 Al L
CLKL SYS INIT
8L
ICLJ 10 RIGHT ADOR W H
ICLJ ID RIGHT RDOR S M

SBHS
SBHS
SBHS
SBMS
SBHS o T
SBMP
SBHP

BUS SBI B2% L
BUS SBI B26 L
8US SBI 827 L
BUS SBI B28 L
8uS SBI 829 L
BUS SBI B39
L

SBHD
SBHD
SBHD
SBHD
SBHD
SBHD

BUS MD 17 W
BUS MO 18 M
BUS MD 19 M

SOND .8
SBHD .8
SBMD .8

ICLJ [D RIGHT WRITE L
ICLJ RIGHT ADOR @
ICLJ RIGHT ADDR 1 H
1CLJ RIGHT ADDR 2
ICLJ RIGHT ADDR 3 H
SBHA +IV A H

SBHP
oW
SaHp
o
SanP
SBHA 0,81

BUS SBI CNFO L
BUS SBI CNFI
L
BUS SBI FAULT L

SBHE
SOME
SBNE

BUS MO 208 H
BUS MD 21 W
BUS MO 22 M
BUS MD 23 M
BUS MD 2% H
BUS MD 23 H
BUS MD 26 H
BUS MO 27 M
BUS MO 28 M
BUS MO 29 M

SBHB O
S8H8 .0
SB8H8 .0
S8He .0
S8H8 0
SBHB 0
S8MB 0
SBHB O
SBHD «B
SBHD o8

SBMA ADDRESS REG 18 N
SBHA ADDRESS
REG 19
H
SBHA ADDRESS REG 20 W

SBHALC
SBMA C
SOHC ,A

BUS SBI D@
L
8uUS SBI DY
L
8US SBI ID2 L
BuS SBI 103 L
BUS SBI ID%w L
8US SBI INTLX L
BUS SBI MO L
8uUS SBI M1 1
BUS SBI N2
BUS SBI M3 L

SBME
SOHE
SBHE
SBHE
SBHE
SBME
sBng
<Bn8
<BMg
senB

BUS M W N
BUS MO 1 M
BUS MD BYTE @ MASK H
BUS MO BYTE | MASK M
BUS MD SYTE 2 MASK W

SBHB O
$8H8 ,0
$BNHE .0
SOHB .0
SBMB O
SBMD T
SBMB D
SBHD | T

SBHA ADORESS REG 21 W
SBHA RDORESS REG
22 M
SBHA ADORESS REG 23 M
SBHA ADDRESS REG 24 H
SBHA ADDRESS REG 25 M
SBHA ADORESS REG 26 W
SBHA ADDRESS REG 27 M
SBHA ADDRESS REG 28 M
SBHA F5PRESS REG 29 M
SBHA BLFFER FULL L

SBHC A
SBHA &
SBHA C
SBMC ,A
SBHC +A
SBMC \A
SBMC A
SBHC \A
SBHC (A
SBHB . T 4R A

8US SBI 1P1 L
BUS SBI P2 L
BUS SBI PO L
8US SBI P1 L
BUS SBI REQ ' L

SBME
SaHE
SBHE
SBHE
SBME
SOME
SBME
SBME

SBHA TIMEOU
ADRS 18TW
SBHA TIMEOU
AORS 19TN
SBMA TIMEOU
ADRS 20TM
SBHA TINEOU
AORS 21TM
SBHA TIMEOU
ADRS 22TN
SBHA TIMEO
ADRS UT
23 M
SBMA TINEO
RORS UT
24 M
SBHA TIMEO
ADRS UT
25 M

SBHM.A
SBHM.A
SBHM.A
SBHM.A
SBHM.A

8US MO BYTE 2 PAR M

8US MD SYTE 3 MASK M
BUS MO BYTE 3 PAR M
BUS PA 18 M

SBHD .8

BUS SBI 831 L

BUS SBI REQ 6 L

BUS SBI REQS L
BUS SB! REQ” L
BUS SBI SPARE @ L

SBHD

PAGE NUMBERCS)

BUS ID D19 L
BUS ID D20 L
BUS [D D21 L
BUS ID 022 L
BUS [D D23 L
BUS D D2v L
BuUS 1D D25 L

BUS MO 16 M

messalaTNT]

SBHA +3V W

—

SBHA 1K o [ N

C ]

SBHA.M
SBIM
A
SBMAM
SBHAJ

BUS PR 19 N

SBHA
SBHA

8US PR 20 H

BUS SBI SPARE 1 L

SHME
SBHE

8US SBI TRGO L

SBHA TIMEOU
ADRS 26TM
SBHA TIMEO
ADRS UT
27 M

SBHA.J

SBME

;

SBHA.J

BUS SBI TAG2 L
BUS SBI LNJAM L
CEHH CUR MODE @ M
CEHH CUR NOOE 1 M
CIBH SDIS CLOCK M
CIBH SONS LOAD M

SBME
SaHE
SBHT |1t
SBHT 0
SBHT
SBMT

BUS PA 2% H
BUS PA 2% N
BUS PA 26 M
BUS PR 27 N

oM
SBMA
BN
SBHA
SBNA
SBHA

SBHA TIMEOU
ADRS 28TM
SBHB REC PAR C M
SBHB RECIEVE MASK @ H

BUS PA 29 M

SBHA P

SBHB RECIEVE MasK 2 M
SBMB RECIEVE MASK 3 M
SBHB TRANS PAR C M

CLKB LECL CPT@
A1 M

SBHE €
SBHT 8N |
SBMT B N
SBHT B N
SBHT B N
SBHB \E

SOHS

SBHB LURITE DATA 17
H

SBHB T (C

—

BuUsS PR 21 M

BUS PA 22 H
BUS PA 21 M

BUS PR 28 M

SBHA

8uS SBI TAGt L

SBHA

CIBH SOMS SLF TST M

SBME

SBNT

SBHA TIMEQUT ADRS 29M

SBHB RECIEVE MASK 1 M

SBHB WRITE DATA 16
N

SBHJ.A

SBHB T .C

NOTES:
1. THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(S)
LHERE A SIGNAL NAME [S REFERENCED.

(SBHV)

L5[T
ST2E JCODE

[

_ICS

SBI

INTERFACE

HIGH BIT
NUMBER

REV.

|M7461-0-SBHV

la [.::!

]

PAGE NUMBERC(S)

SIGNAL NAME

PAGE NUMBER(S)

SIGNAL NANE

S)
PAGE NUMBER(

SBH8 URITE DATA 18 H
SBHB WRITE DATA 19 H

SBHB . T.\C
SBHB . T.C

SBHO RECIEVE DATA 3@ H
SBHD RECIEVE DATA 31 H

SBHG.D.N
SBHG.D,N

SBHF FS REG 2% H
SBHF LOCK H

SBHF .J
.[ J
SBHF

SBHB
SBHB WRITE DATA 22 M
SBHB WRITE DATA 23 H
SBMB WRITE DATA 24 H
SBHB WRITE DATA 25 H
SBMB WRITE DATA 26 H
SBMB WRITE DATA 27 H
SBHB LRITE DATA 28 H

SBHB
SBHB . T «C
SBHB T .C
SBHB . T.C
SBHB T .C
SBHB T \C
SBHB . T.C

SBHD
SBHD TRANS PAR & H
SBHD TRANS PAR 7 H
SBHE ASBI ALERT R H

SBHB . T.C

SBHE PAR OK H
SBME REC PAR A H
SBHE REC PAR B H
SBHE SBI CNF@ R H

SBHOD
SBHE \0
SBHE \D
SBHE
SBHE (L M
SBHE
SBHE
SBHK .E

SBHC TRANS DATA 18 H
SBHC TRANS DATA 19 H

SBHD «C
SBHD .C

SBHE SB! ID3 R H
SBHE SB! ID% R H

SBHE 1 P
SBHE \11,P

SBHB WRITE DATA 29 H
SBHB WRITE DATA 30 H
SBHB WRITE DATA 31 M
SBHC TRANS DATA 16 H
SBHC TRANS DATA 17 H

PAR “4 H
SBHD TRANS
TRANS PAR § H

SBHB.T.C
. T.C

SBHE SBI CNF1 R H
SBHE $BI FAULT R H
SBHE SBI ID@ R H
SBHE SBI IDI R H
SBHE SBI ID2 R H

SBHB T .\C
SBHC (BT
SBHC (8.T
SBHD «C
SBHD «C

SBHE SBI INTLK R H
SBHE SBI P@ R H
SBHE SBI Pt R H
SBHE SBI REQ 4 R H
SBHE SBI REQ S5 R H
SBHE SBI REQ 6 R H
SBHME SBI REQ ? R H
SBHE SBI TAGB R H
SBHE SBI TAG! R H
SBHE SBI TAG2 R H
SBHE SBI UNJAM R H
SBHE TRANS PAR A H
SBHE TRANS PAR B H
SBHF COMP COM MASK @ H
MASK | H
SBHF COMP COM
SBHF COMP COM MASK 2 H
MASK 3 H
COM
COMP
SBHF
SBHF COMP TAG @ H
SBHF COMP TAG | H
SBHMF COMP TAG 2 H
SBHF COND LOCK @ H
SBHF COND LOCK 1 H

SBHD +C
SBHC TRANS DATA 20 H
SBHD o
SBHC TRANS DATA 21 H
SBHD .C
SBHC TRANS DATA 22 H
SBHD +C
SBMC TRANS DATA 23 H
SBHC .0
SBMC TRANS DATA 24 H
SBHC O
SBMC TRANS DATA 25 M
SBHD ,C
SBHC TRANS DATA 26 W
SBHD +C
SBHC TRANS DATA 27 H
SBHC D
SBHC TRANS DATA 28 H
SBHC \D
SBHC TRANS DATA 29 H
SBHC D
H
30
DATA
SBHC TRANS
SBHC D
SBHC TRANS DATA 31 H
SBHG D
SBHD MD PAR GEN 2 H
SBHG .0
SBHD MD PAR GEN 3 H
SBHD .E
SBHD REC PAR % H
SBHD (E
SBHD REC PAR S H
SBHE .0
SBHD REC PAR 6 H
SBHE 0
SBHD REC PAR 7 H
SBHO.6
H
16
SBMD RECIEVE DATA
SBHD RECIEVE DATA 17 H SBHD.G
SBHO RECIEVE DATA 18 H SBHDG
SBHMD RECIEVE DATA 19 H SBHD .6
SBHD RECIEVE DATA 22 W

$BHD RECIEVE DATA 23 W

SBHG.D

SBHD RECIEVE DATA 26 M

SBHD.G

RECIEVE DATA 24 H
SBHDO
SBHD RECIEVE DATA 25 W

SBHD RECIEVE DATA 27 H
SBHD RECIEVE DATA 28 H
SBHD RECIEVE OATA 29 H

SBHF FORCE MISS GRO H

SBHG.D

SBHF FORCE MISS GRG L

FORCE MULT XMIT W
SBHF
SBHF FORCE SBI INVAL H

SBHD.G
SBHD.G

SBHF FORCE UNEXP RD H

SBHF FORCE WRT SEQ H
SBHF FS REG 2@ H
SBHF FS REG 24 H

SBHM.D.G
SBHG.D.N
SBHG,N,D
NOTES:

SBHF REV APR @ L
SBMF REV PAR 1 L
SBHF REV PAR 2 L
SBHF REV PAR 3 L
SBHF REVERSE P@ H

SBHF
SBHF
SBHF
SBHF
SBHF +J €

—

SBHG MD BYTE 2 PAR H
SBHG MO BYTE 3 PAR H
SBHG MD PAR 2 A H
SBHWG MD PAR 2 B H
SBHG 1D PAR 3 A H
SBHG MO PAR 3 B H
SBHG RCV 16 A H
SBHG RCV 17 A H
SBHG RCV 18 A H
SBHG RCV 19 A H
SBHG RCV 2@ A H
SBHG RCV 21 A H
SBMG RCV 22 A H
SBHG RCV 23 A H
RCV 24+ A H
SBHG
SBHG RCV 2% A H
SBHG RCV 26 A H
SBHG RCV 27 A H
SBHG RCV 28 A H
SBHG RCV 28 B H
SBHG RCV 29 A H
SBHG RCV 29 B H

SBHO «6
SBHD «6
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG
SBHG

SBHG RCV 31 A H

SBHG

H
SBHF
SBHF MAINT REG 18
SBHF JH
SBMF MAINT REG 19 H
SBHF H
SBMF MAINT REG 20 H
SBHF MAINTENANCE 10@ H SBHF (NJMH
(M1 N, J
SBHF
H
IDV
SBHF MAINTENANCE
SBMF MAINTENANCE ID2 H SBHF JM\N.J
SBMF MAINTENANCE ID3 H SBHJWF.M.N
SBHF MAINTENANCE ID% H SBHN.J.Fit

SBHK (£
SBHL \E
SBHE P \1
SBHE \11,P
SBHE (M P

SBHF SILO LCK INT EN H
SBMF SS FRCE UNXP RD H

SBHK E
SBHE
SBHE
SBHE
SBME
SBHE
SBHE
SBHN (E P
SBHN |E P
SBHN E P
SBHE
SBHE
SBHE
SBHNF.H
SBHN.FJ
SBHNF.J
SBHJNF
SBHH N F
SBHNF H
SBHN(F JH
SBHN +JWF
SBHN JF +J

RCV 3@ A H
SBHG
SBHG RCV 30 8 H

H
ENBL SBI INVAL H SBHITF
SBHF
SBHH L F
SBMF FAULT INTR EN H

RECIEVE DATA 20 M SBHG.D
SBMD
SBHD RECIEVE DATA 21 M SBHG.D

SBHF H

SBHF NAINT REG 17 HM

SBHD |E+E

SIGNAL NAME

DATA 28 H
SBHB WRITE
WRITE DATA 21 H

Has-a 190.41‘;%&5”

SBHF \H

SBHG RCV 31 B H

SBHF

SBHG READ DATA 16 H

J1.J
SBHF
SBHIFH

SBHG READ DATA 17 H
SBMG READ DATA 18 H
SBMG READ DATA 19 H
SBHG READ DATA 2@ H
SBHG READ DATA 21 H

SBHF 4J

SBHF +J 4R
SBHH F
SBHF 1J

SBHK,F.J
R .M
SBHF

<
|

.
—
7
r-g

gf°

SBHG
SBHG

]

SBHG

—=

§3

(G 1A
SBHD
SBHD (6,4

]
o
—
B
——

SBHD +61A

SBHD ,6
SBHG D A
SBHG DA

1. THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(S) WHERE A SIGNAL NAME [S REFERENCED.

( SBHW >

BRN.

diilgli|tia|lfers "

’

|PATE [TITLE

T va oo

| orre pua

HEKB: <C IRKA>SBHU .DRE__[13-GEP~83 10:43 [NEXT HIGHER ASSEMBLY:
B-DD-M7461-0
FIRST USED ON OPTION-MODEL: 11,785

SBI INTERFACE

HIGH BITS

NUMBER
SI2€E [CODE
K _[CS [M7461-0-SBHUW

REV.
A

SIGNAL

SBHG

NAME

READ

PAGE

DATA

NUMBER(S)

SIGNAL

NAME

SBHG (D 1A

SBMG READ DATA 23 M

SBHK

SBHG D A

SBHG READ DATA 24 H

SBHD .G ,A

SBHK SILO DRTA 17 H
SBHK SILO DATA 18 H

SBHG READ DATA 25 H

SBHD ,6 ,A

SBHG

SBHK SILO DATA

SBHD ,G,A

SBHK

SBHG READ DATA 27 H

SBHD (G A

READ

DATA

SBHG READ DATA 28 H

SBHG 4D

SBHG READ DATA 29 H
SBHG READ DATA 38 H

SBHG D
SBHG D

SBHG READ DATA 31

SBHG 4D

SBHH

ID ADDR @ H

SIGNAL

SBHH

SBHM

NAME

PAGE

TIMEOUT

REG

SBHH K
SBHK (M

SBHM 4 J

SBHM TINMEQUT REG 29 H
SBHM TINMEOUT REG 130 H

SBHJ M
SBHJ 1

19 H

SBHH K

SBHM TIMEQUT REG 31

SBHJ oM

SBHK \H

SBHK SILO DATA 21

SBHK (H

SBHK SILO DATA 22 H

SBHK \H

SILO

DRTA

SBHM

URITE

INVALID

H
L

SBHN +3V H

SBHM A

SBHIM N

SBHN CRD H

SBHIt,N

SBHK SILO DATA 26 H

SBHK 4J

SBHN MASK OR COM @ H

SBHN oK

SBHK SILO DATAR 27 H

SBHJ 4K

SBHK SILO DATA 28 H

SBHN MASK OR COM

SBHK 4J

SBHN K

SBHK SILO DATAR 29 H

SBHN MASK OR COM 2 H

SBHK ,J

SBHN K

SBHN MASK OR COM 3 W

SBHK SILO DATA 31

SBMJ,K

SBHJ H

SBHU H

SBHH

ID RECIEVE

SBHH P

SBHH ID RECIEVE 17 H

SBHH ,P

SBHH

ID RECIEVE 18 H

SBHH P

SBHH

ID RECIEVE

SBHK SILO DATA 39 H

SBHH P ,L

SBHK WRITE SILO L

SBHH P
SBHH ,P

SBHH ID RECIEVE 22 H

SBHH P

SBMH ID RECIEVE 23 H

SBHH P

SBHL AFTER FAULT M
SBHL EXPECT RD H

SBHL FAULT LATCH H

SBHN COMP LATCH C1)H
SBHN COMPARE H

SBHJ K
SBHK ,L

SBHL K
SBHM,L

SBHN
\K
SBHN,L

SBHIM
N

SBHN SBI

TAG EQ CA L

SBHN

SBHN SBI

TAG EQ READ H

SBHL 11.N

SBHP CS ID BUF 17 H

SBHR
P
SBHK ,P

SBHK ,P

SBMI

CLK RCV DRTA A H

SBHG I

SBHL FAULT XMITTER H

SBHL FAULT SILO LOCK t H

SBHH.L

SBHI

CLK RCV DATA B8 H

SBHG !

SBHI

CPU COUNT @ H

SBHL FLT

SBHH I

SBHL I

CPU COUNT

SBHL MULT XMIT FAULT H

SBHP CS URITE COMP REG H

SBHI

SBHH , [

SBHL +J

SBHP CS WRITE COMP REG L

CPU COUNT 2 H

SBHI (H

SBHL +J

SBHP.K

SBHI

SBHL PARITY FAULT H

SBHH (J+P T

SBHI

CPU COUNT 3 H

SBHH I

SBHL SBI FAULT H

SBHP EN

SBHI CPU COUNT % H
SBHI CPU COUNT EN H

SBHI \H

SBHI

INTR H

SBHP KN

SBHP

ID ADDR O L

SBHP

ID ADOR

SBHP
SBHP

SBHP

ID AODR 2 L
ID BUF 16 H
ID BUF 17 H

SBHP \F

SBHL (M

SBHP

ID BUF

18 M

SBHP ,F

SBHL (E

SBHP

(D BUF

19 H

SBHP \F

SBHL UNEXP RD FAULT H

SBHL +J

SBHL WARS NOT LOCK H
SBHM ANY READ DATA L

SBHP

ID BUF 20 H

SBHK ,L
SBHM

SBHP F

SBHP
SBMP

ID BUF 21 H
ID BUF 22 H

SBHP
\F
SBHP .F

]

SBHM CRO L

SBHM

SBHP

ID BUF 23 H

SBHP ,F

SBHIM MY

ID H

SBHM,L

SBHP

D BUF 24 H

SBHP ,F

—

SBHI K

SBHI FAULT INTR H

SBHI

SBHL SEND FAULT

SBHI

SB! DATA SEL H

SBHG [

SBHL SEND

SBHI

SBI

SBHE I

SBHI

SS COMP

SBHI

SBHJ

ID RECIEVE 24 H

SBHJ P

SBHJ

ID RECIEVE 2% W

SBHJ P

SBHJ

INTR W

SBHK L
SBHL

UNJAN H

D ORIVERS L

SBHK ,P

SBHK 4P

SBHL ,E

FAULT L

SBHL SBl

TRANSMIT H
SBHL SCOPE SYNC L
SBHL SEND ACK H

CS LOCK UNCONO H

SBHP CS ID BUF 19 H

SBHL

SBHL SBI

SBHJ, [

SBHP CS ID BUF 18 H

SBHL ,J

——

SBHN
K

SBHN RDS H

SBHP ADRS LATCH 29 W
SBMP CS ID BUF 16 H

SBHL M

SBHN
4R +F ,P

SBHN BUS WRITE COM H

SBHJ H

NUMBER(S)

SBHK 4J

ID ADDR 2 H

19 H

NUMBER(S)

SBHK SILO DATA 25 H

ID ADDR

SBHH 10 RECIEVE 20 H
SBHH ID RECIEVE 21 H

PAGE

-]
0=
19
|2 [a]
=esarealalall

SBHK +H
SBHK +J

SBHH

16 H

DATA

SBHK SILO DATA 23 W
SBHK SILO DATA 24 H

SBHH

SILO

INTLK H

SBHL JE

SBHP , T M
SBHP
4T 4H

SBHP
T .M

SBHP ,F

ID RECIEVE 26 H

SBHJ P

SBMJ

ID RECIEVE 27 H

SBHJ

ID RECIEVE 28 H

SBHJ P
SBHJ P

SBHM MY ID L
SBHM RDS L

SBHL .1
SBHM

SBHP
SBHP

ID BUF 25 H
[D BUF 26 H

SBHP
F
SBHP ,F

SBHJ

ID RECIEVE 29 H

SBHJ P

SBHM READ DATA L

SBHM,L

SBHP

ID BUF 27 H

SBHP ,F

SBHJ ID RECIEVE 30 H

SBHJ P

SBHM SBI 1D@ H

SBHE M

SBHP ID BUF 28 H
SBHP
SBHP

ID BUF 29 H
ID BUF 30 H

SBHF P

gfn_’

SBHP

ID BUF 13t

SBHF ,P

—
§3
—

SBHJ

ID RECIEVE 31

SBHK

+3V H

SBHK CLK ADD COUNTER H
SBHK COMP

INTR H

SBHJ P
SBHK 4[14P
4L N

SBHM SBI
SBHM SBI

ID1 H
ID2 H

SBHK

SBHM SBI

ID3 H

SBHK I

SBHE 4N
SBHE 4

SBHE 41

SBHF P,
SBHF ,P

@
S

SBHK COMP SILO LCK C1)H

SBHK
.J

SBHM SBI ID4 W
SBHM SEL SBI AROR L

SBHE 4
SBHT,M,A

SBHP
SBHP

ID OIR B L
ID SBI ADDR B H

SBHP
SBHP

SBHK COUNT FIELD @ W

SBHK M

SBHK COUNT FIELD

SBHM SEND MARINT

ID H

SBHM

SBHK H

SBHP

ID L

SBHM SET

SBHP SBI

ID@ B H

§x

SBHK 4H

SBHR 1

SBHK ,P

SBHK COUNT FIELD 2 H
SBHK COUNT FIELD 3 H

SBHM SEND MAINT

INC SILO ADRS L

SBHM

SBHK P \N

SBHP SBI

ID1

B H

SBHK 4P (N

SBHP SBI

ID2 B H

SBHK P (N

INVALID L
SBHM SET SBI CYCLE H

SBHK (H

SBHM

B
—

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DRAWING NO| o

|PART NO.

DESCRIPTION

-CS-M74¢2-0-COMYL|
K-CS - M7433-0-(vzl |

SCHEMATIC
SCHEMATIC

K-CS-M746%-0-DRS| —

SUDS DATA BASE

K-CS -M7483-0-comi!

-DD-5018076-0-0 ] |

AlA
AlA

AlA

DRAWING DIRECTORY

A A

2| ¢

PERTY OF DIGITAL EQUIPMENT CORPORATION AND SHALL
NOT BE REPRODUCED OR COPIED OR USED IN WHOLE OR iIN
PART AS THE BASIS FOR THE MANUFACTURE OR SALE OF’
ITEMS WITHOUT WRITTEN PERMISSION.

lQXj

DIGITAL EQUIPMENT CORPORATION

USED ON OPTION/MODEL

“THIS DRAWING AND SPECIFICATIONS, HEREIN, ARE THE PRO-

dlilali|t|a]l

32Z1S

REVISIONS

SCHEMATIC

NOTES:

30020

CHK:D \ /’
ENG

//\

TWLE CACHE DATA MATRIX
S'éE

CODE

(@lY)

NUMBER

DD M74c5-0-0
| | [ [ ] ]

SHEET 2 OF 2

SIDE

YIEW

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COMPONENT

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LR

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YSONMIgTVHY |]vl

it A[M7464-0-0
W

AUTOMATED

LINE ITEM
1

2
3
4

SHFFT

MIN

GTY

TOP DOCUMENT

PART NUMBER REV DESCRIFTION

D-MD-5016075-0-0

5016075-01

VARIATION

1013466-19

1300223-00

BLANK

8
)

)
9

10
11

1300295-00
1301775-00

12
13

1301477-00
1301972-00

1921305-01

MF O
MFD
MFD

10
047
470.0

50V
35V
50V

MMF

xxx

120.0
150.0

THIS

16
15
76

C15-C30
C1-C14,C413
C31-C101,C400-C403,C412

C404-C411

R449-R456

ITEM [S NOT USED xxx

25
25

%
%

CF
CF

11
8

R1-R6,R20C,R201,R23-R25
R9-R14,R202,R203

330.0
820.0

25 W 5.0 %
.25 W 5.0 %

CF
CF

8
56

R31-R36,R402,R17
R18,R37-R42,R401,R403-R429,

82.0
270.0

.25
.25

CF
CF

2
3

R441-R448,R457,R500,R501
R119,R120
R26-R28

E4,E10,E24 ,E32,E34,E37

74F00

1921307-01

W
W

5.0
5.0

W
W

5.0
5.0

%
%

NAND GATE,QUAD,2-IN

74F04

HEX

INVERTER

CONT

£E6,E15,E36,E48,E53,E54,E58,E71,
E79,E85,E99,E140,E150,E£147,E83,
E72

CONT
CONT

16
17
18
19

1921309-01
1921310-01
1921311-01
1921313-01

20
21
22

1921314-01
1940545-00
1921319-01

74F74
745112
74F153

FF--D,DUAL,POS.
,EDGE
FF-JK DUAL,EDGE TRIG
MUX,DUAL,4-IN

1
2
12

1921320-01

74F157

MUX,QUAD,2-IN

ES0,E90,F120,E123,E130

1921327-01

74F194

SHIFT REG,UNIV,BIDIR

£29,E40,E57 ,E62,.E65,E66,E55,E77,

'BASIC PART NO:
!
'SECTION A
OF A

l---t INITIAL
1JS IM7454-TWOO1
1JS IM7464-TW002
!
!

ISECTION_VARIATION
1
(A} QO
o
(B])
o
C)

74F10
NAND GATE,TRIDLE,
K 23-1
74F11
AND GATE,TRIPLE,3-IN
74F20
NAND GATE,DUAL,4-IN
74F64 AND OR INVERT GATE,4-

LA
'8
1C
'

74F158

M7464

MUX,QUAD,2-IN

!
i DRN:
'

INDEX

(D)

!CHK'D:
!
'
IDES.ENG:

F .GAROFALO

D.BINDER

(F]

'RESP ENC

LK)

IMFG.ENG.:

(M)

'ASSEMBLY

!
|

Lol

]

!
"THIS
|
'EQUIPMENT
.

DRAWING AND
CORPORATION
OF

ITEMS

(N]
SPECIFICATIONS
SHAL.

WITHOUT

M_KRYSAK

NOT

WRITTEN

CONTAINED

REPRODUCED

PERMISSION,

HEREIN
OR

THIS

ARE

COPIED
IS

E9
E21,E23
£52,E86,E88,6£93,E96,E107,E108,
EI11C,E111,E124,E138,E139

E6S

22-MAR-83

IDATE:

22-MAR-83

! TOP

E81,E82.E13

CONT

22-MAR-83

NUMBER:

CONT

IDATE:
!

DOCUMENT

!
!
!

ITITLE

!
!
!
!

TBM

ISIZE'CODE!

RELEASE DATE:

NUMBER:

]

!
t

M7464-0-D8BP

WORK

PROTECTED

UNDER

THE

FEDERAL

!
!
:
!

REV

e
!

08-MAY-84

FILE

23944C .PLS

]

NAME:

!
'EDIT

AND PROPRIETARY.
THEY ARE THE PROPERTY U+ DIGITAL
IN WHCLE OR IN PART AS THE BASIS FOR THE MANUFACTURE OR SALE

UNPUBLISHED

CONFIDENTIAL
USED

b bttt f==-=--

DOCUMENT NUMBER
NUMBER

!
i

PARTS LIST

1B-DD-M7464-0-0

THE

'DATE:
!
!
IDATE:
!

IE-UA-M7454-0-0

AND

D .BINDER

£3,E25,E20,E33
£47,E51
E49,E64,E112
i
E1,E14,E26-E28,E43,E67 ,E68,E76,

!
IDATE:
!

F .SMART

tE)

4
2
3
12

1921321-01

!
REVISION HISTORY
!
TENG!
ECO NUMBER
'REV

1
CER
AL EL
CER
CER

5.0

0OF

REFERENCE DESIGNATOR

VARIATION

.25

PER

LEVEL:

10%
+50-10%
+80-20%

S0V

100.0

1300247-00
1300250-00

REVISION

TRANSLATER BUFFER METRIX

1010978-36
1017472-00
1012784-00

[

PARTS

ST
. 4Q150)
PRTLL

LAWS.”

#!
|

]
]

!
|
i

AIJTOMATED

LINE ITEM

PRTLST.40(50)

PARTS

MIN

TOP DOCUMENT

PART NUMBER REV DESCRIPTION

VARIATION

REVISION

QTY

PER

LEVEL:

26
27
28
29
30

32
33
34
35
36

32
33
34
35

1921316-01
1911712-00
1911983-00
1921306-01

1921329-01

1921316-01
1921324-01
1921720-01
1911469-00
1921332-01

1921330-0"1

74F 451
MUX,8-IN
74F175
FF-D,QUAD
10H125 TRANSLATOR ECL TO TTL
DEC
8640
RECEIVER,BUS,QUAD,U
74F280
PARITY GEN/CHECK,9-B

74F 257

1921308-01

MUX,QUAD,2-IN

74F138
74551
745133
74F02

DECODER/DEMUX,1-0F-8
AND-OR GATE-INVERT D
NAND GATE-POSITIVE 1
NOR GATE.QUAD,2-IN

74F253

MUX,DUAL ,4-IN

74F08

AND

38
39

|
3
3
5

E73
£22,.E41 ,E61
E16,E75.E78
ES.,E8,E11,E39,E44

E127,E128

£31,£35,E50.E148

:
'

DEC

LS194A SHIFT REG.,4BIT BI-D
74S37
NAND GATE-QUAD 2IN

40
41
42
43
44
45
46

1912860-00
1321322-01
1921312-01
1921010-01
1913788-00
1913839-00
2121818-01

1616653-00

MOS
DELAY=

48
49

1216988-02
3000024-01

HANDLE ,MODULE ,HEX
EYELET,ROLLED

50
51

1616653-01
9105740-55

OclLAY=
100NS,10TAPS WITH
WIRE (WRAP)
30AWG KYNAR

52 NOTE:
53 NOTE:
5S4 NQTE:

'
!

1912696-CC
1912746-00

LS259
74F161
74F32
74F373
26510
LS165
STATIC

£E87,£89,E94 ,E101,E103,E114,E115,

50NS,10TAPS

WITH

£116,E118,E119
E12,E20,E45

1
2
i
3
6
4
16

TTLBU

TWO EJECTORS
0.1210DXC.132

1
12

TTLBU
uL14

E12S8

3
2

LATCH 8BIT
BINARY CQUNTER,PRESE
QR GATE,QUAD,2-IN
OCTAL TRANSPARENT LA
TRANSCEIVER,BUS,QUA
SHIFT REG.,.8BIT
RAM 256X4 SEPARATE 1/

ES1,E92.E95,E97,E121,E122,E125

£38
E2.E7
E70.E84,E98
£S6
F100,F102,E113,E117,E135,E136

CONT

38
39

1
2
3
1
6

GATE.GRUAD,2-IN

REFERENCE DESICNATOR
CONT

5
27
28
25
30

SHEET

VARIATION

£132
E126,E133
E18
E17.E19.E46
.
E104-E106,E131,E134
,E137
£E42,E59,E60,E74
E141-E146 ,E151-E160
E109

1
A/R

E63

1. UNUSED REFERENCE DESIGNATORS = C102 - C399,R7,R8,R15,R16,R19-R22,R29
R30,R43-R118,R121-R199,R204-R400,R440,R449-R456,R458~-R499
SPARE [.C. LOCATIONS ARE E143 AND £161.

'TITLE
AL
'

TBM

!
ISECTION A

t
1G[ZE!CODE!
b
!
!

DOCUMENT NUMBER

M7464-0-DBP

OQF A

)
|

!
!

REV

!
!
!
!

(e[ a]

a2l

SIGNAL NAME

PAGE NUMBER(S)

SIGNAL NAME

BUS CS 42 H

TBMN

BUS PA 27 H

BUS CS 43 H

TBMN

BUS CS 4+ H

BUS PR 28 H

TBMN

TBMJ

TBMA

TBMN

TBMJ

BUS CS 45 H

BUS PA 29 H
CAMH GB AD PAR 8 EV H

DEPP vAMX 22 L

TBMA

TBMN

TBMC, T

CAMH G3 AD PAR 1|

DEPP vaMX 23 L

TBMC,T

T8MA

DEPP VAMX 24 L

BUS CS 46 H

BUS CS 47 H

TBMN

BUS

ID @0 L

TBHE

BuUS ID @1 L
ID 82 L

TBMHE

BUS

T8HE

BUS

TBME

ID @3 L

PAGE NUMBER(S)
T8MJ

EV H

CAMJ GO AD PAR 2 EV H

TTM8MC,T

CANMP GO LRITE EN H

TBHX

CAMP G1

HRITE EN H

TeHx

CANS G1

TM8HC ., T

CAMS G1

AD PAR @ EV H
RD PAR 1 EV H
AD PAR 2 EV H

DEPS VAMX 31

CAMT G!

BUS

ID @6 L

TBME

CAML TB GRP @ MATCH H

TBMC KDWY

BUS

ID @7 L

T8ME
TenE

TBHC +D T 4K

BUS ID @8 L

CANYU TB GRP 1 MATCH H
CAMv MODIFY L
CAMV PROTECT CODE O L

BUS

ID 09 L

TBME

BUS

19 L

TBHE

8US

TBME

BUS

ID 12 L

TBHE

BUS

TBHE

tv L

T8NE

15 L

TBHE

ID 16 L

TBHE

BUS ID 17 L

TBHME

BUS ID 18 L

TBME

BUS

TBME

BUS ID 20 L
BUS ID PTY @ L

TBHE

BUS

ID PTY

TBHE

BUS

ID PTY 2 L

TBHE

BUS PA @2 H

TBME

TBMN

BUS PA @3 H

TBMN

BUS PR 04 H

TBMN

BUS PA 05 H

TBMN

BUS PA @6 H

TBMN

BUS PA 87 H

BUS PA @8 H

14 H

T8MJ

BUS PA

1% H

TBMJ

BUS PA

16 A

BUS PA
BUS PA

BRI, Y

CEHE PAGE TRAP H

T8MU,.Y

BMA

TBHF P

ICLY

1D RIGHT ARDOR
ICLJ ID RIGHT ADDR
ICLJ ID RIGHT ADDR
ICLJ ID RIGHT ADDR

Teny,p
T8y

CAMV PROTECT CODE t L
CAmMv PROTECT CODE 2 L
CAnv PROTECT CODE 3 L
CEHE CMODDRDRS TRAP L

8MY
Tsny

O H

T8MD

2 H
3 H

T8MD
T8MD

ICLJ ID RIGHT ADOR 4 H
ID RIGHT ADDR 5 H
ICLJ ID RIGHT WRITE L

T8MD

ICLJ

T8MY

81D
T8MD

ICLK CS PAR ERR H

T8MY |4

IDPJ COUNT H

T8MM

CIBH SDMS CLOCK L

TBRY

CIBH SDMS LOAD H

IDPJ FLUSH L

TB8MY

TBMC (M

CLKB LECL CP TQ Bt H
CLKB LECL CP T@ B! L
CLKB LECL CPT! Bt H

TB8MS

IRCH IB HRITE CHK
IRCH [B WRITE CHK H
IRCM SDMS CHNL 3/ M

TBMN
8nY

8MY

CLK8 LECL CPT1

SBHM SET SBI CYCLE H
SBLB SBI PA @9 L

T8HY K

T8MS
8nMs

T8MS

CLKD LECL CPT2 Bl

T8MS

CLKD LECL CPT2 B!

SBLB SBI PA 190 L

8nS

TBHY K

CLKE LECL CPT3 B!

T81S

CLKE LECL CPT3 B1

SBLB SBI PA 11 L
SBLJ SBI PA 12 L

BNY (K
TBMK

DCPH VA 82 <154

T8MS

SBLJ SBI

T8nS

SBLS I8 ERR LTH H

TBMN N

13 L

SBLT STALL L

81C

CLKL SYS INIT B L

TBMN

BUS PA

TBMA

TenC,T

TBME

BUS

DEPP VvAMX 26 L

T8HA

TBME

BUS

T8MA

TBMA

D o% L

TBHK

TBHMX Y
TBMU N, Y

DCPH VA 83 (1)H

TBMN 1

DCPJ VA @4 C1)H

TBMN 1

OCPJ VA @5 C1)H

TBMAR VA MUX

TBMN 1

DCPJ VA 86 C1)H

TBMN M

TBMA VA MUX 18 BUFF H

TBML 4+ J4A

TBMA VA MUX

DCPJ VAR 97 (1)H

19 BUFF H

TBHJ,L A

TBMN 1

DCPL VA 98 (1)H

TBMN M

TBMA VA MUX 20 BUFF H
TBMA VA MUX 21 BUFF H

TBML «J 4R
TBMA «JoL

TBMA VA MUX

16 BUFF H

17 BUFF H

TBMA «JoL

TBML +A4J

TM81J

DDPH vAaMX 89 L

TBMF (P

DDPH VAMX

10 L

TBMF ,P

TBMA VA MUX 22 BUFF H

TBMA L J

TBMA va MUX 23 BUFF W

T8MA J oL

17 H

TBMJ

18 H

TBMJ

DOPH VAMX

TBMF P

12 L

TBMA L +J

TTMBHJ
TBrJ

ODPJ vAHX

TBMA VA MUX 24 BUFF H

BUS PA 19 H
BUS PR 2
BUS PR 21 H
BUS PR 22 H
BUS PR 23 H
BUS PA 24
H

TBMJ
BMJ

BUS PA 25 H

TBMJ

BUS PA 26 H

T8MJ

DOPJ VAMX 13 L
DOPJ vAMX 14 L

T8MJ
T8MJ

TBHF ,P

DDPJ vAMX 15
DDPS vamx 31 L

T8MF P
TBMF

DEPN vAMX 186 L
DEPN vAMX 17 L

TBMA
TBHR

DEPN VAMX

TBMA VA MUX 2% BUFF H

TBMF ,P
TBMF P

18 L

T8MA

DEPN vAMX 19 L

T8MA

TBMA

DEPP VARMX 25 L

8nc,T

ID o5 L

BUS

DEPP vARMX 21

DEPR vAahlx 27 L

BUS

13 L

PAGE NUMBER(S)
T8MA

DEPR vAaMX 28 L
DEPR VAMX 29 L

BUS

SIGNAL NAHE
DEPN VAMX 20 L

/\ I

TBMA VA MUX 26 BUFF H
TBMA VA MUX 27 BUFF H
TBMA VA MUX 28 BUFF H
TBMA VA MUX 29 BUFF H
TB8MB CAUSE PROT TRAP H

TBMAWJ L

TBMA +J 4N
TBMA,J 1
TBMA «J oM
TBMA «J 41

TBMB IPA OVER PAGE H

T8MU
T8MC

TBMB PROTECT CODE OK H

TBMU.C

TBMB PROTECT CODE OK L

REV.

]

S12€ {CODE

@ | k | CcS {n7yeu-8-TBMY

TBMX

NOTES:

bexcin,
oe e peoecatr
o

THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(S) WHERE A SIGNAL NAME

_REVISIONS

[S REFERENCED.

. BA

BRN

ML 2R, e

dlilgli|tjal |

DATETTTTLE:

DSRC TCHISKASTBA! .ORW_[23-SEP-87 T37@9[NEXT HIGHER ASSEMBLY:
FIRST USED ON OPTION-MODEL: 11-785
|8-DD~M7464-8-0

TBM

FORLARD REFERENCE

ST3E coosl
NUNBER
K_1CS {M7464-0-TBM!

]

REV.
A

—

PAGE NUMBERCS)

SIGNAL NAME

TBME «H.R

TBMK OIS Gt

08 H

TBHMC ADRS NOT vAaLID L

TBHX C

TBME REC

ID 16 H

TBHT.EF,P

T8MK OIS G1

TBMC AR FLOP (@)H
TBMC AR FLOP ¢ 1)H

T8MW.C
T8MU.C U

TBHMC BC ONE H

T8Mmu g

TBHE REC
TBME REC

1D
D

17 H
18 H

TBHT ,E.F P
TBRE T F (P

TBMK DIS G1 D2 H
TBMK GRP @ DATA @9 L

TBMK
P
TBHK

TBME REC

ID 19 H

TBHME T ,F,P

TBMK GRP @ DATA 18 L

T8MK

TM8, T,C

TEME

TBME . T,F P

TBMK

TBMC ENABLE 1A H

TeNC, Y

TBME REC

ID PAR @ H

TBME .F P

TBMK GRP @ DATA

12 L

TBMK

TBMC G1

TBMC ,L +N

TBME REC

[D PAR

TBME (H4R

TBMK GRP 9 DATA

13 L

TBHK

TBMC NOT SBI CYCLE A1 L
TBMC NOT SBI CYCLE A2 L

TBMC (J
T81C \J

TBME REC ID PAR 2 H
TBMF G@ DA PAR 2 EV H

TBME .F P
TBHC F

TBMK GRP 1 DATA @9 L
TBHMK GRP t DATA 19 L

TBMK
TBMK

TBMC NOT SBI CYCLE A3 L

TBMC D WK WN

TBMF G@ DA PAR 2 00 H

TBHF T

TBMK GRP 1

DATA 11

TBHK

TBMC PAR REG ENRBLE H

TBMC, T

TBMF GRP @ DATA @9 H

TBMV L K 4F

TBMK GRP 1

DATR 12 L

TBMK

TBMC TB MATCH L

TBMC (M

TBMF GRP @ DATA

TBMK (L «V.F

TBMK PA @9 H

TBMK

TBNC TB MISS L

TBMX UL C o1

TBHF GRP @ DATA

12 H

TBMK (L 4V F

TBMK PR

18 H

TBMK

TBMC TB PAR ERR L
TBMD CAUSE MBIT TRAP L

TBMC Wl 4X
TBMW D

TBMF GRP @ DATA
TBMF GRP @ DATA

13 H
14 H

TBHK |V (L +F
TBRV 4 J 4L oF

TBMK PR 11 H
T8MK PA 12 H

TBMK
TBMK

TBMD CLR ERR REG

TBMC

CAUSE

PAR

TRAP

MATCH BUF L

TBMC SBI CYCLE L

TBMF GRP @ DATA 18 H

TBIMV (L 4K +F

TBMV
4K o
TBMK
R

GRP © DATA

TBMK GRP | DATA 13 L

TBNT,D

TBMF GRP @ DATA

15 H

TBMV (JoL o F

MK PA

TBMO Y

TBHF GRP @ DATA

16 H

TBMV , JWl+F

TBMK PA MUX SEL @ A1

TBMD EN COM DATA L

TBMO

TEMF GRP @ DATA 25 H

TBMF (J 4l

TBMK SEL

IPA H

T8MD EN 1D ORIVERS L

TBNY D .E

[PA L

TBMD EN SBI

TBMK

13 H

T8MK
H

TBMK 4.

TBHU
(K 4C

TBMF GRP @ DATA 26 H

T8MF ,J\N

TBMK SEL

T8MD

TEMF GRP @ DATA 27 H

TBNF 4 J N

TBML

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TBHF GRP @ DATA 25 W —————3{2-DA
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TBMR IPA 24 H
11-08
TBMM GRP @ DATA 24 H
——542-08
TBMR GRP 1 DATA 2% H:E3-DB

= EN

2% MUX

74F2953
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———JEN

vBP2——FTD> 8US PA 18 H

‘0

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TAH———FE) BUS PA 19 H

213-0a

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FUNCTION CHART FOR 74F253
ON

TBML.

5
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TBMH GRP @ DATA 17 H

TEMR GRP 1 DATA 17 H
TBMA VA MUX 16 BUFF H
TBMM IPA 16 H

TBMF GRP @ DATA 16 H
TBMP GRP 1 DATA 16 H
TBMC NOT SBI CYCLE A2 L-

g101

TBMH GRP @ DATA 23 H

+Ha-0a

TBMR GRP 1 DATA 23 H

13-0a

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1 Q‘Dg
1-D

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‘?3 2-08
i 3-08B
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I8MA vA MUX 22 BUFF H
TEMR [PA 22 H

TBMK PA MUX SEL @ At H —~———————]

Y82———FJ2 BUS PA 22 H

T 2-D8
1-08

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,f 2 ¢

YA ———FT2> 8US Pa 29 H

Ry
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12-0A

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H2-0m

€129

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=43-0a

TBMH GRP @ DATA 22 H
TBMR GRP 1 DATA 22 H
TBMC NOT SBI CYCLE @2 L

TEMD VIRT ADRS BUF A H

TBMD VIRT ADRS BUF A H-—————,—%e SEL

Yal———EAT) 8US PA 17 H

74F253

2X4% MuUX

X4 Mux

x4 Mux

~——CEN

TBMA VA MUX 28 BUFF H
TBMM [PA 28 H

2-08
1-08

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T8MP GRP 1 DATA 28 H
TBMC NOT SBI CYCLE Al L

S2-08
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TBMD VIRT ADRS BUF A H

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TBMK DIS G1 D2 H

TBMK DIS G1 0@ H
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SEL

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TBMP GRP 1 DATA 11 H—-'-C7E"g3°"

2_1BMK GRP 1 DATA 11 L

DATA 10 L

18NS +3v H—1loara
74F158

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rep?

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12 H

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6

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FUNCTION TABLE

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GRP

DATA

EMN URDS H

3 1

TBMN UMCT 1| H

TBMK

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TBMF GRP @ DATA 11 H——’C’E"gje" 1 TBMK GRP @ DATA 11 L

|
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—

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11
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TEMP GRP 1 DATA @9 H
TBHF GRP @ DATA 89 H

=10-0A
241-0a

Yarl

TBML IPA DATA [N @9 W

TBMP GRP | DATA 15 H-———7310-DA
TBHF GRP @ DATA 15 H
“ ;'82

TBNF GRP O DATA

210-08

13 H

TBHF VA MUX 10 H
TBMT MME BUF L

TBMC G! MATCH BUF L

TBML IPA DATA IN 10 H

TBMP GRP 1 DATA 16
TBMF GRP @ DATA

£12-08

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16 H

YAZ——

TBML IPA DATA IN 11 H

TBMR GRP 1 DATA 17 H
={0-DA
TBMH GRP @ DATA 17 H —————3" é-g:

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TBML IPA OATA IN 12 H

TBMR GRP 1 DATA 18 H

TBMH GRP @ DATA 18 W
TBMA VA MUX 18 BUFF M

b2 EN
2 2

21e-08

TBML IPA DATA IN 13 W

f? 53 3-08

TBMT MME BUF L
18MC G!
MATCH BUF L

14172 SEL

={e-0A
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~———JEN

TBML PR DATA IN 18 H

TBMR GRP 1 DATA 24 H

vep2

TBHL IPR OATA IN 14 H

TBMR GRP 1 DATA 20 H
TBMH GRP @ DATA 28 H

JEN

210-08
5]1-08

F‘ 53 3-DB

TBMT MME BUF L
TBHC G1
MATCH BUF L

19172 SEL

2 2

TBMC G! MATCH BUF L

1217 SEL
2x4 MuX
74F153

Yal

TBML 1PA DATA [N 19 H

E139

TBMP GRP 1 DATA 25 H
TBMF GRP @ DATA 25 H

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—

TBML IPA DATA IN 25 W

]

2-DA

TBMA VA MUX 25 BUFF H

—

213-0a

———=GCEN

TBML IPA DATR IN 28 H

194908
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=12-08

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SELECT INPUTS

o
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STB

X X X X

CHART

X
H

X
X

L
L

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14172 SEL

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TBMT MME BUF L
TBMC G!
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OUTPUT

STROBE

FUNCTION

TBAL IPA DATA IN 24 H

p———aQEN

5128

TBMA VA MUX 2@ BUFF H

Y8l3——

@-08

5 é -gg
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T8MT MME BUF L

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———JEN

Ya—— TBHL 1PA DATA IN 23 H

TBMR GRP 1 DATA 23 H
210-0R
TBMH GRP @ DATA 23 H____;é_gg

tera va rux 19 BurF H———L 3130a

£12-p8

TBMF VA MUX 14 H

12} SEL

TBMR GRP 1 DATA 19 H
TBMH GRP @ DATA 13 H

TerF va mux 13 H————L 315pa
2i0-08
+1-08

1}y SEL

TBMH GRP @ DATA 24 H
TBMA VA MUX 24 BUFF H

£88

EN
2 2

74F153

2-0A

TBMP GRP 1 DATA 14 HTBMF GRP @ DATA 14 H

v8|2———

2x4 MuX

———CEN

2]5C

E110

TBML IPA DATA IN 22 W

TBMA VA MUX 23 BUFF H——[::‘ 13-DR

2x4 Mux

TBMP GRP 1 DATA 13 H—————2{0-DA
TBMF GRP @ DATA 13 H————2{1-DA

TBML IPA DATA IN 17 W

74F153

Y82

£108

YAlZ———

p——=GEN

TBMC GI MATCH BUF L

@-08

é-gg

74F 153

7] é -gg
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['" 53 3-D8

TBMT MME BUF L

1%}y SEL

TBML IPR DATA IN 21 M

2% Mux

IT 315-08

TBMC Gt MATCH BUF L

TBMA VA HUX 17 BUFF H-———E| 13-DA

511-08
_.-..2-08
[';'3 3-08

TBMC G1 MATCH BUF L

74F 153

2-DA

TBMT MME BUF L

TBMR GRP 1 DATA 22 H

1)y SEL

£86

@-08

T8ML IPA DATA IN 16 H

TBMT MME BUF L

axs MUX

-0A
3 3-0R

TBMA VA MUX 22 BUFF H

E96

l;ooaimsj_[

—1dEN

TBMH GRP @ DATA 22 W

2x4 MUX

TBMF VA MUX 11 H————L—?‘j-on
0

“53 3-08

TBMC Gt MATCH BUF L

518-0R
"é'ga

TBMA VA MUX 21 BUFF H

512"

74F183

TBMF GRP @ DATA 12 H
TBMF VA MUX 12 H

admaw

TBMR GRP 1 DATA 21 H
TBMH GRP @ DATA 21 H

—7a=CEN
2 2

TBMT MME BUF L

4]y SEL

eI EN

;
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ST T A% 11

£93

TBML IPA DATA IN 15 W

3 é-gg

TBMR VA MUX 16 BUFF H

(131508

TBMP GRP 1 DATA 12 H

val

—ECEN
2 2

TBMP GRP 1 DATA 11 H———————308-0A
TBMF GRP @ DATA 11 H————-q1-DR

“A3n

P24F153

~——1deN

= 1-08

2% MUX

35
TBMF vA MUX 15 H —
3-0A

Tden

TBMP GRP 1 DATA 1@ H

[

74F153

2-0A
1BMF va MUX 89 H ————L 315-0a

[

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H
H
H

L
L
H

X
X
X

L
H
X

X
X
L

L
L
L

L
H
L

-74F153-

SELECT INPUTS S@ AND S1 ARE
COMMON TO BOTH SECTIONS.
H = HIGH LEVEL
L = LOW LEVEL
X = [RRELEVENT.

TS DRAUTRG ARD SPECTF TCATTONS,

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14 H

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78rM IPA 17 H

TBMM IPA 16 H

TBMM IPA 15 H

TBHMM IPA 1% H

TBML

IPA DATA IN 2% H

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IN 24 H

TBML

IPA DATA

IN 23 H

TBML

IPA DATA

IN 22 H

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6

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TBMM IPA 25 H

R1FL——

TBHM 1PA 24 H

R2H2

TBAM [PA 23 H

TBMM IPA 22 H

?{SHFT 31N

TBMU FAST LOAD IPA H

1817 2=a1N+9)

3IN

@=HOLD

=
212 1=31N93

TBMW FAST LOAD IPA H

,;lEEr;o

ROH2——

R2|

£97

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C CARRY H
TBMU U NEWPC L

74F 194

SHFT REG

€133

DCPJ VA @7 (1) H E32>

74F 161

BIN CTR

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T8MS CPT2 A H

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BIN CTR
PYF161

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DCPJ J VA B4 (1) H EaD>
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DCPH VA @3 ¢1)> H EBD

50‘? o 11

Tenn 1P @ X

T8N IPA @3 H

TBML IPA DATA IN 13 H

DCPH VA 82 (1) H FED>

3p,

Tenn 1PA @2 H

TBML IPA DATA IN 12 H

TBMM BITS 5-2 CARRY H

TBHL

O° 1y

TC
IDPJ COUNT

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TBMS +3V H

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£S5

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TBML IPA DATA IN 1@ H

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TBHS CLEAR A1 L
TBMS CPT2 A H

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5152

T8MU FAST LOAD IPA H

TBMS CLEAR Al L

TBMS
A H
Bns CPT2
<

8HMM

[PA

TBML

10 H

R1| 14

TBHM ER REG 1 D 83 L

PARALLEL LOADING IS ACCOMPL[SHED
BY APPLYING THE INPUT OF DATA AND
TAKING BOTH MODE

CONTROL

INPUTS

S@ L 51 HWIGH. THE DATA WILL

POSITIVE TRANSITION OF THE

@=HoLD

312 1=3IN%3

L1817} 2-0IN-0)

APPEAR AT THE QUTPUTS AFTER

TBrr 1PA 20 H

R2H2——

T8 tPA 19 H

8MM

IPA

18 H

2IoFT 3N
@=HOLD

—

1 2=0IN+2
3=L0AD

2x4 MUX
74F153
1

DATA 29 H

€138

218-0A

5
gc

YalZ

1 1-0R

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118-08

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= 1-0A
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110-08

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TBMM IPA 28 H

¥4
=
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TBrn IPA 27 W

R3HE

—

TBMM IPA 26 H

—

a=roL0

=
ldcir

L1 Uerk

DATA 26 H

IPA 29 H

el 12=ainse
L athe

[—"l 3-DA

TBMF GRP @ DATA 26 H
TBMA VA MUX 26 BUFF H

TBMM

Z‘SHFT JIN

E12v

TBMP GRP | DATA 27 H

Sloa

CLOCK [NPUT.

TBMF GRP @ DATA 27 H
T8MA VA MUX 27 BUFF H

£125

3lha

7543708
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3=L_0AD

a®

2SHFT BIN

=11-08
[T5]2°08

dcLr

rame oo THE BuF L

—

LICLR
1 ek

L215-0a

DATA 28 H

TBMF GRP @ DATA 28 H
TBMA VA MUX 28 BUFF H

TBMP GRP

RIH——

:‘CCLR
CLK

TBMP GRP

803

——————'dEN

-74F 194~

7BmM PR 21 H

10 2 1=3IN+3

TBMF GRP @ DATA 29 H

TBMM IPA @9 H

12
R3-

E—SHFT
oINReH3——
5
5

19 H

@=HoLD

TBMP GRP

2ISHFT 31N

IPA DATA

TBML IPA DATA IN 18 H

TBMA VA MUX 29 BUFF H

ROH2——

6lns

TBMM IPA 11 H

TBML IPA DATA IN 20 H

1 2=01N+0
3=L0AD

2lSHFT aIN

TB MISS L

R2H3——

g|_

74F 194

TBMC

18rm (PR 12 H

10 2 1=3[N+3

SHFT REG

R1HL—

TBML IPA DATA IN 21 H

ZISHFT 3IN

SICLK

———=CLR

TBML IPA DATA IN @9 H

TBrM PR 13 H

2 cep

2—SHFT
oINROM2—
5
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1-08
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FIRST USED ON OPTION,MODEL:
3

TM=

DATE
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11785

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v8Z——EST> 8US PA 03 W

TerM IPA 95 H——1318-0C TCHE—ERD BuS Pa 05 H

TBMK SEL IPA L

TBNC NOT SBI CYCLE A3 L

[1-0C

YOP2—FR2> BUS PA o4 H

T819-00
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CPTO

TBHM IPA 06 H

DCPJ VA 86 (1) H T2
—
TBMM

IPA 87 H

DCPJ VA 87 (1) H (EZa—

TBMM IPA 08 H

3 §33. n 33 822 820n

Y8H——FK2> BUS PA 87 H

210-08

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USCB

ABORT

CYCLE

(CD2>

TBMN

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(BLZ> TBMN BUF 1B UR CHK L

TBMN

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UMCT

TBMN UMCT @ H

£62

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1
1

SIGNAL NANE

PAGE NUMBERC(S)

FAGE HUMBER(Z)

SIGNAL NAME

PAGE NUMBER(S?

OBPL
DBPL

ODPR
DOPR
DOPR
OOPS
DEPE

SC@2 H
$C@3 H
SCO% H
SC NE @ H
OREG1I6 H
DEPE QREG1? H
DEPE QREGI8B H
DEPE GQGREGI9 H
DEPE QREGZ2O H
DEPE QREG21 H
DEPE QREG22 H

DBPL
DBPL
oBPL
b8PV
DBPN

DEPE QREG23 H

DBPN

DEPE QREG2S H
DEPE QREGZ2S H

oBPNM

DBPN
DBPN
DBPN
DBPN
DBPN
DBPN

DEPE QREG2“ H

DBPH

)

DBPM
p8PM
oBPH
osPM
DBPM

ICLC

INTERN REQ H

0BPV

ICLE BR BITQ <18:14> H
ICLE BR BIT! <1B: 14> H

0BPY

ICLE BR BIT2 <1B:t4> H

DBPV

=TA ]

YV
0BPM

08PV

DBPY

ICLE

UBEN 8 (1> H

pBPv

[CLE

UBEN

(1) H

DBPY

ICLE

UBEN 2 (@) H

DBPV

NUMBER

D8PV

ICLE BR BIT3 ¢1B:1tu)> H

n7467-8-DBP1

QREGEZ H
QREG28 H
QREG29 H
QREG30 H
QREG2! H
ACLO BRANCH H

sv}

DEPE
DEPE
DEPE
DEPE
DEPE
ICLC

CODE

[

DDPF QREGIS H
DOPR SCBO H
ODPR SC@t H

SIGNAL NAME

ogpPH
oIz Ldal
DEPN
cepPn
oBPM
iy
o121
oBPH

H
H
H
H
H
H
H

QRECP8
QREGES
QREGI@
GREGY!
JREGIZ2
QREG!3
QREGI%

S12E

DUPF
DOPF
ODPF
DDPF
DDPF
DDPF
DOPF

NOTES:

1. THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(
S JHERE A SIGNAL NAME

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DBPA UOKT (1) H
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BUS CS 89 H

12152
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T

74F20

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TO2— 0BPB ENA BYTE2 Hi(DEPA)

(N DCPJ VA 08 (1) H

—t7z! SEL

—

DBPB BALKO H;(DBPF,U)

DBPE +3V H

t—CEN

]
gc

DBPB MDALK® Hi(DBPT)

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0BPT MDAL@3 H

0BPK BUFF DREG2? H
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DBPS DALOS H

BUS DFMX@%5 H

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DBPT MDAL@S W

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DREG29

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DBPC DMX@1
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OBPC DMX@3 Hi(DBPE)
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BUS DFIx@8 H—211-DA

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DBPK BUFF DREG16 H

79F153
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211 -08

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511-08

Tonance no .TRev

DBPT MDALBB H —2-04
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CEBD) BUS DFMX@® H

0BPT MDAL@2 H
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P9F 153
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@¥2> BuS DFMx82 H——211-DA

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DBPS DAL12 H—f—121a-Dg

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DBPC DX@6

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DBPC DMX@8 H;(DBPE
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DBPT MDAL1® H
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DBPC DMX1@ H3(DBPE
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PC l'fi'l /\ l

0BPA DMX 58 A H——

DBPC DHX11
DBPC

BUS DFMX11 H——%I-DQ

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BUS DFMX13 H

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DBPT MDAL1S H

Hi<DBPE)

£55

DBPK BUFF DREG23 H—33-08

UFF

DMX13

27)::} gl.gx

8US DFMX15 H

DBPC

(TAYLORSOBP
DR
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USED

by
CHK'D.
7

[13-SEP-83

OPTION-MODEL:

DATE

TITLE:

ISHEET

13:59NEXT

11-785

HIGHER

___OF

ASSEMBLY:

|B-DD-M7467-0-0

DATA" DBP
ALIGNER

1
S12E

|CODE

K_ICS

[

NUHBER

[M7467-8-DBPC

REV.

la r3y 0d89-8-¢3neH 3000S:J] 32153 H

—

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2x4 Mux
P4F153
£8
YR 4
6

—— DBPD DHX23 H;(DBPE)
~— DBPD DMX31 H3;(DBPE)

pBPT MDALII H

2x4 MUX
74F153
£4
YQZ——‘
6

DBPT MDAL29 H

12-08

0BPA DMX 5@

~—— DBPD DMX22 H3(DBPE)
2X4 MuUX
P4F153
Euy e
Y&
6

[—-oepo DMX3@ H3(DBPE)
)

x4 nux
74F153
E31 7
YAH—
5

DAL22 H——210-0
DBPS
! -0RA
HH ——712-DA
BUS DFMx22
&F2>DBPT
MDAL2Z
DBPK BUFF DREGI% H———13-D
EN A

0AR
DAL28 H———2108DBPS
H——={1-0
BUS DFMx28
————12-DA
H
MDAL28
DBPT
DBPK BUFF DREG@4 H ={3-08
EN

DBPA CLR D H—1—=CEN

DBPK BUFF DREGI2 H——7z13-0B
—CEN

e@-08 Te—

DAL3G HH =11-08
DBFS
BUS DFMX38
H 7512-08B
MDAL3O
DBPT
DBPK BUFF DREGES H—f—z=13-0B

DBPA
BB8 HH——fl4% SEL
DMX S1S@
DBPA DHX

T=11-08B
DFMx20 HH——5{2-08
BUS MDAL2®
{CJT>DBPT

cl2-pB

DBPD DMX18 H;i(DBPE)

A
DAL1B H——2{8-0
DBPS
A
H——+1-D
BUS OFMX18
{CKT>DBPT
MDALIB H 2-DA

22
SeL
T91?

—— DBPD DMX26 Hi(DBPE)

~43-0A
DBPK BUFF DREG1O W —JEN
. veR—
0AL26 H——18-08
DBPS
751 -08
H
CFMX26
BUS
OBPT MDAL26 H-——512-08
OBPK BUFF DREG@2 H-——s—3-DB
~QEN

14y2ls SEL

2z SEw
Y

511-08

DBPD DMX28 HiDBPE)

X4 MuX
74F 153
£6
A
c

>1@-08 8

DBPK BUFF DREG@9 H—z>i3-0
BAeN 8

—— DBPD DMX2@ Hi(DBPE)

. e —
DBPS DAL2Y H ————10-0B

2x4 nuX
74F153
€28
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DBPK BUFF DREGB? H——g>13-0
SQEN 8

22
SEL
T917

Wil2 SELoo

2
DBPA DMX S1 BB H——=12
H——H1 SEL

DBPS DAL1? H

DFMX17 HH
BUS MDALI1Z
&K2>DBPT

DBPT MDAL27 H —512-DB

51208

0BPK BUFF DREG@S H——s—3-0
34eN 8

3-0B
0BPK BUFF
EN
H
CLR D H—rys—
DBPADREGB?

DBPD DMX25 H;(DBPE)
— DBPD DMX17 H3(DBPE)

A
DBPS DAL2S W-———218-D
! -DA
H
(CE1> BUS DFMx25
DBPT MDAL2S H-——12-DA
DBPK BUFF DREG@! H——-13-D
den

Y8
‘e
B
H——10-0
DAL27
D8PS
=11-08
8US OFMX27 H

DAL29 H ‘o—-8-08 8P
DBPS
BUS DFMX29 H =11-08

>10-D8B Y8R
={1-08

2%4 MuX
74F 151
£43
YA
6

DBPD DHX19 Hi(DBPE)
~— DBPD DMX27 H;(DBPE)

A
DBPS DAL19 H——210-D
A
DFMX19 H———31-D
2> 8US MDAL19
H——H2-DA
DBPT
—13-DA
DBPK BUFF DREGI! H 1JEN

A
DBPS DAL2! H———213-D
211 -DA
BUS DFMX21 HH
312-0A
DBPT MDAL2! H-——"13-D
A
DBPX BUFF DREG13
— deN

={0-08
DBPS DAL23 HH
> 1-08
BUS DFMX23
312-DR
DBPT MDAL23 HH——713-D
A
DBPK BUFF DREGIS
—LdeN

DAL H
DBPS
BUS OFMX31 M

[-—DBPO DHMX21 H3(DBPE)
| —28PD DMIx29 HiCDBPE)

)

DBPD DMX16 H;(DBPE)

~— DBPD DMx24 H3i(DBPE)

x4 MuUx
74F 153
E18
YA
6

« 2D>
o@®
£

DA
DAL16 H———318DBPS
>{1-DA
BUS DFMX16
L1yDBPT
A
MDAL16 HH-———-312-D

DBPK BUFF DREG@B H 75{3-0A
QEN
Y8
‘0
——11@-DB
H
DAL24
0B8PS
H——=11-08
DFMx24+ H ——512-08
BUS MpAL2Y
(CE2>DBPT
DBPK BUFF DREG@® H——z3-DB

——

=
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—=JEN

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117

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PAR GEN
74F280
E21

PAR GEN
74F280
7%

EVEN[Z— DBPF DBYTE3 EVEN H

000

DBPE DREG2Y4 H

000

DBPE DREGES H—Sno

DBPE DREG2S H—2(D1
DBPE DREG2S H—Yp2
DBPE DREG27 H—-4D3

DREG3!

DBPE OREG12 H—L2IDy

DBPE DREG29 H—L3D%

B8PE

4-8US

72"6“5"'5;:

DBPE DREGAI H—-3ID1
OBPE oagexa H—9p2
DBPE DREG!1 H—-Yp3

DBPE OREG28 H—L2Iy

gepg DREG3@

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€

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DBPE DREGI3 H—3p5

506

DBPE onegw H—3I06

H—SlD7
48

OBPF DBYTE@ EVEN H-—-DR@

DBPE DREGIS H—2iD7
Y08

S2pP3—8us 1o Pa LEED

7
g: Pg—8us

10 P1

LEHD

DBPF DBYTE! EVEN H—2DR1

gg Pig-8us

[0 P2 L@SD

0BPF DBYTE2 EVEN H—Lpr2
15

23 _3—,.' BUS ID P3 LGBD

DBPF DBYTE3 EVEN H—2|pr3

12d sTroBE
—

PAR GEN

€29

7uF288

EVENR2Z—
)

DBPF DBYTE2 EVEN H

DREG!?
DREGIB
DREG19
DREG2D
DREG2)
DREG22

—

2 DBPF DBYTE@ EVEN H

0BPE DREG16 H—30e

DSPE
DBPE
DBPE
DBPE
DBPE
DBPE

DBPE DREGOD H

H—2ID1
M
—-ID2
H—HD3
H—1SiDw
H—LJps
H—LID6

DBPE
DBPE
DBPE
DBPE
DBPE
DBPE

DBPE DREG23 H—E|07

DREG@!
DREGA2
DREG@3
DREGOY
DREGOS
DREGOG

H
H
H
H
M
H

—
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SHIFTER
74F 359
£35

DBPE DREG®? H

—

Y8 L2

BUS

MD BYTEB PAR M (AVZ

Y1r=2—BUS MD BYTE!

PAR HIBSIS

Y2HEBUS 1D BYTE2 PAR H
Y3t

DBPF DBYTE! EVEN M

DBPF
DBPF
DBPF
DBPF
DBPF
DBPF

DBYTE2
DBYTE3
DBYTE@
DBYTE!
DBYTE2
DBYTE3

BuS mD BYTE3 PAR H

é -3

EVEN H—F) -2
EVEN H—3 -1
EVEN H—J @
EVEN H—| |
EVEN H
2
EVEN H
3

DBPB BALK!

DBPB BALK® H—9 1
D 180 0 10 MO L -2

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omnm $°'a’é"":' cmgmn ?L‘;CHK[CHMGE NO. |REV

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DATE

14-SEP-83

[ENG
.,

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DG 1|
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:
DSKB: CTAVLOR>OBPF
.ORH [13-SEP-83 T4:BBINEXT HIGHER ASSERELT:
FIRST USED ON OPTION-MODEL: 11,785
B-DD-M7467-0-9
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[

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SIZE lcooe[
NUMBER
K
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|

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e DBPE DG Hi. Deo = OBES L LIPS
T
LLE

HiiERF.
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JEPD.E.7>
. JEFD
DCPL0 DSPF
LLJ.LOPDWLEP
Hi(1BPF
OREG2I Hi¢D
E.7
— DBPE CREGEZS
| || ——DBPE

DR 3N

E L
TS

DBPD DHMX38

UBPL LY - - HLd

H—HD!- EM

&
DBPD DHX29 H-—=D2

DEPD LNal2

L—

s
DaFD ohx2e o -—2103

08D DMX28 H—2{D3

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DEPD DAX2! H - 402

GBPE DREGIS H~—2{SHFT 3IN

DBPE DREG2? H—Z{SHFT 3IN
DBPV TP L —HeLK

QT B——
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DBFC OMXTY H DBPC OMK13 H -5

DBPE DREG23 H-~Z-SHFT 1IN

DBPE OREGS H-—L{SHFT 3N

DBPE TREGD? H-——1SHFT 30t

9=nOLD
!=3IN3i
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hed

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(EL1
FF \DEPE
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DBPE DRES@! Hi(D
V
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—— DBPE

SHFT REG
P4FE1171G4

L
DMAIR H ——HD1
DEPC

T a3 ]
T
DBPD DRX17 H-—202
OBPD DiX1e H- 2403

DBPD DMX2S H—2{D2 DBPD DMX24 H—2403

yDEPF 4L ) B
—— DBPE DREGBB Hi( DBPF sH DDPA+C+F

SHFT REG
JuF 134
€83 |

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Cor
DEPC OMXY1 4 ——DO

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DBPD DMX18 H——2iD!

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15

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R 14

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CHPE DRECIE H--S{SHFT 2IN 5 |

|
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2.4|

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DBPE DREG@3I H—ZSHFT 3IN

LWeik

OBPE OREGE8 H—{SHFT @INRO
12
3
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L CLR

|
i
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SHFT REG
T4F 19y
L _E22

SHFT REG
74FES194

;;
;
|

DBPC CMXB+ H—-24D73

RBPE DREGH) H-~Z{SHET 3IN

DREGAS H:(DBPF
DBPE DREGE%
—— DBPE
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—

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DBAC DMXT2 H—2

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JEPT LIS

L) (D5S2Y
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DREG!! HiC OBPF 4H\H.DO
HL o (AT |\ DBPE
wiC BGPF .1 DEPALE
D ———— DBFE DFL519
€ 1) (BRTY
FD,EF
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DRFA CAYTE! S8 =212 1=3IN+3

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DBPE +3V A H—ICCLR

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DEPE DREGOY H—3 14
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DBPE OREGA3 H—2q3a

OBPE DREG!@ H—2{2A

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DATE

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DAT

TITLE:

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FIRST USED ON OPTION/MODEL:

11,785

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0BP. BUFF DREG22 Li(DBPV)
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BUFF

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-

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DBPE DREG3! H

13174F 24!
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(D3PC M4V

DBPE DREG23 H

DBPK BUFF DREG23 M3

DBPE OREG!S H

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BUFF DREGIS H;
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19

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DBPK BUFF DREGI8 H;
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DBPE DREG22 H

DBPK BUFF DREG22 M:

DBPE DREG!Y% H

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DBPX BUFF DREGI% H;

OBPE DREG@6 H ——t—ll

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DBPE DREG29 M

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DBPE DREG2! H

L3i74Faut
g5

DBPK BUFF DREG21 Hji

DBPE DREG!3 H

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DBPK BUFF DREGI3 Hj

DBPE DREG@S H

DBPK BUFF DREG@S Hj

DBPK BUFF DREG12 M3

DBPE DREG@% H

DBPK BUFF DREGQ4 Hj

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CDBPC (M W)

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&
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74F 241

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DBPE DREG!” H

DBPK BUFF DREG!? H3
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DBPE DREG16 H

PuF2y1

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DBPE DREGR9 H

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DBPE DREG21

CDBPOD,H,U)

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DBPK BUFF DREG@S H;3

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DATE
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3 ‘Za’u‘h’b 14-SEP-83
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)

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13SEP
83

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DBPM DALL!
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DBPM DALL!
————DBPM DALL1

DREG23 Hi(DBPP)

DBPM DALL1

QREG2? H3(DBPP,R)
DREGT! Hi(DBPP)

DBPM DALL!
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OBPM DALL1

SHIFTER

74F 350

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0BPL DALKBS H—2 2
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DBPK BUFF DREG2S H—2 3

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DEPK BUFF DREGI3 H—3) -2

DBPK BLFF OREG3! H—23f =1

QREG25 Hi(DBPP,R)
DREG@Y Hi<DBPP)
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2
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GREG3@ Hi(DBPP,R)

DBPM DALL1

DREG3I@ Hi(DBPP)

————DBPM DALL! DREG1Y Hi(DBPP)

OBPM DALL1

QREG28 H3i(DBPP)

DBPM DALL1

QREG2S Hi(DBPP,R)

DBPM DALL!

DREG2S Hi(DBPP)

DBPM DALL1

DREG26 H;j(DBPP)

~————DBPM DALL1 DREGI2 Hi<DBPP)

OBPM DALL! DREGI@ Hi(DBPP)

DBPM DALL1

GREG2Y4 HiCDBPP)

DBPM DALL?

DREG2“ H3i(DBPP)

————DBPM DALL1 DREGOE Hi<DBPP)

—

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74F 350

SHIFTER
74F350

SHIFTER
74F 350

SHIFTER
79F 350

€122

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DBPK BUFF DREGi“ H—2l 2
DBPK BUFF DREG3e H—2 3

DBPK
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DBPK BUFF DREGBS H—3 -2

DBPK BUFF DREG24 H—3) -1
(FH2) DDPF QREGE8 H—3i 8

CEP1) DEPE QREG26 H—F !

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DEPK BUFF DREGIQ H—1 2
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3

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3 2

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(FFTy DDPF QREG1B H—3 O

BUFF DREGI2 M —212
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DEPK BUFF DREGI® H—% -2

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FIRST USED ON OPTION/MODEL:

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DBP

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REV.

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DBPN DALLIT

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|

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SHIFTER

TuF 350

SHIFTER
74F 350

SHIFTER

£S8

€133

€134

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DBFK BUFF DREG2! H
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a

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DBPK BUFF DRES@3 M

DBPN DALL!

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DBPN DALL!

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DBPN DALL!

OBPK BUFF DREGO% H

cues

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SHIFTER

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74F 350
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SHIFTER

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DBPN DALL1 DREG!7Z Hi(DBPP)

SHIFTER

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DEPK BUFF DREG2Y H——3 =1
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DBPK BUFF DREG22 H

OREG19 HiCDBPR)

DBPN DALL! DREG!9 H3i(0BPP)

DBPK BUFF DREGO? H ——t—ii -2

CBPK BLFF DREG36 H

DBPN DALL!

——— OBPN DALL! OREGRI W< DBPP)

€70

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Hi<DBPP ,R)

(—— DBPN DALLI OREG2! Hi(DBPP)

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DBPP DALL2 DREG23 H;(DBPS)
DBPP DALL2 DREG27 Hi(DBPS)

—— DBPP DALL2 DREG3!

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Hi(DBPS)

~—

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SHIFTER

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€71

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DBPN DALL! DREG@S H——é -3

DBPN DALL! QREG2? H—if =3

OBPM DALLI

DBPM DALL!

DBPM DALL! DREGI! H—%5 -2

DBPM DALL! DREGBS H-—Ff -2

CREGIS H—73 =

DBPN DALL! DREGIS H—2H 8

DREGI3

H—3 =!

DBPN DALL1 DREGI? H—38

DBPN DALL1 DREG23 H—32! !

DBPN DALLT DREG21 H—31 !

DREG2? M
512
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DBPM DALL!
0BPM DALL!

DREGR2S H
DREG29 H

_L‘—“ ENAB

DBPN DALL! GREG2! H— -3

DBPM DALL! GREG2S H—=I ~2

DBPN DALL! DREG@3 H—2 @

DBPN DALL! DREG@! H——3H ©

DBPM DALLT
OBPM DALL1

H—2 =1

DREGII H
DREGIS H

DBPM DALLI

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DBPN DALL!

DBPM DALL!
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DBFL DALKB2 H——’a‘,i

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QREG3)

74F 350

va 15

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H3(DBPS)

DBPP DALL2 DREGA@S Hi<DBPS)
DBPP DALL2 DREGAI H3(DBPS)

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E4S

74F 350

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DBPL DALK@3I H

~——— DBPP DALL2 DREGIS H}(DBPS)

SHIFTER

DBPP DALL2 DREG@1

———

Ev?

vo {3

DBPM DALL!
DBPM DALL!

DBPP DALL2 DREG@3 Hi(DBPS)

DBPP DALL2 DREGA? Hi(DBPS)
DBPP DALL2 DREGI1 H3(DBPS)

SHIFTER
74F 150

DREG!7 H;(DBPS)
DBPP DALL2 DREG2! Hi(DBPS)
DBPP DALL2 DREG2S Hi(DBPS)

L ene

_—

DBPP DALL2 DREGIS8 Hi(DBPS)

DBPP DALL2 DREG22 H;i(DBPS)>

——— DBPP DALL2 DREG2@ Hi<DBPS)

DBPP DALL2 DREGI6 Hi(DBPS)

———— DBPP DALL2 DREG@6 H}(DBPS)

DBPP DALL2 DREG@2 Hi(CBPS)

~——— DBPP DALL2 DREG@Y4 Hi(DBPS)

DBPP DALL2 DREG26 Hi(DBPS)
~—— CBPP DALLZ DREG?3@ H;(DBPS)

DBPP DALL2 DREG2% H;i(DBPS)
r——— DBPP DALL2 DREG28 Hi(DBPS)>

DBPP DALL2 DREG1@ Hi(DBPS)
—— DBPP DALL2 DREG!Y Hi(DBPS)

DBPP DALL2 DREG@8 Hi(DBPS)
—— DBPP DALL2 DREG12 Hi(DBPS)>

SHIFTER
74F 150

SHIFTER
74F 350

SHIFTER
74F 150

€123

€98

£137

o PS5

DBPN DALL1 DREGE% H—é -

DBPM DALLI

H—3 2

DBPM DALL1

DREG2Y4

DREG38 H ——TM 3

DBPM DALL!

DREG28 H—H 3

DALL!
DALLT
DALL!
DALL!

DBPM DALL!

——

DREG1®
DREGIY
DREGIS
DREG22
DREGEE

H—5i -2
H—2 H—3 @
H—7 |

DBPL DALK@3 H

DBPL DALK@2 H

DBPM
0BPM
DBPN
DBPN

DALL]
DALL1
DALL1
DALLI

DREGES
DREGI2
DREGI6
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H-—% -2
H—2f =1
H—73 @
H—pf |

DBPM
DBPM
DBPN
DBPN

H—3) 2

DBPN DALL! QREG22

19/ 7

N
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DBPN DALL! QREG20 H-—-é— -3

DALL!
DALL!
DALL!
DALL1

QREG2S
GREG?IA
DREGO2
DREGE6

DBPM
DBPM
DBPN
DBPN

DBPM DALL1

DREGIY

0BPM DALL!

DBPM DALL!

18 bs |
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DREGI@

DALL1
DALL1
DALL!
DALL!

OREG2Y
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DREGE®
DREGRY

DBPM DALL1

DREGES

W-—5f -2
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H—3f @
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3

SEL

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PEOMISSION. | COPTRICHT T 1983,

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FIRST USED ON OPTION/-MODEL:

11,785

|B=-DD-M7467-2-8

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DBPN DALL! GREG2! M

0BPM DALL! GREGI! W ——tf—513

08PM DALL! GREGIO W

3
2

OBPM DALL! QREG2I W

DBPN DALL! GREG23 M

4 -2

2| -2

DBPM DALL! GREG2S H

DBPM DALL! QREG26 H—%i2

OEPM DALL! QREGR? H——32
Q

DBPL DALKRY H—d—312

9y SEL

08PL DALKE2 H—t—8 1 SEL

€68

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L 2 f',«:u ]

74F 359

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SHIFTER

79F 3158

DBPN DALL! OREGIQ W

L3 EneB

CODE
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—— DBPS

—

DAL3!

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—— DBPS DAL23 Hi(DBPD)>

SHIFTER

£v6

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74F 350

—— DBPS

E85

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o
Y1 2

Y1 ;‘e
2

DBPP DALL2 OREG2S H—f =3

DSPP DALL2 DREG26 H—% -2

OBPP DALL2 DREGI? H—i -3

DBPP DALL2 DREGBS H —if -3

DBPP DALL2

DBPP DALL2 DREG2? M—pf -1
DBPP DALL2 DREG2S H—g @

DBPP DALL2 DREG!S H—3

OBPP DALL2 DREG1@ H—§ -2

0BPP DALL2 DREG2@ H —m

DBPP DALL2 DREGT1 H—3 =1
DBPP DALL2 DREGI2 H—3 @

DBPP DALL2 DREG@? H —3f -1

DBPP DALL2 DREGE% H—zi 8

DBPP DALL2 DREG3@ H—3f2

DBPP DALL2 DREG22 H

DBPP DALL2 DREG!4 H—D1 2

DBPP DALLZ DREGR6 H

DBPP DALL2 DREG29 H—3 !
OBPP DALL2 DREG3! H
DBPL DALK@! H

DBPP DALL2 DREG2! H —2

DBPP DALL2 DREGIS H—& -2

DBPP DALL2 DREG!5 H

134 Enag

134

DBPS DAL2Y4 Hi(DBPD)

AL19

SHIFTER

DBPP DALL2 DREG26 H—91 2
DBPP DALL2 DREG2? H—X 3
9 2
DBPL DALK®1 H

DBPL DALK@A H

DBPS

DAL1T

2862 oAca? HicpeRc)
Oope DoLat HicDeRC)
——— D8PS DaLaz nicperc)

H3i<DBPC)

DBPS

n
vafle
DBPR DALL2 GREG29

H—— ~3

DBPP DALLZ DREG!?

OBPP DALL2 DREG@I H—-g 1

DBPP DALLZ DREGA!

H—2 1

DBPP DALLZ DREGOE H —gf -2
OBPP DALL2 DREGR? H—df -1
OBPP DALLZ DREGOS H —f @
DBPP DALL2 DREGI® H—3
DBPP DALL2 DREGI! H
9

SEL

2
®

DBPP DALL2 DREGES H —y -3

E86

—2 1

—

5
L2

DBPP DALL2 DREGI3 H—xf -3

DBPP DALL2 DREGIS H—3 2
DBPP DALL2 DREGIS H
3
9 2

Hi(DBPC)

HIFT

v2 B€

DBPP DALL2 DREGIY W ——0f -2
DBPP DALL2 OREGIS -—-3- -1
OBPP DALL2 DREGI6 H—x @

DAL@3

s?wé‘steR

€72

5
weas

1 SEL

H;(DBPD)

E10

74£350

5
b

DBPP DALLZ2 DREG2S H——g' 1

134 enaB

SHIFTER

DBPP DALLZ DREG22 H— -2
DBPP DALLZ DREG2Y H— @

ENaB

0BP

74F 150

g22

DBPP DALL2 DREG23 H——z— -1

A2
seL
19|

SEL

———oepg g:tgg 31288523
:
Dare oayg M oeRe)

SHIFTER

74F 350

DBPP DALL2 DREG2! H——1i -3

————— DBPS DAL17 Hi(DBPD)
DBPS DAL18 Hi(DBPD)
—— DBPS DAL1Y Hi

—2 2

DBPP DALLZ DREGE? H—2 3

DBPS DAL Hi(DBPD)

———— DBPS DAL2S Hi(DBPD)
DBPS DAL26 Hi(DBPD)
—— DBPS DAL2? i(DBPD)

DBPP DALL2 DREG@S H—2 |

19| T

SEL

0BPL DALKed H—& 1

DREG@! H——H -3

DBPP DALL2 gaggga H—E] -2

DBPP DALL2 DREGI3 H—3 !

DBPP DALL2 DREG23 H

7#35%

£59

‘;% :

DAL@? H3(DBPC)

SHIFTER

74F 350

Hs |

zg 1

335? g:tgg :figggg;

DAL1S H;(DBPC)

SHIFTER

74F 350

_—

DBPS ont:w H;EDgPE;

Hi(DBPD)

N
[¥s)

DBPR DALL2 oassag —& -2
DBPR DALLZ QREG31 H—3 -1
DBPP DALL2 DREG@A H — 8

|z
"
85

OBPP DALL2 DREG@2 H—&
2
DBPP DALL2 DREG®3 H—2 3

Sy
-

]
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]

i@ ? SEL

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134

a—

enng

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THIS

De
IN LE o
N PART @S| sSe TonanGe w0, TReY
€

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THE PROPERTY OF

ARU

SPECIFTURTIURS

dlilali
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REVISIONS

]

Tunmgs
%':‘EEBAE‘E_S i?gngneu?rmur
BEHFIS3ION.
— CCPURI
1987,

D[31TAL EQUIPPENT CIRPORATION"

2 oy7
@ L CHK'D.
ORp. "/

Wl
DATE- - ISHEET
AR
DATE

[ENGs

]
8T
ATJON:
1 QoF @AF

- / ,

DATE,

DSKB: < TAYLOR>DBPS
.DRW J13-SEP-83
14:08 |NEX]
MIGHER ASGEMBLY:
11,785
18‘00'”7‘#67‘@'0

FIRST USED ON OPTION-MODEL:

|TITLE:

DATA DBP
AL IGNER

Si12E
[COOE
|
NUMBER
K
CS LM?HS?'@-DBPS

REV.
o

ot-

S3 [ 4 i;r
’H 2 {"‘!ot L Ld8Q-8-29helf
;30031 3215!
430

’

!
]

DBFT MDAL11

Hi(DBPD)

£23

£36

£38

—

v3 U

-2
BUS MD1S H—9
JBR2S
H—If -1
(AR2) BUS MCO7
@
H—a1
MD31
BUS
JBE3S
RES> BUS MD23 H——é 1
AEZ)

79F 150

€24

vo L3
vi

vzl

SHIFTER

EAAY

ro {13

DAPT MDAL29 Wi¢

SHIFT

74F 150

SHIFTER

DBPT MDAL2%S Hi(DBPD)
L@ Wi (DBPC)
—— DBPT MDAL@! Hi(DBPC)

:
08PT MDAL27 Hit(0BPD)
.
DBPT NDAL@3J HiDBPC)

DBP
BPT MoAL21 Myt OaPO)
DBPT MDALOS Hi<DBPC
1¢0BPC

————— DBPT MDAL23 hi¢DBPD)
i
!
—

BUS MD23 W ——tf =3

€82/ BuS moaz M

BUS MD17?
HD@9
8US
roe!
BUS MO2%

C10 Bus )3
BuS nMD@3
a1y
2613 Bus noa?

BUS

BL1> BUS MDO3 M

BLs 1od]

DBPB HDALK1 H
DBPB MDALK® W

————DBPT MDAL22 Hi(DBPD)
>
i]
— DBPT MoALGE HL<DBRC)
DBPT MDAL3I@ Hi

SHIFTER
74F 350
k

DBPD)

SHIFTER
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*

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Hi(DBPC)
DBPT MDAL1@
:
MDALB2 Mi(DBPC)
—— DBPT

SHIFTER

Ely

79F 350

Y2
5 2

G@ena BUS MD1B H—uf\ -3

DBPB MDALKD H__'—@j 1 SEL
2

13
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ENAB

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"

MDIB H—
BUS MD1@
¢ABZ; BUS
H 23
{Br2>
BUS MD@2 H
{axd>

<
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Tl 3
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9

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DBPT MDALO®
~——— 03PT

SHIFTER

i? L=

BUS MD22
GET> BUS
H 3.§ =3-2|
MDIY HH—yf
R
AR > BUS MDA6
H—3 @

DBPT MDAL2Y Hi(DBPD)

Hi(
DBPT MD
p—tA g S it
MDAL12
0BPT MDALAY
Hi(
—— DBPT
ALa Hi<DBPC)

K
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? SEL

13+ eneB

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REVISIONS

S i e ;&:E(;i};gs,’?e_‘g'gp?;‘g.m TCHANGE NG. [REV
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DATA
.| DATE_TTILE:
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)
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LOCATION:
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NUMBER
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D=LJ [13-SEP-37
FD:KTB-<T~=YL0R>JBPY.
a |
DEP T
!CG M7467-0IB8-DD-M74
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BUS MD@7 H(ARZ
————— BUS M01S HCBR2
——— BUS 1D23 H<{RES)
—— 8US MD31 H{BED)

BUS MD@S H(ANZ
———8US MD13 H<{BP2)
—
BUS MD21 H<AD2)
—— BUS MD29 H<8D2)

8US MDO3 H GALLY
~—————BUS MD11 H{BNTY
BUS MD19 HEACD)
——— BUS MD27 H<BL!

BUS MD@! H (AR
———— BUS 1DB9 H <BAT
BUS MD'? H{ABT)
~—— BUS MD25 H <BBID

SHIFTER

€37

£25

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24F 31950

74F 350

15
Yo po

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DBPK BUFF DREG1S H-—é{ -3

DBPK BUFF DREG13 H-—é' -3

DBPK BUFF DREG!! H—é -3

DBPK BUFF DREG®9 H—'E- -3

OBPK BUFF DREG3! H—3f =1

OBPK BUFF DREG29 H—3] -1

OBPK BUFF DREG2? H—3 -!

DBPK BUFF DREG2S H—3 ~!

DBPK BUFF DREG2Y H—Ff -2

DBPK BUFF DREG2! H—% -2

DBPK BUFF DREGB? H—31 8
DBPK BUFF DREGIS H—2 !
DBPK BUFF DREG23 H—3 2
DBPK BUFF DREG31 H—% 3
DBPS BALK! H

DBPK BUFF DREGI9 H——F -2

OBPK BUFF DREGAS H-—xf @
DBPK BUFF DREGI3 H—F1 !
DBPK BUFF DREG2! H—3 2
DBPK BUFF DREG2Y H — 3

9 2

e
BUS MD@6 H (AR1)

BuS rMpev H{AL2)

BUS MD1% H (BRI
BUS MD22 H<RE!
[—aus MD3@ H<CBEL)

———BUS MD12 H{BPI)
BUS MD20 HCADI)
—— BUS nD28 H<BOL)

DBPK BUFF DREGE! H—zi @
DBPK BUFF DREGEI H—2 !
DBPK BUFF DREGI? H—3f 2
DBPK BUFF DREG2S H—% 3
3 2

18| 2T SEL
134 enaB

19| SEL
134 EnaB

0BPB BALK® H—2 1
D TG MO L
TBMD
CTI>

DBPK BUFF DREGI? H-—% -2

OBPK BUFF DREGA3 H—3 @
OBPK BUFF DREG!! H~—2 !
DBPK BUFF DREGIQ H—3 2
DBPK BUFF DREG27 H—2 3

SEL
T8
13 enna

——

BUS nMpR2 H {AK2)

8uUS MDeB H G2

BUS MD10 H {BM2)
BUS MDI8 H
——— BUS MD26 H

—— BUS MDe8 HBLI)
BUS MD16 H{RAL)
——— BUS MD24 H <BA1Y

—
S
W

[

SHIFTER
74F 350

SHIFTER
24F 359

vo 13

Yo H3

§a

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DBPK BUFF DREG12 H——% -3

DBPK BUFF DREGIA H—% -3

DBPK BUFF DREG@S H———é- -3

DBPK BUFF DREGAS H—31 @

OBPK BUFF DREGE' H—p3f @

DBPK BUFF DREGA2 H —of @

DBPK BUFF DREGE® H—pgi @

DBPK BUFF DREG2® H—% -2
DBPK BUFF DREG28 H—3 =1

DBPK BUFF DREGIY H——p| i
DBPK BUFF DREG22 H—3 2
DBPK BLFF DREG38 H—X 3
DBPS BALK! H

DBPK BUFF DREGI8 M —%{ -2
DBPK BUFF DREG26 W—2f =1

DBPK BUFF DREG12 H—3) |
DBPK BUFF DREG28 H—3
DBPK BUFF DREG28B H

DBPK BLFF DREGI® H~—7 !
DBPK BUFF DREGIS H—23f2
DBPK BUFF DREG26 H—% 3

2
N

DBPK BUFF DREGI6 H—%) -2
DBPK BUFF DREG24 H——2f -1

%0
30|
"

DBPK BLFF DREGBS H—2| !
DBPK BUFF DREG16 H—312
DBPK BUFF DREG2Y H—2] 3

3 2

08P8 BALKA H—9 1 SEL
CED T8MD O TO MD L -2 ENAB

x (0

v3 U

DBPK BUFF DREGI4 H—xf =3

DBPK BUFF DREG22 HW—=i -2
DBPK BUFF DREG38 H—3l -1

vo {3

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v2 fe

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E15

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£5Q

SHIFTER
74F 350

U
B

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T8 2S SEL

134 EnAB

134 eneB

TRTS ORARING RRO SPEC.FICATIURS

Tens LI TT R o

CCPYRIGRT T 1433
15: a0 {PRENT
CCRRORATICN"

PERH]SSION

ALIGNER
DATA DBP

IERE
DATE ] [TITLE:
</ /¥4 /fuw#—. Chlad
19-5EP-83]
3!..=7mfl1,y
@] 0e g 12 {t @ H ORNCHK'D.
DQTE‘:QSEEQ LOCTON‘QE aF’l9

:
&
REVISIONS
o: CHK |CHANGE
Cofizgg;mfi
BIETTA
SHaLL
NOTeiomen?
SE PEPRODUCED
DR COPIED
= NO. NO. [REV

BSKB: < TRTLORSOBPU.DRW 1 3-GEP-83 14:0@ |NEXT HIGHER ASGEMBLT:

FIRST USED ON OPTION-MODEL: 11,785

1B-DD-M7467-0-0

ST12E |CODE

NUMBER

{CS [M7467-0-DBPUf

REV.

l‘

]

O5PK BUFE DREGI

L3P BUFF DREG2:

L-—jh;ee

DBP. BUFF DREGES ;-_-1:‘;]
"
08PJ BUFF OREGZw L
—4 E9

c|A

AdBG-8-s9n¢h|| S2|

230w

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lm[ms”

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08PJ BUFF DREG22 L —— €196

08P BUFF CREG2I L—a,

]

’ur_\

N\g

,oi0 h28)8

OBPY DC25:21)20 M

E106

CBP. BUFF OREG28 L

CBPJ BUFF DREG29 L

OBP. BUFF DREGIO L

AZ4E 10\ !
—

E1e4

]

(USCP)

DBPYV PTE

INVALID H;

D8PV DC3@:27)>e Qe L

@2 CEHR INTR REQ L 34
3
8 nux

DBPV BR BIT3 HiC [CLE.T)

L
8 tux

£97

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T DS

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341
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U8PK BUFF DREG23 M

0BPJ DBYTE2:=3 L

DBPK BUFF DREGAZ H

L26D

ERT)

[CLE UBEN 1 (1) H

DBPH DBYTE!=8 L

35D

DBPK BUFF OREG!

2 | riz
1

= 8uF
>

e5v

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1 53a

2l1

INEC

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R13

OBPH DBYTE@=Q L

550

DBPH BUFF DREGO? L

DBPH BUFF DPEG@6 L

1580

DBPK BUFF DREG@%

DBPK BUFF DREGES H

2l}

-Am

ik
2AEN
DBPK BUFF DREGO® H

EF2> CLKF LECL CPTP!

— DBPV QREG CLK TP L: EHD
(DCPF ,DDPF DEPE)

13 eran\i1
e;wge
~——— DBPV D(3:0)= @8+0D H

vEe
P8
L 0BPY OREG <7:@>=3@ THRU 39 W
iD

P
BUFF F DREGO! H
DBPK
DBPK

BUFF

w
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DREGR2

DBPE DREGOZ H—

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B8PV DPEG (3:0):0 THRU S H

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DBPK BUFF DREGA! H—Zipe

DBPK BUFF DREGO® H—2107
_
NG

—C

OBPE +3V A H

‘Leme, i2
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DSKB:- ZAGRRELLADDBPY .DFU]25-SEP~8
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R6-2- DBPV MUL DREGE! H

R7H=—0BPV MUL DREGE® H

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79F 7Y

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DATE TENG.
T OATE
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CEFD CLKF LECL CPTFI

185 seL

7360

DBPV DREG «7:4>=3 L

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GEETY ICLE LSEN 2 (@) W—1—

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DBPV BR BIT1 Hi¢
: ICLE.T) $AD>

DBPY MUL DREGE! W~-—-0D
DBPL DREG=@ L —341D
@HD iCLC INTERN REQ H—S420

@D 1CLE BR BIT3 <1Bi 19> H——125p

i
8 Hux
£109

DHLY ODPS SC NE @ W ——-@0
DEPE QREGI! W—2-10
@HT> TCLC ACLO BRANCH H—S2D

DBP DBYTE=0 L

i——-oe PY BR BR BIT2
BIT2 HiC CLE.TOTHD
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FIRST

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OPTION-MODEL:

103: 55 INEXT

11785

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+5.0V

GND

GND
GND
GND
GND

GND
|
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GND
GND —

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GND

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FN2>

£8-C43,C45-C63

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(DRZ) +5.8V

(AC2> GND

BV +5.0V
(EVI)> +5.0V
VT +5.0v

(ER2> +5.08V
FRZ> +5.0v

(BC2)
(CC2)
(DC2>
CEC2)

GND

AT1>

GND
GND
GND
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CET1)>

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GND
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REVISIONS
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:
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FIRST USED ON OPTION-MODEL:
£

98}

11-785

1B-DD-MJ467-8-0

POUER/GROUND
DRP

S12E |CODE
K

|CS

NUMBER

[MP467-0-DBPL

]

FEV.
a

SIGNAL NARE

PAGE NUMBER(S)>

CerPY .4

0BRT .U

DBPA DBYTE] S1 W

OBPE ,A

03PA

BLS 1CA6 H

UBPT .U

DBPA DMX S8 A H

DBPC ,A

BUS C5 2@ H
BLS CS 1 H
BUS CFMx@@ H
BUS OFMx@1 H
BUS OFMx@2
BUS DFMx@3 H

DEPA
CEPA
o8PC
08PC
0BPC
p8PC

BUS nDO8 w
8uS MDO3 M
BUS nD1@ H
BUS MDit H
BUS MD12 H
BUS MD13 H

DBPA
DBPC ,A
DBPD
A
DBPA
DBPA
DBPL
A

BUS DFMX@4 H

BUS DFMX@5 H
8US DFMx@6 H
BUS DFMX®7 H
BuUS DFMxQ8 H
BUS DFHX1@ H

SBPL L F

8us 25 39 n

8US

SBFa

BUS DFMX@9 H

CBPAQ

DFMX

@ H

DBPA

8US MD7 H

DEPU.LT

LBPT.U
08PT .U
0BPT W
OBPT . U
DBPT U
DBPT U

DBPA CHX S@ H
DBPA OhX S1 R H
D8PA DX S1 B H
DBPA DNX S1 H
DBPA LOAD ACC D L
DBPA LOAD D SHF BY SC L

0BPC

LS nO1Y H

DBPT .

DBPA LGAD NIB SWAP L

58PA

0BPC
oBeC
0BPC
DBPC

BUS MDI%S H
BUS NMO1S M
8US MD17 H
BuS noiIg H

DBPU,T
LePT U
DBPT .U
OBPT U

DBPA LOAD O L
DBPA UDK® (1)H
DBPA UDK! (1)K
DBPA UDK2 (1)H

DBPL +A
08PA
pBrA
o8PA

08PC

8US MD2@ M

0BPT .U

OBPC

BUS DFMX11 H
BUS DFMXI2 H
BUS DFMX13 H

MDOS

BUS MD19 H

0BPC
oerPC
DRPC

CBPA DMX S3 B H

OBPT U

BUS MD21 H
BUS mMDe2 H
BuUS MD2I M

DBPR UDK3 (@)H

DEPD
A

DBPA

0BPT .U
OBPT W
DBPY.T

DBPA UDK3 (1)H

DBPB BALKG H
0BP8 BALK! H
DBPB ENR BYTEQG H

DBPA
DBPU
F ,B
DBPU,F
.8
0BPB.A

BUS DFMX1% H
BUS DFMXIS M
BUS OFMX16 M

0BPC
oePc
0BPD

BUS MD2Y H
8US MD2S H
BUS MD26 H

DBPT .U
DBPT WL
OBPT .U

DBPB ENA BYTE! H
DBPB ENR BYTE2 H
DBPB ENA BYTE3 M

DBPB
A
DBP8
A
08PB.A

BUS OFMX18 K
8US DFMXi19 H
8US DFMX22 M

tBPO
oBPD
DBPD

BUS MD2B H
BUS nDe9 H
BUS D30 H

OBPT U
0BPT,U
DBPT i

DBPB MDALK2 H
DBPB MDALK! H
DBPC OMX@@ H

DBPT.B
pBPTY,B
DBPC ,E

BUS DFMx22 M

nBPD

CEHD MEMREF D=LFQC H

pars

DBPC DMXB2 H

DBPC .E

SUS LFMXEY h

0BPD
08PS

CEMR INTR REQ L

CLKF LECL CPTP!

DRPV

DBPC DMX@4 H

DBPC |E

BUS DFMX26 M
BUT OFMX27 H

0BPD
DBPD

CLKF LECL CPTPY
DAPH D SHIFT INPUT H

08PV
OBPE

0BPC DMX@6 H
DBPC DMXB7 H

DBPC .E
0BPC .E

BUS DFM¥29

DRPD

DAPN UWORE CLR (@

DBPC DMX@9 H

DBPE ,C

BUS DFMX12 W

BUS OFMX21

oBPOD

DBPD

BUS DFMX22 K

BUS DFMX28 H

BUS DFMX3@ o
BUS DFMx31 H
Bus ID PA L
Bus 1D PY L

PAR

BUS
BUS
BUS
BUS

MD BYTE! PAR H
mD BYTE2 PAR H
MD SYTEI PAR H
MDed H

DBPE8 MD TO D M

0BPU.T

08PC

o:14:]

DNMX@1

0BP8 .A

DBPC
E

DBPC DMXB3 H

oBPY

D8PC .E

OBPC DMx@% H

08PC .E

DBPB AV

OBPC DHMXO8 H

oBPo
UBPD
DBPF

DAPP DFMX UNPACK {
0BPA
0BPa CLR D H
08PD.C.A
DBPAR D COND SINGL SHF LFT L DBPA

DBPC OMxi0 H
DBPL DMXI1 H
DBPC DMX12 H

DBPE
(C
DBPE ,C
DBPE .C

oBPE
cepe

DBPA D DBL SHF RHT L
0BPA D SINGL SHF LFT L
OBPA

ngPA
DEPA

DEPC DMV u
DBPC DMX1S H
DBPD

DMX16

ceee
¢
DBPC .E

DBPT
iR
DBPE
OBPT WU

DEPA
oePAa
DBPA
DBPR

DBYTER
LBYTEQ
DBYTE!
CBYTE!

H
H
+
H

D8PE A
LBPE A
DBPE.A
CBPE A

DBPD
DEPD
DBPD
DBPD

Dnx17
DMX18
DMX13
DMX28

H
H
H
H

DBPE ,D
DBPD,E
DBPE
D
DBPE
D

OBPT U
OBPT U
DEPT U

DBPA DBYTE2 S@ M
0BPA DBYTER S! H
0BPA DBYTED SO M

CBPE A
DBPE A
DBPE A

DEPC DMx21 H
D8P0 DMX22 H
DBPD DMX23 H

OBPE
D
DBPE
D
0BPD
E

DePa

0BPA D DBL SHF LFT L

oRPF

BUS MCB! H
BUS MDB2 H
BLS MDO2 H

DAPN PCLK A L

LePF

SUS

DBPT ..U

CEHD SECOND REF W

oBrOD

BYTEQ

BUS MOt

DBPD

BUS OFMX25 H

BUS D P2 L
BUS 1D P3 L

BUS MD27 M

SINGL

SHF

SQ
<%
S@
Si

RHT

DBPA

DBPE ,C

DBPC DMX13 H

D8PA

BPX I“i!‘ ] 1/& l

BLS CF 38

_TEre

PAGE MUMEBER(S)

HUNMBE

BUS MD@“ H

DBPC ,E

DBPD
&

NOTES:

i, THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(
S ) WHERE A SIGNAL NaME

sguiene]

[S REFERENCED.

|
ORTE [ENG.. A .te DRTE:E’ _ITITLE:
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gvdfl ’124;
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REFERENCE
FORWARD
ar3
LLLATION,
[BCERY
DATE
1) @i d jEnxo.
al DSHE11G)
i {HIGKAIOBP
X .DRH [30-SEP-53 13:
R INEAT WIGREP AGEEPBLTT
ST2E [CODE |
NGMBER
| REV.

ViZil
PEVJ'
: "RHEai:.r:"WTOS
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|

;

FIRST USED ON OPTION,-nCDEL: 1! 7S5
|

[8-DD-~117"467-2-3
2

7467 -8-D

SIGNAL NAPE

ZBPBA

3215

2anE HUMBERCS:Y

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12€ [ COOE

SISHAL HAPE

2 v 1 xa8a-2-covauf 527 o ||

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[=]

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—

K_|1£s |mree7-0-DBPX
|

—

i A

*e80-0-£9h ] 5314371
438N

0BPD DMX3@ H

OBPE 4O

DBPE

DBPH BYTER

Sv2 H

0BPL \H

DBPH BYTE!

SV8 H

DBPH,L

DBPH BYTE!

DBPH

DBPD DMX31

CBPE

+3V A H

DBPE

+3V H

0BPE D

DBPE .V

DBPE DREGPQ H

DBPE DREGO!

DBPH JWVL

0BPJ

+3V A H

DBPJ,L

DBPJ

+3V H

oerPJ

OBPJ BUFF DREG24 L

0BPY ,J

DBPJ

0BPV . J

DBPH K F (€
DBPH \K+F +E

OBPE DREGO6 H

DBPH K +F |E

DBPE DREGOZ H

DBPE (H, K \F

DREGAS H

DBPK «H.EF

DBPE DREGBY W

DBPK 4E «H F

DBPE DREGIQ H

DBPK JH . EWF

OCBPE

DREGI1

DBPK E (F H

DBPE

DREGI2 H

DBPK (M E F

DBPE DREGIZ #

DBPK (& «F +H
DBPE (K 4F 4H

DBPE

DREGISE H

DBPE F 1 JK

DBPE OREGIZ H

OBPE F 4J\K

OBPE

CREGI8 H

DBPE F UK

DEPE

DREGIS

DBPE

F 4 J

DREG2!

DEPE 4F 4J K

CREG22 H

OBPE \F 1J\K

DBPE

DRENZT

CBPE F 4 J

DRPE

DREG2Y

DBPE | J,F

o8P
b8P
oBPU, vV

OBPJ BUFF DREG29 L

bBPJ,v

0BPJ BUFF DREG38 L
0DBPJ BUFF DREG3! L

DBPJ,V

OBPJ BYTE2 SV@ H

DBPL ,J

DBPJ BYTE2

0BPL +J

0BPJ BYTE2 SV H
0BPJ BYTE3 SV H

DBPJ, L
DBPJ,L

SVI

08PJ

0BPUL

DBPJ BYTE3 SVv2 H
O8PJ CBYTE2=0 L

DBP UL
DBP

DBPJ DREG=0 H
BUFF

DREG@8

DBPK BUFF DREG@!

DBPU

VL
D4V

DBPD WUV K (N

BLUFF

DBPO «U V(K N

BUFF DREGBI H

DBPU DV KN

OBPx

BUFF

DBPU D +V N,K

DEPE

DBPK

DREG2S

BUFF

DREGAS

OBPE

U F +K

DBPE

DREG2S

DBPK

DBPE +J+F WK

BUFF

DREGB6 H

DBPD JU K 4N

CBPE

DREG2?

CBPE

OBPK

BUFF DREGA7 H

DBPL (D N 1K

OBPE

DREG28

DBPE (U «F 4K

DBPE

DREG29

+JoF

OBPE + U F K

OBPE

OREG3Q

DBPE

DREG3t

DBPE \J,F K

DBPF

DBYTEQ EVEN H

DBPF

UBPF

DBYTE!

EVEN

CBPF

DBYTEZ

EVEN

izl

OBFF

DBYTE3

EVEN

CBPF

DREGBS

CBPH

+3v

DRPH

BUFF

CBPH BLFF

U F 4K

DREGOZ L

DBPH BYTEQ SV@ H

DBPFH,V

OBPH,v

N4V

DBPK

BUFF

DREG28

BUFF

DREGR9 H

DBPD +U+K oM

DBPK

BUFF

DREG1O H

DBPD (UK

BUFF

DREG!!

DBPU

DREG2S

DBPU

K +C «N

DBPU K +C N

DBPU K LN
DBPU,K 4C M

DBPK

BUFF DREG26 H

DBPK

BUFF DREG2” H

DBPK

0BPU D K 1

DREGI2 H

0BPU D 4K M

BUFF DREGI3 H

DBPU D 4K M

DBPK

BUFF

DRES!4

DBPD U KM

UBPK

BUFF

DREGIS

DBPU.D K M

DBPK

BUFF

DREGIGE

DBPU K +C N

CBPK

BUFF

CREG!Z

DBPU.K L 4N

DBPK

BUFF

DREGIS

DBPU K ,C N

DBPK

BUFF DREGIS H

DBPU K4 C N

0BPK

BLFF DREG22 H

DBPU K C N

LISTS

THE

DBPU K +C 11
DBPUWK L 41

OBPK BUFF DREG28 H

DBPU K +C 1M

DBPK BUFF DREG29 H
DBPK BUFF DREG3@ H

DBPU K 41, C

DBPL DALKAT

DBPL

DALK@2

DBPK (U +C +M

DBPU K 4M1,C Y
D8PS L
DBPS L
DBPP R L

DBPL DALK@3 H

DBPP \R,L

DBPL DALK@Y H
DEPL DALKOS H

DBPM (N, L
DBPM N L

DBPL DREG=0 L

DBPY L

OBPL NORM Sv@ H
DBPL NORM SVI H

DBPL

DBPL NORM SV2 H

DBPL

DBPL NORM SV3 H
OCBPL NORM Sv4 H
DBPL SC3% L

DBPL
DBPL

DBPL

DBPL
DREGR8 H
DREGBI H

DBPP M
OBPP M

OREG!Q H

DBPP 11

UBPM DALL!

DREGI!

DBPP .M

DBPM

DREGI2

bBPP

DALL1

DBPHM DALL1

DREGI3 H

CBPM

DREGIY

DALLI

DBPP 1

DBPM P

DBPM DALL!

DREGIS H

DBPP 1

DBPM

DALu!

DREGS4

DBPP M

UBPM

DALLT

DREG2S

DBPP

OBPM DALL1

DREG26

CBPP 1

0BPM DALL1

(K 41

DBPK

DBPK BUFF

DBPL +H

DBPU D

DBPx

CBPK

DBPH

BUFF DREG24 H
BUFF

DBFM DALL!

0BPK

DREGO4

DBPK

DBPM DALL!

DBPK

DREGB2

DBPK

DBPM DALL!

CBPY
H

BUFF DREG22 H

DBPL SCO9 L

DBPJ VL

0BPJ DBYTE3=0 L
DBPK

DBPE F 1 J4K

DBPE

DREG2S

DREG26 L

DBPK

OREG2!

DBPK BUFF DREG3t
DOBPL DALKBQ H

b8PV, J

DBPJ BUFF DREG27 L
DBPJ BUFF DREG28 L

CBPJ BYTE3 SVI

0BPE

BUFF

DBPJ BUFF

UBPK (H(EF

OCBPE DREGIS H

DBPE REGZO H

DBPH CBYTE1=@ L

0BPJ,v

DBPE DREGOS H

DBPJ WV L H

DBPJ BUFF DREG22 L
DBPJ BUFF DREG23 L

OBPE DREGE4 H

OBPE DREGI H

DBPH OBYTEQ=3 L

DBPH (K +F |E

DBPH K +F E WV

BUFF

DBPJ,V

DBPH «K +F \E +V

FRSE ALIMSERY
S

DBPKX

DBPK BUFF DREG2? H

DBPH L
DBPH

OBPH K +F +E\V

DBPE

H
H

DBPJ BUFF DREG2!

DBPE

SVI
Sve

DBPAR B E

DBPE DREGA2 H
DREG@3

BYTE!

SUSNRL T

DREG27 H

DBPP M

DBPM

DALLT

DREG2S

DBPP

DBPM

DALL!

DREG2S H

DBPP

DBPM

DALL1

DREGID H

o8PH,P

DREG31

08PP, M

DBPM DALL!

DBPM DALLT

GREG2Y H

DBPM DALL!

QREG2S

CBPR,P M

DBFM

QREG2S

0BPM.P R

OBPM

DALL1

DALL!

DBPE 4D

DBPL

DBPP ,M

QREGZ2?

DEPM DALLT

GREG28

DBPM,P

DBPM

DALL!

QREG2S

DBPMR,P

DBPM

OBPP MR

DALL!

GREGIO

CBPM,P R

DBPM DALL!

QREG3Y

OBPM PR

DBPN DALL!

DREGQOO H

DBPP (N

NOTES:

£Vl

THIS

PAGE

SCHEMATIC

PAGE NUMBER(S>

UHERE

SIGNAL

NGME

REFERENCED.

b CHK 'Cp;QiJAGSEI ONNO3 REY
5

ORM

CHK

DSKL:<MISKAYDBPY.DRW

FIRST

USED

C70’D’7LLA« 22-59583 £
.

DAT

[2A-3:P-33

OPTION-MCOEL:

DATE

12:
28 INEXT

|1-°85

) {U L';",WA /823
DATE

ucalf.ONbF

HIGHER

ASSEMBLY:

|B-DD-M7%67-23-0

OMX23

DMX29 H

REV.

OBPE D

DBPD

SV1

DBPE D

BYTEQ

ARSE ALIMSERY £

“obgey

DBPE ,D

OBPH

M7467-8-DBPY

OMX25 H

DBPD Dnx26 H
DBPD DRX27 H

ERYCIUIS TN

|cs

DBPE

{CODE

DBPD

ARGE ALITBERY
S

S12E

DMX24

DSPD

SUGARL

| 30024 3218

{TITLE:

nFlS

SI12E
K

FO‘QL\‘IQRD

CODEI
1CS
|

D BE

REFER

NUMBER

IM/467-0-DRPY

DBPP DALL2 DREGOS M

DBPP DALL2 DREGB9 M
DBPP DALLZ2 DREGIO H
0BPP DALL2 DREGI W
DBPP DALL2 DREGI2 M
OBPP DALL2 DREGI3 H
DBPP DALL2 DREGI% H

DBPP DALL2 DREGIS M
DALL2 DREGIE M
DBPP
DBPP DALL2 DREG1? W

. PAGE NUMBER(S)

DBPP \N
0BPP «N
08PN P
0BPP N

DBPP DALL2 DREG3 H
DBPR +3V H
DBPR DALL2 OREG29 M
DBPR DALL2 OREGI® H

D8PS P
DBPR (L
DBPR S
DBPS «R

DBPT MOALI! W
DBPT MDAL12 H
0BPT MOALIT W
DBPT MOALIY H

DEPT,C
DBPT
0BPT .
DEPT.C

OBPP DALL2 DREG26 M

DBPP DALL2 DREG27 W

DBPS DAL29 H

DBPN

DBPYV
\V
DBPE

OCPF QREGO3 M

DBPN

DBPN
DOPN

DBPT,C
0BPT,C

DCPF OREGO% M
DCPF QREGOS M

DBPN
DBPN

DBPT MOALOY H
0BPT MOALOS H

DBPT(C
DBPT.C

DCPF OREGO? H
OCPJ VA 00 C1)H

08PT MOALO? M

DBPT,C

08PT MOALOY H
0BPT MDALB2 M

0B8PS P
D8PS P

DBPT ,C

DBPT MOALGO H

NOTES:

DBPN
06P8

OCPJ VA 81 (1M

DBPT,C

0BPT MDALOE M

DBPN

OCPF OREGO6 H

08PT.C

0BPT MOALO3 H

08PS P

DBPV OREG CLK TP L
.
08PV TP L
OCPF OREG@O H

OCPF QREGB! M
OCPF QREGO2 TM

D8PS P
08PS P

0B8PS P

08PV

0B8PD .S

08PD S
DBPD S

D8PS P

oePv
08PV

08PV

. DBPV DREG <3:0>=@ THRU 9 H DBPV
DBPV DREG <7:190>s30 THRU 39 HOBPV
08PV
DBPV DREG <7:1%>a3 L
08PV
0BPV MUL DREGOO M
oePv
08PV MU DREGO! H
08PV
0BPV PTE INVALID H

OBPS DALIO H
DBPS DAL3Y W

0B8PS P

08PV 0(3:0)= 98+0D M

D8PT O
DBPT O
DBPT,D
06RO, T
08PT D
0BPO T
0BPT .0
0ePT O
DBPT O
0BPT D
DBPT O
08PD T
pePv
oePv
08PV

0BPS .0
D8PS O
DBPO S
DBPD +S
0B8PS 0
DBPD S

DBPS O
\S
DBPD

0BPS DAL27 H
DAL28 H
DBPS

D8PS P
8PS P
DBPS (P

‘

DBPV BR BITI M
DBPV D(2%121)=Q H
08PV D(3Q:27)s @e1 L

DBPD S

DBPS DAL21 H
0B8PS DAL22 W
0B8PS DAL23 M
DBPS DAL2Y H
0OPS DAL2S H
0B8PS DAL26 M

08PS P
0B8PS P
D8PS ,P
0BPS P
DBPS P
0BPS P

DBPP DALL2 DREG21 H
08PP DALL2 DREG22 H

DBPP DALL2 DREG2% H
DBPP DALL2 DREG2S H

0BPD S

0B8PS DAL20 H

0B8PS P

0BPT MOAL20 H
0BPT MORL21 H
DBPT MOAL22 H
0BPT MDAL23 H
0BPT MOAL2Y M
DBPT MOAL2S H
OBPT MOAL26 M
DBPT MDAL27 H
DBPT MDAL2E H
DBPT MDAL29 M
0BPT MOAL30 M
OBPT MOAL3! M
OBPV BR BITO M
0BPV BR BITI N
DBPV BR BIT2 H

08PS 0
0B8PS D

OBPS OAL17 M
DBPS DAL18 H
0B8PS DAL19 H

0BPP .S
0B8PS P

D8PS P

0BPT ,0

DOPT MOALIS H

0B8PS .C
DBPC (S
08PS C
DBPC .S
0B8PS .C
D8PS .C
D8PS .C
DOPC S
08PC S
0BPC .S
DePs (C
0BPC S
08PS .C
DePC S
DBPS 0

0BPS DALB2 M
08FS DAL H
08PS DALOY H
0B8PS DALOS M
0B8PS DALO6 H
0BPS DALO? M
0B8PS DALGS H
0B8PS DALOI M
0BPS DALIO H
DBPS DALt W
0BPS DALI2 H
0BPS DALI3 M
0BPS DAL 1% H
0BPS DALIS W
0B8PS DAL16 H

DBPT.C
DEPT 0
08PD . T
0BPT .0

DBPT MOALIS H
DBPT MDAL1I6 H
DBPT MOAL1? H
0BPT MOALIS H

D8PS

D8PS DALOY M

DBPP N
OBPN P
DBPP N
DBPR (N
DBPN R
DBPR N
08PN P
DBPN R P
DBPN P R
DBPN P R
08PS P
08PP S
08PS P
08PP S
0B8PS P

DBPS P
D8PS P

DBPP DALL2 DREG23 H

0B8PS R
DBPL
D8PS |C

DBPR DALL2 OREG3! M
DBPR SCO9 (1M
DBPS DALGd M

0BPT ,C
DBPT.C
DBPT

0BPT NMOALOS H
0BPT MDALEI H
OBPT MOAL1IG H

0B8PS P
DBPP S
08PS P

DBPP DALL2 DREG28 M
0BPP DALL2 DREG29 W
08PP DALL2 DREGIO M

08PP N

DBPP DALLZ DREGIS H
DBPP DALL2 OREGII H
0BPP DALL2 DREG2O H

le[a] asxea(alal]

SIGNAL NAME

DBPP N
DBPP (N
08PP 4N
08PP N

OBPP DALL2 OREGOS M
DBPP DALL2 DREGO6 H
DBPP DALL2 DREGR? H

PAGE NUMBERCS)

DBPN DALL! DREGI6 H
DBPN DALL! DREGI? H
OBPN DALL! DREGIS H
DBPN DALL! DREGI9 W

DBPN DARLL1 DREG2! H
0BPN DALL! DREG22 W
DBPN DALL! DREG23 H
OBPN DALL! OREGIZ H
08PN DALL1 OREGIS M
OBPN DALL1 QREGI9 M
DBPN DALL1 OREG20 W
OBPN DALL! QREG2! M
DBPN DALL! OREG22 M
08PN DALL! QREG23 H
DBPP DALL2 DREGOS M
DBPP DALL2 DREGO! H
OBPP DALL2 DREGO2 H
‘DBPP DALL2 DREGO3 H
DBPP DALL2 DREGO M

SIGNAL NaME

08PP N
DBPN P
DBPP N

OBPN DALL! DREG20 H

PAGE NUMBERCS)

DBPN DALL1 DREG@! M
DBPN DALL! DREGE2 H
DBPN DALL! DREGO3 M

DBPN DALL1 OREG@“ H
DBPN DALL1 DREGES H
DBPN DALL! DREGOE H
08PN DALL! DREGA? H

S12€ JCODE

siGNaL Nart

DCPL ALU CARRY 31 L

D8P8

08PA

1. THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(S) WHERE A SIGNAL NAME IS REFERENCED.

S0P G TR o S
o

WiTHOUT LRITT

e 10

5‘

/[\

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T e e pmenrt JCHK caevxsxo:; —

UL
<

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IRST USED ON OPTION-MODEL: 11785 _ |B-DD-M7467-0-0

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[ForE JTTTE

DATE TENC< i,

B0~SEP-83
g 11301
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JHEXT HI

(]

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FORWARD
REFERENCE
REV.
NUMBER
SI1ZE |CODE
K_|CS |M7467-0-DBPZ

dT]

A3H

IDRAWING NO.' [PART NO.
—

|M7469-00

DESCRIPTION

E-UA-MT7469-0-0 | 4

AIBjICIIC

UNIT ASSEMBLY

K-PL-MT469-0-D8P|

AB|C|-

PARTS

D-CS-MTY469-0-0

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PC DESIGN DATA BASE

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—15012599-00

5017503-01
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LIST

DRAWING

K-CS-M7469-0-DBS|

SUDS

“{-1-1A

BASF

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SCHEMATIC

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SCHEMATIC

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TOP DOCUMENT

LINE ITEM

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PARTS

PRTLST.4Q(50)

AUTOMATED BY

AUTOMATED

LINE

ITEM

PRTLET 4Q1(50)

PARTS

TOP DOCUMENT

PART

NUMBER

REY

DESCRIPTION

VARIATION REVISION LEVEL:

24
25
26

1921325-01
1921326-01
1921327-01

74F 181
74F 182
74F 194

ALU,4-BIT
CARRY LOOKAHEAD GEN.
SHIFT REG,UNIV,BIDIR

28
29
30
31
32
33

1921009-01

74F241

BUFFER/LINE

35
36
37
38
39

1921330-01
1921333-01
1911469-00
1912586-01
1921322-01
1921334-01

1913788-00

!
|

74F 257
MUX,QUAD,2-IN
74F283
BINARY FULL ADDER,4
8640
RECEIVER,BUS,QUAD,U
85568A REGISTER,16X4 EDGE T
74F 161
BINARY COUNTER,PRESE
74F350
SHIFTER,4-BIT
26510

TRANSCE]VER,BUS,QUA

40
41
42

35
36
37
38
39

1921720-01
2303782-00
2303982-00
1921008-01
1216988-02

104125 TRANSLATOR ECL TO TTL QUA
B2-03
82-G3
74F240
BUFFER/LINE DRIVER,1
HANOLE ,MODULE ,HEX TWO EJECTORS

40
41
42

9000024-01
9105740-55

EYELET,ROLLED
WIRE (WRAP)

1616653-01

DELAY=

NOTE:

SPARE

[

'TITLE

30AKG

0.12100x0. 192
KYNAR
UL14

100NS, 10TAPS

WITH

TTLBU

S
2
10

£E77,E94 ,E105,E129,E132
€83,E130
£33,E54,£55,E59,E70,E74,E96,£99,
E107,E110

CONT

E11,E127

4
1
1
9
6
2

E111,E113,E122,E124
E13
£36
€17,£18,£26,E28,E29,E37-E40
€90,E91,E93,£101,E102,E104
E112,E123

£E47,E79

2
1
1
1
1

€46 ,E67
E119
Et16
€6

12
A/R
1

E82

E116,E125

DEC

DRIVER,N

SHEET A2
@TY PER VARIATION
REFERENCE DESIGNATOR
(¢

DATA

(DDP)

PATH

15:08

ISECTION A
!

OF A

'SIZE!CODE!

!
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DOCUMENT

NUMBER

K ! PL ! M7469-0-DBP
1

REV

!
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1

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6
TS DIMIVIRE ANB SPECIYCATIONS,
NEREIR. ASE N
PROPEXTY OF GoGSTA. EORAPMIENT CORPORATION AND SWALL
$OT 8 SPEUDUCER O COPED OB USED W WGLE 08 W
PARTY A3 TVE BASIS FOR TVE WAFACTURE ORF SALE OF
TEMS WITMOUT MEITTEN PERMESSION,

> VAMX (535

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TO CACHE § TBUF

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TO

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74F 94

79F194

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o %/5 DFEMX 15:98

74K257

AND FROM FPA

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74F181, 74F182
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74F157

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74F153

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= D0P8 ALY G¢

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74F 151

IYYY

// ©oCPe

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the

DCPA 8

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65568A

STREK
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RA ADRS

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DATA PATH 1508
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B-DD-MT46G-0-0 | SiZE [CODE

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5, -3 FIRST USED ON

NEXT HIGHER ASSY.

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37219
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BLOCK DiAGRAM

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DAPH URMX »———{>o——

SCALE

[

SHEET

S0PC

ID BUS

XCEZV
T

J#FI5T D0PF

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5
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74F 153

it
Yy

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“THIS DRAWING AND SPECFICATIONS, MEREIM, ARE THE

CORPORATION AND

SHALL NOT 9§ REPRCDUCED OR COPIED OR USED N WHOLE
OR IN PART AS THE BASIS FOR THE MAMUFACTURE OR SALE
o'mnsvv%-wrmnmm.

AP2

COMTRIGHT OT3 OITAL EQUPMENT CORFORATION”

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B R

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lenes

DOPD BMXID M

DOPF QrEGH N ——13]
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DOPE QREGDS H—e—1 B

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CARRY;

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L H H}F=2C

(WITH

MINUS I

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PLUS

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F=AE

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;

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F=(R-B, SLus A

F=RP.US A PLUS |
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Fz(R+E8) PLUS
A

F=(RA+B) PLUSA PLUS1

F=A MINUS

F=a

[sweer

(SLOT

SIZEJCODE]

SCALE

»
COPA AMX SAT M (DOPB)

(RA, RAMX,
ALU, SHF 11:908)

DATA PATH 15:@8

3
=

Fxgg MINUE ¢

RAMX S3 M (DDPB)

TITLE

DDPA RBMX S@ H (DDFF)

PLUS

E/15

F= R MINUS B

¢t

2174F p4&

£ =APLUS RB PLUS |

PLUS AL

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DAPH URMX (1) H tm

DOPA SHF S® H (DDPB)

CARRY)

SHF LFT &N L

FaMINUE 1 (28 COMPL) | F=ZERD

£ =(h+BPLUS I

L L H L |F=AB

SHE|

DOPA SHE S@

9 [ra]/3

PLATCH LA - (AN

]

£ | STORE, RN @

DAPE SHF S@ H wm———"474F24]

M=L
ARITHMETIZ CPERATIONS
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—

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FK2

ACTIVE HIGH DATA

Mty
LOGIZ

SHF LFT

FF2

FUNCT - 74F 181

RA FumcT
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REVISIONS
cranceno.

DAPR ALU BI:Q S2 K B

DCPR AMX
11 H (DOFN)

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OAP8 ALY BI*d SO H

ST
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360
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£2

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L5 ] /

RA(11:28)

8r2

Lr S

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£39

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DAPL PR ADRSI H e
|
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£32

2l g2 et

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L m——-——

FA ROFSZ

BI1:® S3
H

grz

DOPB ALUIZ H

DAPE ALU MOOE H B

DDPR SHFPI H =] D1

DAPL

—8 00PR ALU @8 M (DCPB, L, DDPE, M)

DCPL ALY CARRY 27 L

DDPA SHFJI H
DOPR

S/_se/%
DAPE ALL 8!'8 SI

e
(11:28)

234,

(

(DDPEEH)

74F 181

2/ 4,

DDPA RAMXSD W

RAR

courd

1904

DDPS

1@
H

(DDPB)

(DDPB,EH)

ALU @9 W (DCPB,DOPB,E
H)

17 15

s8] 45

?’5 !

DDPFE LATCH LA (1)
H

7 B

ALU

G H (COPB)

74F257

2100 amix
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74:(”5-

ALu

< 2

DBPE DREGPS W wm———ilAl

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— DOPR

11:08 P H

7 0DPA

ALU

. Sre; Srap

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P

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DOPA

l/f [/
74:?;7

COUT (1/:@38) L (DDFL)

N:P8

74157

ALY

o [T
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ST81,Q{S1

DDPA

NUMBER

EQUIPMENT

DICS| M7469-0
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DMGITAL

SI2€ | COOE

PROPERTY OF

NUMBER

(ppPA)D|cS| M7469 -0-0

ost.

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REV,

[

TS DRAWWNG AMD WECFICATIONS.

HERGN,

ARE T

REPRCDUCED

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COPE ALY COUT (15:12) L (DDPC)

ComrcmaTER

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P

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DOPB

DOPF QREGIS W
CBPE DREGIG H

3 Srés sTed

5Pz

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w——I¥A3

£3 /2

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OBPE

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180

S
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DAPR

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DAPK

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=

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£1 12
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5 €

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DCPE

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CCPE

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DDFB

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(DDPN)

RLU

DOPA

ALUID M

DAPE SHE

LFT

DOPA SHF

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DDPJ

1
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DORA AMX81SXT
M Zh
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DDPB ALU IS 12 G M

2163

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pour H——— DDPB ALUJS P
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Tre

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15 P2 Gour )

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£E72

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DDPA ALU PI M

P bl

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+2V B H ——y
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6 I2
P

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DOPB SHF
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555004

SHFIG H

T4F35P

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(E£2)

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)

DD;;;;H;/T EN L N

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MODE

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D0PB SHFIS H

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2DPB SHEI4
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/4 3

LA 1) H

DCPB

83 SHF
,
RT £3 /g

l 3

(1£:12)

OARPA

DDPB SHFISH (DDPE)

S3.52 S1 SO M CIN

DDPA RAMX Sp M

LATCH

89
2140

D0PS

= Ai

£u2
4
32 EIZZF2 5
DEPR ALU 1T H Bm———
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DEPA ALY 10 M

ALY

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I’S /

DLPF

£94

s78 $2

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74F 187

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(DCPA €, J)

74F 153
E

181

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18l pz €68

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74F157

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74F 257

11| 1s

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£L o COPB ALY 14 M (DCPA,E,u, DEPR)

LOPD BMx14 H
CCPD

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H (DDPE,J,06PA, CENA)(DDPS)

0P BMX 15 1

DREGIS

> BuS ALY BYTE) A=8
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8 BT A T D ot e imd B Sk
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2 [0-0.53hiWE3g)

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1 I2~1-, SHF (L]

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TITLE

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(SLOT

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DATA PATH 15:08
SCALE

15:12)

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Jsweer

(coPB)|D|CS|
3 of 2D

ost.
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NUMBER

MEBEEZ

M7469-0-0
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0-0- 63" LW Y] 2|

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W BUS ID DI% L
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DBPE DREGIS M Bw————L3

(cu)

8eD—"" 8US 1D D12 L

A‘, < ];

TR/?NS

DBPE DREGI3 M ;__’__‘_ Dt (/5-/2;3 /9

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R2 .
R

en 9

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D TOID L e

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DBPE DREGIS H

£l

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DBPE DFEGI4 W ®
(15:/2)

BUS DFMxI& M

4|
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8PO———w= BUS ID Dp8 ~

/51y

DREGIQ p W—U{DZ
11 oo
TRANS

DREGPS W B———— DI (I/.'flg%

ST8/ STAg

3 0o
(DHZ)

A2 12
R

—
DEPE DREGII H B

en 2

bus oFMxn #H

Icey & 10 ID (———Mz) 2
L

amusa W (00PF)

DBPE DREG/® 41 W

£48

fiE—oore Gumxip H (oopr;

BUS DFMYIP H

2141

| s se
2

A4k
1532

T | /2|0 Gmx
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DOPA ALY COUT (11:98) L

|BUSID

—={89

ID BUS - 26S8/p
EN |

cry

(out)

&1 D-Z——d—zbaus Ib Cos ~

4
D8PE DREGPE H (ou2)
mmatlog

®af€80
153

P ol#1123 —pore
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—

ALU COUT

DBPE

fot— 00rc Gmuis u (D0PF)

[—Z 8%

BuS DFmx 15 H
DOPE

215%

(0P2)

OBPE

ST8/ ST8Q

CM2

82 D——»j
— - 8US LD C10 A

DEPE DREG
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DBPE DREG |4 H W———D2 1p gyc
(ZE1

(on2) 3

8/ D——E-,beus I o2 ¢

&97 83 D’—'—?_DBUS 0 011 M

SISp

|19

BUS ID[HI -2

(cu2

-1,

DAPE CLR
@ M I )

g,—ll

ST81 STEQ

ST8I ST8g

3|5,

BPE DREGEG13 13 HW W

LoP8 ALU COUT(1S012)
BUS

DFMXI3

22le
1

DEFE DREGIZ 4
BUS DFMXIZ M
H

Dare DREGIS LH

(DF2)

8US DFMXd8 H

19F 257

DOFB SHF /5 H

DEPB
g

DDPE

HFE

SHE 14

Ful

iy
4|

B—21
2,

<ls,

Fai

SHF 13

————RZ

S0PE SHF 12 H

Ziee

DAPK

21800
—aasreacE

;

cse

QMK - THF/SS

X | X|

FI o BUS CFMX
|4 <

©oc

DEFB SHF 20 H w—2lps

|cLr GREG, FN
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00PA SHE1I W ——

|oECIMAL CONSTANT

DOPA SHFI®

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DEPe

SHE

OCPA

SHEEZS

74F 257

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DOPP UEALU 2 (I M

RION—

79F 135

R1 @D

AR2

BUS C5 15 H »-

csa w22
Bus csd u w=

BUS €S/AH »—

R2M2
R2 @D

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)

D0PR +3V AH

LR cLx

DAPN UworD ciR A L 2

UEAL

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FUNCT

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lad

A.CR.8B

A.AND. 8

Hlx|L | H]H

£
A

APLUS « 8

|A.mrInus.a
fioPLUS-/

(1)

DDPP

clmlimledle
IS

(DOPS)

)

DDPP SC@7 L [DOPS)
—247ar 08

>S0%—

Dore SCpi L (0DPS)

— n ZFZM

(DDPP Scdd L (DOPS)

£92

DDPR SCPS (1) N

78F D4

£95

S0~

DDPP SCBS
L (DDPS)

DDPP UEALU = &

— DDPP EALY CIN L (DOPL)

I o

clotletmlale
L

=1 Z_fi¢4 O%— DOPP sC@2 L (DOPS>

DoPR SCP6 (1) M ”’° DDPP SCPG L(OCPS)

x|mlHlmieL

HIX{H

SCP3

DOPP SCP8 L (DDARS)

DDPR SCBP (1) H

SCP3

DoPR @1 (1) H

DDPP SCP9 L (DOPS)

DOPR SCP7 (1 A

0epLE— porp ugALY = P L

DDPP EALU M H (DDPL ,M,N)

Z’FZN O~

1989 505 2 DpPP SCp4 L (DDPS),
€95

DOPR SCP2 (1) H

ERLU TRUTH TRELE

DOPR 5C08 (1) H

DOPS CPTD M

EALYU

OS—

DOPR

DECODE D2 —DOPP UEALY = 2L

Z‘fg‘f

LseLA pept——DpDPP UEALU
=9 L
veaLy °% 12— p0PP UEALY = 2 L

RBBP

:{;

oPP

21 56C D2 DOPP UEALU = G L
2lscL8 pebl®—— ppPP UEALU = L

0@ ReMpE

DOPR SCPS (1) H

;

DDPR Scps (1) N

COPP UEALU *7 M (DDPM)

14F 175

A MINUS.S (NABSIIL | L [ LM

DCPP UERLU
=4 L

DOPP UEARLU
UEALU *2
L
zw L

— DOPP EALU S@ M (DDPL,M,N)

DOPP

DOPF

+3v

_
s
CCP8 ALY BT H
o yeARLY = & L

P
s s ke
L —DDPP EALU S H (DOPLM;N)
DOPP UEALY =94 [ —Z] E°
£e /
DDPP

CFL

DOPE

DDPP ALU BUFF 27 L (DDPS)

—

bore ALy BuFE 27 4 (0DPR)

| /3, 14F@S \ 11
2

7;5:5 =
.

,{':

DDPP ALU BUFF B£ H (DD PR)
:

)

:c.

Eal

DOFP ALU BUFF 21 H [DCPR;

DCPJ ALY BUFF @1 (

DDPP EALU S2 M (DEFLM I

Dopp ALy D3t

Dcrs ALLGE 4 e
IZE—_D‘J” ALY BUFF @6 M (DDPR)
>
DeP ALY g2s M (eun)

DDPP UEALU * 6 L

S VFP8)V e

74,

eusm

—

+3Ay A M

]
.

bore
00PP

DoPP

DCcP

DCPP EALU S3 M (DOPLM,N)

COPF ALL
D # (LOP
COPE
ALY BUFF 22
4 (LTFR)

v ALY EUFF 9O L

oDPP

——

—argreact

P.co80

REVISIONS
o| cmance No.
I

(EALU CONTROL,SC BUFFERS)

[ rev.
l

TITLE

D, ATA PATHi 15:08
15:

SCALE

[

——

[sueer

(SLOT “)

[S1ZE

NUMSER

)
(DOPPHDICS]
M7469-0-0
7
'

13 oF 20

ost.]

[ | [

[

REV.

OoEIhN
)2|

~ceR -5V B H
a 8K2

DOPR SC@4 m

—

DoPE ALY BUFF 09 H

—2{C)

SCPN FEDS (1) W —-

L 6/74,, P
£62

OOFPN ExP DO®O M

EEL P Shix
4 e

DOPE ALY BUFF P8 N

DOFN FEQE (1) M

5lgs

DDPN EXP 0P8 H —2{Ap
=

LOPP ALU BUFE QI A
1% ¢ 7
Lofm FERS () K ——1£2
‘g¢74F/(3
DDPM EXP DOS H

DOPE ALU BUFF 11 H =101 _ .

R2(1) ——t= COPR SCO7 (I H (DCPK)
‘ vz

ar2

R3 1) =t DDPR SCPG 1) W (DCPK)

DDPM FEDE (1) 1

DOPR +3VE H ——j

_—

DoPs CPTPA M

DOPJ USMXP (1) H

1 g

COPM EXP LO% H

DRy USMXI (1) M

8L/

= DOFR SCP5 (1) H '2CPv Loam I2iu 1)

R3(1)

R201)
2

DOPR SCPI ) H (DOPF,L)

DLPR +3v 8 H———j)1

> “'4

bors CPTOA H

ODPY USMXD (1) M

;

5
1) H (COPF,
L
DDPR SCP2
(1)
H (COPF,L)

CLR cik TSt

KYRK Y
I

DDPR SCP4 (1)H (DDPEM,P)

St S@ OSSR

24 Do
RBU 2
74:‘/:_4
4
ol TTT RN

2| e,
DCPY ALU BUFF 99 H Bm——

lo]e 1;
2

ESe

13 LA

S¢C

¢t |7

- 3t 5@

j ce

RO 15
O52 SoPR SCBS (13 N TDOPH.N,CBPL
N,
o) €33 A’/u)fi—DDPP SCP8 (1) H (CLPH,
79F19e

CLp cLx ost

DOPY USMXI (1) H ———-J

SCPE ALY BUFF 12 M

2ice

DOPU USCK (1 M

ST/ STED

S/ S® CSR

I
)
=

USCH ()M —‘—'m 5 |2
D5PJ
z

2
STaT 5750

—,—:}qDl

(DBPL,DCPE,DEPT

—

= BK1 DDPR SCEG3

(DBPL,DCPE K, LEPS, ZCLU,
T

AT2

DOPR SCB2Z M

(DBPL,DCPE, K, DEPU,ICLU, T)

ODPR +3v 8 H —

'C:
ODFE AL BUFE 19 H
bore ALY BUFF T
DoPM FEQT (1) H
DDOPM ExP DP7 H

l”l'
ST8) ST

DDFPE ALY BUFF 19 H ——‘-/Z—B‘c/
e
oePu ALY SUFF 93 Hem—Bcr
poPL FES: (1) # — a4
OCPL EXP DP2 ~
Alagr by53
/

: | O@
H—HCo Lo |7
—={80®
G‘fiq;#__l”
o

ooPm FE0G (1 H

COPM EXP DOG

—2H 81

Esz

DCPJ ALU BUFF 2 H®——CD

DoPL FEDZ (1) H ——1380

/9 Y

DCPL ExXP Op2

S/ s@

DDFyU USCK () H

lm ‘9 2

{C/
COPE ALU BUFF 98 H
]9
oorL ALy BuFF @ n ——Zer
7
bore £egr () H——1
81
DDPL EXP DOI H —9-6/7#/53

i SI S@ OSSR .
rp(n) i
00
194
2Py
2_1;69}?/(“
ha
i
— ]
cc
13
D2

R211)

DDPR SCPI H

DDPP ALU BUFF 09 H—-—z:“’

b p3

PRI

DDPR Scpd H (LOPF,L)

S/BB
S9

D DPR rava/«_j
DOPS CPTPA W

DDPP ALU BUFF $7 H

4|7

bopL FEQR (1) M

H __.._gfi¢

DDPL EXP DPDPP M

Si_ <0

[e |+

[z ]¢

CLPs USMXI (1) M

DOPE ALU BUFF P9 H 5ooi DD 51

TTL 19

78/ Sr8g

ooPe ALY Burr 13 W —23] DI ;wx

DoPP ALu BuFF 06 W —LEiCI

l/:g/
§T81 ST8®

2129 Ssmx
218?

CLR cuk EsL

(DOPF,L

Bl M (DIFL)

1 |7

—

DDPRPL,0cPE,
SCPIH K, DEPY, ICLU,T) |k &©'
(08

DOFPY USMXD (1) M

T,
oCPR ICOP H
PE | I~
X, CEFs ZCLYT)
(DBPL,DC

SMX - 74F/152

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H

X |X

|[FN=L

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L | H

Ho|

0
+5V

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LAY

A AL EXP

$5V

228

R23

220

339

R27

8¢

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JCPR +2v B M

_[_ ce2

PaTuf

r3Z

DOPR +3V A M

.peIuf S €8¢

CYSYL YT

RTIVY

REVISIONS
cH| crANGENO. | Rev.

TITLE

]

(SMX & SC»

DATA PATH i5:@8

SCALE

==~

[

————

[

ISHEET

SIZEICODE]

(oCrPrRY|D
IS OF 2 ()

\
(SLOT i1}

REV,

NUMBER

M7459-0-3

ost.] 1

[

;

G 747 0T\3
2

P
DDPS
SC (8:5) ) NE. @D H

g £49 ,

VLYY

sabf
E—

Sl03 o-

urep
2

Li_q

DDPJ

330
N
©
745:33 9

Efisg/

£7=

Durk + 3V BH

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i
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12

451

7Ea.)23

8L2
P
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15D

)

£22

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Y
AA

;

=
-

P32

129

boeMm sTATEPS (1)

pH2>2 pops cPTR ¢ (00P)

" A

—i

(IZLE)

2le

DOPY SAVED ALU
Gt.@ #
M

oors cAr2s L (0DPH, )

pohs 3¢ .97

DPL

0 Al
&

STATEQR®
(1)
o

00PL

/s ?:7/;5

S0PS SC(9:5)

9 Frz

€1 [P

7
£0 1w
DOPS BRANCHO H (IZLE;

-0

J . NC. 2@ M

OOPS BRANCH! W (ISLE)

747753

co €%
mux

“lce
=

DOPJY SAVED ALU DT H

D(DPS RLOG CPT2 L

5733

DOAM STATERS
2 ) H

OOPS CPTZ8 H (SOPH U x;

15}/

DOPL STATEP! () H

/5 _ |Eé

BRANCHNZ

AAA

/‘Zg

/50

COPS

S781

Fs2

BEMX D H

y-7-]

;

/47‘/—2—

LAPP
FNI

TCLE REM

e22 J DDOPS SC(9:8) NE B M
S

€57
O¢

ha [+ /] Mox

/1D E3:

~-S5.2V

—

CCPS SC.9%. P M

B8L2

129

(hH
H

DOPM STATEQG 1) W

ICLE REM BEMX

EMZ
o 50PS SC NE
2 H (DBPY)

[

LDPJ SAVED ALU PP L

3 7_45¢a o

CoPP SC@9 L

//G/>,v

SAVED

STARTEDP2

745152

2
COPL

cs
£1 12—/ DOPS BRANCHS W (TCLE)

LPY

/;'

578/ ST8@

" o1
;
> ¢

DDPKH RLOG DONE

TIog L

DOPL STATED3I (1 N
_
_ CDPM
STATEQPT
/) H

?, .

DOPK)

'2,

DDPS CPT2 W (DOPF)

CCFS CPTZR W (ESFL L M N R)

i3 T\
—ZS
N

DDPP Seps

ka_fi

ODPS SC(3:8) NE @ H

gg}:;
32%74,
t
:
0

DoPP

| [ZToer e 2|

CPTRRI

CLKB

LEQL

CPTQBZ H

UKD LECL CPT2B2 L

DDPS CPTD HIZCPZ
v »)

DE2

S0PS CPT2 H (CCPH,K)

DEI

CLND LELL CPTZB2 H B

"S RA RB CPT2 L (DDPAEE)

szt

DIC

LECL

COPS RC CPT2 L (DOFE)

CLAE

| M7469 0-0[C] %

[Coo:

o0PR SCR%
SCPP SCp8

BUFF 14

LCPE ALY

3UFF

12 &

BUFF

SCPZ ALU BUFF 13 L
CORPE

ALY

DORE +3V M

ES:E QLU BUFF 1P L nnpE Bly BUFF 29 L
22

DLPS FLORT NZERO o (CEWE
S

SDPE ALy BuEF @8 L

DCP® ALU BUFF 37 L
L)

;

15]

DOPN EALUDY L

/3,

DOPM EALUDT L
DPM EALUDG L

35
21e/23

CCPN

EALUPSE
L

pomm

Zool?

~el7asias\s

0D0PL

DoPL

LOFF <3V h

EALUZE L

EALUDY L

‘

CHANGE NO.

(UBRANCH

’] REV

& CLOCK

TRANSLATORS)

TITLE

i83Y

CHK|

O0PS ERLY =9 L (TCLK,
T,

EALUDI L

OCPL ERLUTI L ———
DCPL

EE2

O eass
Y

COFB ALY 7

LLPE ALy

SIZE[CODE

DATA PATH 15:@3

=i (riacE

;

SCALE

[

————

[SHEET

SSLOT
NUMBER

(D0PS)D S| M7469 —0-0

ic OF 2

ost[ T

] [

[

]

pa S

SLCW CONSTANT ROM

:‘

R
I

i fuyefulofel

ez
2z

SRR U I R O YR Y
oot ooy

Sleludefoqe]ee!

YO U N U N

Llolele]ofele]ed

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27
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Slofofelodefeled
FERTERVE IV IR NTR IV O
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x
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20— -

£=- -

Hin k[ H{H[H|{H]H

RIHIH|HIHIH]H]H
HiHGHRH R
TENTEIVE N N P

T2- -

CENSTAN

co- F=- -

43
4C
40

N W I O U U S
ISS U U T O QYU Ry
fuicfoefefeic clold

OF - mE-FE- -

Mom
= [A R R

00~ ~

T U NN

FEe -

I U I T

HIH|{H[HIH|[H]H]H

Se- -

HiHIH|H[H|HR]|HIR

05— -

HiH|L|L|H|H]|H H |

FEw -

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5¢

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HIH | H]RH R A A
M R HiH R R R A
P Hir IR H |- H

20— o¢- o¢- -

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clofofufofufu]e

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B IO IS N U I R Y

A !

?HM H,'—‘k R

Er,cl

;MgH;MHu PRIR I

%YH’HEH}HM- H!Hl~1

NOTE! 2g-3F NOT USED

s |

23~ -

pz- FE--

Fr- FT- gc- -

oC- -

se--

j
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P s R

R R A

RIFH|HIH|H|B R

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T P S O N

NOTE: G@-TF NOT USED

2z--

ap
| qc |

S B |

|
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{

:
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NOTE: A@-8F NOT USED

Do |

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DB
pC

;
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[

!
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3
c
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[

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CONSTAN

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NOT USED

{

cloejedetleletere

n
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L
|
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7
cs

g
Do

i
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|
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c2
c3

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TI--

se- FEa -

cr |

RCM DATA _ !

M7 M6 M5 M8 [ MD{ZiM
! ND|

co l

Hoidde [ HH R HH]
Cootofutadludnde]

ADDR |

88
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[

g8a |

52
Sc |

8o |

SDARE

Lic]|efu]ufu

|
|

85 |

£0- -

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e juleiefejedcfe

;
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P MR HH | H]H

E
5

1E- -

= id|HlHH]|H]H]H
TN

L e H|HIRIA]H

CONSTANT

NOT USED

82
83 |

0- -

M7 (M6 MSi 4! M3 M2' M 1| M
L LiLii. L LEL L

ez~ ¢z - -

HiHIAIH|H]RIH]H

| ROM DATA

ACOR

00- -

co- -

HIH‘HIYH HiH D

‘ ROM ! Uk

00~ -

S N

M7 M6 MS|M4|M3| M2 Mi | M|

MS';?’,T

B
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HiH|HIH|HIH|H]|HA

Poo

4z
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8¢ - -

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6
7
Poia

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x

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MR R H R e - - |

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cleictoefuo)e |-

IHIRIH | H | H] A

HIH|RIHIH|H ||

ARER

L4z |

CHHIHIHH]R]|H]

f«;

3z--

SE IV SRN RV R

CONSTANT

ROM DATA

!
[
I
b

IR
Co

pDeE |

NOTE: E@-iFF NOT USED

wantPEAcs

¥ 1ANS

REVISIONS

Cre| cHanGEno

lRev

.
20 VGL0T
(SLOW CONSTANT ROM 12.@3 22 -22521-

TITLE

SCALE

DATA PATH

NUMSER

- LlL [ T T

L Rom ' Sk

e (1208 .

ROM I KM

_sLow

| 1%
| M7y 65~ o-olC

M7
1 M6 [ M5 M4
M3 |M2| M1 Mo!

| T9

s 1S 28)

{ASTR

Scow

;

SK (1S28) .

ROM DATA

COD¢

L RCM s

SK (15 @8 «

}

5@~

[sweer 17

SIZENCOO E
D|CS|
oisT. |

NUMSBER

M7469-0-0

[[

e e e e

T s o Cat CnpcaATER

NABS ROM

‘

NABS EALU D(@T:0@) H

ROMCATA

|
!

NABS EALU D(E7:02;

ROM | cals

ROM DATA

ACOR |

NABS EALU D(O7:00)

dECiua.

[MT M6 M5! N4 | N3, M2IMI MO

VALJE

LitiuiLfoiLit.L

-c

PHEH I HH HIHH: -

-1

p2 |

YRR HlwlHIL:

HH O HIOHIHRIHIL

24
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M
MM MiHILL
A M HIHIH
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}H'H!HiH%H!L}HQLE
[MiH HiH
M LILIH

| o8

[ H W HiH A

-2

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idiHl LRI L =i
fRiRiLmiL L

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4=

-45
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[

S RlLiRiLieie A

-47

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HjH!LfL;H.H,HiL]

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-50

o'
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5¢

HiMILILiH.A L
ppini iR

5¢

HiRjc
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M-

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EErINCINEe

-24

-25

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PR R ML
LR L]

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HiHIHILIL]H.

e R H LU R H
R
O SNRN
B LA

-29
-3¢

|
!

|s2
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[ ZH H Lol

-3

NOTE:
28 -3F NOT USED

]

Foiess

L et

102
Y
02
03

HoLLLimiAiLILIL]
PHIL

LiHiL
H H|H:

104

-74

PHL

LIHIL

HIHL,

-10¢

HoL|miMiL] AL A

-8

cs |

PH L

LML H L|H

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fRIL|R|RIL]RILIL]

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L[ HIHIA

HIL|HIHIL

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tRlLiLiHILIHL] L

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LILEH’

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cs |

PHiL|L RjLiLiL]|m

A
T
P92
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[HILIHIL HiHIH HI
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-8
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Di {
D2

HLIL
[H‘L;L;L

LRI A
H.HlHL;

=
12

—Si
-52

93|
L34 |

[AILIHIL HIHIL H,
B

-82
-84

03
04

HiciLiLlmimio|n
WiLiLjLfRirjLfL
AlH;

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-7

CHiR LJLIH L LIH:

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|96|

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- 8¢

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wlLiLiLiRIL AL

PHiLT oL

HLLLR‘

PHH L

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PR Ml

iH|L]LiL!

- 86

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YRR

Ti27

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Pric|m]L

LIM|HIH]

-89

HILiL

LI |H{A]H

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HIL HOHS

-53

LimiL L' L

HoH LILiLiA HiL

1 qs

HILIHIL H

oL
HIL IR LT

-85

-87

Hivreio

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Pttt

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1pa |

-6

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Y-

tHoH
L L[L i H]H
PRoH L] L Li'..;HiL!

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;

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larF

L L

NOTE: G&~-TF NOT USED

-a:z

PRl L HiHI R LIL
HILIL R HiL| A A
R LI
MR
LR
I HILJLIM HIL|L]H

;| 9c
[ s

AlL

LH L s

-9

PHoLEH L LU H] R
;HfLiHIL. LiLgH'Ll’

-33
-34

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MIN
NUMBER

REV

DESCRIPTION

VARTATICON

E-MD-5012600-0-0

5012600-00

REVISION

LEVEL:

1921307-01

74F04

HEX

INVERTER

1921308-01

74F08

AND

GATE,QUAD,2-IN

1921309-01

74F10

NAND
AND

REFERENCE

MB8228

1
6

£22,E31,E54,E39,£100,E£101

GATE,TRIPLE,3-1

E33

GATE,TRIPLE,3-IN

£49,E934

E1,E41,E42,E48,E50

£12,£23

ES3.EB4

1921310-01

7411

1921313-01

74F64

1910545-00

745112

FF-JK

1911983-00

745133

NAND

£102

1921316-01

74F138

DECODER/DEMUX, 1-0F-8

£24

10
11

1921318-01
1921319-01

74F151
74F153

MUX,8-IN
MUX,DUAL,4-IN

8
12

12
13

1921320-01
1921321-01

74F157
74F158

MUX,QUAD,2-IN
MUX,QUAD,2-IN

5
2

E70,E73,E80,E81,E89
E2.E10

1921324-01

74F175

FF-D,QUAD

£E20,E47,E55

1921325-01

74F181

ALU,4-BIT

E19.E65,E95

1921326-01

74F182

CARRY

LOOKAHEAD

GEN.

E64,EBS

1921327-01

74F194

SHIFT

REG,UNIV,BIDIR

£28.E£38,E69,E82

1921008-01

74F240

BUFFER/LINE

DRIVER,]

£21

1921009-01

74F241

BUFFER/LINE

DRIVER,N

E60

1921330-01

74F257

MUX,QUAD,2-1IN

ES6.E62,.E77
,E86

1921720-01

10H125

TTL

£39.E40

1913788-00

26510

TRANSCEIVER,BUS,GQUA

£29.£30

1921322-01

74F 161

£E7,E63,E72,E75,E83,E92.E£93,E51

24
25
26
27
28

6
2
1
4

E4,E5,E13,E14,E34
,E43
E76,E96
E11
R25,R26,R29,R30

R23,R24,R27,R28

GATE,4-

DUAL,EDGE

TRIG

GATE-POSITIVE

E16,E17 ,E26,E27,E36,E37,E45,E46
E9.E18,E57 ,E61,E66,E71,E88,E90,

HISTCRY

'BASIC

1912586-01
1921334-01
23038B2-00
1300247-00

THIS ITEM IS NOT USED =xx
85568A REGISTER,16X4 EDGE
74F350
SHIFTER,4-BIT
B2-03
120.0
.25 W 5.0 %
CF

1300250-00

150.0

PART

NO:

M7470

!
!
t---1!

NUMBER

'REV

!SECTION

A
INDEX

boLC)

!DES .ENG:

!
:

:
!

'
!

!
!

F .GAROFALO

PolH]

K .MCLAREN

oK)

IMFGLENG.@

M. KRYSAK

‘DATE:

PoiM])

FASSEMBLY

FoIN]

'E-UA-M7470-0-0

17-AUG-83

!
!

PARTS
07:00

LIST

!
!

(pee)

!
!
DOCUMENT

NUMBER

M7470-0-DPB

'
!

RELEASE

UAIE:

16-JUL-84

FILE

NAME:

Z23948C.PLS

'TOP DOCUMENT

NUMBER:

iB-DD-M7470-0-0

'EDIT
!

"“THIS DRAWING AND THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY.
CORPORATION

TTEMS

AND

WITHOUT

SHALL

NOT

WRITTEN

REPRODUCED

PERMISSION.,

THIS

COPIED

USED

UNPUBLISHED

WHOLE

WORK

17-AUG-B3

NUMBER:

PATH

17-AUG-83

!STZE!CODE! NUMBER
! REV
!
et et
S it fmmm---

'DATE:

K.MCLAREN

EQUIPMENT

i
!

!
!

]

17-AUG-83

!
!

'RESP _ENG.:

!
D

ITITLE
!
DATA

!
'

!
'DATE:

26-JUL-83

!
!CHK'D:
!
!

(D]
(E]

'DATE:

'
'

‘B
'C

1M7470-TW0O01
1M7470-TW00O2

5.0

F.SMART

‘KM
‘KM

(A}
(8Bl

'ORN:

!
PA
'SECTION.VARIATION

INITIAL

.25

£CO

COUNTER,PRESE

xxx

'ENG!

swm

REVISION

BINARY

ECL

pem

BLANK

TRANSLATOR

ES91,E98,E59,E68

g om

INVERT

s am

AND

CONT

DESIGNATOR

PART

PROTEC TED

UNDER

THEY ARE THE PROPERTY OF DIGITAL
THE

THE

BASIS

FOR

FEDERAL

THE

MANUFACTURE

LAKWS.~

SALE

PART

tmm

DOCUMENT

TOP

VARIATION

ITEM

PER

bem

LINE

QTY
C0

bum

AUTOMATED

LINE

ITEM

30
31

33
34
3%
36
37
38
39

' D

[

QTY

TOP NOCUMENT

PART NUMBER REV

DESCRIPTION

1300295-00

330.0

25 W 5.0 %

1301424-00

£80.0

.25 W 5.0 %

VARIATION

REVISION

.25 W 5.0 %

LEVEL:

1301775-00

820.0

33
34
35
36
37
38
39

1012084-01
1012784-00
1921305-01
1216988-02
3000024-01
9105740-55
1921306-01

AL EL
25V +75-10%
MFD
MFD
50V +80-20%
CER
74F00 NAND GATE,QUAD,2-IN
HANDLE ,MODULE ,HEX TWO EJECTORS
0.12100X0.192
EYELET,ROLLED
UL14
30AWG KYNAR
WIRE (WRAP)
74F02 NOR GATE,QUAD,2-IN

40 NOTE:
41 NOTE:

PARTS

PRTLST.4Q(50)

AUTOMATED

8
047

PER

SHEET

VARI[ATION

REFERENCE DESIGNATOR

CONT

7
63
3
1
12
A/R
1

R1,R3,R5,R7,R9,R11,R13,R15,R17,
R19,R21

R4 ,R6,R8,R10,R12,R14,R16,R18,
R20,R22

C62-C68
C1,C2-C61,C69,C70
£3,.E74,E79

E£44

E6.E15,E25,E52.658,E67.E78,E87 ,E97,E35,E32, ARE SPARE 1.C.
R31.R32,R33,R34,AND E8 ARE ENGINEERING OPTIONS, DO NOT INSERT.

'TITLE

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1

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£lUA[ 7471 -2

T
MTLILLIIII

REWORK

INSTRUCTIONS

ETCH CUTS - SIDE |
O-! BETWEEN E75-14 AND PTH RIGHT OF E76 -7
0-2 *ABOVE PTH NEAR FINGER CVI

0-3
0-4

0-5
0-6

WIRE

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ETCH CUTS -SIDE 2
ETWEEN EI00-9 AND EiQO-12
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£57-4

T E102-i6
T E103-16

ADDS
- SIDE

0-7 FROM Ei0O-9S TO £'00-1i
0-8 FROM PTH ABOVE £43-9 TQO £44-7

0-9 FROM PTH ABOVE FINGER Cv2 TO PTH CONNECTING TO E49 -7

| [kl mzazie TR ]

Q-I0FROM E57-4 TO £57-4
O-tI FROM E102 -16 TO EI02-i0
O -I2FROM E103-16 TO E103-10

mm%

800 MABREN

}-—v'

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[

]

owra Farn a__[ebul

DOCUMENT amer

oo [
1

AUTOMATED

LINE ITEM
1
2
3

1
2
3

6
7

4
S

TOP DOCUMENT

PART NUMBER REV DESCRIPTION

D-MD-5016098-0-0

5012578-00
1012084-01
1012784-00

M8229
8
MFD
.047
MFD

1300250-00
1300295-00

150.0
330.0

8
9

1913839-00
1921305-01
1921307-01

.25 W 5.0 %
SHIFTER,4-8BIT1

13
14
15
16
17

1921309-01
1921310-01
1921311-01
1910541-00
1921313-01

1921314-01

1921321-01

74F 158

1921318-01

74F 151

1921320-01

1921327-01

1921324-01

1911469-00

!
'ENG!
v

REVISION HISTORY

£ECO NUMBER

LS165
74F00
74F04

1921316-01

IBASIC PART NO:

!
'REV 'SECTION A
'

OF A

DEC

MUX,8-IN

FF-D,QUAD

RECEIVER,BUS,QUAD,U

SHIFT REG,UNIV,BIDIR

'DRN:
!
!

!
!

b
!
!
t

]

'
!

'DES .ENG:

KEITH MCLAREN

‘' u}
(K]

(M)
' [N])

'ASSEMBLY NUMBER:
'E-UA-M7471-0-0

[}

(L)

]

T .MCCULLOUGH

!
IRESP .ENG.: KEITH MCLAREN

!
!

A . RUSZCZYK

voLE]
!
(F)

DECODER/DEMUX,1-0F-8

(D)

!
!

iIMFG.ENG.:
1

5
6
10

MUX,QUAD,2-IN

]

!
!

SHIFT REG..8BIT
NAND GATE,QUAD,Z2-IN
HEX [NVERTER

74F 194

M_KRYSAK

0OF

R78
R71-R76

32
1

FF-D,DUAL,POS.
,EDGE

R65-R70
R1-R32,R77

MUX,QUAD,2-IN

6
33

1
6

74F74

'SECTION.VARIATION INDEX !CHK'D:
!
[A) OO
t
'
(B
!

CF
CF

74F 157

‘A
!
'

INITIAL
bem !
!
!
!

C1-C7
C8-C5%2

3
4
6
2
15

74F 138

REFERENCE DESIGNATOR

1
7
45

74F10 NAND GATE,TRIPLE,3-1
74F11
AND GATE,TRIPLE.3-IN
74F20 NAND GATE.DUAL,4-IN
74540 BUFFER,PQOS-NAND,DUAL
74F64 AND OR INVERT GATE,L4-

8640

VARI[ATION

AL EL
CER

.25 W 5.0 %
.25 W 5.0 %

74F175

PER

LEVEL:

25V +75-10%
50V +80-20%

820.0
74F 350

13
14
15
16
17

REVISION

25 W 5.0 %
.25 W 5.0 %

10
1M
12

'
!

1301775-00
1921334-01

SHEET

680.0
120.0

10
1
12

]

1301424-00
1300247-00

@TY

VARIATION

4
5

8
9

PARTS

PRTLST.4Q(50)

R33-R64
E136

£39,E52,E92 ,E119,E£106
£E7,.E36,E87,E139,E141,E131
£E6,E23,E45,E59,£60,.E66,E88,E140,

CONT

E130,E48

E35,E70,E142
£E8,E72,E89,E126
£21,E33,E34,E125,E143,E105
E17,E101
£83,E£84 ,E86,£97,E£98,E99,£100,

CONT
CONT

E110.E111,E112,E127,E123,E128,
E129.,E117

£E61,E64,E144

£137

£113

E1,E2,E18 .E62

£E10,E11,E24 E25,E37,E38,E43,E44,

CONT

ESO.ES1,E56,E57,E58

£15,E16,E29,E47 ,E55,E69,E82,E96.,

CONT

E109,E122,E135,E42

E79

ES,E71,E85,E124

'TITLE

'DATE: 04-MAR-83 !
'
!
!
!

[

tDATE: 0O4-MAR-83 ' D
!
!

PARTS

CPU DATA PATH A
(DAP)

LIST

!
!

'
!
!

'DATE:

19-SEP-83 !

!
!DATE:

meSttt e
e e
19-SEP-83 ' Kk ! PL I M7471-0-08BP
LA
!

!
!

COCUMENT NUMBER

'SIZE!'CODE! NUMBER

' REV

]

{

!'DATE: 19-SEP-83 E! RELEASE
'
'
DATE:
!

'TOP DOCUMENT NUMBER:
'8-DD-M7471-0-0
t

14-0CT-83

' FILE NAME:
! 23949A .PLS
|

'EDIT #¢
1
!
1

!
“THIS DRAWING AND THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY. THEY ARE THE PROPERTY QOF DIGITAL
!
SALE
OR
MANUFACTURE
THE
FOR
BASIS
THE
AS
PART
IN
OR
WHOLE
IN
USED
QR
COPIFN
0OR
REPRODUCED
BE
NOT
ON
SHALL
AND
CORPORATI
EQUIPMENT
OF [TEMS WITHOUT WRITTEN PERMISSION, THIS 1S AN UNPUBLISHED WORK PROTECTED UNDER THE FEDERAL COPYRIGHT LAWS.~
i
!

L
f

AUTOMATED

LINE

ITEM

PRTLST.4Q(50)

TOP

PARTS

DOCUMENT

PART

NUMBER

MIN

REV

1921720-01

1911712-00

74551

28
29

1911983-00
1921315-01

745133
74F86

30
31
32
33
3
35
36
37
38
39

30
31
32
33
34

1921308-01
1921333-01
1921008-01
1921009-01
1921010-01

2303682-00

36
37
38
39

2303582-00
1216988-02
9000024-01
9105740-55

NOTE:

SPARE

IC'S

E4,E9,E12-E£14,826-£28,E40,E41,E54,E63,E65,E67,

41
42

NOTE:
NOTE:

SPARE
SPARE

[C'S
IC'S

CONTINUED
CONTINUED

ITITLE

L
3
\

10H125

REVISION

SHEET

DESCRIPTION

QTY

VARIATION

TRANSLATOR

ECL

VARIATION

REFERENCE

DESIGNATOR

LEVEL:

£68,E95

£46,E74
,E114 ,E115,E116,E76

WNAND GATE-POSITIVE 1
EXCLUSIVE OR GATE,QU

3
1

£19,£20,E32
E£90

74F08
AND GATE,QUAD,2-IN
74F283
BINARY FULL ADDER,4
74F240
BUFFER/LINE DRIVER,
I
74F241
BUFFER/LINE DRIVER,N
74F373
OCTAL TRANSPARENT LA
B2-03
B2-03
HANDLE ,MODULE ,HEX TWO EJECTORS
EYELET,ROLLED
0.12100x9.192
WIRE (WRAP)
30AHG KYNAR
UL14

3
2
4
1
1
1
1
1
12
A/R

AND-OR

PER

TTL

QUA

GATE-INVERT

£22.E73,€£138
£78,E53
£3,E31,E75,E104
£49
E30

£102
E£103

E80,E81,E77,.E91,E93,E94,E107,E108,
E118,E120,E121,E132-£134,E£145,£146

CPU DATA PATH A
(DAP)

'SECTION A
!
|

OF A

TSIZE'CODE' DOCUMENT NUMBER

ool

'
i

!
!
i

!
!
|

M7471-0-D8BP

' RZvV

AN 6f MPISUCED Of COPYD 60 \ED = ENLE O B

m-‘m-mm-mu

SPreen @

NOTES:

AL SEENERT ComPeRTr

o |

raF 157

Rom | 156%8

TaF1d

| [ET T 27

:
:

g 2|

D
N

se1
I

-- VA (2302 ‘

eae

0 IN

‘S|’

:
!

TBUF

AMD

:
:
e e e e

CACHWE

XCEL

,-'

. 26519

]

(T2 BMx-

)

TRAP

%32

’

MD BUS (MEMORY [ATA)
DATA

e-—---- 1

74F13

I 10
)

)

rvamu

—

ARITEMETIC

—_— ] —_———

—_——

—

e S haamm

— | —

—

)

=13

CONSTANT

—

PG%N

g
Am

[4F 28]

ADD/SUR

REMY —
-8B

16x32

16X 32

16 X332

85568

26510

)

i« g .

il
i

;

R bt 4

b 32

132

=== T
'

.
kel

ACC

)

o.cC.

-‘I

[adchs

=== -==9

=== 1

JCEIV

32
o.C

!
MICRO
! SEQUENCER

285

1 REGISTERS .i .

‘|

)

JX—C‘EI

‘

bomemmm—-

]

I —J

BIT

(SLOT 13
f

ELOCK CIAGRAM
ST

26519

WwWCS

KCELv

)

RA ADDRESS,

nHx (33:02),

AND

}(32

raF 194 [

§5568

[

DATA)

iD.EALU EXP.DREG ———
PC
P
e

74194

]

€1 BIT

AF1S 7

RHM X

853

mm e — = J

DAL

omMx

4F19a

SHIFT MATRIX

BMx

74F 151

8
u | (EINTERNAL

SWAP

74F153

QMx

ACC

[

74F153

D NIBBLE

£ z2
3

AND FROM

]

F4F3ca

74 128

I T.5.

MaSK

“8.%,% *3 %
5P’ Con
SP2CON
scC

orr

ALU

JaF1081, 74F182

’r 0

L 3¢

DECIMAL

SECTIC.

_——-—

74F 257

1B8uf

AXCETY

StCTION

(3ENERAL RES DATA)

Lo g

STaTT

)

Jrcet ' INTAE:DR'BT

(23:29

VS ;

(INTERFACE

CONSOLE

m ee
:
o=
!
t
!:
q.XCET

===t
e
—!
$BT CNTL
'

TAVF APDPESS

F1G)

)

VAMY (:5:89)

iyt
y

3
A

vAMx (M\invg

!
‘

:
1

‘

)

184

‘e —J
-

|!
!
'|

' © Y INaBS

{

)

EALU

.
\
'

ADDRESS SECTIOMN
[

|
l

EXPONENT SECTION

DATA PATH

P e
ooy

SEET

Elglitfll A

F—r
|

]

<ATM DATA PATH

o174 TTTLE

NEXT W WASSY.
CALE

ofF22

D ICS MT41-",~C

DesT.

r T 1T

1.1

b ey,

[le OO 1T

ey OORATYN A
_?‘nu
CONOMTEDE

IRCF .OPC (7:@)

CEMP PSL CMP

ARITHMETIC

CEWD PSL CBIT

UNIT

LOGTIC

CONTROL
ALU

PRINTS

DAPA,B

MEMREF DT:=LFQO

CEMD

DAPA ALU B3:2 S3 M

BUS £S5 (69!68)

DAPA ALU Bi:g S3 #

CEMD MEMREF:=8

MO MASK

DAPA ALU B3:2 S2 W

CEWD SECOND REF

CONTROL

DAPA ALU Bi:@

S2 H

BCPJ

VAGI

DAPB

ALU B3:2

Si H

DCPJ

VAP ()

DAPB

ALU

BI:@

DAPB

ALU

B3:2

SP w

S@ N

CAPB

ALU Bizg

DAPB

RLOG

UPDATE

DAFB

ALU

MODE

DAPB

ALU

CIN
.

TBMD

MASK TO

CONTEXT

)

peemee———
8 BUS MD BYTE MASK (323) M

DAPF

BUS

(57:3%)

BUS

UWORD

DAPHW

SHF USI INPUT W

DAPN

SHMIFT

INPUT

f——————»

DAPD

SHIFT

INPUT W

)

SGHIFT

INPUT (UST)

BUS C$S (81:78)

DAPC AMX B3:2 S) M

IRCJ

LFDQ CONT

ALU A INPUT

DAPC

AMX

BI:2 S§ M

IRCJ

WORD CONT

CONTROL

DAPC

AMX

Si W

IRCJ

BYTE CONT

S@ w

MULTIPLEXER
AMX

PRINT DAPC

BUS CS (84:82)
CEnF

READ

ALU B INPUT

MULTIPLEYER
CONT RO
BMx

RLOG

IRCJ PC REG

OAPD

DAPC

AMX

DAPC

AMX

DAPC

ZEXT

B3:2

DAPC

ZEXT

DEPE

QREG3!

DBPE

DREG3

CONTROL

DCPF QREGHD
DCPY

ALU

BUFF (@1:0®)

DCPL

ALU CARRY

IDPN

PRN

ADR

(3:9)

IDPN

SP2

ADR

(=)

IDPN

SPV

ADR

(3:®

PRINT DAPNH

H
S@
W

BUS CS

DAPD

BMX

DAPD

BMX

DAPD

BMX

SP M

DOPR

(#1:35)

= DAPK WRT RC A
UWORD
PAD

SCRATCH

CONTROL

us PO

(D3:09)

p———————p»

DAPK

RA, RB

o
eemeoemeeis

DAPJ

ADAS

(3:3)

DAPM

ADRS

(3:)

@ DAPN

ADRS

(3:2) W

IRCF OPC | ® |

ODPB ALU

15 H

Pr———y

FLAGROL
CONT

(2:0)

e
.

<
=
O
)

S5 AND SD
e

PRINTS DAPJK,L,MN

b DAPP QREG
BUS CS (5@:48)

WRT

DAPD

——

(1)

BUS CS

DAPD S () W

(54:5)

UWORD &REG

UQn

ICLT ID TO QL Bt

——>

DAPP

QREG

QMX

SO M

DAPP

CLR

> DAPP

DAPP

)

SP W

———— DAPP
>

> DAPP QMK S W :

T CONTR
-

PRINT DAPD

S! H

DFMX URPACR L

B
_—

BUs CS (87185 H
IRCJ

SP!

DAPC

UQT

CON

(2:p)

()

gw——————y

Bme—mreeed

DAPK

UST2

(D) M

DAPH

USII

(®)

Sw——————]

° APN

USI@

‘
SHIFT

a3 DAPE

SHF LFT SI W

L
8=

DAPE

SHF

CONTROL

DAPE

SHF

SuF

|
————»

DAPE

SHF

[RI

MULTIPLEXER

2.y

PRINT DAPE
A

(DATA PATH CONTROL BLOCK DIAGRAM)(SLOT 13

DATA PATH CONTROL oy

scalE

MASER

—
R

NONE

2 o

22joer.
] T T [ £ [ § 1
l

.|
A

0
u7a71-C2

——

—

TRUTH

TABLE

AMX QUTPUT FUNCTIONS

rirjxx|rirjjrirjrjrjricjrier

BYTE ¢

BYTE |

BYTE 2

BYTE 3

sg | sT8
Ilrixjxjxrf{x|Tix|T|XT|X|T
||

ririx<{rlirix{riririr|clrjriri
e

riririr|lrir|ricic]rlicir|r|r]

xirlzirlrixlici|rlix|rir]r]e

ritxjrixixir|r|r|r{ic|rir|ir|r

jxjrjxjxjx|r

BYTE @

rirjririxzirizjx|jzir|zix|x|r

se|sTB|siiso

M A XXX
] x| <11

x|x|x|xIx|xjxlix|rf{zli|rlr]r)i®

xfx|{x|x|x|x]|rlxtxir|T|z|l|r

rix|lxixrjziz|rir|rir]rir|r

sTB

BYTE!

BYTE2

BYTE 3
x|x|x|x|x|{xlx|zlrjz|z|rjr|r}}®

BYTE

lr|r]x<ix|x]r|rjr]x}x]|x

rlTjr]><ixixjr

TIr]Ixix]{x|x

;
rlrx|xx|{ririzix]>x]x]>x]x

WORD

CONTROL

AMX CONTROL

——

CONTEXT

B
lxjrjziriz|riz|rjIirixix]®
I

Ijrjxjrjxirjriric|ririririjie

IIT|TITIrIriIiijTiririx]x

ix|xjIjcjxjr|r

AMX

“Q’.T 000N ‘Qa]zl

LA (310D
RAMX (3 1:02)
RAMX (31:00)

CSXT LONG
CSXT wORD3

«——RAMX 15

CSXT BYTED

€

RAMY (15:00)

RAMX 7

RaMX (¢7:00)

RAMX (3 1:08)
CSXT WORDJ

——— RAMX IS

CSXT BYTED

COXT LONGI L €

CPXT WORDJ L «—————

[

RAMX (15:00)
RAMX 7

CEXT WORD] L ¢——————L

RAMX (@T:0¢)
L

RAMX (1%5:20)

COXT BYTE] L «—
COXT LONG] L €—

RAMX (37:0Q)
|

RAMX (15:99)

COXT BAYTE] L €«—

RAMX (27:89)

NOTE: X=DON'T CARE
SXT+«SIGN EXTEND

@XT=Z2ERO EXTEND

flf
0] ol x]§
DLH M7471

CARRY
INPUT

ALV

FUNCTION
CARRY =L

A. MINUS.B

. MINUS.

INSTRUCTION DEP.
b AP IR ER IR ARS

I
.PLUS. B.PLUS.
.PLUS. B

.PLLUS. 8 CR LOG]

B
.OR.NOT.
. XOR .8

. AND. NOT. B

. A
.NOT

o -]

P3L.
C

A.MINUS. B

A.MINUS.B CR LOG]

I ALIPAR
AR

x|xjx|>xjrlzjr]|®irir|r

L-ARITH

TRUTH TABLE

ririzirixiriclr|x{cicizimir|rir

HsLOGIC

rixix|lxirjriclzirir|irir|sirzirix

A=)

(%]

rir|rixir|rlicixix|r|r|rise|T|I|I

rlix|jrizirjririxirixirjzir|rjirje
I

riTir|x|Tir|rir|jxixjclxim|rj|r

xjir|iririzirirjxixir|rj|jr|r
I

CONTROL

rixjrixririz|rix|jrjrjr|msirir

FUNCT TON

SELECT L INES

(03:00)
rixjrfxirjririr]zizjzjryririjrijryge

rix{xjxlxlxlx|r|rjrjr|rirjr|r
I

nlm

olo o>

vle

wjoe

ajbs

wln

—IQ)IM

UALU

—

TMM ODE

ALU FUNCTION SELECT

LPLUS. B PLUS. C
.OR.
B
.AND. B

NOTE: X*DON'T CARE
¥ [INSTRUCTION DEPENDENT

ALU AND AMX CONTROL TRUTH TA LES3) (SLOT i)

[memr

3 or

DICS
owT.|

[T Il

ovad

PATH CONTROL

s
o

DATA

scalz NONE

PR BRI

£~

MAMPER

TITLE

| [F T TS _irnfegq] 2|

“THrs DRAWING AND SPECTRICATIONS, MEREWN.
ARE TrE

PROPERTY OF DIGITAL EQUISMENT CORFORATION AND
SMALL NOT 8 REPARCOUCED OR COPND OR USED IN WHOLE
OR IN PART AS TVl BASIS FOR THE MANUFACTURE OR SALE

WRITTEN PERAMISSION,
DIGITAL EQUIPMENT CORFORATIONTM

03300330033 0330
|

BUS C3 oc W B

VALU
RES

iDz

BUS L2 37 H e

=107

ETe

BUS (S &3

ES:

H P-

2U5 C3 62 » b=
=

{

el =

RITCRIGGRIISRTL

LASN

JWORD

DAPN

'
IRCF 090

.
IRC

CRT2

2PC

IRCE OPI

5 n g

R b= DAFA UALUL (J: H (DAPE,
-

Ri(Jipie

TAFA

CAPA URLUZ @ik (DAP

Ri@

DAPA

1, L —A4—"
DA
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=
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Llefejefiegeged-

aqr

[N AN U ’ R A

SR I O N O O R R AR
ctogjotiotulut

NOTE: AP-8F NOT USED

Lyt

pa | EmoL jufniuletefutoyed
pe | Eczviodiofetutireietat
C J CLRI

P -+

~_! A E

’

[

8
0

Elmat

MOWaE L ;_}h b b

e ! MOURG L

‘
i

amzng

mliwlin|ul

Dg | cvTorl Lol

AcMINGL

U0 IV T S IR (VR IRV O
jufuefuteedolot

q E

LUiUg

—
—

fLILIL

s o i

LDF msmaglubL
L e by !
i
.

NOTE: E@-FF NOT USED

x
X

2]
B

REVISIONS

ow] cwncemo Teev
{

13)
R-QC){ELCT
lRE\«
NUMSER

(VAX ALU INSTR DEZ RCM .

TITLE

;
. ST TS N
DATA
PATH
CUNTRCL
[SHEET
G OF |

. y
MIAT,‘ b T -0
| ‘A
A

scALE NONE
s Pome w3

RS
+

-—

]

e e
et
ee 5
o 58 o i o

S
o
ALU INSTR. DEFENDENT

? Sz Wiz
g

(O)

I I

|z|x|x

olal=ls

HEF EHE
ROM DATA

ADDR|

C2Ce

[+7|mM&|mS|M4[M3{M2

jADLBE

ADOBX | . J L

jLlifLluHlL

A.PL.B

:]]

ARV

| apowe [ LfL

142

suBw2 | L|

143

| suBwI | L

o«

195

SIvBZ |

forves | o)

szsaz |

UL
L

FUNCTION

s]L

ACDR{

CODE

189

ADDL2

181

ADDL3

A.MIN.B

182

SUBLZ

nm]L

A.MIN.B

183

SUBL3

215

.8-

|C|C]|

1S ; Iiziz|z

2131212121213

]} <

<jqg|a]la]lalal

ROM DAT

FUNCTION

]

ROM

oP-

ADDR{

CODE

[M7

ROM DATA

FUNCTION

M4iM3|M2

A.PL.B

ice

88s

APL.E

1€

BBC

A.MIN.B

1c2

BBSS | o

HlL

A+8

A.MIN.B

\C3

8BCS | L

“lL

A+B

144

MuLwe [ L

184

| MuLL2

[[ad

BBSC | L

LlH

ANB

MmuLw3d | o

ULl

\8s

MULL3

1Cs

BBCC | L

A g

jLfuLt

SIVWEZ

186

DIvLe

|BBSSI|

]

A+B

f-j-]fr

147

L DIvwIl

187 | CIVLl

IC7

jeBccz | L

A% B

ifu

]

A+E

\88

||l

m|n]|n

A-3B

149 | azswr

|Lfufm

A+B

183 | BISL3

grcaz f L)

sfugm

A%3

144

N=%28 SRU

BN B

A%3B

148 | 2ICW3I

lolol~lo]m

A@B

1ac

xorw2

AESB

140

KORWI [ L

14€

MNEGW | m f L I W]

145

MNESE|

SIswe

WBE

APIR

148

SSlals

fwfr]e

A+8

XOREZ|

Llufe

-3

|w|L]Lfmn

IBF

CAsSEBR|

MOVE

Lby

CHMPE

mcome|

Q|d|«<

lwluln

\@c

ROM

"’ S{flwlx|=z]=z]x

21212131212(3)2

A.PL.E

{ory

xcrez

; slx ,E. I

A.PL.B

ADDW3 | o | CfL

AMIN.E

MULBZE

|C]

{M7|Me[M5{Ma|M3IM2

A.MIN.B

|«

CODE

olm]L]

ool

el
pe

I R

P.MIN.B

Jrzowe | oL

Ax 8

icB

ADB

8¢

XORL2

AOsB

Icc

CHMPY |

A.MIN.B.MIN.}

A®B

\@p

XORL3

A@B

@.MIN.B

IBE

| MNESGL

@.MIN.B

CMPEZV [ L
ExTv|
L

<o
IKe

AMIN.B.MIN.I
X

18F

CASEL|

EXTZV|

192

MOVL | L

109

INSV | L

SASEWl

Lf{iLfuLiH|w]L

152

fulotm

MOVW fF LIL

151

L [ H
o

L]t

CMPW

mcomw|

LUt
L

A.MIN.E.MIN.!

19!
192

CMPL

mcomu|

A.MIN.B.MIN.I

\Di

ACBL | L

AgBLSS|

\D3

AOBLEG]|

BITB]

A% B

\S3

axTwWiL|L|L|#H

BITL | L

A¥ B

SLRB L eqiluni]

1S4

CLRW

) &

CLRC

\D4

| SOBGEQ]

TSTE

L|Lyw|{w]L

185

TSTW

Lfu]H

195

TSTL

\Ds

SOBGTR{

the

INCB

ul=iu]i|yL

A.PL.I

156

INCW

LWL

APL.I

INCL

APL.I

1De

INTLB | O

CECE

|Lfuvfafufr-]m

157

CECW

[L]LiLfu

curRL

158

jersPswlLfL

L b opupu]

eyt

MIN.!

fre | L

Lfe

A.MIN.!

) i)

DECL

A.MIN.I

A+ B

ADWC

A.PL.B.PL.PSLC

\D8

ASHP | L

A.MIN.B.MIN PSLC

A.MIN.B.MIN.PSLC

102

jcvTLP | L

A.MIN.B.MINFEC

| SVTLw |

cvrewl

159

{ExcPsw|

L|ulw

A%B

\q9

SBWC

dmovzavj

15A

POPR

L]LgL

MTPR

CALLG | -

Ihe

imMovEew]

o | L]

158

PysHR

N E:]

MFPR

\DB

CALLS | .

S ToleuU

IRV

1S¢

CHMK

[ Lo

]ufe

V92

| MovPsL

\DC

reC

\DD

ESID | .

ACEE | L]

ulujutugn

150

CHME

| L

f«|L

movaB

ufulmg

\5€

CHMS

tpuswae]

cpojo]Afn]t

\SF

| Ll

REVISIONS

NOT USED

NOTE: 168~ \TF NOT

\qz

PLSHL

MOVA L

IDE

ESCE

19F

| PUSHAL

\DF

£32F | .

NOTE. \A@—-IBF NOT USED

NOTEI\ED -\FF NOT

(SLOT 13)

B U

Ba | BIC.2

14F

A%8
X

188 | BICL3

150

AMIN.B.MIN.I

L
L

BLBS

AxE

| L

Ic3 | BuBC | L
1CA
FFs 1L

A%E

olmloln

A+B

A+B
A¥% B

L | w

BIsL2

lis

NCTE. j2@-13F

P.1888

ADDR|

cimlo]LlHu

wanzPuacE

FUNCTION

| MULBE |

t|Ejz|%]|2

ROM DATA

fsuBBz | L]

184

nlelals

lsusgzr

rRom |

\'/ S|z " 1EE| =

2121212121331 3

qla

1#3

s | srsez

LjL

:l2 ;

TlelCjictia|qjal«

OP-

WO 32

—

alz

l Slzlw|*|z|z|*=

I e ey

ROM |

AIOWIN

Tolcm7u7iv-n |

—
(CM)

ROM

| | ¥ g -O-ILhLW[SDIGI 21
A3y

Tz
:

&1 T

(VAX

ALU

INSTR,DEF

TITLE

DATA PATH CONT
SCALE

NONE

[ sneer

RCM—23Q028E(-00)

o0 8]

NUMBER

ColMTuTI-0-0
ost.{

[

]

1 |

REV,

B
“Thrd DRAWING AMD SCHFICATIONS, MEREN.
EQUISMENT

ODWGITAL

PROPERTY

SMALL MOT M

ARE

oTM

THE

AMO

OR COPHED OR USED 1N WACLE

OR 14 PART A% THE SALIS KOl Tl MAMUFACTURE OR SALE

T WRITTIN SERMISSION

OF ITEMS Wi

CORPORA TION"
OIGITAL FOUIPMENT

a2«

a l <

DATA

oP -

ADDR!

CODE

[M7|Me(mS M‘?Mj mM2 M1 M@i

4|4

—!

o |

| mov

Lfef- L;L LiLty
fi|L

_talwlotw i

cME

‘ S

WoRlL

FUNCTION

ROM

CP-

ADDR

ZODE

]

AMING MIN.1

|alal4d|c|]C]«

ROTMM

DATA

FUNCTION

MmIIMEg|{mMS|{Me|MI|IM2IMI|{MG

’

N IO R N

COQOOE

M7MEME[MA M3 M2 M)

W IO DY IO A T W

IEU

U VI

A AN N S
IR

move

a1AN A

AMIN.B.MIN. 1

SMPB

IRILIMR

A% B

BITB

A% B

8a | mrce

BIT

HRIUFHW

A% B

BIT

LIV

clululmwlujnlingn

A+ B

(Ll

BIS

LILILHTRTRIR

A+B

BIS

A+B

ANDC

-I

A.PL.B

ApD

JuluejuelefmpLfjegnm

A.PL.B

- 86

MUL

RIS

SRV

ANV

XOR

jLfL

LML

A.MIN.8

Lletuputeluge

MoV

clefuluwtwtiugw

Mov

[

4 A

CMP

BIT

cletotnluloctuln

A%B

BIT

@cC

BIC

LlejeluiLlniRrtn

A% B

BIC

BIS

clotutlmlniulinle

A+8

BIS

ADD

Lielujuirinte

APLB

ADD

DIV

4 F

|HiwiL

A.MIN. 8.MIN.1

AU (R E A

e O

LML

|L|

fufr

FUNCTION

A.MIN 8. MINL

€2

cwmes

pLfLlufu

JLUJL

ILIN]NR

irin]e
[HLH

Awt B

[ {

BITB

ARB

JujLlulnlelwnwlnlu

A® B

BISB

lLiLin]{nin

A+B

<'s

BTSB

{CiULiH]HIW]HIL

A+B8

suB

fufwiLjLnintL

.- AJIN.B

SUB

LUiLIWIN

cs8

NNV

| MOVB |L

-.B

€9

JMOVB

JLJULJRIHRIL

CeMePB

JLJLiLILIWIN]L

68 a

cMPB

BITB

JLr

lmfnfrin]n

A% B

FCB

HRIH|H

A% 3

BICB

jLILlRILIRIR]N

A% B

sIcB

JL]JL

A+B

TCD

[ BISB

suB

A+B

BISE

suB

|LjelufLfulwin]n

A.MIN.8

LjLfrfje

LjLejLjLieieuegl

MOVB

JL]JL[H]R]LIHYL

A.MIN.8.MIN.1

IMPB

JLLILILiMIREL

A PN B MIN.L

A% B

Dae | BICB

R BW

Mov

TMP

BIT

I U O W O O SO AU I O

Aw B

BIC

[LjLjLfu]L|HIH]H

A¥ 3

S+

Jue

A% B

94 | BIZB

L |

A+B

BI1S

CiL

A+B

BISB

[LjL]JLIK|{HW]IH]IHIL

A+B .- __ .

AGD

LlL

jegn

A.PL.B

[

SUB

LIRIN]L

A.MIN.B

cjefelele

X._

BIS

LiL | L

ADD

Cluetujljimiciu]H

A.PL.B

ASH

(ST

...

]HiHL

fnwiLiwtntn
[RINTIHTL

BITE [LIL]JLIHIHILIWTIR

SRR

tjojuiejegjetele

MOV

T A W I B

B RS

MOV

LlLjuL

Q92

MOVB

A.MIN.B MIN. A

9 A

Ax B

mHije]ninin

A%*B

A¢ | BICB

inmIL

LMP

R AT

A MIN.B.MIN. 1

cMe

[

ORIV

SO B U

‘8

EIT

L;H

A%DB

BIT

[RrIn]L

grc

julujufuiuantn

A*B

A+B

5¢

Brc

A.PL.B

SE | AT

JLe gL U R

Sr |

8IS

Ll Lt e R

AGT

ASHC

L_;!‘_

R IR L

e N AR
U I VO A
NOT

UO I

USED

BIsS

soB

N LE LR

L;x.

ROM

ADDR ,

A¥xB ____
._

[

S NU B A

MovB

empPBlIL]LILILILIH

A+ B

(Ll

iw)ototuwlnll

A.MIN B

oot

MovBl

A% B

pc | exce |

LI Lfm]n]lL

HlR{H|H

A.mMIN L

[

A.MIN.B
X

INSTR

- I8

BYTE

IR(1402)=@L L

(15

141312

BIT

julr]rlLlr]L

cmaerl

otulutimlale

A.MIN.B.
MIN. 1

BITT

(U0

A%
B

IESTN

iulnlnln

SUB

L fufmule

cltudbodo

COMP MODE ALU INSTR
TITLE

Al
ot

A%
B

A+B

A.MIN.B

[

[EP ROM — 223027B1-99 (SLOT 13)

CATA PATH CONTROL

[

ENCODING

{

B R I

REVISIONS

‘

NCOTE! €2-FF NOT USED

__cnce
o [rev

" DE

NONE

scate

BIsB JLulululnw HELA oo

NOTE: AZ~BF NOT USED

{15

po
;

A.MIN.B. MIN.1

suB

BISBIL|LI{ULIRIHIH]IHK|L

SUB

HW]L]H]L

Ax B

A.PL.B

A¥x B

A.MIN,. B.MIN. L

A+g

jLfL|H]ulnlnln

|JLIL|H|HJLIHIN

B O

IR(4:12)=2L{H

oLl

BIsB {o LU R}wWinHIL

BITB L ILILIHIHRILIHIHN

_-‘;lD

A% B

A% B
A.MIN.B

TMes

iniN

A:MIN.B.MIN.
L

A+B

BITB

X
- J

JLLfLiHTIRAIHTH]ILT

|H|L

A.MIN.B

JLIviwlulLfn]n]L

fulmlLintinlw

inge

A% B __ __

JH|L]

fL{L]JL]RHIR]LIRIL

A«B

NCTE: SB-TF NOT USE
ComMP

|LIH|L]H]|NW]R

| BITBlLILILIR|RILU]R]W

APL.B

CTa

fnfufrlmn

[F]IHIL

A:MIN.B.MIN.1

in]y

JLIL]IHIHIUL

jLfL]|H|B]L

FUNCTION

JLefjtluelmlit]n

A.MIN. B MIN.1

A.MIN.B.MIN.L

A%B __

ufulmlniotn]e

CiLgjL

(U S AU RN O A O

[N N A R AN R N A

tmovelo

chetutwlivloefulc

BIT

|nIRIR[K]L

jLjL

DATA

MOV

lLlHIRTL

M7 IMe{MSIMaA|MI[maim [ma

A.MIN.8.MIN.1

CODE

ROM

<]t

ADDR

A®B

| alc«l<c

oP-

fLlolulmlinllnle

cMP

wlzlalel=

ROMTM

n]n

juju

DATA

NOTE: 28 -3F

L
julm

[HIL

cMP

SS O U

S S U

T A TN

R]H]HK

ROmM

ADDA|

ISV

ufelw

]|}

oP-

||«

ROM

*LI ol;

Pise

i ;‘2 ; wx FAERERE

ROM

BN <“L

x|z

o-0l Al ?}

i 2: Ty=

}

[sweer

20 oF 22

SIZECCCE

DCS|

ostL |

NUMSER

M7 -07"

1 [

NEIMBER

M7472]-

=lz!z

lb Tcsl

i ; 1
3 Sy

] [

REV.

POPERT
0F DRITAL EGuabn]
Y. CORPOAATI Ao
O e AR A5 Tk S5 O T
s TRet
BT ©

ROM

oP-

ROM

: § : 2 : : f ;

oo
Eg 2

DATA

|[M7}Me[MS|Ma{M3ImMZIM|

s ol * wlzfz|x|z

FUNZTION

et CoRFORATION"

-HHRH
g : 3 1HEL
el el

ADDR |. 20DE

cp-

ADDR|

OCE

ROM

DATA

xom |

oF-

ROM

ADDAR |

COCE

|M7{MG|MS|mMaimMiM2|M1

[Ma

1go

L L SE

181

BPL

FUNCTICN

[Mp

JMF

148

NLLU

JSA

[M7|ME[MS|Me|M3 M2 Mi|Mp

SEE

® Z * W Tjx|=z|zx

SHHEHEBELD

DATA

AT M

oP-

ROM

ADDR)

COCE

[M7{MgiM5|Mée[M3IM2]M

Jufufulufuin

DATA

FUNCTZION

icoe

EMT

FUNCTION

[Mmg

JSR

193

SWAB

BPL

143

JSR

1c2

EMT

148

IC3

EMT

194

JSR

184

1Ps

145

JSR

185

1Pe

147

ICS

TRAP

186

amI

iIce

TRAP

187

smI

JLjLfiLfr]lL]|un]n

]

IC7T | TRaP

188 | BHI

IC8 [ CLRBIL

189 |

am:

1I€9 |

comB

Jujuwluiufe

A.PLYL

18a

BHI

ICA

INCBIL

A.MIN.1

'Y}

BHI

ICB

DECB

[HW{nu]|u]wn

A.MIN. 1

WJLILIRMIn]L

2. MIN. 8

BNE

148

CLR

199

com

BNE

14A

INC

148

ICe | TrRaP

BNE

8MmMI

JSR

195

BNE

BMI
|

JSR

IPo

1#8

—

1.7}

DEC

]mwiv

]e]e

fm]ln]nin
Lwu]wu]L

BEQ

e 1o

NEG

|H|

LMLl

BEQ

140

ADC

MLl

SBC

JLIMInfL|w]ln]|w]n

LWL

fn]m

L]0

A.PL.1

2:mMIN.B

1:14

BLOS

NEGB

A.AL.C

180

BLoS

iICo

ADCBIL

A.MIN.C

1I8E

BLOS

WCE|

seeBfL

infLlwnlulwln

A.MIN.C

|ufLlulufn

A.PL.C

1QE

BEQ

19-€

\PF

BEQ

14F

TST

|(wi{n|n]nin

BGE

18rF

BLOS

ICF

ROR

TSTBIL

tLJefujuelufuldu]e

BvC

10¢

LML

RORBIL

JLILfLiL

)Lt

A.PLLA.PL.C

ave

ROLBJL

lLICL)m

{W]L

112

Bave

APLA. PL.C

ASRBIL

L)L

futiudn

ASLBIL

iu]v]L

BGE

tie

BGE

1S3

BLT

-1

152

ROL

ASR
AstL

im{umle

]

efwiw]

A.PL. A

192

8ve

MARRTL

103

194

8vs

104

Bur

185

[ MeEPT

BLT

\SG

MTPT

BLT

157

SXT

BGT

[L|L|L

e]n

evs

| meeo

19¢

Bvs

106

MTPD

JLL[H{RIH]IW]|H

ETJ;

197

BvsS

107

198

=],

BSC

1De

fefjele]efu

BCC

86T

iDs

154

BCC

eacc

Y-}

W s

BGT

1SE

1rC

BLE

Isc

BCS

\to

BLE

\S¢

190

BCS

o€

BCS

1DF

S £

ISy

NOT
128
E:
-13F NOT USED

NOTE?

;r‘?
. g

195 |

BLE

A.PL.A
X

159

BLE

tloejejeuegpeegu

.("

ulnlnln

86T

|LjLjLiminlin]lulw

JE]

M]HIn]|wu]n

(6@ ~ITF

NOT

LUSED

NOTE:

\A@-1BF NOT USED

fu]w]nlnlnwlnl

___

1Dc

100

NOTE 1EZ-\FF

’

NOT

USED

A
REVISIONS

CHx|

CHANGENO.

=TT

|rev.
COMP MODE ALU

TITLE

INSTR DEP

ROM

—

DATA PATH CONTROL

SCALE__NONE

[sweer

22 or 22

23p27BI

(SLOT

SIZEICODE]

DICS|
ost[

NUMBER

13)

AEV.

M747I-0-C | A
T

‘A3Y

DRAWING NQO. o |PART NO.

DESCRIPTION

— {M7471-00
E-UA-M7471-0 -O 4
DCS-M7471-0-0 |22
-pPl -M7471-0-DBP| 2

|DAP
UNIT ASSEMRALY
SCHEMATIC
PARTS LIST

Al
A
A
A

K- PC-M7471-0-DBGF -

PC. DATA BASE

5012578-00

0-0-1ZvZN
HIBWNN

|ad|

REVISIONS

]
||
|
|
|

|ETCHED CIRCUIT BOARD

3009 | 321

|
I

t
|

l
|
|
I

|
|
|
|

NOTES:

AR
NGT
BNEPRGOUCEDOn CorED o Used WHOLE
O¥
ITEMS WITHOUT WRITTEN PERMISSION.
coryRIGHT® |9§3 DIGITAL EQUIPMENT CORPORATION

DRB 12/

|dl
| | i |g| ; |t|a| | |

‘

4
=
ENG.~/ Plhatal

.,/

o>
REV.
NUMBER
0_”_ 33 SIZE | CODE
/ - BIDD Mz47 -O_O
PA

‘M}”EET Lor ||

TWw

COMPONENT SIDE VIEW

—

¢;~

x';"‘

=1 =8>

(2.€e¢

—

PEF.

\\_
TH24 4004440

+OE162

[Ole
<

____::

[

2-i

LUR [N S
N

—_— T

< L

)

#lx

.i:

PO
Y
0‘0

LIR

EEE R X

s+
Y

¥
+*

44+
R

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DESIGNATOR

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1921306-01
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18
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21

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1321315-01
1921319-01
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11
12
13
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26
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11
12
13
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18
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THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY.

16-MAR-84

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1921321-01
1921313-01

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1921318-01

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REVISIONS

HISKA, DSKB:<TAYLOR>CEHT.OPL.1, SCALE 2. "D" RELEASE BOX

all i iitla [ W{ T
ORW.

DARTE

ENG.

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DATE ([TITLE:

DR [12-9EP-87 16728 NEXT HIGHER ASGEMBLY:
BSKB: CTATLORSCERT

FIRST USED ON OPTION-MODEL: 11.785
3

|B-DD-M7472-8-9
2

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NUMBER

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PAGE NUMBER(S
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CEMA 2 SEL 2 L
CEHA 2N CODE @ H

CEMA,B
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DM S1

CEHN, N

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IDM S2 M

1D D27 L

CEHN,M

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BUS

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BUS

10 D29 L

CEHP

CEHP .S

BUS

CEHA 2N CODE 2 H

ID D3@ L

CEHA

CEHP

ID D31

CEHB ALU N DATA L

CEHB

CEHB C DATA H

CEHB

CEHB..C

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1D XCEIV H

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CEME,S

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BUS

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-SBLT STALL H

CEHE .S

CEMA +3V A H

CEHC +B.A

CEHA ALU A=8 L
CEHA ALU BUFF 07 L

CEMB.A

CEHD,S

-TBMU PROT UTRAP H

CEHE,S

CEHP

CEHA,S

CEMA ALU BUFF 1% L

CEHA,S

~TBMU4 MBIT UTRAP H

CENS.E

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CEHA ALU BUFF

CEMS .E

16 L

CEHA,S

-TBHU TB PAR UTRAP H

CEHA ALU BUFF

CEMS.E

17 L

CEHALS

CEMA ALU CARRY H

-USCB CLR UTRAP H

ACC C DATA H

CEHE .S

CEHC,S

ACC N DATA H

CEMC .S

ACC V DATA H

CEMC .S

BUS ALU BYTE @ A=B H

CEHS,A

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A=8 H

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ID D@4 L

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CEHA Vv SEL 2 H

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CEHALC

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ID D22 L
ID D23 L

CEWP

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CEHP

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CEMC

CEHA LB

BUS

CEHC ACC 2 (@OH

CEHC

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BUS

ID D21

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CEHA

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CEHC TRAP CODE @ C1)H

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CEHP

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CEHP

CEHB

CEMB 2 DATA H

CEHA

CEHA B

ID D19 L

CEHB

CEHA

BUS

CEHB

CEHB PSL 2 BIT H

CEMA N SEL

CEHP

CEHB

CEHA CV CODE 2 H
CEHA CV CODE 3 H

CEHP

ID D18 L

CEHB PSL v BIT H
CEHB PSL 2 C1)H

CEHA B

BUS

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CEHA

CEHP

CEHB

CEMB PSL N BIT H

CEHB.C

CEHA N SEL O L

CEHP

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CEHB PSL N C@)H

CEHB PSL V (Q)H

CEHD

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CEHB
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ID D@O L

ID D16 L

CEHB N DATA H
CEHB PSL C (@M

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CEHB AL

ID 25 L

ID D@7 L

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BUS CS 79 H

BUS

CEHA ALU SIGN H

BUS

CEHB PSL C C1)H

CEHA L8

CEHA ALU SIGN L

CEMC.S

ACC 2 DATA H

CEMA 2N CODE

CEHA Vv SEL=1

CEHALC

CEMA V SEL=2 L

CEMHALC

CEHA V SEL=3 L

CEMALC

CEMA V SEL=% L

CErA,C

CEHA V SEL=S L

CEHALC

CEMA V SEL=6 L

CEHA,C

CEMA v SEL=7 L

CEHALC

CEMA 2 SEL 0 L

CEHA,B

CEMA 2 SEL

CEMA.B

CEMC

ID@% L

CEHC

CEHMC

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CEMC

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CEHC

CEHC v DATA

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CEMC

CEHC v DATAR 2 L

CEHC

CEHC Vv DATA H

CEHC .8

CEHC V SEL=% H

CEHC

T
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SIGNAL NAME

CEMC v SEL=5 H
CEMC Vv SEL=6 H

CEHC

CEHC v SEL=7 H

CEHC

CEHD +3v B H

CEME
«C \R\D

CEHC

CEHD CHK ODD ADDRS L

CEMD.E

CEHD DT=B H

CEHD.A

CEHD DT=8 L

CEHD
A

CEHD DT=8MH L

CEHD
\A

CEHD DT=FD H

HUMBER

BUS

PAGE NUMBER(S)

TMma=eTalal]

CEMD ,A

CEHD OT=FD L

CEHD ,A

CEHD DT=LF H

CEHD

CEHD DT=LF L

CEHD

CEHD DT=LQ H

CEMD.A

CEHD DT=L0 L

CEHALD

NOTES:
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CEHD

IDEP B L

CEHD

CEHF CLR UMORD (@>H

CEWF

CEHD

IDEP FD (1)H

CEHD

CEHF CLR UMORD ¢1)H

CEWF,S

CEHF EACK H

CEHH \F

CEHD

IDEP QD ¢1)H

CEHD

IDEP QD L

CEHD

CEMD
CEHD

IDEP M C1)H
IDEP W L

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CEHD

CEHO

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CEHD +E

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CEHH.F
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CEHF E

CEHF EACK L

CEHF H

CEHF
CEHF

CEHF
CEHHF

CEHF

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1ACK L
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CEMD +E

CEHD MEM REF DT=LF L
CEHD MEM REF DT=LFQD H
CEHD MEM REF DT=QD L

CEHF

CEHD |E

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CEHF .S

CEHF

IRD STATE L

CEHF

CEHD .E

CEHD MEM REF DT=u L

CEHD +E

CEHD SAVED DT=8 H

CEHD

CEHD SAVED DT=LF L

CEHD

CEHD SAVED DT=QD L

CEHD

CEHD SAVED DT=u L

CEHD

CEMD

CEHF LOAD ACC CC H
CEHF LOAD ACC CC L
CEHF LORD FPD L

CEHH F

CEHF LOAD STATE H

CEWF S

CEHF NESTED ERR ¢1)M

CEHMF

CEMF ,8

CEHF .S

CEHF UCCK @ C1)H

CEHF ,A

CEHF
CEHF A

CEHD SECOND REF H

CEHD +S

CEHD UDT@B (1 )H

CEHF UCCK

CEHD

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CEHD UDTO® L

CEHD

CEHF LCCK

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CEHD LDTAI

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CEHD

CEHD UDTO1

CEHMC
CEHH
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PSL

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CEHH ,C

CEHJ +3V D H

CEHJ
HF D8

CEHJ APRIOR @ L

CEHJ

CEHJ APRIOR 2 L

CEHJ

CEHJ ASUM O H
CEHJ ASUM 1 H

CEHJ
CEHJ

CEHJ ASUN 2 H

CEHJ

CEHJ ASUM 3 H

CEHF ,A,C

CEHF READ RLOG H

CEHH PSL FU C1)H
CEMH

CEHJ APRIOR

CEHF H

CEHD MEM REF DT=8 H

CEHH \N

CEHH PSL

CEHF A

CEHF ERCK PULSE L

PAGE NUMBER(S)>

CEHH PSL FPD (1)H

CEHJ

CEHJ AZERD H

CEHJ

CEHJ BPRIOR @ L
CEMJ BPRIOR 1 L

CEMJ
CEHJ

CEMJ BPRIOR 2 L

CEHJ

CEHJ BSUM @ H

CEHJ

CEHJ BSUM !

CEHJ

CEHJ BSUM 2 H

CEHJ

CEHJ 8SUM 3 H

CEHJ

CEHJ BZERO H

CEHJ

CEHF UCCK 2 (B)H

CEHF

CEHJ NUMB ONES @ H
CEHJ NUMB ONES 1 H

CEHM
.J
CEHM
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CEHD

CEHD WIEK @ ¢1)H

CEHF UCCK 2 ¢1)H
CEHF UMSC @ C13H

CEHD +F

CEHF ,A
CEHH WF

(@M

CEHJ NUMB ONES 2 H
CEHJ NUMB ONES 3 H

CEWF

CEHM,J
CEHM,J

CEHD ULEK

CEHF UMSC

CEHJ NUMB ONES 4 H

CEHMJ

CEHJ PRIOR @ H

CEHMJ

¢1)H

CEHD F

CEHD UMSC=C L

CEHF UMSC

CEHD

C1)H

CEHF

CEHD UMSC=D L

CEHF UMSC 2 (B)H

CEHF

CEHD

CEHD UMSC=E L

CEHD

CEHF UMSC 2 C1H

CEMF

CEHF UMSC 3 (B)H

CEHF

CEHJ PRIOR 3 H

CEHJ
N

CEMD UMSC=INH CMP M L

CEHD

CEHD USE SAVED DT L

CEHF UMSC 3 C1OH

CEHD

CEHF

CEHE

CEHH N

CEHJ,N

CEME CHMODDADRS TRAP L

CEHH CUR MOD @ (1)H

CEHJ PRIOR VALID H

CEHH CLR MOD

CEHK ATHP16 H

CEHP,E

CEHH,N

CEHM,K

CEHE CMP MODE C(@)H

CEHK ATHP17 H

CEHE

CEHH

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CEHE CMP MODE H

CEHH CUR MODE @ H
CEHH CLUR MODE

CEHK ATMP1S H

CEHH

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CEHM,J

CEHJ PRIOR 2 H

CEHM,J

CEHK ATMPIQ H

CEHM
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CEHE €S PE TRAP L

CERH FPD BIT L

CEHE

CEHH

CERH

CEHM
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CEHE

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CEHK ATHP2@ H

CEHE DATA ALIGNED (1)>H

CEHH

ID TO PSL L

CEHE

CEHH.A

CEHM,K

CEHE FLOAT OP TRAP L

CEMH

CEMK ATHP21

CEHH

IPL@ (1)H

CEHK ATHP22 H

CEHE

CEHR 1 H

CEHM,K

CEHE FOP LATCH C1)H

CEMH

IPL1

C1)H

CEAK ATHP23 H

CEHR M \H

CEHM
K

CEHK ATHP2Y H

CEHK
N

CEHE PAGE TRAP H

CEHE

CEHE LNALIGN

CEHH

IPL2 (1M

CEHE

CEHR 4MH

CEHH

IPL3 (1)H

CEHK ATMP2S H

CEHR M H

CEHK
N

CEHE

IPLY ¢ 1)H

CEHK ATMP26 H

CEHE

CEHM R H

CEHK
N

CEHE UTRAP VECT @ H

CEHH

CEHE

CEHH

CEHK
N

IS+CH L

CEHK ATHP27 M

CEHE UTRAP VECT

CEHK ATMP28 H

CEHE

CEHH

CEHK
N

CEHE UTRAP VECT 2 H

CEHH NCM GT PSL CM H

CEHE

CEHMH

CEHK
N

CEHE UTRAP VECT 3 H

CEHH PRV MOD 8 C1)H

CEHK ATHMP29 H
CEHK ATMP3@ H

CEHK ,F

CEHM

CEHK
4N

CEHF +3v C H

CEHH PRV MOD

CEHK ATHMP31

CEHF

CEHH,8

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CEHH PSL CHP ¢ 1)H

CEHK BTMP16 H

CEHH,N,E A

CEHM
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CEHH PSL DV (1)H

CEHK BTMP17 H

CEHH,C

CEHM
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CEHK BTMPIS H

CEHM
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CEHE UTRAP L

CEHF CCL? L

CEHF ,C

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PAGE NUMBER(S)

NOTES:

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SIGNAL NAME

PAGE NUMBER(S)

CEMK BTMP28 H
CEHK BTMP2! H
CEHK BTHP22 H

CEHM K
CEHM K
CEHM K

CEHL NINTV31 H
CEHM [DM16 H
CEHM [DM17 H

CEHK BTMP28 H

CEHK N
CEHK N
CEHRK N

CEHM [DM21 H
CEHM [Dn22 H
CEHM IDM23 H

CEHMK BTMP1S H

CEHK BTHMP23 H
CEHK BTHP2Yt H
CEHK BTMP25 H
CEMK BTHP26 H
CEHK BTMP27 H

CEMK BTMP29 H

CEHK BTMP3O H

CEHL NINTV3® W

CEHM K

CEHM,K
CEHK N
CEHK (N

CEHK N

PAGE NUMBER(S)>

CEHP ID28 H
CEHP (D29 H
CEHP [D30 H

CEHP K JL
CEHP (K 1 J 4L
CEHP K J L

CEHP K yJHWL
CEHP
CEHJ
WP DLEC
P ,E
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CEHL
CEHR
CEHR 1 ,H

CEHM [DMA SO H

CEHM

CEHR IPL RCT 1 H

CEMR «M,H

CEHM [DMA S2 H
CEHN [DM24 H
CEHN [DM2S H
CEHN [DNM26 H
CEMN IDM27 H
CEHN IDM28 H
CEHN [DM29 H

CEHM
CEHP N
CEHP N
CEHP N
CEHP \N
CEHWP N
CEHP (N

CEHR IPL ACT 3 H
CEMR [PL ACT 4+ H
CEHR REQ GT [PL H
CEHR VAQQ H
CEHR VRGO L
CEHR VRO! H
CEHR VROI L

CEHR M H
CEHM R H
CEHR
CEHR\E
CEHR(E
CEHR E
CEHR (E

CEHMN IDM31 H
CEHMN IDMB S@ H
CEHN IDMB St H
CEHN IDMB S2 H
CEMP CMP MODE B8 H
CEWP CPTQ A H
CEHP CPTQ 8B H
CEHP CPT1 A H
CEHP CPT3 A H
CEHP CPT3 8 H

CEHP N
CERN
CEHN
CEMN
CEHP
CEHF ,D,P.C,B
CEHH J\PE
CEWF ,P,E
CEHK P ,E
CEHK (P

CEHS SDMS CHNL C1)H
CIBH SDMS DEL CLK L
CIBH SDMS LORD W
CIBH SDMS SLF TST H
CIBN ROM NOP L
CLKB LECL CPT@OR3 H
CLKB LECL CPT@BR3 L
CLKC CPTIAR3 H
CLKC CPTIA3 L
CLKE CPT3B2 H

CEHS
CEHS
CEHS
CEHS
CEHE
CEHP
CEHP
CEHP
CEHP
CEHP

CEHP,C,E

CLKE CPT3B2 L

CEHP

DAPB AUALLI=A PLUS B L

CEHB,S

CEHL

CEHN [DM30 H

CEHM,L
CEHM,L
CEHM,L
CEHM,L
CEHM,L
CEHM,L
CEHM.L
CEHM,L
CEHN.L
CEHMN L

CEHL INTV CNT286 (1)H

CEHN,L

CEHP CPT3 C H

CEHN L

CEHP [DO2 H

CEHR IPL ACT 2 H

CEHM

CEHR VA@2 L

CEHP (N

CLKL SYS INIT H
DAPB AUALU=A MINUS B L

CEHP 8
CEHP (C

CEHP 00O H
CEHP IDO1 H

CEHWP,B

CEHA,S

CEHL
CEHL
CEHL

CEHP [D17 H
CEHP ID18 H
CEHP D19 H

J H KL
CEHP
CEHP 4 J4H (KL
¢ J4H KL
CEHP
CEHP J4H KL

CEHL NINTV2? H
CEHL NINTVEZS H
CEHL NINTVES H

CEHP D22 H

CEML

DOPF ALU (15:98)>=0 L

DOPN EALU 98 H
DDPN EALU @9 H
DOPS FLOAYT N Z2ERO H

CEMP (K JHL
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CEHP K 4 JyH L

CEHP [D24 H
CEHP ID2S H
CEHP 1D26 H

CEHL
CEHL
CEHL

DCPL ALU CARRY 31 L
DOPB AMX 15 L

«J HWK L
CEHP

CEHP D23 H

CEHL

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CEHL NINTVRO H
CEHL NINTVE! H
CEHL NINTV22 H

CEHL NINTVEE H

S
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rg
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DCPA AMX @0 L
DCPB AMX @7 L
DCPD BMX 07 L
DCPF ALU (87:00)=0 L
OCPH vA B2 (1)H
DCFJ VA 8@ (1)H

CEHL NINTV2S H

CEHP
CEHS B

CEHR S
CEHR,S
CEHR S

CEHP B
CEWP C
CEHP (C +H
CEHP CH
CEHP \H
s JJH KL
CEHP

CEHP ¢ J K 4L oH
CEMHP +J KL

DCPJ VA B1 (1)H
DCFL AL CARRY @7 L
DCPL ALU CARPY 1S L

CEWP 1003 H
CEHP 1DO% H
CEHP 1DBS H
CEHP IDB6 H
CEHP [DO7 H
CEHP ID16 H

CEHP [D2O H
CEHP 1D21 H

CEHR ,E

—

CEHN,L
CEHN L
CEHL
CEHL
CEHL
CEHL

CEHL
CEHL

CEHR M, H

CENHS .8
CEHA,S
CEHA,S
CEHS (R
CEHR S
CEHR S

CEHL INTV CNT30 C1)H
CEHL INTV CNT31 (1)H
CEHL NINTVIE H
CEHL NINTVIZ H
CEHL NINTVI8 H
CEHL NINTVIQ H

CEHL NINTVE3 H
CEHL NINTVEZY4 H

)

CEHP (K +JoH4L

CEHP SYS
INIT BA LL
SYS INIT
CEHP
CEHR INTR REQ L
CEHR IPL ACT @ H

CEHM [DMR St H

SIGNAL NARE

CEHP [D27 H

CERL

CEHL
CEHP 1
CEHP

sl lal

CEHP
CEWP M
CEHP

CEHL INTV CNT16 C1)H
CEHL INTV CNT17 C1)H
CEHL INTV CNT18 C1)H
CEHL INTV CNTI19 C(1)H
CEHL INTV CNT2@ C1)H
CEHL INTV CNT21 C1)HH
CEHL INTV CNT22 (1)OH
CEHL INTV CNT23 C1)H
CEHL INTV CNT24 C1)H
CEHL INTV CNT25 (1)H

CEHL INTV CNT29 (1)H

PAGE NUMBER(S)

[ [a]

CEHP [D3! H
CEHP PSL CMP H

CEHK N

CEHN L
CEHN L

CEHP 1
CEHP .1
CEHP 1

CEHK \N
CEHK
CEHK
CEHK
CEHK
CEHL ,P
CEHL

CEHL INTV CNT27 (1)H
CEHL INTV CNT28 (1)H

CEHrt IDN18 H
CEHM IDMIS H
CEHM IDM2G H

CEHK BTMP31 H
CEHK TMP ARG L
CEHK TMP A1 L
CERK TMP R2 L
CEHK TMP A3 L
CEML +3V E H
CEHL EN T(27:24) H

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DEPA ALU @7 H
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16 H

CEHA

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CEHR

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IPL ACT

CEHR

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CEHR

ICLB

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CEMN

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CEHE

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CEHC

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ID RIGHT ADDR3 H

CEHK

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CEHL

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IRCF OPC @ H

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PAGE NUMBER(
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IRCF OPC 6 H

CEHA

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IRCJ BYTE CONT H

CEHD
S

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IRCJ FLOAT H

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FIRST USED ON OPTION/-MODEL:
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|NEXT

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S12E {COOE

|CS

NUMBER

[M7472-B-CEHX

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M7473-00

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UNIT ASSEMBLY

K-PL-M7473-0-DBP|

AlB

PARTS LIST

K-PC-M7473-Q-DBC | —

AlB

PC. DESIGN

B-DD-5016100-0-0 |

DRAWING

D-CS-M7473-0-0Q

|21

DATA

BASE

TOP DOCUMENT

PART

NUMBER

REV

GTY

DESCRIPTION

VARIATION
1

5016101-01

2
3

1000021-00
1000024-00

220.0
470.0

1001610-00

1001776-00

.01

ETCH

1004813-00

CIRCUIT

MMF
MMF

REVISION

MFD

S0V

MFD

35V

+80-20%

10%

20V

10%

MFD

35V

10%

1009964-00

.68

8
9
10

1110864-00
1011740-00
1012784-00

LED 2MCD@10MA
5600.0 MMF
50V
.047
MFD
50V

1017472-00

1100114-00

Plv=

1211164-07

SW,DIP

MFD

1216988-02

HANDLE ,MODULE ,HEX

15
16

1300271-00
1300295-00

220.0
330.0

1300365-00

1.0

1300391-00

19
20
21
22
23
24
25
26

1300439-00
1300479-00
1301310-00
1301423-00
1301972-00
1302091-00
1302092-00
1302394-00

REVISION HISTORY

'ENG!

ECO

NUMBER

'BASIC

PART NO:

S.TANT

CER
CER

8
1
13

5VDC100MA

TWO

05-D10

$1-515

EJECTORS

W
W

5.0
5.0

%
%

CF
CF

2
8

.25

5.0

.25
.25
.25
.25
.25
.25
.25
.25

W
W
W
W
W
W
W
W

5.0
5.0
5.0
5.0
5.0
5.0
5.0
5.0

%
%
%
%
%
%
%
%

CF
CF
CF
CF
CF
CF
CF
CF

1
2
4
1
2
1
4
6

IDRN:

SHEILA

MANSOR

!DATE:

C71-C76

.25
.25

C1,C7.C10

D1-D4,D11-D14
C11
€9.C12-€20,C22,€23.C26

.25

06-JUL-83

R99,R600
R83,R86,R89,R92,R484,R487,R490,

CONT

R493

CONT
CONT
CONT

R124-R128,R196,R219,R224-R227,
R229-R232,R312,R315,R318,R349,
R351,R354,R900

!
!

R94,R97,R98,R100,R103,R108,

R195
R209
R104,R107
R199,R203,R210,R214
R208
R228,R233
R198
R201,R212,R216,R364
R95.R96,R101,R102,R105,R106

ITITLE

v
!

!
:

't
'

oot

t(C)

IDES.ENG:

oo
I

!
!

'
L

!
!

'STZE!CODE! NUMBER
'
R
e
R R

(D)
(E)

ISECTION.VARIATION
00

‘A

[A]
(B}

INDEX

INITIAL

S.TANT

C21,C24,C25,C27-C67

K
K
K
K

!CHK'D:

E.T.GERRY

!
!

M.STEFANSKI

LO(F)

'RESP.ENG.: M, STEFANSKI

Coo

LK)

IMFG.ENG.:

Coo

v
L

i
I

L(H

:J§

Lo(L]

LM
.

[N}

1
!

'DATE:

7-JUL-83

!
!

v
b

M.KRYSAK

IDATE:

LIST

CLOCK

z
1

20-SEP-83

'
'

PARTS

!
!

'DATE: 20-SEP-83 ! K

DOCUMENT NUMBER

! PL ! M7474-0-DBP
!

'DATE: 20-SEP-83 ! RELEASE DATE:

!
REV

A
!

14-0CT-83

!
g

'ASSEMBLY NUMBER:

!TOP DOCUMENT NUMBER:

' FILE NAME:

'EDIT #!

E-UA-M7474-0-0

1B-DD-M7474-0-0

119

"“THIS DRAWING AND THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY.

Z3950A .PLS

THEY ARE THE PROPERTY OF DIGITAL

IEQUIPMENT CORPORATION AND SHALL NOT BE REPRODUCED OR COPIED OR USED IN WHOLE OR IN PART AS THE BASIS FOR THE MANUFACTURE OR SALE
!
OF ITEMS WITHOUT WRITTEM PERMISSION,
THIS IS AN UNPUBLISHED WORK PROTECTED UNDER THE FEDERAL COPYRIGHT LAWS."
|

C6,C8
C3,C4

!SECTION

t---1

M7474

S.TANT

DESIGNATOR

!REV

1.50
3.30
10.0
270.0
6.80
270.0
330.0
220.0
30.0

CER

Z5U

+50-10%

15
16

2
2

2PQS/1PST

MICA
MICA

10%
+80-20%

35V

[0=135

REFERENCE

5%200PPM
5%200PPM

MFD

8
9
10

VARIATION

LEVEL:

BOARD

100V
100V

PER

AUTOMATED

LINE

27
28

ITEM

27
28

BY
TOP

SEE

PARTS

PRTLST
. 4Q(50)
DOCUMENT

NOTE

PART

NUMBER

1302874-00
1302956-00

66-68

MIN
REV

@TY
00

DESCRIPTION
VARIATION

REVISION

147 .0
196.0

1,0 % RN55D-F10
1.0 % RNS55D-F10

.25 W
.25 W

PER

REFERENCE

SEE

NOTE

1302957-00

69-71

121.0

.25

1.0

CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT

RNSS5D-F10

CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
185

e,
N
L

CLOCK

DESIGNATOR

R35,R37,R39,R41,R43,R45,R47
,R49,

R51,R53,R55,R57,R59,R61,R63,R65,
R67,R69,R71,R73,R75,R77,R79,R81,
R85,R88,R91,R109,R129,R133,R135,
R137,R154-R158 .R160,R162,R164,
R174 ,R176,R220 .R222,R234 ,R236,
R238,R240,R242 .R244 R246,R248,
R250,R252,R254 ,R256 ,R300,R302,
R304,R306,R308 .R310,R314 ,R316,
R320,R322,R324 ,R327,R328,R330,
R332-R334,R337 .R340,R342,R345,
R346,R350,R355 .R357,R360,R362,
R365,R368,R372 .R374 ,R375,R377,
R380,R383,R385 ,R387,R389,R391,
R392,R397,R398 .R400,R402,R404,
R406,R408,R410, R412,R414 ,R416,
R418,R424 ,R426 .R432,R434,
R439-R443,R445 ,R446,R443 ,R451,
R453,R455 ,R456 ,R458,R470,R471,
R475,R476,R479, R480,R482,R485,
R488,R491,R601 ,R&E02,R604,

CONT

]

R433,R435,R436,R444 ,R448,R450,
R452
,R457
,R45
,R459,R472-R474,
4
R477,R478,R481 ,R483,R486,R469,
R492,R603,R605,R606,R610,R611,
R613,R614
R1,R3,R5,R7,R9,R11,R13,R15,R17,
R19,R21,R23,R25,R27,R29,R31,R33,

CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT
CONT

'TITLE

R82,R84 ,R87,R30
R2,R4,R6,R8,R10,R12,R14,R16,R18,
R20,R22,R24 ,R26,R28,R30,R32,R34,
R36,R38,R40,R42,R44 ,R46,R48,R50,
R52,R54 ,R56,R58,R60,R62,R64
,R66,
Re8,R70,R72,R74 ,R76,R78,R80,
R110,R130,R134,R136,R138,R159,
R161,R163,R165,R175,R177,R221,
R223,R235,R237,R239,R241,R243,
R245,R247 ,R249,R251,R253,R255,
R257,R301,R303,R305,R307,R309,
R311,R313,R317,R319,R321,R323,
R325,R326,R329,R331,R335,R336,
R338,R339,R341,R343,R344
,R347,
R352,R361,R363,R366,R367,
R369-R371,R373,R376,R378,R379,
R381,R382,R384 ,R386,R388,R390,
R393,R394 ,R396,R399,R401,R403,
R405,R407,R409,R411,R413,R415,
R417,R419,R420,R425,R427,R428,

179

CONT
CONT

LEVEL:

CONT
CONT
CONT
CONT
CONT

SHEET

VARIATION

ISECTION A

ISIZE! CODE!
!

VoK

]

{

DOCUMENT

NUMBER

M7474-0-DBP

LA
1

AUTOMATED

LINE

ITEM

PARTS

PRTLST
. 4Q1(50)

TOP

DOCUMENT

PART

NUMBER

I
REV

DESCRIPTION
VARIATION

QTY
00
REVISION

PER

VARIATION

SHEET
REFERENCE

DESIGNATOR

LEVEL:
CONT

R607-R609

30
31
32
33
34
35
36
37
38
39

1309595-00
1310867-00
1312930-00
1510959-00
1511686-00
1910436-00
1921314-01
1910645-00
1911324-00
1911469-00

1.0
M
.25 W 5.0 7%
CF
680.0
K
25 W 5.0 %
CF
5.10 K
.25 H 5.0 %
CF
2N 3725
NPN 3 .5WC SI 50 60 P
DECS5433 FET N 350MW 10
25 1A
DEC
74123
ONE SHOT-DUAL,RETRIG
74F74
FF-D,DUAL,POS.
,EDGE
75452
DRIVER,PERIPH,DUAL,
7414
INVERTER,HEX 1IN SCH
DEC
8640
RECEIVER,BUS,QUAD .U

4
1
6
38
16
3
2
1
1
1

R202,R206,R213,R217
R197
R194 ,R200,R204 ,R207,R211,R215
G1-038
039-054
£5.E6.E10
E9.E11
E3
E7
£22

40
41
42
43
44
45
46
47

1912108-01
1912746-00
1912811-00
1912838-00
1913220-00
1917261-00
1917271-00
1917277-00

LM
DEC

1
2
1
1
2
1
5
11

41
49

48
49

1917280-00
1917281-00

100125
100124

TRANSLATOR,ECL
TRANSLATOR,TTL

E8
£E21,E24
E23
E12
£E27,E37
£48
£E42,E43,E49 ,E67.E70
£E51,E53,E55,E56 ,E58,E59.E63,E64,
E68,E69,E71
£18

1917284-00

100118

OA/QAIl.,5 WIDE

E44

52
53

1917288-00
1917289-00

100107
100102

OR/NOR,EXCLUSIVE
,QUI
OR/NOR GATE,QUINT,?2

1
7

E62
£39.E47 ,E52.E57 ,E61,E66,E72

55
56

1921307-01
1921310-01

74F04
74F11

HEX INVERTER
AND GATE,TRIPLE,3-IN

1
1

E13
E14

£30,E31

339ANVOLT. CMPRTR,QUAD
74S37
NAND GATE-QUAD 2IN
LS21
AND GATE-DUAL 4IN,PO
LS132
NAND GATE-QUAD 2IN P
10216
RECEIVER,TRIPLE LINE
100171
MUX,TRIPLE,4-IN W/EN
100151
FF-D HEX
100131
FF-0 TRIPLE

CONT

1917286-00

57
58

1917290-00

57
58

60
61
62
63
64
65

ITEM 28,

100101

RECEIVER,LINE,QUAD

OR/NOR

GATE,TRIPLE,

10H10%1 OR/NOR GATE
10H105 OR/NOR GATE

3009185-00
1821969-0"
1821969-02
1821969-03
9000024-01
36G07201-00

JUMPER, WIRE, INSULATED,
OSCILLATOR, XTAL
108.0
OSCILLATOR, XTAL
120.0
OSCILLATOR, XTAL
126.0
EYELET,ROLLED
0.12100X0.192
PAD,MOUNTING,COMPONENT

REFERENCE DESIGNATORS CONT.

QUAD
TRIPLE

10H125 TRANSLATOR ECL

NOTE:

R623,R630,R800,R802,R804,R811,R821,R888,R950,RS77-R979,R987,

NQTE:

R989,R995,R807,R996,R998,R999,RS00-R505

70 NOTE:

ITEM 29,

REFERENCE DESIGNATORS CONT.

2-3-2
TTL QUA
BILACK B
MHZ
MHZ
MHZ

1
3

E15-E1i7

£38

£E50.E54 ,E60

6
2

£25.E26 ,E28,E29,E35,E36
£40.,E41

6
1
1
1
12
38

W17-W22
E32
£33
E34

ARE R616,R618,R620,

69 NOTE:

TT
EC

1921718-01
1921719-01

1921720 01

60
61
62
63
64
65

66 NOTE:

100114

TO
TO

ARE R612,R615,R617,

R619,R621,R622,R801,R805,R806,R810,RB20,R822,R951
,R506-R511,RB03

'TITLE

CLOCK

!
'SECTION A
]

OF A

'SIZE!CODE!
!
!
!

DOCUMENT NUMBER

LK | PL | M7474-0-DBP
]

!i REV
]

LA
1

AUTOMATED BY

LINE

ITEM

NOTE:

PRTLST.4Q(50)

MIN

TOP DOCUMENT

PARTS

PART NUMBER REV DESCRIPTION

VARIATION

LI1ST
REVISION

GTY

LEVEL:

PER

SHEET A4

VARIATION

OF A4

REFERENCE DESIGNATOR

R959.R986,R988,R990,R391,RI93,R994

TTITLE

CLOCK

{SECTICN A

OF A

TSIZECODE! DOCUMENT NUMBER

K | PL ! M7474-0-CBP

! REV
!

|
!

{
CPU

7
AND

SBI

6
C

CLOCK

)

GENERAT Ton

AND

SELECTION

0SC2xF

SBI

0SCaXF L

START/STOP/STEP

CCNTROL

START

CLK

GENERATOR | SBI TP (1> M

CPU OSC2XF L
'
CPU 0SCxF 1

SBL

A 4 A

SBI

(CLKN)

(By

PCLK

)

(1) M

EXT 0SC H

EXT OSC L W

SBI

PDCLK (1> H

FROM

cie

STS

sBC

oMM L

BRKMAT

SBI

PDCLK (@) H

st 1 u

—0 ‘o—%sax

TO SBI BUS

——
o
sst rocik
+—o—-»58l

PDCLK L

_’

4 §L°C§

SYNCHRON I 2ER
S1GHAL

—P|

STSSYNC (8) H

CONTROL

PHAS

a| ERROR

P L

—0 WSBI PCLK H

(CLKS)

)

¢(@)>

)

PROSYNC (1) H

DETECTION

|
R 4

A 4

SOMM ENAB (B8) H
SBCSYNC

(CLKT)

{

(CLKJ>

PrOCEED L JPhH—

FRO
FROM

DESKELI
ORIVER

—P!

——0———0—P)
s8I PCLK L

FRo L PH——
FRI1

‘32[5]

SBI INDICATOR LEDS

)

YN
SYNC
2 XF H

)
4

SBI PCLK (@) H

A A AAsaa

1x13 B-eheH

sB1

CPU OSC2XF H

CELKM LV i)

» SBauEncE
(@)

)

e , ‘ua,

]

S storeen 1

581 0SCuxF H

b ENCE

CPU TP (1) MW

CENERATOR

oo o) w

4
a|

CPU PCLK 1) H

L»

CPU

PCLK

(@)

CCLKK)

FAKEFAIL

SEQUENCER

CPU

TP H

CPU

cpu PCLK H

ePU
TO

0——»0” CPU PCLK L
CPU PCLK L

]
POLER

DP CPU PCLK H

STARTUP H

Prase ERR L

[-0
o———
_/
PD
0P cPu TP L

CPU POCLK (@) H

D cLock

,—o/'o——PDor cru TP M

KEW~/
ORIVER

CPU PDCLK (1) H

CELKU)

CCLKU)D

o————FP
0P

FAKEDEAD &

cPu

POCLK

cLOC

CPU

CLOCK

OISTRIBUTION
——
H

cpu poch H

cpu POCLK L

CPU

—

CLOCK

DISTRIBUTION

A{‘;v

POLER FAIL FETS

ETRCE) .

I
14

cru e L P

—> N

—)

cru peLk 1 PP
RECIEVER

cPu POCLK H PP

CECOPERS

cru pocik LIH—)

|
)

(CLKA)

|
——)

Y
V¥
CPU

INDICATOR

e 1ac ohuPreay

LEDS

—

S
__

—

POWER

FAIL

»——}

—-» SYS INIT B L

MAINT PF TEST POINT L Py

NO, [REV
d

o
0

NG .

DATE

OSRD

M7474 BLOCK DIAGRAM

OR T@,m’o
g t 30[3559-93
N A

CHKTMD.

P uerac !it w

ATE

[/Pg’T_En TITLE

LOCRTXONO

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aF!B

DSKB: CTATLORD (LK bR [I0-SEP-83 19750 TEXT
1 IoHER ASSEMBL T

FIRST USED ON OPTION/-MODEL:

D) s INIT K

(CLL

SEQUENCER

ACLO OR FAIL H

—% SYS INIT A L

ACk PR FAIL L JH——P
CPU

—

———P» P FAIL INIT <1

0BUS ACLO L »——)
BAT DCLO H

SEOLENCER

__ CNSL RESET L »———}

gL
»
B

B cruocLo L

VVvew

POLER

REVISIONS

i%ét&,g:gg??é CHK [CHANGE

(CLKBAC\DEVF
Hyd>

r:\:

ACLO

FROM

MODULES

__’

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[

% PS DCLO L

____

Ron_POLE

CLOCK

CLOCK SIGRALS
TO

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CPU ACLO

(CLKA)D

EREIN, ARE. e PROPERTTC oF
DIGI T %gaéémf

PSEUDO-E

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ORIVERS

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L__

(CLKR)>

4
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)

CLOCK
(CLK)

S12€E |CODE
K_|CS

NUNBER
M7474-0-CLK]
]

REV.
A
.

[2[a] 2perealala]l

M
BUS SBI TP

BURYRWEWAWAWEE
sons | sens | sews | sews

==\ VY
BUS SBI PCLK L

/_-_\__—/——\_—_/—\
T

BUS SBI PDCLK H __/
BUS SBI PDCLK L

IRV

—\___/_—__\___/_

180NS

100NS

198NS

]

—
/—-—\
SBI TO H /—_-\
/ \
S8l T2 W ___,/——\
SBI T3 H

SBI Tt H ___/[—j\

/_\

J(_—\

J(—_—\

/__\

i:
.:é

/_\

4/—\___

§_ ‘=’{

J,_-\

(SBI

%N. E“

D SPeLIF IURTTUND

Mwm_ TM @'{

REVISIONS

NO. [REV
0% COPTEDICHIK |CHANGE
R ooutED
T GSED IN
T
[
LHOLE OR IN PART

THE BASIES FOR THE MANLFACTURE
ITEMS WITHOUT RIT
e oF

[SSIoN.

(@) 1983,
__COPYRIGHT
AT LON"

TIMING>

ARE

THTLE:

dofln?a‘:l(%nPL {i%g.o o —SEP-83 88:%3 NE-:(T HIGHER ASSEMBLY: SI2e CODE]

FIRST USED ON OPTION-HODEL:
3

11,789

B-DD-M7474-0-9
2

CLOCK

Sur%éEK 2 [ REV.

_|CS {M7474-0-CLK2
1

’

CPU TP H

[

/__\fl

]

NS | IINS | IINS | IS

l 2 [ 3~J

7<§ }

Emgs?nuuulm u):SH

&
Pz

\_—‘—gg

K«

66.6N5

7
CPU POCLK L

WY | R

I
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1W
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CPT3 H

wrosn]

“
‘

Y W

/—\
[\

[

/-\\
[\

11«

o«

[\
4

/)
—

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4

NORMAL

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§
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s |

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MODE

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SPECTFTCATIONS,

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1 REVISIONS l

FS’:“L 55T BE REPRODUCED
OR CoPIED)

NO. IREV

((fl

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{t @

DATE

Y m’zm st | Ay ki

CHK'D

pvause?

DATE 8022? LQCATION:

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CLOCK

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DSKB:
< TATLORYCLK 3.DRU m sep ST 07 S NEXT HTORER ASSEROLYT ——{ST3E |COsE

Do o CauLPrELT ot

FIRST USED ON OPTION-MODEL:

7474 -0 CLKTY

R W B

11,785 _ |B-DD-M7474-0-0

K_{CS

(CLK)

NUMBER

[M7474-0-CLK3
—

SIct

AV VA

llfl

[ REV.
A

*+3.3v

R208
R2@9

Q38

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lllF

FAKEFAIL L

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+5.0v

STARTUP H

nc‘:.j /\ l

£15

§§

FAKEFAIL L

/>§

S12€ [ COOE

NUMBER

FAKEDEAD L

) 4——sus nin——P

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(SBI CLOCK POWER LP SEQUENCER TIMING)

REVISIONS
FERE
DTN, ARE. eTHE.
N5 PROPERTY
ees on Coe OFS| CHK [CHANGE
NG . [REV

&E”ggs %:'2,,3’2:%?2’%:,5

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M7474-8-CLKY

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CLOCK

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(CLK)
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DSKB: < TATLORDCLK'Y.DRU [39-SEP-83
11-78% 18-DD-M7474-8-0

FIRST USED ON OPTION-mMODEL:
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{-——smnr CLOCKS
STARTUP H———-%——L——_l—

SYS INIT H—r
RUN M=

0SC8XF H

U
L]
UL
JR—

CPU OSC4XF H—i

L —_]

O0SC4XF H

—44

START CLKC1) H

SBI

f——

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(m—

P
ERERERERE
L

ERSREREREN

cPY TP H

—

A A

’

ll ‘ll _’IIII‘ B

—

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CPU 0SC2XF H

___|

—

J
‘CPU PCLK H

CPU PDCLK H

{

)]

€81 0SCaxF H

S8L TP H

S8 PCLK M

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S8l PDCLK H

o
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CPTI H

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4

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SBL T1 H

SBI T2 H

SBI T3 H

SPELUTFTUATIORS

REV

Eingar
B S et SR
THE BASIS FOR THE MANUFACTURE OR|

e
s toN. T CORTRIGAT € 1383 ]
DIGI AL EOIPHENT CORPORAYON"

DRNy:

N
i

DATE

JENG.

ATE

Y@m’?/l:h 30-SEP-83 | /. ST amsha

(d] 0 g 0 {fl@
|] CAK DT
L

SEQUENCE >

R
L o0 PrENTCORPORATN “?“;CHK TCHEQN;SEXONNOS REV

(CPU & SBI START

‘/

DRAUTRG AaND

)

DATE~ - |BOARD
LOCATION:
_AFI6
ISHEET
1
OF

DSKB: ( TAYLORYCLKS .DRD_[38-SEP-873
B8:
50|B-DD-M747%-8-0
[NEXT HIGHER ASSEMBLYT
FIRST USED ON OPTION-MODEL:
11,785

TITLE:

/o?' -EZ ITLE

CLOCK

(CLK)

ST2E |CODE
NUMBER
CS [M7474-B-CLKS

REV.
A

[2[a] "Rarelglall
A3y

CLKK ACLO OR FAIL H

/'—

““/

— 15 [

7?]

‘;;§

CLKK FORCE INIT L

¢N>

)l
T

SMS MIN

V- N

CLKK CPU OCLO L

——__—-W\

/%;

Vg4

27
POWER P SEQUENCE

¥ ¥

¥ TRIGGERED FROM THE FIRST ASSERTION

TRIGGERED FROM THE LAST DEASSERTION

POWER DOUN SEQUENCE

OF A DCLO EQUIVALENT SIGNAL.

CLKR PS DCLO L
BUS SBI DEAD L
CLKK FRKE DCLO (1) L

CO0E

DCLO EQUIVALENT SIGNALS:

CLKR PS ACLO L
BUS SBI FAIL L
CIBv QBUS ACLO L
[RCM 8AT DCLO H
CLKL MARINT PF (1) H

[=]

ACLO EQUIVALENT SIGNALS:

SI1gE

OF AN ACLO EQUIVALENT SIGNAL

(CPU

TSI

it i e

POWER

FAIL

DSKB: (TATLOR>CLKS
0% J-SEF-2:

—

[@]]

FIRST USED ON OPTICh =iE.:
(02

SEQUENCER

v b
R RETTMWAL EERERE

dlilgi|t|all ="
]

——

78MS NN

h. 4

—

sns MIN

REV.

I =l

CLKR PS OCLO L

7474 -0-CLK6

CLKK
FAKE DCLO ¢1) L
BUS $BI DEAD L

“a:

~&%

- SO

A
i2

TIMING)

A
NS

TzE 7Tt
L

TlET it

- -

nLTEEE

MI474-3-CLKG

[

J aJ )

awa-a-hazu] SJI x”
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3002 ] 3218

SCHEMATIC

JUMPER
R
[caT LON

PEFERENCE

CLKB 'CLKC +CLKD «

CLKE yCLKF +CLKH

ST.52,54 THROUGH 53

INSTALLATION DATA

SUITCHED "ON" ONLY WHEN ACCELERATOR

SEND ECL CLOCK

—

IS INSTALLED.

SIGNALS TO THE
ACCELERATCR (SLOT 24,

25,26 AND 28)

CLKR
L

CLKS

W17 THROUGH W22

CLKU

S19 THROUGH S15

S3 “OFF" AND W17 THROUGH W22 ARE

DRIVE SB8I FAiL AND SBI DERD

REMOVED ONLY WHEN THE CPU RECIEVES
IT*S CLOCK SIGNALS FROM ANOTHER DEVICE

ONTO THE BUS IN THE EVENT
OF POWER FAILURE IN THWE CPU

ON THE SBI (SUCH RS A SECOND CPU).

SUBSYSTEN.

DRIVE THE SBI CLOCK S1GNALS
ONTO

THE BUS.

S13 THROUGH S15 ARE “ON" FOR

DRIVE THE CPU CLOCK

A SINGLE PROCESSOR CONFIGURATION.

SIGNALS TO THE CPU
DISTRIBUTION CIRCUITS.

S10 THROUGH S12 ARE "ON" WHEN
THE CPU RECIEVES

IT'S CLOCK

REV.

SIGNALS FROM ANOTHER DEVICE (SUCH

(SWITCH

TG D S e aOPERTY
OF
REVISIONS
NO : IQEV
"P‘FWCHK [CHQNGE
coapogzflo:«
tfigfl&
SaLL ~OTE;S?PHENT
9E REPROGUCED
OR COPTED

JUMPER

SELECT

DATA)D

DRN
DRTE [ENG.
TITLE:
¥ /‘7'“‘4)
rfib.m?—tuly |30-sEP-81{
] 0 {E @ fl TR
BATE = ISHEET
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-,
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L
SI2E CooEl
.DRU [29-SEP-81 15: 96 [NEXT HIGHER ASGEMBLTY:
DOKB: < TRTLOROCLK/

@fl 0

ORTHE USED
N wHOLE
OR IN PART AS|
OR)
THE MANUFACTURE
BASIS [FOR

R TONT @1980|
| CoR
e Tabsaton.
DQUPMENT
CORPCRATIONTM

FIRST USED ON OPTION-MOOEL: 11-/785

[

B-DD-M7474-0-9

CLOCK
(CLK)
NUMBER

|CS |IM7474-0-CLK”

[

REV.
A

COOE

SIZ2E

[ l In?w?w

-0-CLK?

AS R SECOND CPU).

PURPOSE

—V

N
"

19
!

12/

1
3

! ‘

-4

CLKU CPU TP H

1960

196a

-5.2v

121a

;

gla

12)

-5.2v

12)

T2R

3(CLKD)>

eas

12)

RE@6
1960

5.0y

rent

1960

-5.2v

E38

€35

1960

CLKA DECD TID H {CCLKN)
CLKA DECD TID L ;¢(CLKN>

CLKA DECD T1A M §CCLKC)

CLKA DECD T1A L

iCCLKC)

CLKA DECD

5
A

T1B L

3(CLKC)

CLKA DECD TIC H §CCLKC)

CLKA DECD

TIC L

i<CLKC)

CLKA DECD T3A H {(CLKE)>
CLKA DECD

T3A L

i(CLKE)>

CLKA
CLKA

T3B
T38

3¢CLKE)
i(CLKE)>

DECO
DECD

H
L

CLKA DECO

T3C

;(CLKE)>

CLKA DECD PCLK H 3CCLKF)

CLKA DECD PCLK L 3(CLKF)

1eH1 9
Em1

18 ;1019

€48

REVISIONS

CLKA DECD PDCLK H i< CLKH)

CLKA DECD PDCLK L

CLKA DECD TS8 M s(CLKH)

CLKA DECD T83 M i<CLKJ)

CLKA DECD T5@ L

CLKA

DECD

T83 L

3¢ CLKH)

;(CLKH)

i(CLKJ)

DRN:

—~

DATE

|ENG.

;

DATE

dlilalilelal
b ..eiat | pient
% kil
0190
al | ffceo.
DATE |BOARD
(OCATION: Lt
AFib

ITEMS WlTHOUT LRR (rTe
ITTEN

X3 TATLORDCLKA
R>C
.ORH

RALE
(O L TEMSULDaOLT

§C(CLKF)

14
MCU‘“
DECD T3C H {¢CLKE)

R
Tovemce
o JrEy
B sts T el
To
endt s
ae
|
T
LoRPORAT

1oHI 0%

—)Mame

SOULPENT

jmma 3

13/

Tae

OYO2

oM O

1] Eve

CLKA DECO TP H

3
DECD TI1B H ;C(CLKC)»
‘Temg:cum

5/Eve

CLKA DECD T2C H ;(CLKD)
CLKA DECD TP L 3i(CLKF)

1oH1

SACE OF

i¢CLKD)

5 2y

LRDWAUING AND
A SPECTFICATIONS
LA LT.

CODE

CLKU CPU PCLK H

CLKR DECD T2B L

10M10

1OH10
12/E35

CLKU CPU PCLK L

DECD

CLKA DECD T28 M 3¢CLKD)

10H1Q

‘

CLKA DECD T@C M i¢CLKB)

CLKA DECD T2R L :¢(CLKD)>

€36

;(CLxB)

CLKA

1oHI YOS

4
11

€25

12)€3%

12)

TeB

19H1Q

12/E36

CLKU CPU POCLK H

DECD

CLKU CPU POCLK L

CLKA DECD TOB H i(CLKB>

CLKA

i(CLKB)

19H10

136a

{(CLKB)

TAC L

12)E2%

T@R L

CLKA DECO

Ty
R8

CLKA DECD T@A H i<CLKB)

CLKA DECD

A
|

RS
121a

€26

oAg

CLKU CPU TP L

DSKB:<

FIRST

[

USED

|27

OPTION-MODEL:

121a

ux:;);g;hchaj 333: aats J

REV.

r‘fi PEa1

€26

l c [ 'AUSUL

?S?g

10H19
10H1

12)

1aH1
€26

12/

—

7474 -8-CLKA

| CS

)

S12€

(=]

—CEPS
-GEP-83

= REEL
‘
2L
HIGHER ASSEMBLY:

13:Pa]NEXT

11785

|B-DD-M-474-0-0

|TITLE:

CLOoCcK
CCLK)

SIZE CGOE
K

_[CS

NUMBER
IM7474-9-CLKA

‘

REV.
A

B [
“ A3

LKA

DECD T@A L

A0
CLK8 LECL CPT@A2 L ;¢CANM,COMU>

-5.2v

[

“

CLKB LECL CPT@A1 H 5¢SBLH,SBHS>
BFD
CLKB LECL CPTBAZ H i< CAMM,COMU)

RED
CLKB LECL CPT@A3 L ;(CEHP,ICLS)>

GED
CLKB LECL CPT@A3 H i(CEHP,ICLS)
24)<@BD>
;(SLOT
CLKB LECL CPT@A% H

’oq"o8

CLKB

2 R15
Y21n
1[

CLKA DECD T@B L

R16

2T 136

1960

CLKB LECL CPT@B1 H ;¢ TBHMS,IRCH)
BID)

-5.2v

CLKB LECL CPT@B! L jCTBMS,IRCH) (AJD

-5.2v

3725

R22

372%

/};

IND TG H i(CLKL)>

R21
tela

CLKA DECD T@B H

3723

\Kg

CLKB LECL CPT@A% L i¢(SLOT 24> @8

321S

3 a4

€LKB LECL CPT@A1 L §(SBLMW,SBHS)>
BFD

300

121a

A3IBIN

R19

CLKA DECD T@A H

axw:)-e-no.zu[ sa[ 5 1

CLKB LECL CPT@B2 H i< IDPL DEPS> BKD

CLK8 LECL CPT@B2 L i¢IDLP.DEPS) BKD

CLKB LECL CPT@B3 W §(DDPS,TRSF) GBLD

ALD
CLKB LECL CPT@B3 L ;(DDPS,TRSF)

CLK8 LECL CPTOB% H<ARD>

CLKA DECD TaC L

e o
e

3 a3

3725

\~ 1
R18
196a

CLKR DECD TecC H

-5.2v

@RD
CLKB LECL CPTBC2 L 3iCUSCB.CIBV)

3.2

CLKB LECL CPT@C3 L $(SLOT 26,SLOT 25) (RS
'4:/'01_
se

1S DRAGING AND SPEUTF TURT TUNS o

monx'm O TPrENT CORPORATID angHK ERHEQVNIGSEXO:; TREV
ol es
I TTEN
L 8" e CulTOuT AR
1

L PreeoDt
S

CLKB LECL CPT@C! L 3i<DCPL,DAPN> (AP

CLKB LECL CPTeC4 L i¢SLOT 28> AU

Pl
-

s 121n

3 o

3725

R2Y
196a

RPDA
CLKB LECL CPTAC! H ;(DCPL,DAPN)>

2
.

SI12€E | CODE
NUMBER
@ | Kk | €S {H7474-0~CLKB

peo SN

REV.
A

CLKB LECL CPTe8% L A2

BRD
CLKB LECL CPTBC2 H ;(USCB,CIBV)

-5.2v

CLKB LECL CPT@C3 H i(SLOT 26, SLOT 25)@SD

Lo/'oa—[: CLKB LECL CPT@C4 H 3¢SLOT 28> AUD
Se

DR :

~—~

DQTE

ENG

@j a o & U 7/13..[“’2 1,-,“5*. 31-AUG-83
1
= 7] omre
DG 0| <j@) ! jemo.®
DSKB: < TATLORSCLCE.DRW_ [31-AUG-83_11:04 JNEXT HIGHER ASSEMBLY:
Y

FIRST USED ON OPTION-MODEL: 11,785 _ |B-DD-N7474-0-0
3

TITLE:

'ST2E |CODE
K

CLOCK
(CLK)D
NUMBER

|CS IM7474-B-CLKB
1

[ REV.
A

IEHE [

3783

CLKA DECD TiA L

CLKA DECD T1A H

R32

2 196a

COD
CLKC LECL CPT1A2 L icCanm,cOMU)

-5.2v

9%17-8-hemeH sal_x H
AIEIWN

3003 1218

=
-

3725

TFD
CLKC LECL CPT1AY L $(SBLM.SBHS)

GED
CLKC LECL CPTIA1 W i¢SBLM.SBHS)

DD
CLKC LECL CPT1A2 H ic¢camm.com

CLKC LECL CPT1A3 H i¢CEWP) CED

CLKC LECL CPT1A3 L {¢CEWP) CED

CLKC IND T1 H i(CLKJ)

=
3 ggas

Z.‘:3 R2?
1210
1

CLkA DECD TIB L

TN\

R28

R 1360

CLKA DECD co T1B H

CLKC LECL CPT182 L $.¢CILCS

-5.2v

372%

me \‘!

;

) 196a
CLKC LECL CPTIBY L 1<TBMS, IRCH) &

R33

iE 121a

CLKC LECL CPTIBU H ;¢ T8MS, IRCH) &ID

TKD
CLKC LECL CPT1B2 H §¢ ICLS HCSA>

5.2y

CLKC LECL cPT183 HETD

HCSA) CKD

cLke LECL CPT1B3 L LD

CLKC LECL CPTIBY M i¢SLOT 18 0cS) THD
_

CLKC LECL CPTIB4 L ;¢SLOT 18 ocs> LD

éa
Py

$ T5%a

CLKA DECD TIC L

-1
=

—

R3E
196a q ]

-5.2v

3 Q9

372%

CLKA DECD TIC H

CFD
CLKC LECL CPTIC! L iCPCSA,TRSF)

!‘

R3%

g?z1

12
g 372%
3

R36 N~
2 196 1

-5.2v

ERD)
CLKC LECL CPTIC2 L :cuscB.cisv

£
T
%

)y
CLKC LECL CPTIC2 W scusce.ciBvGRD

;

CLKC LECL CPTICT M 1¢SLOT 24> <EED

3:/'55 2

Lt~o Ol CLKC LECL CPTIC3 L i(SLOT 2> 32

TPD
CLKC LECL CPTIC1 W 3¢PCSA.TRSF)

[CLKC]

- DAT TITLE:
DATE ENG
P
ln-a;n-oa
ansbs
Ll
77
b 1-00-03
rfig,:fl’ph‘
d“fi g”fi t @HU =DRHK'D.
1 OCAT T QF!
CATE

fif%fi%fif&‘:fi?f%m CHKIC:QNGSEIONOSJ |REV
TR TURT TUNS o
WK TN WND SPEL

;‘é‘ifi:é’i;
SORPORATION"m;a
Do A PrEnT:%";::%mft“‘
IOR

USED

REVI

£ OR IN PART AS|

[

JNEXT HIGHER ASSEMBLY:
< TAYLORDCLCC.DRU _[31-ALG-83 11:@% |B-DD-M7474-80

DSKB:USED ON OPTION-MODEL: 11-78%
FIRST
3

[

E%E&K)

NUMBER
sxae[coosl
K ICS [MP474-0-CLKC
1

] REV.A

CLKA DECD T2A L

R43
121a

CLKA DECD T2A H

3725
1

= Q

CLKD LECL CPT2A1 L 3¢SBLM,SBHS)
BF2) -

CLKD LECL CPT2R2 L ;(CAMM,COMU)
B2

-5.2v

CLKD LECL CPT2A1 H 3¢ SBLM.SBHS)
BFD
CLKD LECL CPT282 H i< CAMM.COMU)

CLKD LECL CPT2A3 H<BED
CLKD

4 ars
=

CLKA DECD T2B L

CLKA DECD

T28 M

121a

‘

RYS

RY4Q 1\‘—
196a

CLKD LECL CPT2B1 L ;CTBNMS,IRCH)
B>

-5.2v

3725

IND T2 H

j(CLKJ)

RYS

IEIE

=
a1e

CLKD LECL CPT2A3 L BED

T ras
12ia

R R

g17

372%

;

CLKC LECL CPT2B1

5.2V

CLKD LECL CPT282 H ;(DEPS,DDPS
) BKD

;CTBMS,IRCH)
BJD

CLKD LECL CPT2B2 L (DEPS ,DDPS ) <BKD>

g’«

1 fus
121a

CLKA DECD T2C L

RY42

196a

CLKA DECD T2C T2C H
1

3-8

Q18
3725

/’;

)
z

R4
196a

CLKD LECL CPT2C! L i<DCPL.DAPN)
(BFD

(-—CLKD LECL CPT2C3 L

iC(SLOT 25,

2 »

CLKD LECL CPT2C2 L i¢ICLS.CIBV)>BRD

—‘—’o;"o—

RY?
121a

Q15
3725

‘5.

SLOT 26> @52

CLKD LECL CPT2CI H 3¢DCPL.DAPN)
BPD

=
%o |

CLKD LECL CPT2C2 H i< ICLS.CIBV)> BRD

CLKD LECL CPT2C3 H

CLKD LECL CPT2C% L i¢SLOT 28)<B>

—log:R

§¥

j(¢SLOT 25, SLOT 26)><BSD

CLKD LECL CPT2C% H j¢SLOT 28> <BUD>

ST
e eet
o REVISIONS
R8T I RS b, S TER Cok {OHaNGE N0, Y

TP
O R e [romecs| . AGersbt |3 | T
dli|g)| 0] tj@) | jot:r 2 onre" e rhcarom: e

[ 5515 [08 D€ neuracriRe
R

DSKB: <TATLORDCLLD
DR |31 -AUG-B3 1104 NEAT HIGHER ASSEFBLT:

Al la CoiIPrEny ConmmeP i
8

FIRST USED ON OPTION-MODEL:

11,785

|B-DD-M7474-0-0

ST2E [cooe[

CLOCK
(CLKD

RUMBER
_|CS [M7474-0-CLKD

REV.

=
=
019

3723

CLKA DECD T3A L

l e [ 'ABIT ¥3GTM ]malwsH

RES

PN)-B-hghndl|

=
-

V5
1 1eta /N Q22
5 Q_

CLKA DECD T3A M

EF2>
CLKE LECL CPT3A! L :(SBLW,SBHS)

> Y6 a

D2
CLKE LECL CPT3R2 L ;¢Cann,comu)

-5.2v

OFD
CLKE LECL CPT3A1 H j¢SBLW,.SBHS)
EBD>
CLKE LECL CPT3A2 H i<CAMM.COMU>

CLKE LECL CPT3A3 L BED

CLKE LECL CPT3a3 HED
CLKE IND T3 H iCCLKJ)

CLKA DECD T38 L

=
cs B3
3
02
§ 12ta
1 : 3 \Kfi 372%
RS2

, 136a

CLKA DECD T38 H

1D
CLKE LECL CPTI81 L i¢TBMS,IRCH>

|
-

T2
R38
°
A

gggs
TKD
CLKE LECL CPTIB2 H i(CEHP,ICLS)

S.2v

CLKE LECL CPT383 HELD

.
)
BKD
CLKE LECL CPT382 L i(CEWP,ICLS

-5,2v

QID
CLKE LECL CPTIBI W ;¢ TBMS,IRCHY

CLKE LECL cPT383 LD

CLKA DECD T3C L

2 RS
$ 12in

021

3725
—,
2 g,

J‘

-5.2v

CLKA DECD TIC H
CLKE LECL CPT3C! L ;¢ TRSF> OFD

’ 024
'EE‘ e5 e
ReQa T

CLKE LECL CPT3C1 H ;¢ TRSFYBPD

-:—
[&]

BRD)
CLKE LECL CPT3C2 H 5¢USCB,ClBV

CLt LECL CPTACY M i<SLOT 28 CBET

3:/'56 2

———— CLKE LECL CPT3C3 L i(SLOT 28) (B3>

g?icz
g
%
]

-5.2v

QR>
CLKE LECL CPT3C2 L jcuscs.Cl8v

L~% Ol

al l 'e
0 g ]

REVISIONS
NO .. IREV
10N a0l o ToHANGE.
CORPORAYoRcomFg
E0UTPRENT
DIRTIAL
|
GE. REPROOUCED
SHaL NOT
DREOTNG AND SPECUFILRTIUNS.

TrTEM
e 9““5 ‘?“né WTOUT IRT

Efiz?'n_?“’";m,m;"géfi‘o‘ég

[

DATE |TITLE:.
~T T|31
[ENG.
OR m).m?e |31 DATE
ra2s
ALS
7.
-006-03|
ATION: _aF|
AR SV
DATE ESE{"MI
CHK'D.'

|NEX] HIGHER AGGEMBLY:
.DRIL 31 -AUG-83
< TATLOROCLCE
D5KB:USED
-0
11,78511:0%_ |B-DD-M7474-0
ON OPTION-MODEL:
FIRST

P
.
CLOCK
CCLKD

NUMBER E
ST2€
|CS {M7474-0-CLK
K [CODE

REV.
A

[

l c l 'Asrl
v

PEC T

N12-0-hehe|

]mlgls”
S|

D)
<
>

CLKA DECO TP P H

787

R61

12la

CLKA DECD

TP L

‘

3 Q‘A_
RE62

A 190

5.2y

=
Q22

3725

)
1

CLKF LECL CPTP1 H ;cOPBV) DD

.
CLKF LECL CPTP1 L ;¢DBPV)<FDD>

5.av

301:o2

_—

CLKF LECL CPTP2 L i(SLOT 24> FED

—“’og:OL————— CLKF LECL CPTP2 H i(SLOT 24> FED

1
CLKA DECD PCLK H

?g?n

REY
\k‘1960

026
3725

.
CLKA DECD PCLK L

121l
33 87
1

§ 028
fi) 3725

R682 Q
1960

————
1

-5.2v

-5.av

CLKF LECL CPPCLK1 H i¢DAPN) FKDD

"og:o'

CLKF LECL CPPCLK! L 3<DAPN) FKD

CLKF LECL CPPCLK2 H $(SLOT 24> FLD

30?9'o8

é«

CLKF LECL CPPCLK2 L 3(SLOT 24> <FLD

|’y

3
t

4
b

[

-y
gm

UU
—

Ky
w

15 DAdING ND SPEUTFICATIONS

eI e e commoaar
O bl

REVISIONS

SR
DT e REFROOLCED o8 Corten{CHI I CHANGE NQ. [REV
THE BASIS FOR THE MANLFACTURE ORY

o (e pptaour

EQUIPPENT

RITTEN

J3T-AUG-83

FIRST USED ON OPTION-HODEL:

DATE

|ENG,

QTR P
o i T

DSKB: (TAYLORDCLCE
.ORW

DRNe

al i gl tla [ leme
g et
3

. | DATE

7 OVR R

TIONT

SHEET
1____QF
11:05NEXT
HIGHER ASSEMBLY:

11.785

18-DD-M7474-0-8

|TITLE:.

CLOCK

St2e Cooel

NUMBER

_AF1

(CLK)
K

_|CS |M7474-0-CLKF

REV .
A

| R7S

'eta

CLKH LECL CPTS@ H ;cUSCB) EVD

HATI-8-neheldl S3 | A
v
436N ;m:lmsu
La 'fil

{

196

]

Q32

3725

CLKH LECL CPTSQ L icusce) i

-5.2v

029

CLKA DECD POCLK L

5 /i> 372%

‘

B1
Rrg
1960

-5.2V

)

3 R723

‘

121a

5 /-{;

R7Y

196a

CLKH LECL CPPDCLK! H<ERD

2
-5.2Vv

—

Q3t

3725

—

=
o

CLKH LECL cPPDCLK! L ERD

3o<:o2

CLKH LECL CPPDCLK2 L 3¢SLOT 24> &S
CO0E

——iog;O CLKH LECL CPPDCLK2 H i¢<SLOT 24> <EE2>

{n?4724-8-CLKH

| CS

CLKA DECD PDCLK H

R§9
i21a

REVISIONS
OF:
BRE. THEPROPERTY
N, EQUIPMENT
HERE
CORPORATION AND|
1GITAL
CHQNGE NO. [REV
le:N;e REPnooucsoIonpggs;xggCHKI
%flmc_sggr
N
U
rnEEBASIS FOR THE ?awmc‘ub??”gz

LTENS uWITHO
OF
SAL.
RAISSION.
COPYRIGHT

R
1983,

Eig[l’& EQUIPMENT CORPORATION"

DATE [TITLE:
—, |] JOATE
T BN, e
.
[DATE
o,
ORN:y
X la f
Qpl‘s
LQCA”ON:OF
?
BDA
DATE
d [] g u t @ U TrR 0 .Yuam
1
SIGHEE
.
*
DGKB: ¢ TRYLORSCLKH.DORW [07-GEP-83 13: 11 JNEXT HIGHER AGSEMBLY:

FIRST USED ON OPTION-MODEL:

11785

|B-DD-M7474-8-8@

CLOCK
( CLK! )

SIZE ]CODEI

NUMBER

[CS [M747%4-0-CLKH
1

[2] |

I‘)flJ-G-hdhéul s3]
AIENWN

f‘%

R470

BUS SBl TP L
8US SB!

121a

BUS SBI

196a

121a

PCLK H

Rure =1

9
6
o 1821895

£ Ruge ~5-2V
=

POCLK
POCL

12ia

%gw

s8I T3

5.8V

12)

€28

R481
196a

1210

L
L
3

R478
196a

“
19410
12 ) E29

-5.2v

CLKL

PULLLP

5| Eou

;

[
sal

;

10-18864-00
2

013

33@n

)
10H18

BUS SBI POCLK

2
G

R490

12 ) eag@ 4

1e-1egsu-08

w—

121

196a

338a

Ryrs 02V

$3g

BUS SB1

D1v
4
RY72

-5.2v
BUS S8 PCLK L

121a

1
R473

I2IS

Ru471

192198

TP H

33|

)
-

aues

ccL

1210

10
r——cmma

11
S

Rw89

RY4Q7
Rug?
12

E30

D12
012

CLKJ SBI T2 H(O

cvon

)
1

S8l T1

196a

-5.2v

el -5.2v
—

2 rues
12la _|194
)

—

L_15| E30

br1

19125513

12 10864-00
2

v e

SBI

R486

196n

5.2V

RS2

o |

147¢a

H101

1470

]

CLKC IND T1 H

R83

33ea

18-10864-00

‘e

NECL

330

7l H1812553
ES
7]

]

R?7

121a

CLKA DECD

T83 H

2
-

CLKD IND T2 H

s.ev

147a

1
s

CLKJ LECL CPT83 H cusc8) EBD

R87

3725

toea

‘_F'% R3Q_

CLKE IND T3 H

R89

NECL

|1 |Higr2
11 B3

bl
5

»
5‘._’1

3%F 4

338

)

voe

R88

18-1086'4-00

%
[N

cPT2

1210

-5.2v

raq

J 15| €31

3300

10-10986'-00

—a

R91
121a

R92

NECL

HIB125!

3¢

T V2
CPT1

033

—

12-10864-00

]

-5.2V

3 =

——

REE

RES
121a

T V2
CPT@

*3:8Y

5.2y

R8Y4

3 En

CLKB IND T@ H

NECL

CPT3

]

5.2V

Q34

tela

1
CLKA DECD 783 L

5 =

R79

3725

CLKJ LECL CPT83 i 5¢uscB) EBT»

-5.2v

(CPU CLQCK
ORFM NG AND SPELUTF ICATIUNS

NG‘TMm$°§éPgE§£ong§§g;:$§§p?§CHK ]CHQNGE NO. IREV

(ofl ]

REVISIONS

o fi@ u

119!

e, Ik, e 38 et a2
o
SaE OF ITEMS_ ulThouT SR TTEN
D fac SBulPRENT omeoRaTions

[CLKJ]

71295 DRIVER & LED DISPLAYD

T.A_Bifrm?l'n‘#fi 39-SEP-83 ”‘”,mw/u-. lgg-ggp-gg

DRN:

—

DATE

JENG.

DATE

DATE |BOARD LOCATION:_AF TG

DSKB: < TATLOR>CLK J.DRW_[27-SEP-83 11:12]NEXT HIGHER RSSEFBLY:

FIRST LSED ON OPTION-MODEL:

[

11,785

|B-DD-M/474-0-0

[TITLE:

CLOCK

STZE cooe]

NUFBER

|CS

(CLKD

IM7474-0-CLKJ

REV.
A

! 2| v I xxn-e-uhzuI sal 3 H

\l/

‘AN

A I8N

3007 | 321S

L cLkk cpu ocLo L scciBvyEDD

2[5

LT
R96

IeKn

o]
.68pF
jeel

0%
D664

5
12

1Ka
+5.0v RO4

N
11

<EEE>I CLBKF:: :s tz:cw L—L—

(VIA BACKPANEL)

184&g 7L€23s2 o8] !
| RGO
!
23 220a

CLKK DEADL

CLKK FAKE DCLO C1)H

£12

;

BUS SBI DEAD’L

Zq 864a \2

&9 BuUS SBI FAIL L
i

"en

€1 HN
TAINTBATPE DCLO
CLkL IRCH

19/ €22

c2
18uf
e

i\fl::?ma

MIN 3 MS

‘

YO b 5

MIN 70 NS

3jPuFan
€13

Y113Y ac1rouP
|19

]
EED
CLKK CPU ACLO L ;cCIBV)Y

R102
30%Ka

19|

€16

CLKK PULLUP A H

=+5.0v

4 s1 193
Kn

CLKK PUR UP INIT H {¢CLKT)

R99
2 8 226a
\

2T ?E,SCF
ot

FRAKE DCLO

RIN 1 pS

@i CLKK FAKE DCLO ¢1) M
1
-

CLKK P FAIL

&8 e Torawce o e
325:53 T E/GR”et,
=Re
THE PROPERTY

143 DRRHXN: N U SPEC[FICFHKWS-

03(5%;
o
ane
ggpPorm “’”"E"
T, EQU{PMENT
Efi;[

REVISIONS

é«

1960

2 R100
13

1edp 'p98

7415132
Ere

74F 74

il C €9 ePs|

T19

CLKK ACLO OR FAIL H jcICLC) EED

FAILA LL
ACK POWER
ILIC CLKL
SYS INIT

———11Q
18~

X
s
g':’

+5.0v

R101

30Ka

——

07 L 1 3
|

lo—

TBEy

DEBH

F—

B
—

P MIN
FAIL

Tko)

5 MS

E6 1@

712y o

1
i

(CPU POWER FAIL SEQUENCER>

HERE [N

Feree

INT C1) H 3

RE@0

+5.0v

74127

-5.2v

20PF

13 b Y

CLKK FAIL L
H

1 s

D66 | o Teev
15 114

cK12y

—

CLKK FORCE ACLO (@) H i¢CLKL)"

CLKK DEAD L

CLKR R PS ACLO L
(VIA BACKPANEL)

! Ka

CBIV GBUS ACLO L

OCoUP

+5,.0v

5 [PuFae
£13 b

geve
g22 \2

0184 12 — cLKK FORCE INIT L $¢CLKL>

'
DEA

06
DE6Y

4 m) 6

_L C;4lopPF

eKa

R98

J4LS192

2
=

'; °

+5.0v

5.0V

£l

TE |TITLE:
DATE [ENG.
T
BV
d| 1S [] t @ DRCRKDTR
CQCATION: B_GF| W
DATE sgggo
!

DSKB: CTATLORSCLCK. DRE 31 T EEMAE B‘S}NExr HIGHER nSSEnBLY
FIRST USED ON OPTION-MODEL: 11-785 1B-DD-M7474-0-0
3

[ CLKK]

CLOCK)
(CLK

NUMBER
SIZ2E ICODE
K {CS IM74/74-0-CLKK
1

REV.
A

CLKL MAINT PF (1) M

CLKK

FORCE

ACLO (@)

TH13-8-hehek]

52|

(CLKK)

MAINT PF TEST POINT L
CLKL SYS

INIT A L

+5.0v
2

‘:

R108
1

CLKL SYS INIT B L 3CSBLU,SBHS TBMS,TRSD ) EL2>

% Cf

74537

CLKL SYS INIT A L .;¢CLKK)> ELD

78537

CLKL SYS INIT C L §CCLKND

(I g
CLKK FORCE

INIT L

CLKL PULLUP H $(CLKJ)

CLKL SYS INIT H i¢IRCC,IDPA,ICLF
M, CEHP ) B2

REV.

o Sest’ )R

INIT SPARE L

ICD K lcs In?u?w-o-cm. ]

{ER2) SPECIAL

NUMBER

LD CIBN CNSL RESET L
134

COOE

CLKL UPROG INIT H ;¢USCJ) EAD

SIZE

CLKK PULLUP A H

19/

CLKL CNSL RESET H

(CLKT)

R80@2
196a

2
5.2V

(CPU POWER FAIL SEQUENCER)>

"YHTS wnuéf':':%::;;;;;i?;:u:‘;

REVISIONS

NANUFACTURE

WITHOUT

DRN:

DSKB: < TAYLOR>CLCL
.ORW

_WRITTEN

) 1983,

/_’: .

[31-AUG-83

FIRST LSED ON OPTION-MODEL:

NT_CCRPORATION"

‘“921583 Efi‘g,j

7’

,0:“”‘%‘

[CLKL]

((:ICI_ S

3'?:;581

OC K

e SH?E‘? ST e

@jl[fl gj“ i {t g U CHZ/‘LDA:{m’R‘ l-_.lf

0GUCED” 0v_Cop (£0|CHK [CHANGE NO . [REV

11:985 JNEXT HIGHER ASSEMBLTY:

11.785

1B-DD-M7474-0-0

NUMBER

|M7474-0-CLKL
1

WXT13-@-hehgu| SI|T A H

u
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T@,m? lale 131-auc-83| JENG.
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FIRST USED ON OPTION-MODEL: 11/785 18-DD-M7474-0-0
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CLOCK
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NUMBER

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1

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A

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REVISION
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FIRST USED ON OPTION-MODEL: 11-785
|B-DD-M?474-0-0

]

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DATE |TITLE:
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SPARE GATES

T eSS

REVISIONS

B
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T (opiEQICHK [CHANGE NO. REV
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FIRST USED ON OPTION.MODEL:
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11,785

CLOCK

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[DRAWING NO.s:é%s PART NO.
M787% -0C

E-UA-M7474-0 O

‘A3H

DESCRIPTION
CLK

|94,

3000 | 32IS

REVISIONS

PART REVISION

21181

UNIT ASSEMBLY

AlA

K-FL-M7474-C-DPF | 4

PART LIST

AlB

K-PCM7474-C-081 | -

PC. DATA BASE

B-DD 5Q16101-C
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B1BI

K- CS-M7474-0-DBS |

SUD DATA BASE

K-GS-M7474 - C-CLKA]

AlB

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AlA

K-CS-M7474- O-CLKB]

SCHEMATIC

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K-CS-M7474- O-CLKC]

SCHEMATIC

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K- CS-M7474 - O-CLKD]

SCHEMATIC

AlA

K-CS-M7474-D-CLKE]

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AlB

K-CS-MMTY- O-CLKF]

SCHEMAT IC

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K- CS-M7474- O-CLKH|

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K- CS- M7474- O-CLKJ]

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SCHEMAT IC

K-CS-M7474-O-CLKL]

AlA

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K-CS-M7474-0-CLKM|

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K-CS-M7474-O-CLKN]

AlB

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K- CS-M474- O-CLKP]

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K-CS- M7474- O-CLKR]

AlA

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K-CS-M7474-C-CLKS|

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K-CS-M7T474-0-CLKT]

SCHEMATIC

K-CS-MT474- OCLKU]

AlA

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K-CS-M7474-0CLKV]

AlA

SCHEMAT IC

K-CS-M7474- O-CLKW

AlA

K-CS-M7T474- O-CLKX]

SCHEMATIC

AlA

K- CS-MY7Y -O-CLKY]

SCHEMATIC

NOTES:

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AlA

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COPYRIGHTO| QB3
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DIGITAL EQUIPMENT CORPORATION

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K-CS -M7+474 -OCLKZ | |

SCHEMATIC

AlA

K-CS -MM474- OCLKI | |

SCHEMATIC

AlA

KG -MT474 -O-CLKZ2] |

SCHEMATIC

SCHEMATIC

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SCHEMATIC
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AlA
AlA
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THIS DRAWING AND SPECIFICATIONS, HEREIN, ARE THE PRO-

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PERTY OF DIGITAL EQUIPMENT CORPORATION AND SHALL
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d .

ITEMS WITHOUT WRITTEN PERMISSION.

PART AS THE BASIS FOR THE MANUFACTURE OR SALE OF

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23049B2-00
2305082-00
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2305282-00
2305382-00
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1300295-00

1300229-00
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REVISION HISTORY
!
TENG!
ECO NUMBER
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S .MANSOR
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J.STICKNEY
!
'
iRESP .ENG.: J.STICKNEY
!

IMFG.ENG.:
!

M_KRYSAK

"TASSEMBLY NUMBER:
lE-UA-M7475-0-0

!
'DATE:
'
!
IDATE:
'

1
3

'EQUIPMENT

CORPORATION AND SHALL NOT BE REPRODUCED OR
OF [TEMS WITHOUT WRITTEN PERMISSION.
THIS

CONT

£1390
E27,E44 ,E61,E94,E110,E128,E161,
E177,E193

13
2

C200-C212
R203,R204

5
5

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R120,R122,R124,R126,R128

2
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R200

72
1
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1
1
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22-JUN-83
27-JUN-83

R1-R72
E106
£142,E159
£192
£176
£126

!
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PARTS LIST
¢
JOINT CONTROL STORE

'DATE: 22-JUN-83 !
DOCUMENT NUMBER
!
ISIZE!CODE! NUMBER
I
!
'DATE: 22-JUN-83 | K
PL | M7475-0-DBP
t
!

IDATE:

25-0CT-83

!
!

RELEASE DATE:

' TOP DOCUMENT NUMBER:
'B8-DD-M7475-0-0

.\ "THIS DRAWING AND THE SPECIFICATIONS CONTAINED HEREIN ARE CONFIDENTIAL AND PROPRIETARY.
|

£122

£89
£73
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£38
£21
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1
1
1
1
1
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B2-03
74F244

120.0
1.0

£139
£105

B2-03
B2-03
B2-03
B2-03
B2-03
B2-03

10
MFD
150.0

1300247-00
1300365-00

1M7475-TWOO1

B2-03

1017472-00
1300250-00

20
21

£173

1
1

HANDLE ,MODULE ,HEX

20
21

1JS

B2-03
B2-03

1216988-02

3000024-01

22
23

£172

22
23

B2-03

23046B2-00
23047B2-00

18
19

B2-03

18
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ETCH CIRCUIT BOARD

23043B2-00

23044B2-00

REFERENCE DESIGNATOR

!
i[
REV
!

‘B
!

25-JAN-84

I FILE NAME:
I Z3957B.PLS

!
!
!
!
!

8
9
10
11
12
13

me—

5
6

LEVEL:

5016102-01

D-MD-5016102-0-0

REVISION

VARIATION

'EDIT #
3
|

THEY ARE THE PROPERTY OF DIGITAL

COPIED OR USED IN WHOLE OR IN PART AS THE BASIS FOR THE MANUFACTURE OR SALE
IS AN UNPUBLISHED WORK PROTECTED UNDER THE FEDERAL COPYRIGHT LAWS.”

PART NUMBER REV DESCRIPTION

PER

TOP DOCUMENT

5
6

SHEET

QTY

pmm

PARTS

PRTLST.
4Q (50)

LINE ITEM

AUTOMATED

LINE

ITEM

PRTLST.4Q(50)

PARTS®S

TOP DOCUMENT

PART

NUMBER

30
31
32

1921307-01
1913788-00
1921305-01

74F04
26510
74F00

1921332-01

74F 280

2114523-03

74F 240

36
37

1921321-01
1012784-00

74F 158
.047
MFD

38
39

1013466-06
1215006-04

100.0
SKT,IC

NOTE:

E3,ES7.E156

ARE

NOTE:

ENGINEERING

OPTION,

SPARE
DO

'TITLE
!

1!.C.
NOT

MMF

REVISION

LEVEL:

HEX INVERTER
TRANSCE[VER,BUS,QUA
NAND GATE,QUAD,2-IN

2
8
12

PARITY

2147H-1

1921008-01

QTY PER
00

VARIATION

MIN
REV DESCRIPTION

GEN/CHECK,b9-B

MOS

RAM

BUFFER/LINE

35NS

DRIVER,I

MUX,QUAD,2-IN
S0V +80-20%

S0V
20PIN

S%
DIP

TIN

CER
SoLD

72
13

REFERENCE

DESIGNATOR

E109,E158,E160
£E5,E£7,E22.£E39,E41 ,E56,E58,E£75,

CONT

ES90.E107,E108,E123,E140,E157,

E174,E191

£E9-E17 ,E28-E£35,E45-E52.E62-E69,

CONT

E78-E£86.E95-E102,E111-E118,

CONT

E129-E136,E144-E1582,E162-E169,

CONT

E178-E185,E194-£201
E1.E2,.E18-E20,E36,E37,E53,E£54,

CONT
CONT

E70-E72,E87,E88,E103,E104,
E119-E121,E137,E138,E153,£154,
E170,E171,E18(-E189
E60,E124 ,E141 ,E175
C300-C430

CONT

C1-C72
XE4 ,XE21,XE38,XES5,XE73,XE89,
CONT

XE105,XE122,XE139,XE155,XE172,

CONT

XE173,XE190

LOCATIONS
INSTALL

JOINT

C73-C111,R73-R111.,

CONTROL

STORE

!
'SECTION

CONT

CER

SHEET

£127.E143
£E6.E8,E23,E40,E59,E74
,E91 ,E125
£24-£26,E42
,E43 ,E76,E77,E92.E93,

4
131

VARIATION

'STZE!'CODE!
i
'
.

!
]

DOCUMENT

NUMBER

REV

!
M7475-0-0DBP

B
!

PARITY GEN
74F 280

¢RC1> BUS CS @2 H

mm Bus CS @3 H

z]
i

GBKTS BUS CS 83 H—8 DB

(RK2)> BUS CS 1@ H

D2 FEVEN b

GRESS 8% Co of H—13 bs
(AE2)> BUS CS 86 H
>
06

FODD

(RLT) BUS CS

11 H

@m g”§ Eg : .§ "

;

JARES BUS C3 19 M

CAR2Y BUS CS 15 H

FODD

sxasealsal

BPFT> BUS €S 27 H
GEPZS
aus Cs 28 H— 2]

GBRIS BUS €S 29

02 FEVEN |

H—731 ps
|

H——s— D6

PARITY GEN
Fon €
280
fon

H—231

02 FEVEN F

] ps
5
i

2[5

PARITY GEN
Néaee

€22

GBBTS
BUS CS 88 H—o- D@
H

PARITY GEN
74Fase

(RB2) BUS CS @1

CBRZS BUS €S 30 H

(BSTY BUS CS 31 H

FOOD

02 FEVEN L

(ELE) BUS CS PAR @ H—— D5 oy |6
2107
=

JCS1 PAR ERR (0@:31) HG@AD

BUS CS @8 H

PARITY GEN
74F280

BET> BUS CS 32 H—2
(BE2) BUS CS 33 H
5
CBF
1) BUS CS 34 M
BUS €S 36 H

GBUT) BUS C5 37 H—131

(BU2)> BUS CS 38 H

D@
O!
02 FEVEN |
DY

05
06

(EDTS BUS CS 41 H—S1
CCP2)> BUS CS 42 H
51
(CS1) BUS CS 43 H
45

op0 |6

CCUT) BUS CS 46 H—131

(CU2> BUS CS 47 H

CBV2S BUS CS 39 H—=E D7

CCCTY BUS €S 48 H——2d D8

CCNTY BUS €S 49 H

BUS CS 68 H

JEUIS BUS CS 69 H

(BC1> 8US €S 78 H———— D6

ERB) 8US ¢S 73 H—2(EH1) BUS CS 7% H
]
JENTY BUS
CS 75 H

FoDD L8

% B“§ C5 78 W
BUS

SOBTS BUS CS 71 H——E D7

CEJ2> BUS CS 72 H

oo |6

(DD2) BUS €S 55 H
(DF2)>

COHZ) BUS CS 57

79 H

FLD BUS CS 81 H

D2 Fgven |2

(FT2y BUS CS 84 H

% us Eg 87 ¥

(FS2) BUS CS 83 H

oo |8

SEPEY BUS CS 89 H——8

CFRD 8BUS CS 92 H

PARITY

e T TR
_WRITTEM
R

D2 FEVEN |55

FKIS BUS CS 9% 1

BUS €S 93 M

FooD L&

BUS CS

PAR

63 FEVEN

i 08

AP {t @ fl CHK
RNDTol

FIRST USED ON OPTION/MODEL:
5

FOOD [B—— JcST PAR ERR (32:63) HGEED

FODD

5
6

]

JCS1 PAR ERR (64:95) HG@R)

[

€

ARG
DSKB::
:
CSTICKNEY>JCS1 .ORY [#2-AUG-83
12:59
JNEXT . HIG

IR BuS e 92 H—=5{
3] Do
52

(d] U g I]

PARITY GEN
NE280
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FRZY BUS CS 91

00
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03

CHECK)

ulTHOUT

CHL BUS CS PAR 1 M

€191

H—2
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Re
s 5] REVISIONS
NOT BE REPROOLCosolsanRu;xggCHK ICHANGE
NO, [REV
LPrErs

H
n—9]
H
8]
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11

PARITY GEN
74Fage

(BUS

eITEMS

H—="

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BUS CS %9
Bus ce ca
BUS €S 61
BUS CS 62

QI BUS CS 58 H—21 D8

FST> BUS CS 82

405

GFCT) BUS CS 80 H—2

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D2 FEVEN |5

BJ2>
H5S
JONTS
OPTS

DO
0!

;

£157

02 FEVEN |2
D4

(DTS BUS CS 52 H

PARITY GEN
74F280

CEHBy BUS CS 6% H—E D@
7] D1

CEP2) BUS CS 66 H

D2 FEVEN P

E14@

SEJ1> BUS CS 65 H

(EPTS BUS CS 58 H—=3
DP2> BUS CS %1 H
51

(D25 BUS €S 48 H———b{ D7

PARITY GEN
74F 280

E123

0@
0!

PARIT
7-orr=gsaGEN
v

PARITY GEN
7»:2299

€90

I o Is?‘]cg lnn?s_g_ s Ius;.IA
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PARITY GEN
74F280

BT:

11,785 _ |B-DD-M7%75-8-0
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CONTROL
STORE ( JCS1 )

S12€ |CODE

NUMBER

|CS {M7475-8-JCS1
]

REV.

-1 DR!

ge P&

Bus 10 00 L &&D

253r-0-Gch 'u‘ s3|

B2
SR DT 8] veI
137.6%5) H

S OB

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BUS D 02 L

WEIPTY!
Jcse +3v H—HBg sTRoBE
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R2B2p |19

JCS2 WR DATA <88,40.72) H

MARYYTY

JCS2 LR DATA ¢00,32,64) L

iy
€92

74F o0
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JCS2 WR DATA (@9.41,73) L
12

17BN
9

1ol a2l PE—

JCS2 LR DATA (83.35.67) L

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74F15

JCSB +3V H '

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JCS% RAM ONLY L

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JCS2 IDWR 14wDATA

46,780 H

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BUS ID 15 L

MZ279) H

BUS
ID 26 L
JCS2 WR DATa

438,700 H

1"
or2 R2
1

L
8US
JCS2 1DWR97DATA

39210 H

2| er® ol

L3 bR1

131 0r3

ucs2 UR DATA (84,3668 L

BIp

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xs8 +3v w—tEq sTROBE
=

13 7g;600 Ll

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scs2 WR DATA (12444765 L

» 7E'}Fa?3° B

JCS2 LR DATA (13.48.77) L

13 ?:FB%Q N

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JCS2 WUR DATA (14,46.78) L

@LJcsa LR DATA (15,47,79) L

wE
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2 7122

JCS2 WR DATA (06,38,70) L

rol eve? 8-—— JCcs2 WR DATA <87,39.71) L
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JCS2 WR DATA

5@)5—‘ JCS2 WR DATA (85,37 ,69) L

CHKER::N[GSEIO:;
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JCcs2 WR DATA (11,43,7%) L

12 L PRD
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JC32 10UR 13DATAL{OR2) (T9,45,77) H

88RO P4
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TRANSC
26510
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JCS2 10WR DATA (B89,36.68) H
BuUS
S ID030705 L TR 17169)

@& uSCE HCS MEN AvalL L —12d sTROBE

JCS4 WR SEL A L

4~-8US

4-BUS

TRANSC
26510
£59

4x2 MUX

JCS2 UR DATA (28,42,72) L

19 e5 20 oLl ics2 uR DATA €02434466) L

74Fee
.,_57_,/0&——
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.’

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DGKB:
|{B-DD-M7475-0-0
FIRST USED ON OPTION-MODEL: 11,785
3

TITLE:

JOINT CONTROL

STORE_( JCS2)REV.

NUMBER
S12€ [coosl
K |CS IM7475~-B-JCS2
1

[

4-BUS
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26510
3

BUS 1D 16 L GBFD)

JCS3 UR DATA C16,48,80) H

81 P%

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~—21DR1

81 pZ

BUS _ID 25 L GGl

82 pIz—

Bus 10 26 | BFD>

JCS3 HR DATA (2%,56,88) H

BUS ID 18 L (BID)
JCS3 UR DATA

81 pi3

JCSB +3v H—FHEd

(18,50,82) H

"
L pre

BuUS_ID 19 L @AD

JC33 WR DATA

sTROBE

CT8,51,83) H

3 or3

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JCS3 LR DATA

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7or00

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1S3 UR DATA (16,48,80) L

4CS3 UR DATA C17,43.81) L

19 ee @

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153 WR DATA C18.50482) L

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E24

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jcs3 WR DATA (19,51,83) L

JS3 LR DATA (25,57,89) L

PLL—

1cS3 1R DATA <26458498) L
XCS3 LR DATA (27,59,91) L

)

26510
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BUS 1D 20 L GBND

81 pZ

BUS_ID 21 L (BT

JCS3 UR DATA (20,52,84) H

JC53 R DATA

82 pip

BUS ID 22 L

JCS3 UR DATA

B3 P12

BUS D 23 L

JCS3 WR DATA

JcsB +3v H—112d sTROBE

CZ1,53,85) W

2| e

C32,54,86) H

(29,55,87) H

BUS ID 28
L

81 pf

BUS D 29 L

JCS3 LR DATA

(28,61,93) H

B2 pd;

C70.62,94) H

BUS
ID 30 L
JCS3 LR DATA

BIPTS
R3

BUS
ID 31 L
JCS3 LR DATA T 163,95 H

sTRoBE

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JCS3 WR DATA (21,53,8%) L

JCS3 R DATA (28,60,92) L

JCS3 HR DATA €29,61,99) L

13 guz PH——

JCS3 WR DATA (30.62,34) L

—-B

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JCS3 WR DATA (23,55.87) L

1] o2

JCS4 R SEL A L

CHK cfi\:fssew:os REV
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1S3 LR DATA (31,63,9%) L

(DATE

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134 oR3

JCS3 LR DATA (20,52,84) L

Rlaids

2
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26519
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JCS4 LR SEL A L

Tty
£43

TRANSC

(29,59,91) H

19 022

4-BUS

H24 b3

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L
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DATA

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C36.,58,90) H

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JCS3 WR DATA

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(25,57,89) H

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3000|3211

BUS ID 24 L

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JCS3 UR DATA (17,49,81) H

82 P2

131 or3

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3: 8@ INEXT HIGHER ASSEMBLY:

11,785

|B-DD-M7475-8-0

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JOINT CONTROL

SI12€ Icooe]
K_ICS

STORE (JCS3)
NUMBER

[M7475-8-JCS3

l REV.
A

7453

PARITY GEN

;

74F 280

3653 LR DATA (25.57,89) H
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3
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JCS3 WR DATA (28,60,92) H

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JCS3 LR DATA (20,52,84) H

JCS3 WR DATA (19,51,83>) H
JCS3 UR DATA (18,50,82) H

scs4 000 PAR L

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USCC WCS PAR IN €1) L

JC53 UR DATA (31,63,9%) H

WR DATA (23,5%5.,87)
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JCS4 T1 DELAYED L

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€108

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JCS2 LR DATA

JCS2 UR DATA (13.45,77) HH

JCS2 LR DATA (12,44476)
JCS2 UR DATA C11,4347%) H

JCS2 WUR DATA (10,42,:74) H
JCS2 LR DATA C29,41,73) H

JCS4 T1 DELAYED L

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JCS4 CS RAM EN (@08:31) L

Jesu WR EN (88:9%) L

75-:220

JCS% LR EN (80:87) L

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QB2 uSCE €5 1R cu1a®) K

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JCSH UR EN (48:5%) L

10 i;;?a o

JCS4 UR EN (4@:47)> L

S12€ | CODE

JCS2

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51142

JCS2 LR DATA (0+.,36168) H

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JCS3 WR DATA (17,49,81) H
JCS3 WR DATA (16,48,808) M

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BUS UPC 11 L

BUS UPC 09 &

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DATE |ENG
03-n0v-83|
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FIRST USED ON OPTION-MODEL:

11,7895

L€

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TITLE:

DATE

SIZE lcoos

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STORE ¢ JCSHD
NUMBER

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1

REV.

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SIGNAL NAME

PAGE NUMBERCS)

SIGNAL NAME

PAGE NUMBER(S)

BUS CS @@ H

JCSO W

BUS CS %@ H

JCSH 1

BUS ID @1 L

Jcs2

BUS CS 82 H
BUS CS @3 H
BUS CS @4 H

JCSD 41
JCSD 41
JCSD 41

BUS CS %2 H
BUS CS 53 H
8US CS 4 H

JCSH 1
JCSH, 1
JCSH, 1

8US ID @3 L
BUS ID @4 L
BUS ID 85 L

Jcs2
Jcs2
J£s2

BUS CS @7 H

JCSD 1

BUS CS %7 H

BUS CS
BUS CS
BUS CS
BUS CS
BUS CS

12 H

BUS CS
BUS CS
BUS CS
BUS CS

16 H
17 H
18 H
19 H

BUS CS @1 H

BUS CS @% H
BUS CS @6 H

BUS CS @8 H
BUS CS @9 M
19 H
11 H

13 H
14 H

JCSD 41

PAGE NUMBER(S)

[2 [al a2l
Al

BUS CS 1 H

JCSD 1
JCSD 41

JCSH 1

BUS ID @2 L

JCSH 1
JCSH 1

BUS 1D 26 L
BUS ID 87 L

BUS CS %8 H
BUS CS %9 H

JCSH 1
JCSH o1

BUS ID @9 L
BUS D 18 L

BUS ID @8 L

Jcs2

JCSD 41
JCSO 41
JCSD 41
JCSD 41
JCSD 41

BUS CS 60 H
BUS CS 61 H

BUS CS 63 H
BUS CS 64 H

JCSH, 1
JCSH 1
JCSH,1
JCSH 1
JCSJq1

BUS
BUS
BUS
BUS
BUS

ID
ID
1D
ID
ID

11 L
12 L
13 L
1% L
15 L

Jcs2
Jes2
Jcs2
Jcs2
Jcsa

JCSH 1

BUS CS 62 H

JCSJ41

Jcse
Jcs2

Jcs2
Jesa

BUS CS 15 H

JCSD 41

JCS1 4E
JCS1,E
JCSE 1
JCSE 41

BUS CS 66 H
BUS CS 67 H
BUS CS 68 H
BUS CS 69 H

JCSJ41
JCSJq1
JCSJy1
JCSJy!

BUS
BUS
BUS
BUS

ID 17 L
ID 18 L
ID 19 L
ID 20 L

Jcs3
Jcs3
JCs3
Jcs3

BUS CS 28 M
BUS CS 21 H

JCSE 41
JCSE 11

BUS CS 78 H
BUS CS 71 M

JCSJol 4L
JCSJat L

BUS ID 21 L
BUS 10 22 L

Jcs3
JCs3

JCSE 41

BUS CS 72 H

JCS14J

BUS ID 23 L

JCS1 \E
JCS1.E
JCS1E
JCSE 41
JCSE 41

BUS CS 74 H
BUS CS 75 H
BUS CS 76 M
BUS CS 77 M
BUS CS 78 M

JCSJy!
JCSJ41
JCSJ4t
JCSJ 4
JCSJy1

BUS
BUS
BUS
BUS
BUS

BUS CS 80 M
BUS CS 81 H

JCS1 K
JCS1 K

BUS CS 22 H

BUS CS 65 H

BUS CS 23 H

JCSE 1

BUS CS 29 H

JCSE,1

BUS CS 20 H
BUS CS 31 H

JCSE 41
JCSE 41

BUS CS 82 H

JCSK 41

BUS CS 33 H

JCS1,F

BUS CS 83 M

BUS CS 3 H

JCSH F

BUS CS 84 H

BUS CS 36 H

JCS1 F

BUS CS 86 H

JCS1 F

BUS CS 98 H

JCSF 41

BUS CS 24 H
BUS €S 25 H
BUS CS 26 H
BUS CS 27 H
BUS €S 28 H

BUS CS 32 H
BUS CS 75 H
BUS CS 37 H
BUS CS 38 H
BUS CS 39 H
BUS CS 40 M

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JCS1 F
JCS1 F

JCSF 41

BUS CS 43 H

JCSF 1

BUS ID 31 L
BUS UPC 90 L

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JCSK 41

BUS UPC @2 L

JCSB A

JCSK 41

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BUS UPC 8% L

JCSB A

BUS UPC 01 L

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JCsA

BUS CS 92 M

JCSK 11

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BUS CS 9% H

JCSK \ 1
JCSK 41

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JCS1,L

JCS CS SPARE H

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JCS1 4L

JCS1

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JCS1 M

BUS CS PAR 2 H

BUS CS PAR 1 H
BUS [D @0 L

JCS1 PAR ERR (0@:31) H

Jes2

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BUS UPC @% L

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BUS UPC 06 L
BUS UPC 67 L
BUS UPC @8 L

JCSF 41

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Jcs3

JCSK 41
JCSK o1
JCSK 41

BUS CS 93 H

JCS1 WM

BUS ID 7@ L

ID 25 L
ID 26 L
ID 27 L
ID 28 L
1D 29 L

BUS CS 87 M
BUS CS 88 M
8US CS 89 M

BUS CS 46 H

BUS €S 49 H

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JCSF 41

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BUS ID 24 L

BUS CS 8% H

BUS €S 91 H

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BUS CS 44 H
BUS CS 45 H

BUS €S 47 H

BUS ID 16 L

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BUS CS 79 H

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BUS CS 41 H

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DSKB:<GTICKNET
> JCS6 . DRY [92-AUG-83 1813 ]NEXT HIGHER RSSEMBLY:
FIRST USED ON OPTION-MODEL:
11,785
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JOINT CONTROL

STORE (JCSE)

SIZE coos[
NUMBER
K
{CS |M7475-8-JCS6

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REV.
A

SIGNAL NAME

JCS2 WR DATA (@8,32.64) H

JCS2.4

JCS2 WR DATA (@B:32,64) L

JCSH42.S.H

JCS3 UR DATA (25,57,89) H

JCS2 UR DATA (@1,33,65) H

JCS2.4

JCS2 UR DATA (81,33,65) L

JCSM2.5.M

JCS2 HR DATA (@2,34466) H

JCS2.4

JCS2 UR DATA (82,34.66) L

JCSM.2.5
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JCS2 HR DATA (83:35,67> H

PRGE NUMBER(S)

JCS3 LR DATA (25,57,89) L

"JCSA RADR 00 (288:15) H

JCS4,3

JCSC
AL 4M4A N

JCSA RADR @@ € 16:31) H

JCSC.AWP,R

JCS2 WR DATR (@3,35,67) L

JCS3,4
JCS3I.R.V.2

JCS2 UR DATA (84,36,68) H

JCS2,4

JCS2 UR DATA (84,36.68) L

JCSH.2.S
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JCS3 UR DATA (29,61,93) H
JCS3 WR DATA (29,61.93>) L

JCS2 WR DATA (85,37,69) H
JCS2 UR DATA (@5,37,69) L

JCS2,4

JCS2 UR DATA (86,38,78) H

JCS2 .4

JCS2 UR DATA (98,48.72) H

JCSH.2

JCS2 UR DATA (B8,48472) L
JCS2 UR DATA (@3,41,73) H

JCS2 .4

JCSN.2,T.X

JCS2 UR DATA (B9,41,73) L

JCSN.2,T\X

JCS2 UR DATA C18,42,74) H
JCS2 UR DATA C18,42.74) L

JCS2.4
JCSN.2,T.X

JCS2 WR DATA C11,43,75) H
JCS2 UR DATA (11,43,7%) L
JCS2 UR DATA (12,44,76) H

JCS2.4
JCSN.2.T\X
JCS4.2

JCS2 WR DATA (12,44,76) L

JCSN, T 42X

JCS2 UR DATA C13.45,727) H
JCS2 UR DATA C13,45,77) L

JCSC VAU

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JCSC L oM,A
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JCSA RADR @1
JCSA RADR @1

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(32:47) H

JCSC AP R
JCSC 4L 1S AT

JCS3.4
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JCSA RADR @1 (48:63) H
JCSA RADR @2 (08:15) H

JCSC VAU
JCSC
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JCS3,4

JCSA RADR 82 (16:31) H
JCSA RADR 82 (32:47) H

JCSC
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JCSA RADR @2 (48:63) H

JCSC VAU

JCS3 WR DATA (30,62,94) H
JCS3 UR DATA €38,62,94) L

JCS3.R.V.2

JCS3.4

JCS3 UR DATA €31,63,9%) L

JCS3.RWV.2

JCS CS PROM EN (88:31) L

JCSDE
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JCS CS PROM EN (32:63) L

JCSF,H4

JCS4 €S PROM EN (64:95) L

JCSJ.4KiL

JCS4 CS RAM EN (@8:31) L
JCS4 CS RAM EN (32:63) L

JCSF H4

JCS4 €S RAM EN (64:95) L

JCSJ44.KsL

JCSC 444N

JCSC 4P
JCSC 4R

JCS4,2
JCSN,T,2.X

JCS2 LR DATA (15,47,79) H

JCS4.2

JCS4 WR EN (48:%%) L

JCS3
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JCS3.P.U,Y

JCS4 WR EN (64:71) L
JCS4 WR EN (22:79) L
JCS4 WR EN (80:87) L

JCSC 4 Y

JCS4 UR EN (88:9%) L

JCSC 442

JCS3,PU,Y
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JCS3 WR DATA (18,58,82) L
JCS3 UR DATA C19,51,83) H
JCS3 UR DATA (19,51,83> L

JCS3PULY

JCSA CSA 08 H

JCSA .8

JCS3 UR DATA (20,52,84) H
JCS3 UR DATA (20,52.84> L

JCS4,3

JCSA CSA @1

JCsA.8

JCS3 UR DATA (21,53,85) H

JCS4,3

JCS3 UR DATA (21,53,85) L

JCS3.P,U,Y

JCS4.3
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JCS3

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(23,55,87> L

JCSA CSA 82 H

JCSA.8

JCSA €SA @3 H

JCSAL8

JCSA CSA 84 H

Jcsa L8

JCSA CSA 85 H

JCSA 8

JCSY,3

JCSA CSA 06 H

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JCSA CSA @7 H

JcsA,B

JCS3.P.U,Y

JCsa €S @8

JCSA,B

JCSA CSA 89 H

Jcsa.B

JCSA CSA

JcsA .8

JCS3 UR DATA (24,56.88) H

JCSY,3

JCS3 WR DATA (24,56,88) L

JCS3,R.V,2

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JCSC.A4V,U
JCSC
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JCSA RADR 96 (98:15) H

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JCSA RADR @6 (16231) H
JCSA RADR 86 (32:47) H
JCSA RADR 86 (48:63)> W
JCSA RADR @7 (80:1%) H

JCSA RADR @7 (32:47)> H

JCSC
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JCSC
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JCSC AW U
JCSC
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JCSC\P,AWR

JCSCL 1SR T
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JCSC
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JCSC
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JCSC LS. T A

JCSA RADR @8 (48:63) H

JCSC 4RV U

JCSA RADR @9 (80:15) H
JCSA RAOR @9 €16:31)> H

JCSC
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JCSC
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JCSA RADR 89 (32:4?)Y H

JCSC 4L +SaT4A

JCSA RADR @9 (48:63) H

JCSC
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JCSA RADR

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JESC
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JCSA RADR

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JCSC P 4A R

JCSC LS, T A

18 (48:63) H

JCSC VAW

JCSA RADR

JCSC(L+SsAsT

JCSC
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JCSC
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JCSCA VU

JCSA RADR @7 (16:31) H

JCS44243

JCSC\P,A
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JCSA RAOR @5 (16:31)> H
JCSA RADR @5 (32:47) H
JCSA RADR @5 (48:63) H

JCSA RADR @7 (48:63) H
JCSA RADR @8 (08:15) H
JCSA RACR @8 (16:31) H
JCSA RADR @8 (32:47) H

JCsy
JCsA

JCS3 UR DATA (22,54,86) H

JCSCV,A
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JCSC
4L 4114A N

JCSC L oMy
JCSC 44X

JCS4 WR SEL H
JCS WR SEL L

JCS3 UR DATA (23,55.87) H

JCSC 44V

JCS3.Pl.Y
JCS3.4

JCS3 UR DATA (22,54,86) L

JCSA RADR @3 (48:63) H

JCSA RADR @4 (90:1%) H

JCSC 44U

JCS4 WR SEL A L

JCS3PU.Y

JCSC L +S4A4T

JCSA RADR @4 (48:63) H
JCSA RADR @5 (89:15) H

JCSC a4y T

JCSC1APIR

JCSA RADR @3 (32:47) H

JCSA RADR @4 (32:47) H

JCSC 4L +S 4

JCSH UR EN (%56:63) L

JCS3 .4

JCS3 UR DATA (18,50,82> H

L
L
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JCSC
L M,AWN

JCSA RADR @3 C16:31) H

JCSA RADR @4 (16:31) H

JCSY
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JCSC LMY

JCSY WR EN (08:1%) L

JCSCAPR

JCSA RAOR 93 (@8:15) H

JCSD,E
4%

JCS2 UR DATA (14,46,78) H
JCS2 UR DATA C14446.78) L

JCSN,T,2.X

JCSL 44
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JCS% T1 DELAYED L
JCS4 UCS EVEN PAR H
JCS4 UR EN (80:87) L

JCSC\L1SALT

JCSA RAOR @1

JCS' UR EN €16:23)
JCS4 WR EN (24:31)
JCS WR EN (32:39)
JCS4 WR EN (40:47)

JCS2 HR DATA €15,472,79) L
JCS3 UR DATA (16,48,80) H
JCS3 UR DATA (16,48,88) L
JCS3 UR DATA (17,49,81) H
JCSI UR DATA (17,49,81> L

JCSA RADR @@ (32:47) H
JCSA RADR 2@ (48:63) H

JCS3 UR DATA (31:63,95) H

JCS4 0DD PAR L
JCS RAM ONLY L

JCS4.2
JCSN,T,2,X

PAGE NUMBER(S)

JCS3.R\V.2

JCS3 WR DATA (28.60.92) H
JCS3 UR DATA (28460,92) L

Jesa,B

JCS3.R.V.2

JCS2
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JCSH.2.S.M

JCSM,2,5.u4

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JCS3 UR DATA (26,458,980 L

JCS3
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JCS2 UR DATA (B7,39,71> L

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JCS3 WR DATA (26,58,98) H

JCS3.R.V.2

JCSM,S
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JCSA CSA

JCS3 WR DATA (27,59,91) L

JCS2 .4

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JCS4,3

JCS3 UR DATA (27,59,91) H

JCSM2,S.H

JCSA RADR

(89:15) H

JCSA RADR

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JCSC
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JCSA RADR

(32:47) H

JCSCL+S.T4A

JCSA RADR

(48:63)> H

JCSB +3V H

ST A

NUMBER

PAGE NUMBERCS)

JCS2 UR DATA (87,33,71> H

—

SIGNAL NAME

JCS2 UR DATA (@6,38,78) L

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1"7475-0-JCS?

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JCSB PRADR @6 (64:95) M

JCSC «J 4K Bk

JCSP RAR OUT 19 L

JCSC L 1H B X
JCSC,2.8,Y
JCSC sl o 4B oX

JCSR RAM OUT 26 L
JCSR RAM OUT 27 L
JCSR RaM OUT 28 L

JCSO oM

JCSE,P

JCSJWM
JCSJM
JCSJWX
JESJ WX
JCSJX
JCSJ WX

JCSE R

JCSX RAM OUT 79 L

JCSJWX

JCSS RAM OUT % L
JCSS RAm OUT 95 L
JCSS RAM OUT 36 L

JCSF S
JCSF .S
JCSF S

JCSY RAM OUT 84 L
JCSY RAM OUT 85 L
JCSY RAM OUT 86 L

oY
JESK
JCSKY
JCSK oY

JCSS RAM OUT 39 L
JCST RAM OUT 40 L
JCST RAM OUT w1 L
JCST RAM OUT 42 L
JCST RAM OUT 43 L
JCST RAM OUT 4 L

JCSF \S
JCSF T
JCSF T

JCST RAM OUT 46 L
JCST RAM OUT 47 L
JCSU RAM OUT 48 L

JCSF,T
JCSF, T
JCSH, U

JCSC 42,8,

JCSR RAM OUT 29 L

JCSB RADR @4 (64:79) H
JCSB RADR @4 (B80:95) H
JCS8 RADR @% (64:79) H

JCSC oL oM (B 1X
JCSC (B,2,Y
JCSC oL M B WX

JCSB RADR 96 (80:9%) H
JCSB RADR 97 (64:79) H
JCSB RADR @7 (80:9%) H
JCSB RAOR @8 (64:79)> H
JCSB RADR 98 (80:95) H
JCSB RADR @9 (64:79) H

JCSC 4B 42, Y
JCSC oL oM 4B 4X
JCSC (B2Y
JCSC L (H X B
JCSC +8,2,Y
JCSC (L 4H X8

JCSB RADR 18 (64:79) H
JCSB RADR 10 (80:9%5) H
JCSB RADR 11 (B4:79) H

JCSC oL yH 4% 4B
JCSC B2,
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JCSB RADR @1 ¢88:9%) H

JCSB RADR @0 (64:79) H
JCSB RADR @@ (80@:9%) H
JCSB RADR @1 (64:79) H

JCSB RADR 02 (64:179) H
JCSB RADR 82 (80@:9%) H
JCSB RADR @3 (64:79) H
JCSB RADR 93 ¢80:9%) H

JCSB RADR 9% (B8@:95) H
JCSB RADR 96 (64379) H

JCSB RADR @9 (80:95) H

JCSF S
JCSF \S

JCSF T
JCSF T
JCSF T

WX
JCSJ
JCSJ WX
JCSJX

JCSKY
JCSKY
JCSKY
JCSKY

JCSY RAM OUT 87 L
JCS2 RAM OUT 88 L

JESKY
JCSK (2

JCSZ RAM OUT 89 L
JCSZ RAM OUT 90 L
JCSZ RAM OUT 91 L

JCSK \2
JCSK 42
JCSK «2

JCS2 RAM OUT 92 L
JCS2 RAM OUT 93 L
JCSZ RAM OUT 94 L
JCS2 RAM OUT 95 L
USCC WCS ADR 90 L
USCC WCS ADR 81 L
USCC WCS ADR @2 L

JCSF,T

JCST RAM OUT 48 L

JCSC,B.2 .Y

JCSY RAM OUT 80 L
JCSY RAM OUT 81 L
JCSY RAM OUT 82 L
JCSY RAM OUT 83 L

JCSE R
JCSE R
JCSF .S
JCSF \S

JCSS RAM OUT 37 L
JCSS RAM OUT 38 L

JCSC B 2,Y
JCSCaL oM B X

JCSX RAM OUT 76 L
JCSX RAM OUT 77 L
JCSX RAM OUT 78 L

JCSE \R
JCSE R
JCSE +R

JCSR RAM OUT 30 L
JCSR RAM OUT 31 L
JCSS RAM OUT 32 L
JCSS RAM OUT 33 L

JCSC oL ol 484X
JCSC 424847
JCSC oL oM 4B 4X
JCSC «2,B,Y

WU
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JCSH RAM OUT 70 L
JCSK RAM OUT 71 L
JCSX RAM OUT 72 L
JCSX RAM OUT 73 L
JCSX RAM OUT 7% L
JCSX RAM OUT 75 L

JCSE \P
JCSE P
JCSE P
JCSE P
JCSE R
JCSE \R

JCSC (D 4B «E
JCSC +F \H,B
JESC v J 1K 4Bk
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JCSC 131K B L

JCSJM
JCSJM

JCSH RAM OUT 67 L
JCSW RAM OUT 68 L
JCSU RAM OUT 69 L

JCSE P
JCSE ,P

JCSP RAR OUT 28 L
JCSP RAM OUT 21 L
JCSP RAM OUT 22 L
JCSP RAM OUT 23 L
JCSR RAM OUT 24 L
JCSR RAM OUT 25 L

JCSB PRADR 97 (89:31) H
JCSB PRADR 87 (32:63) H
JCSB PRADR @7 (6419%) H
JCSB PRADR @8 (@8:31) H
JCSB PRADR 88 (32:63) H
JCSB PRADR 88 (64:9%5) H

JCSHU
JCSH WU
JCSHU
JCSH,U
JCSH
JCSHWV
JCSH W
JCSHV
JCSH,V
JCSH,V
JCSH
JCSHWV
JCSJM
JCSJM
JESJM

JCSU RAM OUT S2 L
JCSU RAM OUT 53 L
JCSU RAM OUT %4 L
JCSU RaM OUT 5% L
JCSV RAM OUT 56 L
JCSV RAM OUT 57 L
JCSV RAM OUT %8 L
JCSV RAM OUT %9 L
JCSV RaM OUT 60 L
JCSV RAM OUT 61 L
JCSV RAM OUT 62 L
JCSV RaM OUT 63 L
JCSH RaM OUT 6% L
JCSH RAM OUT 65 L
JCSH RAM OUT 66 L

JCSD M
JCSD 41
JCSD .1
JCSD oM
JCSD 1
JCSD |1
JCSD N
JCSD +N
JCSD (N
JCSD WN
JCSD 4N
JCSD (N
JCSD N
JCSD N
JCSE P

JCSM RAM OUT 82 L
JCSM RAM OUT 93 L
JCSM RAM OUT @4 L
JCSM RAM OUT 8% L
JCSM RAM OUT 86 L
JCSM RAN OUT 07 L
JCSM RAM OUT @8 L
JCSN RAM OUT 89 L
JCSN RAM OUT 10 L
JCSN RaM OUT 11 L
JCSN RAM OUT 12 L
JCSN RAM OUT 13 L
JCSN RAM OUT 14 L
JCSN RAM OUT 15 L
JCSP RAM OUT 16 L

JCSH WU
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JCSH
JCSH.U

REV.

JCSC D 4B.E
JCSC (B WF 4H
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JCSC +B 14K
JCSCDB.E
JCSC B \F 4H
JCSC B 1J4K L
JCSC (D +BE
JCSC +B+F +H
JCSCBJ oKL
JCSC D BE
JCSC B +F oM
JCSC B eJ KL
JCSC «DBE
JCSC 1B +F H
JCSC B yJ oK ok

JCSD 41

PAGE NUMBER(S)

JCSU RAM OUT 49 L
JCSU RAM OUT %@ L
JCSU RAM OUT 51 L

JCSP RN OUT 17 L
JCSP RAM OUT 18 L

JCSB PRADR 81 (89:31) H
JCSB PRADR 81 (32163) M
JCSB PRADR 81 (6419%) M
JCSB PRADR 82 (@8:31) H
JCSB PRADR 82 (32:63) H
JCSB PRADR 02 (64:19%) W
JCSB PRADR 83 (90:31) H
JCSB PRADR 83 (32:63) H
JCSB PRADR B3 (64:9%) W
JCSB PRADR B4 (0@:31) H
JCSB PRADR 8% ¢32:63) M
JCSB PRADR @4 (64:95) H
JCSB PRADR 05 (08:31) H
JCSB PRADR 0% (32:63) M
JCSB PRADR 8% (64:9%) W

JCSCB.2.Y

SIGNAL NAME

SIZ2E |CODE

JCSC .0 4B+E
JCSC \B+F 4H

JCSC 1B yF 4H

JCSB PRADR @6 (00:31) H
JCSB PRADR 96 (32:63) H

JCSC B J KoL

JCSB RADR 11 (80:9%)> W
JCSM RAM OUT 88 L
JCSM RAM OUT 01 L

JCSB PRADR 80 ¢32:63) W

JCSB PRADR 08 (64:9%) H

—

PAGE NUMBERCS)

SIGNAL NAME

PAGE NUMBER(S)
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NOTES:

1. THIS PAGE LISTS THE SCHEMATIC PAGE NUMBER(S) HHERE A SIGNAL NAME IS REFERENCED.

R o P TR T
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FIRST USED ON OPTION-MODEL: 11,785

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7| 17:508DATEJNEXT|B0ARDTOCATI
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PAGE NUMBER(S)

USCC WCS ADR 03 L
USCC WCS ADR 0% L
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JCSA

PAGE NUMBER(S)

SIGNAL NAME

PAGE NUMBER(S)

JCSA

USCC WCS ADR 06 L
USCC WCS ADR 97 L

JCsA

JCSA

USCC HCS ADR 99 L

JCSA

USCC HCS ADR 10 L
USCC HCS ADR 11 L
USCC WCS ADRS 12 L

JCSA
JCSY

USCC UCS PAR IN (Q)H
USCE CS LR (09:31) H

JCS4
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JCSA

USCE CS WR (732:63) H

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_R73
108uuF 100a

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JCSB PRAOR 00 (00:31) W——{f—z—w—|

$ooun 080
sov' |

JCSB RADR 11 (64:79) H—o—{f—53—wW—{

JCSB PRADR 81 (80:31) H——{(—z3—w—{

w"
g8

sev'

sov

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JCSB PRADR 82 (09:31) H——{—5z—{
JCSB PRADR @3 (08:31) H——{{—57z—w—{

80r
sev' | 188

o
28
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B
sov' ' 880

B
sev' " 38

JCSB PRADR @5 (88:31) H——f-57z—w
7|
€79
_R79
100ppF 100

sav

JCSB PRADR @6 (80:31) H——{f—Zz—w—|
_Rso
cge
100uuF 108

Ssev'
otmur
L 0041}

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JCS4 WR EN ¢88:9%) L {57

€93
_R93
106ppF 10@a

sev

JCSB PRADR 02 (64:95) Wbz

«Q

NOTE: R73-R111 & C73-CI11 ARE NOT USED

Toouur T000

gs'v

sev'

JCSB PRADR @3 (£4:95) W=z

JCSB PRADR @4 (E4:95) H

~§-:

5oV’

5oV

=711

JCSB PRADR @5 (64:95) H— =711

JCSB PRADR @6 (64:95) H——f—7—

B
8
5oV |

sav

JCSB PRAOR 87 (64:95) H— 571

€39
_R99
180upF 1000

Sov'|

JCSB PRADR @8 (64:95) H—— 571
C1ee _R108
108ppF 1800

Sev

JCS4 R EN (80:87) L——{t—57~"]

1| | <@ ! oD

—

B0sRD

LOCATION:

BSKBT (ST [CKNEY > JCSC.ORH [02-AUG-83 88157 [NEXT HIGHER ASSEMBLY:

_R92

sev

JCSB PRADR @1 (64:9%) H | =]

dilelilell ORN. § oyl

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0.
sov 420

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JCS4 LR EN ¢80:87) L {57

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vias (30Q
€92

S8R
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JCSB PRADR @8 (32:63> H =57

111

JCSB PRADR 87 (808:31) H

588,
sev Todd0

JCSB PRADR @4 (80:31) H——{(—zz—w—

T THIS URMNING AND SPEUTF ICRTTONYS 4

S
R
T T LETIIES
<D

sev'L|

Sotur
Lrvias TodaQ

188upF 1080

JCSB RADR 11 (80:9%5) H——{(—zz—w+—{

(Gowwr
sov' | f60 Q

JCSB PRAOR @0 (64:9%5) H——

c1e4 _Rigy
100upF 1000

T nas

Ce6 _ RE6
108upF 1090

Erias

FIRST USED ON OPTION/MODEL: 11,785
3

B-DD-M7475-0-0
2

[TE T JOINT CONTROL
T

SIZE lcooe

(JCSC)REV.
STORE
NUMBER

K |CS |M7475-0-JCSC
|

|2 [ ]

saggecalsal

DRIVER
BUFFER

oF-a b

91 o-a

E18

BUS

1F-A D2

g 20-A

H{ABI)

BUS CS5 @1 H{ABES

2F-a D3

10-4

F-a [

BUS

JCSM RaM OUT @8 L

; 00-B
5]
]

H<CADD)

JCSN RAM OUT 88 L

1F-8
eF-8 D
3F-8 D

JCSN RAM OQUT 29 L
JCSN RAM OUT 10 L
JCSN RAM OUT 11 L

‘

JCSM RAM OUT O% L

eD-A

oF-a DO

20-A

2F-a

10-A

IF-a

21 e0-8
3|
1

JCSM RAM OUT 87 L

23054B82-00

JCS4 CS RAM EN (@8:31) L

10-8
20-8

30-8

BUS

HCADS)

3]
+

BUS

H<{REZ)

BUS

HJ{AF1)

BUS CS 05 H<AED)

eF-8 [

JCSN RAM OUT 12 L

1F-8
2F-8 D

JCSN RAM OUT
JCSN RAM OUT

3F-8 [

2305382-00

2F-A

30-A

IF-A

BUS

H{ALS)

BUS

H{ART)

BUS

H{ARD)

BUS CS 13 H<AHE)

; eb-8
3{
+

JCS4 CS RAM EN (89:31) L

10-8
20-8

30-8

eF-8 Y

1F-8 X
2F-8 [

3F-8 [

ENO-8

nfe

REV.

4His

SHHS
S

NUMBER

3°

3 !
38

ADR

3 4

ADR

BUS

B [omce
o TRy

SI12€ | COOE

7 3
8 s
9 z
8

3 7
8

1F=-A D.&

an
Sl
316

(PROM

oF-a D

g]20-A

® K lcs M747%5-08-JCSD I A l /\ ]

JCSB PRADR 87 (98:31) H
JCSB PRADR 88 (90:131) H

20-A

3 1
12

3 4
> 5
5 6

1F-8 D
2F-8 D
F-8 [

E21

5 3

H{ALL)

ROM

JCSB PRADR 83 (@8:31) H

512 X 8

SHS

JCSB PRADR @4 (09:131) H
JCSB PRADR 95 (@@:31) H
JCSB PRADR 06 (@@:31) H

MB7124H

N
n

JCSB PRADR 8@ (@0:31) H

13 L
14 L

JCSN RAM OUT 15 L

eno-8

an
E]
3n 7

JCSB PRADR @1 (BB:31) H
JCSB PRADR @2 (8@:31) H

BUS

JCS4 CS PROM EN <0@:31) L ——LX ENO-A

HAD

oF-B [Y

10-8
20-8
30-8

g 10-R

ROM

on(S

1F-a D-&

MB7 124K

DRIVER
BUFFER
7»Fa;a

512 X 8

—

BUS

BUS CS 89 H{AKTY

BUS CS 18 H<{AK2Y

JCS+ CS RAM EN (28:31) L — Eno-B

JCS+ CS PROM EN (8@:31) L —1] ENO-A
JCSM RAM OQUT % L
JCSH RAM OUT 06 L

IF-A DO

; ep-8

2F-a DO

30-A

DRIVER
BUFFER
74F240

‘g 10-A

1F-A B

JCS4 CS PROM EN <@0:31)> L —— ENO-A

JCS4 CS RAM EN (00:31) L —1Y eno-8

oF-a DO

o12D-A

oF-B [}

10-8
20-8
30-8

90-A

H 104

BUS €S @2 HJ{ACT)Y

JCS% CS PROM EN (@9:31) L —K ENO-A
JCSH RAM OUT 91 L
JCSH RAM OUT @2 L
JCSH RAM OUT @3 L

74Feue

E2
aD-a

]

DRIVER
BUFFER

74F240
2

Y Yy

bigl 0|

DATE

[ENG.

DATE

Bepro--OCATION:

i2 8

cj@ l jems-

;..

DATE,

DSKB: (ST ICKNEY >JCSD .ORH |92 -ALG-83 P9: @1 JNEXT HIGHER ASSEMBLY:

;

{

FIRST USED ON OPTION-HODEL:

11-785

]

|B-DD-M’475-0-0

|TITLE:

JOINT CONTROL

SIZE Icoos[
K

|CS

STORE

(JCSD>

NLIMBER

[MP475-0-JCSD

l REV.

I 2 l 'AJlL
v

30N

3S3r-8-Gshel|

ORIVER
BUFFER

74Fa4e

eF-a IO 8

3 20-A

2F-A [

41 10-a

E%4

BUS CS 16

\F-a D,fi

-4

BUS CS 17

F-a D

JCSP RAM OUT 16 L

21 e0-8

oF-8 O

JCSP RAM QUT 18 L

eF-8 D

JCSP RAM OUT

19 L

10-8

20-8

30-8

2 80-A

oF-a 09 8

5] 20-A

2F-a D

& 10-4

8US CS 18

Bus Cs 19

1F-8 D)

JCSR RAM OUT 24 L

% e0-8

eF-BD

JCSR RAM OUT 26 L

2F-8 [

JCSR RAM OUT 2% L

3F-8 [

JCSR RAM OUT 27 L

10-8

20-8

30-8

DRIVER
BUFFER

74F24@
€37

2lab-a

oF-a DOE

3] 20-R
0-A

2F-a D3
IF-a IO

794Fa4e
ES3

1F-a Do

JCSP RAM OUT 21 L
JCSP RAM OUT 22 L

JCSP RAM OUT 23 L

23@5282-00

Z e0-8
3]
&

10-8
20-8

30-8

eF-B8 D

JCSR RAM OUT 28 L

1F-8
2F-8

IF-8 D

23e3182-00

eF-8D

10-8
20-8

1F-8
2F-8

30-8

JCS4 CS RAM EN (90:31) L —3

IF-8 D

EN0-8

ESS

1flg

enfs

ans
3nM 7

lflg

—
>a

&M
1

SISOX 8

ang
3M K

g'..'
M

ZrH

JCSB PRADR @1 (@0:31) H—Q!
(988:31)
(08@:31)
(QB:31)
(0@:31)
(@@:31)
(20@:31)
(@@:31)

BUS €S 29 H

M
MB7124%H

enfe

@92
@3
04
@5
@6
87
98

2
2

JCSR RAM OUT 31 L

JCS4 €S RAM EN <88:31) L —3 ENO-8

£38

PRADR
PRADR
PRADR
PRADR
PRADR
PRADR
PRADR

BUS CS 28 H
BUS CS 38 H
BUS €S 31 H

1F-A DO

Z1 e0-8

JCSR RAM OUT 29 L
JCSR RAM OUT 3@ L

MB87124H

JCSB
JCSB
JCSB
JCSB
JCSB
JCSB
JCSB

eF-a e
2F-a DOz
F-a M

JCS4 CS PROM EN (@0:31) L —X] ENO-A

512 X 8
ROM

JCSB PRADR @0 (@0:731) H

2loo-a
§120-R
I0-A

10-A

JCS+ €S PROM EN (80:31) L — ENO-A

JCSP RAM OUT 20 L

1F-8

3F-8

JCS4 CS RAM EN (89:31) L —-8 ENO-8

DRIVER
BUFFER

10-4

IF-a D

JCS4 CS PROM EN (@:31) L —L ENO-A

JCS CS RAM EN (20:31) L —3 eno-8

1F-a D2

10-A

JCS4 CS PROM EN ¢@0:71) L — eno-a
JCSP RAM OUT 12 L

S3|

DRIVER
BUFFER

79F 240
2 a0-A

3002 | 3215 1

—!

M
= 2
H
53
H
A Y
H———3)3
H
58
H
4
H
8

m 2
—;;]3
£ 4
33
a8
57
8

ADR

]
Y
z

ADR

£
"
gy
=

Ry
w

1547C5

I‘fic cs

(PROM

L Sl

ity

USENgT
EE:%E OR 13‘?23?‘
sgmxrsnsmg;?»;muE‘“dfi‘mfi
LLPrEST

(oraeaPions
8

16:31,

BUS

Yy P

2/ 50

)

fl <g
[] @ . ORU
CHK'D.
OATE SHEET LOCA!TIO
:QF )
DSKB:
ST ICKNEY > JCSE
[02-AUG-83 89183 |NEXT HIGHER
ASSERBLY:

FIRST USED ON OPTION-MODEL:
5

11.785

IB-DD-M7475-0-0
2

JOINT CONTROL
STZE lcooe

STORE
( JCSE )REV.
NUMBER

|CS IM7475~-8-JCSE
1

[2[] =l

DRIVER

BUFFER
74F240
E70

BUFFER
74F240
E88

eF-a DO 8

BUS €S 32 H<BEDL

Slav-a

1F-a 3 3

2F-a 033
F-a DO

BUS CS 3% HSBETY

BUS CS 3% H<BS2)

Slao-n

21 @0-A
0-4
0-A

JCS4 CS PROM EN ¢32:63) L —H ENO-A
JCSS RAM OUT 22 L
& o0-8
JCSS RaM OUT 33 L
JCSS RaM OUT 3% L

2
3

-8
2 ?g-n

BUS CS 33 H(BEZ)

10-/

JCS4 CS PROM EN (32:63)> L —X ENO-A
JCST RAM OUT 4@ L
Z{ e0-8

eF-8

10-8
20-8

1F-8 )
2F-8 D

JCSS RAM OUT 3% L
10-8
JCS4 CS RAM EN (32:63> L —Y eno-8

JCST RAM OUT w1 L
JCST RAM OUT 42 L

3F-8 [}

2
4

JCSS Ram OUT 39 L

BUS €S 43 H{CS1)

BUS CS 41 H{CDI)

-8[

74F240

BUFFER
£87

2 @0-a

oF-a

i
BUS CS 36 H{BT2)

2 20-A

oF-A

D 8

BUS CS 44 H

&120-a
10-4

2F-A D3
IF-a DO

BUS CS 38 H<BUZ)
BUS CS 39 H<{BVZ)

5] 20-A
10-A

2F-a D3
IF-a DO

Bus CS 46 H
BUS CS 47 H

1F-A E:F;

BUS CS 37 HCBUI)

2 1D-A

10-8

2 20-8

30-8

1F-R g.&

JCS4 CS PROM EN ¢32:63) L—LU ENO-A
JCST RAM OUT 4w L
& eo-8

oF-8
1F-8 [
2F-8 [}

JCST RAM OUT 45 L

JCST RAM OUT 46 L

IF-8

2304+382-00

BUS CS 45 H

oF-8)
1F-8
[}
2F-8

10-8

4 20-8

JCST RAM OUT %7 L

JCS €S RAM EN €32:63) L—¥ ENo-8

30-8

-8)

JCS4 CS RAM EN ¢32:63) L1 eno-8

o
M8

M?E—_
2n

sn §

W | «x |cs [n7475-8-JCSF Ia I /\ l

512 X 8
ROM
MB7124H
E89
Ml

enig
."..' 11

REV.

cnig
.J: 11

sn<
n

JCSB PRADR 0 (32:63) H

lfe

JCSB PRADR 82 (32:63) H

JCSB PRADR 81 (32:63) HS‘

%‘

JCSB PRADR @4 (132:63) H

s“ ADR

3 4 ADR

JCSB PRADR 85 (32:63) H
313
JCSB PRADR 06 (32:63) H
98
JCSB PRADR 87 (32:63) H—317
JCSB PRADR @8 (32:63) H
8

S12€ | CODE

M
4
8

_‘r’c cs

-[‘éc cs

(PROM

32:47,

BUS

32:47)

REVISIONS

CHKICHQNGE NO . IREV

BUS CS w2 H(EPay

DRIVER

512 X 8
ROM
MB7124H
£73

JCSB PRADR 83 (32:63) H

F-a D

DRIVER

JCS+ CS PROM EN (32:63) L —H ENO-A
JCSS RAM OUT 36 L
& e0-8

23e5e82-00

BUS CS 4@ H{TED

2F-a fF3

74F240

; 10-A

JCSS RAM OUT 38 L

1F-8
[}
2F-8
DX

JCST RAM OUT 43 L
10-8
JCS4 CS RAM EN (32:63) L —13 eno-8

JCSS RAM OUT 37 L

-a
DO
?’5-2
E."

oF-8)

10-8
2p-8

BUFFER

PR R JHoyh

d l] g u & @ [] CHK 0.

om0
DATE
[BOAR

;

glr N:

ST
T
—]

< ST ICKNEY > JCSF .ORN [02-AUG-83 09: 06 JNEXT HIGHER ns#csznsu:
DGKB:

FIRST USED ON OPTION/-MODEL:

11,785

|B-DD-M7475-0-8

sxze[cooel
K

ICS

JOINT
CONTROL
STORE ( JCSF )

NUMBER

{M7475-0-JCSF

REV.
A

)
I aJ'AuI

HSIr-@-Gehel| 3| A

¥IN

Imrgu I

DRIVER
BUFFER
PvFa4e

DRIVER
BUFFER
P4Fawe

E119

E1e%

2 a0-a

eF-a DO

BUS CS 48 H

20-A

2F-a OO

10-a

B8US

IF-a DO

CS %0

BUS CS St

—H 10-8

1F-a DO

2 ap-A

8US CS 49 W

JCS4 CS PROM EN ¢32:63)> L —4 ENO-A
; a0-8

oF-8 b

JCSU RAM OUT %@ L
JCSU RAM OUT St L

£ 20-8
10-8

2F-8 D§_—_—
-8 D

10-8

10-4

oF-a

1E-a g.s

BUS CS %6 H

20-A

2F-A D“B,

-4

BUS CS

AF-a D

BUS CS B9 N

1£-8

JCSV RAM OUT %6 L

;, 20-8

eF-8[

JCSV RAM OUT %8 L
JCSV RAM OUT %9 L

£ 20-8
10-8

2F-8B
¥F-8[

JCSV RAM OUT %7 L

JCS4 CS RAM EN ¢32:67) L — eno-8

10-8

DRIVER
BUFFER

oF-a bO
1F-A D

2F-A
F-a B

BUS CS %2 H
8US CS %3 W

BUS CS % H
BUS CS 35 H

JCS% CS PROM EN (32163 L —4 ENO-A

JCSU RAM OUT %2

; e0-8

eF-8 D3

JCSU RAM OUT %% L
JCSU RAM OUT %% L

2F -8 XS
-8 OO

JCSU RAM OQUT 83 L

2304082-00

10-8

20-8
10-8

JCSV RAM OUT 60 L

1F-8 D

JCSV RAM OUT 61 L

JCSV RAM OUT 62 L
JCSV RAM OUT 63 L

JCS# €S RAM EN (32:163) L—1¥ eno-8

23e4782-00

PRAOR
PRADR
PRADR
PRADR
PRADR
PRADR
PRADR

@2
03
@4
0%
06
87
08

&1 00-a

oF-a
1F-A DO
COEF>

BUS
BUS

2F-a PG
F-A

8us
T

1 op-8

oF-8

2F-8
[
IF-8
D

10-8

20-8
3-8

1F-8 D

p——

—

JCSB
JCSB
JCSB
JCSB
JCSB
JCSB
JCSB

H 10-4
2| 20-R
30-A

)

ROM
M87124H
3

JCSB PRADR @1

1F-8
B

JCSw €S RAM EN (32163) L —3 ENO-B

%12 x 8

ROM
MB7124H
gi22

JCSB PRADR 0@ ¢32:63) H

JCS4 CS PROM EN ¢32:63) L —4 ENO-A

512 x 8

DRIVER
BUFFER
24Fave

E120

20-A
0-A

BUS CS %7 H

JCS4 €S RAM EN (32:63) L —-& ENO-8

29Fave

2! ap-a
H 10-a

JCS4 CS PROM EN (32:63) L —4 ENO-A

JCSU RAM OUT 48 L
JCSU RAM OUT 49 L

‘

]

npt

jje

¢32:63) H
2
(32:63) H
3
(32:63)> H——2%
(32:163) H ——131%
(32163 H—o1L6
(32:63) H—187
(32:163) H
8

42
3
%

.
©
p

(32:63) H

)

ADR

AOR

S
6
4
8

z
P
-1
=

I'Jccs

(PROM

48:63,

BUS

48:63)

dilgi & all

71,4

TITLE:

CHK*D.

DSKB: <STICK NEY >JCSH. DR |82-AUG-83 @9: 98 NEXT HIGHER ASGEMBLY:
11,785
1B-DD-M7475-0-0

FIRST USED ON OPTION/MODEL:

e lcooE

_[CS

JOINT CONTROL
STORE (JCSH>
NUMBER

{M’475-B-JCSH
1

[

REV.

rSIr-@-6¢hal]

DRIVER
BUFFER
74F240

-a

oF-a

DO 8

TF-f g,&

6]
2p-a
5

2F-a OO 2

ID-A

3F-a DO

E154

BUS CS 6% H(EMEY

BUS CS 65 H{EJTS

% o0-8

JCSU RAM OUT 65 L
JCSH RAM OUT 66 L

3
¥

JCSU RAM OUT 67 L
JCS' CS RAM EN (64:9%) L —13

10-8
20-8

30-8

BUS CS 66 HEP2Y

61
a]

8US CS 67 HGgS

JCSY CS PROM EN (64:95) L'——h ENO-R

JCSU RAM OUT 64 L

JCSX RAM OUT 72 L

1F-8 D
2F-8 D

JCSH RAM OUT 68 L

IF-8

3|
11

JCSX RAM OUT 75 L

JCS4 CS RAM EN (64:95) L

2 OD-R

BF'Q

BUS CS 68 H(ETD

2 20-4

2F-a D3

BUS CS 70 H{DCTY

Z{ e0-8

23-84682-00

JCS4 €S RAM EN (64:95) L

3
21

—12]

10-8
20-8
0-8

1F-a E,&

IF-a DP

BUS CS 69 H<{EUD)

—3

30-8

2F-a

30-a

@F -8 [

JCSX RAM OUT 76 L

1F-8
2F-8 5
-8

JCSX RAM OUT 27 L
JCSX RAM QUT 78 L
JCSX RAM OUT 79 L

ENG-B

23e4562-00

F-a D

& eo-8
3
2l

oF-8B

10-8
2p-g
30-8

1F-8
B
2F-8
D
F-8

JCS4 CS RAM EN (64:95) L—¥ eno-8

512 x 8
RON
M87 124+
E155

]

ang

mn S

——

¥e

mes

1
H
512
H
)
H
32
H—p
3
H
gt
H—1515
H——Z16
H——137
H
8

?E-S E 3

JCS4 CS PROM EN (64:95) L —k ENO-A

.
(64:95)
(64:95)
(64:95)
(64:95)
(64:95)
(64:95)
(64:95)
(64:95)
(64:95)

3F-8 D

eno-8

o 20-A

BUS CS 71 H{BOTS

ang

8@
@1
82
@3
@4
@5
@6
@7
08

1F-8
2F-8 >

ong

PRADR
PRADR
PRADR
PRADR
PRADR
PRADR
PRADR
PRADR
PRADR

BUS CS 73 HEKSS

BUS CS 75 HCEND

eF-8

10-8
20-8

e ?8:2

HBZ124H
E139

JCSB
JCSB
JCSB
JCSB
JCSB
JCSB
JCSB
JCSB
JCSB

BUS CS 7+ H{ERTY

ORIVER
BUFFER
79F24@
E153

512 X 8
ROM

BUS CS 72 HERD

F~A

£ ep-8

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RS50,R61,R63,R65,R66,R113,R115
£E32.E53,E97,E119

£4,E6,E7

£E9,E51,E82,E143,E103,E117

ES.E123,E124,E154

NAND

GATE,TRIPLE,3-]

E99.E116,E118,572,E87 ,E102

1921310-01

74F11

AND

1921311-01

GATE,TRIPLE,3-IN

74F20

NAND

1910540-00

GATE,DUAL,4-IN

74522

NAND

GATE-DUAL

1910541-00

4INPU

BUFFER,POS-NAND,DUAL

E121,E122,E136-E140

74540

1921313-01

74F64

£21

1921314-01

74F74

1910545-00

745112

FF-JK

1910546-00

745140

1921319-01

NAND

74F153

MUX,DUAL,4-IN

22
23

1921320-01
1921323-01

74F157
74F174

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

5
4

REVISION

ECO

HISTORY

NUMBER

'BASIC

PART

NO:

M7476

INITIAL

'KS

1M7476-TWOO1

!
:

'
!

'(B)

!
!

N
!

1
DRAWING

K .SPENCER

'RESP _ENG.:

K.SPENCER

'ASSEMBLY

'DATE:
!
!DATE:

tEQUIPMENT

CORPORATION

AND

SHALL

NOT

WRITTEN

CONTAINED

REPRODUCED

PERMISSION.

'TITLE
!
MICRO

10-AUG-83

'DATE:
!

10-AUG-83

!DATE:

10-AUG-83

THIS

ARE

COPIED
IS

USED

UNPUBLISHED

WHOLE
WORK

Lo
!

!
!

(USC)

27-SEP-83

DOCUMENT

!
|

REV

!
!

PART

PROTECTED

UNDER

RELEASE DATE:

O1-FEB-84

NUMBER:

FILE

Z3955B.PLS

PROPRIETARY
.

M7476-0-0DBP

!B-00-M7476-0-0
AND

!
DOCUMENT NUMBER
'SIZE!CODE! NUMBER
]

!TOP

CONFIDENTIAL

PARTS LIST
SEQUENCER CONTROL

HEREIN

UG e
o-

'DATE:

NUMBER:

SPECIFICATIONS

05-AUG-83

M _KRYSAK

E1.E31,E55,E43,E44 ,E58,E59,E70,
E73,E74,E88,E89,E£101

£E12,E50,E65,E80,E95
£E2,E3,E62.E77

'E-UA-M7476-0-0

THE

£28

CONT

'MFG.ENG.:

IN)

£E14

WITHOUT

F.GARQOFALO

'DES.ENG:
!

Poo(L)

£54,E69
£E38,E26,E37,E92,E98

TRIG

2
5

4INPU

AND

ITEMS

DUAL.EDGE

GATE-DUAL

)

GATE,4-

E27.E83,E84,E96,E104

E20,E46,E61,E76.E91,E108

!
!'CHK'D:

{J}

“THIS

LIM]

INDEX

LK)

INVERT

S.MANSOR

[E]

LOF)

ol
(D)

[A)]

FF-D,DUAL,PQOS.
, EDGE

IDRN:

!
!SECTION.VARIATION

AND

!SECTION

]

DESIGNATOR

1300247-00

!
'A

REFERENCE

5016103-01

D-MD-5016103-0-0

'REV

!
'---1

00
LEVEL:

'ENG!

SHEET

VARIATION

REVISION

PER

MIN

THEY

THE
THE

ARE

BASIS

THE

FOR

FEDERAL

NAME:

TEDIT

11!

PROPERTY

THE

DIGITAL

MANUFACTURE

LAWS.
-

SALE

!
i
!

AUTOMATED

LINE

ITEM

25
26

¢t

!
]

25
26

PARTS

PRTLST.4GQ(50)

TOP DOCUMENT

QTY

PART NUMBER REV DESCRIPTION

VARIATION

1921327-01

BLANK

xxx

1921318-01

REVISION

LEVEL:

74F 194

SHIFT REG,UNIV,BIDIR

74F17%
10H125
8640
74F138
74F139

FF-D,QUAD
TRANSLATOR ECL TO TTL
RECEIVER,BUS,QUAD,U
DECODER/DEMUX,1-0F-8
DECODER,DUAL,1-0F-4

()
3
1
1
1

THIS [TEM IS NOT USED =xxx
74F 151
MUX,8-IN

PER

VARIATION

SHEET

E17,E18,E29

1921324-01
1921720-01
1911469-00
1921316-01
1921317-01

1911712-00

74551

AND-0OR

E24

1912089-00

74585

CMPRTR-4BIT MAGNITUD

E106,.E107,E113,E120

4
4
1
3

E49,E64,E79.E94
£129,E£141,E142,E144
£145
E52.E57,E111

34
35

1921306-01.
1921308-01

36
37
38
39

1912586-01
1921329-01
1921328-01
1912746-01

74F02
74F08

NOR
AND

GATE,QUAD,2-IN
GATE,QUAD,2-IN

85568A REGISTER,16X4 EDGE
74F253
MUX,DUAL,4-IN
74F251
MUX,8-IN
74S37-1BUFFER-GATE

E67.E105,E115,E146,E£148,E15)
£40,E85,E100
£110
£114
€81

2
2

E112,E153
£39,E42

1912796-00

74148

£68

41
a2

41
42

1912820-00
1921333-01

LSS51
74F283

A-0-1 GATE 2-WIDE 21
BINARY FULL ADDER,4

1
2

£25
E11,E13

43
44

1921322-01
1921312-01

74F 161
74F32

BINARY COUNTER,PRESE
OR GATE,QUAD,2-IN

4
3

E45,E60,.E75,E90
€34 ,E35,E125

1921008-01

74F240

BUFFER/LINE

DRIVER,1I

£134,E135

46
47

1913788-00
1913839-00

26510
LS165

TRANSCEIVER,BUS,QUA
SHIFT REG.,8BIT

4
13

1110324-00

1017472-00

50
51
52
53

1012784-00
1216988-02
3000024-01
1922191-01

NOTE:

[

SPARE

[

I.C.

LOC.

ARE

!
|

TMCDe@10OMA
MFD

PIV=3
35V

E£41,E56,E71,E86
£15,£16,E19,E30,E33,.E36,.£47
,E66,

+75-10%

.047
MFD
50V +80-20%
CER
HANDLE ,MODULE ,HEX TWO EJECTORS
EYELET,ROLLED
0.1210DX0.192
74F353 DUAL 4IN MULTIPLEXER TRI-

58
1
12
7

CONT

E109,E147,E149,E151,E152

CONT

D11,D12,D013,D14
C1-C6.C65

01,02,03.,04.05,06,07,08,09,010,

C7-Cok4
.
E130-E133,E126-E128

EB,E22.E23

'TITLE
!

LED

ENCODER,PRIORITY,8

£10,E48 ,E63,E78,E93

27
28
29
30
31

GATE-INVERT

REFERENCE DESIGNATOR

27
28
29
30
31

DEC

MICRO

SEQUENCER

CONTROL

(USC)

ISECTION

!SIZE'CODE'!

DOCUMENT NUMBER

REV

M7476-0-DBP

b
|

!
[

[

|2 [ ] wsescal
ol x|
LT

NOTE: IF NOTES ON RES VALLES ARE ON

ORIGINAL CK FOR PROPER RESISTORS

DESIGNATIONS.

.0V

usCa USUB @@ (1) L
USCA USUB @1 (1)H

74637-81

USCA RETURN H
USUB FIELD

L=0

9 0 FF

Hsl L=@

ReLoT— USCA UJMP 12 C1) W

@D sus ¢s 12 n—2oo 1 Foz— USCA UBEN @4 (1) H

H=1 Hs1

USCA UBEN @4 1) L

380
543

FLNCTION
NONE

CALL (PUSH)

+5.0v

RETURN (POP)

oD F.P.A,

DECISION POINT BRANCH

USUB @1 ¢1) H
R3FUSCA USUB@1 (1)L
5L USCA

@auscsssn——’-' 03

@FD BUS CS @7 H

855

RS3

0o
D1

H—+—HD3
@K 8us €S 99
BUS CS 10 H——2{pv
walteloe

aus ¢s 11

CLR
j‘ oL

@D 8US €S 82 H

usce

;

CLk To A

(1) L —30
USCB MNT RET SEQ
SEQ (1) L 559
USCJ INIT

USCB CLR LMORD ¢ 1) L

LA N USCA UJMP
11 C1) H

R2}S—— USCA UJHP 82 (1) H

10 usca uunP @3 (1) H
RIPL—
12

15
UJMP 85 1)H
RSF2—LSCA

H-sdcLR

74F175
EN15

823

4]
€32 8uUS €S 72 H—HDR

—-8us cs 26 H@ED

@D BUS €S 73 H—2{D!

EnD BUS €S 7 H—=4D2

EHD BUS €S 75 H——{D3
!)CC‘-“
13

-8G

R30a

-330av

BUS CS 64 HED

)

BUS CS 12 HEAD

8530

Z__
uscA UBEN @1 (1) H
R

8200

BUS€S @

s 82 H@ECD

R3
330a

w—1L_BUS €S 10 H @D

m%uggn UBEN 03 ¢1) H

BUS CS o4 K@D

RS
850q

8200

UBEN 82 (1) H
ReILL USCA
USCA LBEN
@2 < 1) L

)
CS 83 H@EDD
w——1BUS
Ra

R12

BUS CS 0% H@ED

33@n

Re[ 3 USCA LBEN @0 C1)> H
P

§48a

ww—-1-B8US CS 11 H@ALD

w—LBus cs &7 H@D

RIS
-

R20
520

3D FF

USCA UJMP @1 C1) H
RI}2—
,

828a

R2E

13 o4 RyHE— USCA UJMP B4 C1)H

BUS CS @4 H

R1%

88 (1) M
ReFS— USCA UJMP

¢@BD> BUS €S 83 H

RSIE—

yscA usP 10 ¢1) H

3ipe

Y ot

@82 BUS CS 81 H

GED 8US €S 05 H

RIHE—usca LM 89 C1) H

Bus ¢cs 75 HERD

8300

2
88 (1) H
USCA UJMP
R2HZ—

RgY
‘

R82.

@7 (1) H
R1|3—USCA UJP

8us ¢s 76 HEPD

—LBus ¢s 65 HEID

ROPE— USCA LJP 26 C1) H

&0 FF
74F 174
E2

@87 BUS CS 00 H

-R,

cLx

$lp2

G BUS CS 08H

§2ea

BUS CS @9 H KD

—L-BuS CS 08 H

79174

GED BuS €S 86 H

g2t

B113

—iqcLr

3360
-

Ll uSCa USUB @@ 1) L

& 8us Cs 64 H—1RIp2

R112

R12e

@@ ¢1) H
Rer2-usca usue

USCB CLK T8 B H

L=@

L=d Hs1

@D BUS CS 76 H——2D1

820n
R1G

USCJ MARINT RET 1) L

REV.

S12€ | CODE

W | k | cs [n7vze-8-usca In l /\ I

R19

—L-gus cs o1 H@ED

USCA UBEN @3 ¢ 1) L

R13

USCB CLK T@ B H—]CLK

33%a
RE

820n

BUS CS 90 H @B

THTS DREITRG ARD SPECTFICATIONS

REVISIONS

CHK [CHANGE NG . [REV

1
|

ROGER 6. DAME

DRN ,

diijg|i| @]l jex.
DSKB: < TATLORDUSCA

~+r

DATE_|g0aET [OCATTON:

()

.DRY_J15-GEP-83 15: 13 |NEXT HIGHER RSGEMBLY:

FIRST USED ON OPTION-MODEL:

(MICRO FIELD REGISTERS)

11-785

|B-DD-M7476-8-0

]

SIZE {CODE

(SLOT 23)

MICRO SEQUENCER

TITLE:

|CS

CONTROL
NUMBER

|MZ74%76-B-USCA

REV.

[

|2[ 5]

-5.2v

R76

USCB STALL HiCUSCJ,S)

$ 128a
5.2y

]

(802> CEHE UTRAP L

—— USCB CLR UWORD Hj

SBLP PAR ERR TRAP L

CCEMF \DAPN ICLH+[DPH) <SLOT 28>

EED

@2 CLKJ LECL CPT82

—— USCB ABORT CYCLE H;< TBMN) BFD

1260

}

Yoa) VAR N

USCB UTRAP H3CUSCJ,S)

USCB CLK T82 H3CUSCE
.K)

5.2v
2

C
10

RTN H
GLD CIBN D MAINT
1

'b
Vb8

E38

1
T0

b
1h8

£38
c

€U CLKH LECL CPT49 L

ECL

€L

19125

CLKB

LECL

CPTEC2

1
USCB CLK T8 A Hi¢

88— uscs cLR WMORD (1) LicuscA>

Nror

$ 1500

USCB MNT RET SEQ (1) L3C(USCA)

T49
A LiCUSCH>
USCB CLK LK T49

3 153(!

S8 C

4
3

T
LK

.
T49

R%9

150a

10H1

LiCUSCB,M)

&b2%

USCB CLK T@ B H3CUSCAB.CoJ)

fin

USCB CLK T33 C L

USCB CLK T49 B L

FUSCAL

RS6
1200

L3 cLxB8 LECL CPTAC2 L

GU2> CLKH LECL CPT49 H

R%8
120a

USCB CLK T@ LiCUSCEF)

lw X" €5 [irure amoacs I?l /\ l

CLK

uE P

3 c
LUSCB

USC8 CLK T99 LiCUSCCH)
!
'

-5,

-5.2v

—

USCJ INIT SEQ Ci1) L

3§

3 iizggn

1
T80

?%‘o'n

13_

QU cLkJ LECL CPT82 H
.

FOUSCC

USC8 CLK T99 Hicu

ECL

USCB +3vV A H
134

KD CLKE LECL CPTIC2 H

CLKE LECL CPT3C2 L

| rey

CIBN ROM NOP L

2t ree

BD1> SBLT STALL L

@sesaalsal
]l

USCB T7% HiCUSCJ)

-5.2v

USCB CLR UTRAP L; ETD

USCJ UTRAP PUSH H

Zl R92

}

R91

126a

128a

CRD CLKC LECL CPTIC2 H
USCB CLK T33 A LiCuscm>

{€R2> CLKC LECL CPTIC2 L
1

190a

150a

USCB CLK T33 B LiCUSCH)

+5.0v
2

| R117 % Ri21 2| R116 | 118 | R120 2 Rite | Res | Res

1Ka

1Kn

1KQ

1Ka

RY3

1Ka

USCB CLK T33 C LicUSCB.C.h)
.

1Kn

+3V A HiCUSCB)
+3V B HiCUSCE
H JWN?
+3V € HiCUSCH.K
(M)

USCB +3V D H3CUSCC.F)
USCB +3V E H3CUSCL)
USCB +3V H HiC(USCC.J)
USCB +3V I H;iCUSCE
)
USCB +3V J H§CUSCJ)

USCB +3V K HiCLSCJ)
USCB +3V L H3CUSCL)
USCB +3V M H;CUSCR)

["THTS DRAUTNG “RD SPECTF ICRTTORS

bEREIN, aRE

Twe

PROPERTY o8| REVISIONS

CHK [CHANGE NO ., JREV

dli

"fi

DSKB: <TATL

[

FIRST USED ON OPTION-MODEL:

[sA\w[

TITLE:

MICRO

S12E |[CODE

SEQUENCER

CONTROL
NUMBER

K _|CS lh?%?B—G—USCB
l

REV.

[

l 2 [ _ fur JDSfl-B-?{MuJ 3 3115“

BIN CTR

USCC WCS ADRS 14 (1) H
USCC UCS ADRS

74F 161
€90

13 (1)
H

WCS H
USCE E UR
WR WCS

Kk’ -3~ USCC WCS ADRS COUNT H

J 'p
14c_7v
USCB CLk T99 L
s1i2 5

ops

15_

USCC CLR ADRS CNT L

el
)

USCB +3V O H

o2
9

USCE REC [D D12 M

USCC uCS AORS WRITE W&

74637-01
ET1!

Lofcer

USCC HCS ADRS 12 (1) H

313

of - uscc ucs a0Rs 12 L ERD
D

rept?

CEP

2dLor0

LdcLr

CLK

s| 7er ey

BIN CTR

€119

usce ucs ADRS 11 LERD

7"5"7‘55'
USCE REC ID D11

USCE REC ID D18 H

USCE REC

3oy
o

)

[D D@9 H

USCE REC [D D@8 H

USCE BUF BUS ID WR L —>

USCE WCS ADDRESS L

Z9FaTN
€117

o 11
v

Qi P

L ZuF ey
€117

pil

USCC CLK WCS ADRS H

)

USCB CLK T@ 8'H

USCC UCS ADRS COUNT H

§loe
o

USCE REC 1D D@6
H

ucs

SEGMENT

CONT

ADRS 1%

ADRS 13

WRITTEN

)
-]

)
1

<11:00>
<63132>

YES
YES

)

NONE

)

<9%:64>

USCE REC 1D D@S W

USCE REC 1D D H

USCB +3V H H

SolL!
PRLE

ke
7 NG
€112

g2h3

o1 [
15

CET

CepP

92‘;‘3"
L

l‘; ,iusccucsm? INV (1) H

USCC HCS PAR INV ¢1) LFD

€98

———j

;

12y

USCC UCS ADRS COUNT H

€26 | g

uscc ues AoRs o5 L <EFD

8 uscc ucs aors o4 L EFD

opPs

I
USCC
HCS ADRS
ADRS 13
(1) LL
USCC
WCS
14 ¢1)
USCC WCS ADRS COUNT M

USCC WCS ADRS 14 1)
L

p—

uscc ues AoRs 07 L &3
uscc ucs AoRs 06 L EFD

USCC WCS ADRS 14 (1) H

USCB +3v O H

2do

USCB +3v
D H

USCE REC ID D13 H

USCC HCS AORS LRITE H

—

5
g

USCC HCS
WCS ADRS
ADRS 13
13 C1)
H
USCC
<15
L

74F 7]

€26 | ¢

oPs

|u 3

USCC CLK WCS ADRS H -

USCC UCS ADRS @4 ¢1) W

USCJ SYS INIT B L

USCC UCS ADRS 8% (1) H

4‘N

—

USCC HCS ADRS 86 (1) H

§u
Chd

@7 C1) H
USCC WCS ADRS

2d10s0
e8!

YES

usce +3v 0 W—L8 €27

P9E 7Y

USCB CLK T99 M
.
USCC UCS ADRS URITE H~LH74F11 )8

USCE REC D D14 H

CLx

79161

vSCE REC ID 007 H

USCC
WCS ADRS 13 (1)
H

11} 74Fou

USCB +3V D H—

USCC WCS ADRS
11 C1) H

BIN CTR

ID D1%S H

USCC WCS ADRS WRITE H

USCC HCS ADRS 18 C1)> H

USCE REC

uscc ucs AoRs o8 L &1

USCC HCS AORS @9 (1) H

250D
2

USCC UCS AORS 88 (1) W

cep

USCB CLK T9S H

USCC WCS AORS 09 L FBD

— 7

CET

USCB +3V D H

oY usce
ucs aoks 10 L EJD

TM
o

SN TR

USCE REC

ID D@3 H

13 Z4Fa+

7 s
08

>0l

USCC HCS ADRS 03 L O

74F@4

02— uscc ucs AORS 02 L 0D

uscB CLk T33 ¢ L— ’E
scC CLR ADRS CNT
o
® 12 usc
NT
L

USCJ SYS INIT B L ——2]

USCE REC 1D D@2 H

USCE REC ID D@1 H

USCE REC

1D Do@ H

USCC WCS ADRS 1% (1) H—3
20N
USCC WCS ADRS COUNT H—3) 7'F)
USCC WCS RDRS 13 ¢1) L

uUsC8 +3V H H

'
9 cer
CEP

dcLr

USCC CLK HCS ADRS H

>0l

3 79F04

USCC HCS ADRS @1 L ECD
a

____c? LORD
USCJ SYS INIT B L

13 f1Pa

>0 usce ues aoRs oo L EBD

USCC HCS ADRS 88 (1) H
USCC UCS AORS @1 C1) H
USCC WCS ADRS 92 (1) H

USCC WCS ADRS 93 (1) H
C(UCS ADDRESS AND CONTROL)

"THTS DWRITRG "ARD SPEC TF TCATTORS,

pTe tac €QUTPrENT CoRroRaT 10N “lcm( ICR::N[GSE[O:: [REV

RIiTT

l@j i

[

i {t

1G] 1]

DRN.

TITLE:

[] ROGER G. Dane

<[] ! jereo-

BSKB:
< TATLORSUSCC DR _[15-SEP-83 T 13]NEXT HIGHER ASSEMBLY:

FIRST USED ON OPTION-MODEL:

11,785 _ |B-DD-M7476-8-0

MICRO SEQUENCER
CONTROL __CUSCC)

S12E |CODE
K

NUMBER

_|CS |M7476-B-USCC

‘

REV.
A

[2[a]

Xy MIX

74F153
ES9

YARZ— USCD

1D DATA 1% W

USCC WCS ADRS 86 (1) H

IE EA

USCH BRK REG @6 ¢1) H

————2l0-0A

2-DA

USCK USTACK D1% (1) H __'_‘2 3-08

LSCC UCS ADRS @7 <15 1

2-08

T 3-08

A Y8[2— uSCD 1D DATA @7 H
)

USCH BRK REG 87 (1) H

—3{1-08

USCK USTACK D@7 (1) H

5308

£la-08

15 2T SEL

T4]T SEL

X% nMIX

Xy MIX

74153

74F 153

Ee8

(1) H

UStH
BRK REG 12 (1)
W

LSCC CS AORS Bv <13 N

E-Dfl

“ I‘ENO
315 2]

USCK USTACK D12 (1) H

USCC UCS AORS

0-0Aa

21-DA

€58

YAR— USCD ID DATA 12 H

13 C1O>H

2-0B

1y-08

Ye— uscD 10 DATA 13 H

2 1-08

USCK USTACK D@4 ¢1) H

3-DA
'qEN

= 3-08

USCH BRK REG @ (1) H

LSCC WCS ADRS 05 <15 M

<{2-08

USCK 'STACK D13 (1) H

6150 YAZ—USCD ID DATA @4 H

T a}

—11-08

USCK USTACK D@5 1) H

75208

—%12-08

|2 seL

2x4 nIx

2x4 MIX

74F153

USCC WCS ADRS 10 C1)H

BSCH GRK REC 18 <15 1

74F153

YAF— USCD ID DATA 1@ H

LSCE uCS PORS 82 <15 W

USCH BRK REG @2 <1) H

f3{2-0n

USCK USTACK D18 (1) H

308

USCK USTACK D@2 (1) H

JEN

USCC WCS ADRS
11 C1) H

USCH BRK REG 11 (1> H
USCK USTACK D11

@-DA

211-0A

Y82—uSCD 1D DATA 11 H

)

USCC WCS ADRS @3 (1)
H

1-DB
512-08

C1) H

USCH BRK REG @3 ¢1)> H
.

75208
2

USCK USTACK D@3 (1) H

E?3

2ia-0a

USCH BRK REG @8 (1) H

DATA SOURCE

WCS ADRS

L
H

W
L

UPC BRERK
NOT USED

8
c

YalZ— usch 1D DATA 08 H

USTACK

INPUT

USCK LSTACK D@3 ¢ 1) H

—1315.08
TSdan

YBFS— USCD D DATA @9 H

USCC HCS ADRS 81 (1) H
USCH BRK REG @1

212-08

USCE ID SEL @ H

vBI2—uSCD 10 DATA 83 H

75308

EY3

- 3-08
&

iz]!1-08

USCK USTACK D@1 (1) H

131308
LR EN

USCE MICRO STACK H

USCE ID SEL @ H

v8[2— uscD ID DATA 81 H

@-08

(15 H

144y SEL

5
vAtZ—uscD 1D DATA 0@ H

—311-0a

USCK USTACK 0@ (1) H

1i1-08

USCE MICRO STACK W

511-DB
{-512-08

Sle-0a

USCH BRK REG @@ (1) H

—CEN

2la-08

1208

USCC UCS ADRS 88 ¢1) H

2-DA

USCH BRK REG 89 ¢1) H

@-DA

2{1-DA

t—3{2-0a

2x4 MIX
74F153

—213-08

USCC WCS ADRS 89 (1) H

E44
s YAZ— usScD 1D DATA 82 H

alf se

211-0A

USCK USTACK D@8 <15 H

sEL
2xy MIX
24F153

USCC WCS ADRS 88 (1) H

19 USCD 10 DATA @5 H

%12 seL

USCH BRK REG @5 ¢1) H

E7Y4

REV.

USCK USTACK D15 <1) H

Y8}2— uscD ID DATA 15 H

1417 SEL

CID BUS DATA MUX>

o ORETHE PROPERTY

;

REVISIONS

CHK [CHANGE NO.%REV

d u g l]

PROGER G. DAME |

[BOARD

DSKB: <TAYLOROUSCO
DRI [15-SEP-83 15:13JNEXT HIGRER ASSERBLY!

[

FIRST USED ON OPTION-HODEL:

11,785

|B-DD-M7476-8-0

(¢SLOT 23)

TITLE:

v LOCATI0

& a [] D
-

@-0B

Ha-0a

10 DATA 06 H

'3 1-DA

USCK USTACK D@6 ¢ 1> H———4 3-08

USCE WCS PAR TNV 1> H

§l0-pa

YAFZ— USCD

SIZE CODE

2% MIX

74153
€89

USCC HCS ADRS 1% <1 H

emeeeslala]]

W | Kk | s |n7476-0-USCO

‘
!

MICRO
SEQUENCER
CONTROL

S12E cooe[
K

ICS

[

NUMBER

|M7476-B-USCD

REV.
A

I 2 l 'AJII

33SN-0-92hed|

l:ooJ:_ngI
53|

4-BUS
TRANSC

26510
€86

USCD

1D DATA

15 H——t{DRO

DECODER

BUS ID DIS L
]

USCE REC

iD D%

79F138

g: isggelgeg’?ol'om A

USCD ID DATA 14 H——2{DR!

usco 10 baTa 13 H—LMpr2

523;'2:8‘?0%

124

LooX

AK L

7Fp

1D LEFT AODR 2 H——t{%

ICLJ ID LEFT AODR | H—=12 SEL
1CLJ ID LEFT AOOR @ H—L]1
{EL" {g LE:;“DOR‘BH Y

USCO 1D DATA 1@ M

DR1

USCO

ID DATA @9 H

USCD ID DATA 88 H

eus
011[0LD
Usce 10
Ree
DI

EBD 1CLs 1D LEFT WRITE L HA7vFaa
A

13 ?‘Fa")

OR2

8US 10 D03 L EKD>
USCE REC 1D D@I

EqE1t2

DECODER
iy
o

E82

‘

37411

NONE

2 - 27

USCE €S WR <31:02> HAD

USCE REC ID

ame

HCS ADRS 1% (1) H—
3355 UCS
ADRS 13 (1> M—1t|5 SEL
—

<
—

USCE €S uR <63:32> HPBD

——

L7UFI1
M2
€96

54 74Fes
€82

15den

€.

usce cs uR <95:64> HOED

w
b

USCB CLK T82 H—

USCB +3v 8 H

L.y

Es2

R ——Uu

USCD 1D DATA @4 H—-'2ipR3

alyt!

94 74Fos

g;%’;"

7
81 taus 10 D26 LD@

USCO ID DATA 85 H——LHoR2

€81

] ; aggslgegeio"of;n

M ——2{DR1

—— USCE WR WCS H

USCD 1D DATA 87 H——{DRO RO ——u
.

UCS ADORS

UCS MEM DATA

R3 -+ USCE REC 1D N

OR3

UPC BREAK

USCE WCS WR CYCLE HPD

83 pka-8us 10 Des L

E%6

.7, ora

USCE UCS MEM DATA L

4-8US
TRANSC

ID DATA @6

USCE BUF BUS ID WR L

H2d sTRoBE

USCD

80
R0
OR@

MICRO STAC K

USCE BUF BUS ID WR H

E”Y

ThRensE
TRANSC

USCD ID DATA 11

gg - é;

LJ 10 LEFT
AOOR Y4 H
|::)
1CLJ ID LEFT ADDR % H—2

STROBE

ADDRESS

:gNNS

HEX

FUNCTION

H L OH X% X :

3F Py~ USCE WCS HEM DATA L
WFRie
sF
5:93

ICLJ

R3 -3 usce Rec 10 012

uscd 10 oATA 12 H —L3{pR3

0:313 ggg $€R3Rémcx L

2F D4~ USCE LCS ADORESS L

gIpii-sus 10 012 L

ID ADRS BIT

USCB

CLK

ICLJ ID LEFT WRITE L

124 sTRoBE

USCE

UCS

MEM

AVAIL

—
Ky
_B

4-BUS
TRANSC

USCE MICRO STACK L —

80 PS—
Bus to_0e3
R@ [ 2— USCE REC

USCD 10 DATA @3 H—— RO

Rl1 —u
L8 mé‘gelgege?ol'oea::u

USCD 1D DATA 82 H~1—2DR1
"

82
P25 BUS 10 DO1 L (CBD
R2 -2 USCE REC 1D DBT W

RI USCE REC 10 0BA W

UsCO

10 DATA 81

H—Lpr2

USCD

ID DATA 80 H—13{pr3

USCE USTACK H

gg:_’@
EBD ICLJ ID USCB
LEFT CLK
WRITE
L
T@ L

—1

USCE

ID BUS

USCB +3v I H—2d

XCVR EN L

USCE UPC BREAK L —f18

_uscE 1D SEL @ H

CID BUS DRIVERS AND SELECTION DECODE)>
1,

le%& Efimr cmangc nrlc TR::N[GSEXON%S BEV
8

83 P2 8uUS 1D Dee L CAD

0 SPEUIFICRTIONS|

L B:%:j%"?:&{.}m?cr%"‘
:
O 2.

STACK

1153770

USCE UPC BREAK L

o TSR
i S o Chenee

MICRO

MICRO STACK L

HocE hecRO oRees &

USCE 1D BUS XCVR EN L ——=Q STROBE
THIS

LccE

dlijg)i ]t

D§5‘éen G. DAME (5[2?5]58‘! E;‘»G,'; -

joss—

oore" gty

_DR‘T‘E_Z% TITLE:

Tocafion

DSKB: CTAYLORDUSCE .DRU_[15-GEP-83
15: 1 3JNEXT
HIGHER ASGEMBLY:
11,785
|B-DD~M7476-0-0

FIRST USED ON OPTION-MODEL:

(SLOT 23)

M I CRO SEOUENCER
CONTROL

S12E
[cooeJ
NUMBER
K
_{CS |[M7476-0-USCE
1

REV.
A

3
@s

USCA RETURN H
USCR RETURN UPC @4 H

”

)

74F08
Eaa

1
2 7mF28)

(e
<

e2e

1
18] 7ar 10

50 FF

arooNG

:g 7;;29

)

USCR RETURN UPC 0@ H —
.
<
USCP UJUMP 80 L —

74708

5| Ew2

s 7;:710

[s
T
——

€125

' 3

\
— 1

€32

UBEN

<1F:10>

H -4

USCH

BUF

UPC

USCH

BUF

UPC

USCF

<F:@>

52—

]

;

RILTH

U3EE

Lecey

¢1) H
ca

5O EF

7?‘:‘:;5

’

_T_2l7vr20 \

USCR BUF UPC &4 H

USCH BUF LPC @5 H

Sip1

USCF UPCSV @4 (1) H
USCF UPCSV @4 ¢1) L

RILE HatE ey gg o
12—

USCF EN NuR @1 L

\Wi2

cLK

USCP UBEN EN C1F:10> H uscr-' EN BR CIF:10> @1 L
7vF19

(1)

USCF +3v F H——Ldcir

B 13

uscF EN BR <IF:10> 02 L

1o\!

UPCSV

3 USCF UPCSV 11

USCF EN NUR 02 L

USCF

1L
RLIT SCE Locey 16 <15
1

1874720 },8 _ yscr En BR <F:0> @1 L

USCM BUF UPC

<— USCF UPCSV @8 (1) L

19 £61
]

€102

74F32\3

Lwegf§

ere

Tl 28 o8-

Je1e2

2/ €125

Ra[ 57— USCF UPCSV @8 (1) H

, 72539

13
USCP

NUA

-5}

i 2‘:;'29 8

79F312\6

2l 7vF20).6

€

E42

€32

USCP UJunMP @1

USCH BUF UPC @8 H

reros\e

SCF EN BR <IF:10> 93 L

UPC

R1 [’z USCF UPCSV @9 ¢1) H

uscP uJumP @2 | ——3 E125

74F175

eFao\a

RETURN

110> @4 L

USCP UBEN EN <IF:18> H

‘

USCR

3218

uscr £ BR <1Fir

USCF EN NUA @4 L

,
v

£33

3003}

E150

‘

10l

sasn-a-eznzul s3] » [
B3I

* A3

\n8

co7

11 2urFog \11

USCR RETURN UPC 02 H ———2 74F00

l 2J Y I

E32

——ATE

5
3

—o on:

lqz SuF20N\8

usce usurP @3 L

USCP UBEN EN <F:@> L

USCR RETURN UPC 83 H

*fis

EN8
1

USCP UJUMP @4 L

USCM

BUF

UPC

UPCSV 0%

C1)

19
5~ USCF UPCSV 86 (1) M

USCF

—

ReLIT uSCF UPCsV @6 <15 L
02

USCP SEL UPCSV H

USCPCcP UBEN N EN EN

:
<F:
<F:@> W

2| vF20

:
USCF EN BR <F:9>
09 L

Eve

USCH BUF UPC 07 H

15| er2@ 18

74537-91

LSCP LBEN EN <1F:18> H—13)

—

1:!93 74F10
>,§
er2

«2

USCF
CF
EN EN NUA 80 L

(1) H—2

USCF +3v F H
usch BuF upc

—
———

®>

24F175

12 n—12[p

USCF +3V F H—

usce +3v D H

R@[S— USCF UPCSV @8 (1) H

USCHM BUF UPC @@ H

1|8

USCF UPCSV

12 C1) H

USCM BUF UPC @1

*5.0v

R110

'Ke

R1 25— USCF UPCSV @1 (1) H '
2— USCF UPCSV @1 ¢1) L

il
B

3ot

USCM BUF UPC 82 H

24— USCF UPCSV 0 C1) L

10 9

=4 H9
11
USCB CLK To L

USCA USUB 88 ¢ 1> H—g] E2!
USCA USUB @1

CLx

uscs cLk T99 L L8

E.q

'--—‘QCLR

uscr En BR <IF: 10> 00 L

E46

—

USCB CLK T33 € L

3 USCF
07 (1) H
R3: LY USCF uPCSV
UPCSV @7 (1>
L

yscH BUF uPC @3 H

FK1

S~ USCF UPCSV 82 (1) H

ReLIT USCF UPCSV @2 ¢1) L
3L

USCF UPCSV 83 (1) H

D—— USCF UPCSV 93 (1) L

‘;C CLR
CLK

CIBN ROM NOP L
EHE CS PE TRAP H

(HICRO PC SAVE AND MUX ENRBLES)

mfn'.”mn':? - R

blun%gegémr [«

REVISIONS
|

o{‘?fi‘mg CHK [CHANGE _NO
., [REV|

s T Re RN
: E"‘cop"%%?@“‘,‘%%?"
T

ATI0N"

(SLOT 23)

DRN

g
CHKCD.
DSKB: CTAYLORDUSCF
.DRW

t @

FIRST USED ON OPTION-MODEL:

DATE

DATE
_[15-GEP-83 15: 13

ROGER G. DAME

11,785

[is-sgp-eal

[ENG

DATE

.- ..

NEXT HIGHER ASSEMBLY:

|B-DD-M7476-0-0

|TITLE:

S12E |CODE
K

|CS

CONTROL
NUMBER

M I CRO

SEOUENCER

[M7476-0-USCF

REV.
A

l v

nasn-o-ezuul 53|

%
3000 | 3215

CORPARE
7458%

E113

A IN A8 OUT

AN aes o
N A

USCB +3v C H—J

5}'“_

USCH BRK REG 12 ¢1) H

USCE REC ID 012 H—&{p

oPs

7%F 7Y
AR

USCH BUF UPC 12 W

usc M LR

BRK H

SYNC PULSE 1S BROUGHT TO A TEST

) 88
g8

g2
USCH STNC PULSE H @D
COMPARE

8.0
o
79F17%
)

USCE REC [D D@6 W

USCE REC 1> D7
USCE REC

ID D@8 W

USCE REC IO D@9 H

<ot vec 10 b1a

USCE REC IO D11

E??

7458%
c1e?

ROIE— USCH BRK REG 06 (1)

Pe 11 N

R1H— USCH BRK REG 07 (1)

usen

»
R2}Z— USCH BRK REG @8 (1)

USCM BUF UPC 10 M
USCH BUF UPC @9 H
USCH BUF UPC @8 H

RaI— USCH BRK REG
@9 1)

USCH BRK REG 11 (1)

H—{-—Be

RePL8— USCH BRK REG 1@ ¢ 1)

USTH BRK RES 23 1o M

3182

RSH<— USCH BRK REG 11 (1)

;

USCH BRK REG 10 (1) H

E62

LSCE REC

aly,

. USCH BRK REG @1 (1)

5
R2}Z— USCH BRK REG @2 (1)

R3[L8~ uscH BRK REG @3 ¢ 1)

USCE REC ID D@Y H

USCE UPC BREAK L <8qE!'e
q

EIT

USCH BRK REG @@ (1)

uscF +3v F H-HLdeLR

CLK 199 H—np 7F1T )
USCB
usce +3v B H—=5f E83

USCH BUF U

—

]

USCH BUF UPC % H

USCH
(1) MH
USCH BRK
BRK REG
REG @7
07 (1)

afll

E—

USCH BRK REG @% (1) H
USCH BRK REG @+ (1) H

B2
8!

>a
i,

COFPARE

RePL— USCH BRK REG o4 ¢1)

USCE REC 1D D@5 H—-ltlps | oo BRK REG @5 <1
USCH LR BRK K

IN A¢B OUTI

gl.:s

uSCn BUE LPC 86 W

USCE REC ID D@3 H

uSCE BUF Bus 1D R L1l N

rele—

3 De

Ib D02

—4IN =8 oufl;

USCH BUF LPC 07 H

USCE REC ID DO H
e REC

7458%

Z9F 174
1D bat

(TO CLOCK CONTROL)

J—E128
IN A8 OUT

—

—5qcLR

A
A2
Al

cLK

{: ::g %;

—

USCH BRK MAT L

IN A>8 OuT

USCB +3v C H

elpon

USCM BUF UPC @0 M

USCH BRK REG @2 (1) H
USCH BRK REG @1 (1) H
USCH BRK REG @@ (1) H

g
582
81

UPC

N A<B

usCh SuP urt gz M
BUF

®
:

3|IN Ae8 0“}; =
N

USCH BUF LPC 03 H
USCM

gé

74585
+ E120

OUT

OUTF

USCH BRK REG @3 (1) H—{—-i1B8

—

(MICRO BREAK REG AND COMPARE)

["TATS DRSWTRG ARD SPECTFICATIORS.

REVISIONS

fiil;ogwlmm‘cmgag?zmfi%cm lc:nNGE[cLO.[REV

d a

USED In o£ R IN PORT A

oaiROUT
JLRITTEN
2
O 1983,

ORN..
CHK'D.

DATE
DATE SHSET

] & @ n ROGER G. DAME [12-oct-83

n g u

‘

_QF

DSKC:<HISKAYUSCH.DRD _[T11-OCT-B3
08:93|NEXT
HIGHER ASSEMBLY:
11-785
|B-DD-M7476-8-9

FIRST USED ON OPTION-MODEL:

(SLOT 213)

‘

TITLE:

MICRO SEQUENCER
CONTROL

SIZE
coosl
NUMBER
K
[CS [M7476-B-USCH

REV.
A

]

N H
sal 321s
rasn-e-ezhzul
3002
HIBN

v I
l 8 [ ‘A3

]

ADDER
74F283

En_|{
C ouT

USCJ MAINT RET ¢1) H

1 ,-,

USCJ STALL (1> H—'2

FUFEY

GND— 75

— USCJ USTACK DEC L

USCJ USPBR H—2{D0

<
]

auSCB +3VHH

———

USCJ usPe1 H

]

20w aNe
)

USCJ USP@2 H

USCJ USTACK LOAD H

USCJ USP@3 H

o1
5 p2
6

USCE USTACK H —
USCB +3V J H
GND —

[ 68

R3H2

03
2T 3

USCB CLK Td A H

USCA USUB @8 (1) L

1-0B

- 0-DC YcHe- uscs usPe3
3

4F 13

oF 1

—<i2n

1-DC

Ta1@-00
) 1-0D

1oF3—

uscJ usPez H

USCJ USTACK INC L -5 éNSEL

12lo8
14

1508

[CLK

5
c our--"a

1lon

[

ADDER
7%;‘2383

USCJ SYSs INIT A L—I]cLR

USCA USUB 81 (1) H—

3191-DA

>
UsPOT M
slyop TE[—USCJ

7
IN
~Z1c

USCJ USTACK LOAD H—T7§]2 1=3IN+3
1 3=
2=QIN»
0AD

L USCJ USTACK INC L

iy
USCS UsPoR H
2|y pq T[T

1F Y

5ha

RS2
R1

51257
4 YF1

—=12A

o| . @=HOLD

USCE BUF BUS ID WR L —
LSCy STALL (15 L

o—£12
~{SHFT BIN

4x2 MIX

pell

, 18

74F 19y

ID WR H——32
BUS USTACK
USCE BUFUSCE
H 433

USCJ MAINT RET 1) H—
USCB +3V H H =1

[ A

ST REG

)

USCJ UTRAP PUSH H -

USCA SUB @1 (1> L
)H

8F 19

USCB +3V K H—-}-é—,an

——2
gl 711 8

CIBN ROM NOP L
USCJ UTRAP (1) H—
USCJ STALL ¢1) L

214
18
LZMc 1IN
5

USCB +3V K H

USCJ UTRAP PUSH H

l’

uSCJ PRIOR 02 L

=
<

Lo 74F o4
£82

4 D FF

P4F175

€67 ;

74148

Y Rep?b d
Yoo

1
USCB UTRAP H—D3

—dCLR
INIT CLKSEG T8(1)8 LH—24CLK
USCJ USCB

£68

ANT ol‘f
18

DEE: 0“;:95

12 1SCJ STALL C1) H

CLKL UPROG INIT H

USCB +3V J H

uscs

15 |JSCJ UTRAP (1) H
—=—

1 1iscy umx SEL 1 H

P4FOONE

! _
g €%2

USCJ SYS INIT A L

o sp

PLluscs svs maT e L

£¢

1 2
'p
Ve e
b

USCB 175 H—23 &Y bs
-

uscJ INIT SEQ ¢1) H

s
INIT SEQ ¢1)> L
@}=2—usCJ

gs:a

PRIOR 80 L

74148 QUTPUT

INIT STALL UTRAP LECO A2

o 'pS
74F 7'
e

USCB CLK T8 B H——C ,Dg

H H H H H

FUNCTION

NORMAL
UTRAP

STALL

ifia

REVISIONS T
ORE
T Emlfli:fl’
): CHK T|CHANGE
ToTTAL
NO. |REV
copTEO
P on.0N
$ 8e RE CORORAT

["TRTS DRAUING AND SPECIFICATIONS

S-3

Ry
&
B
!

C INTERNAL CONTROL, MICRO STACK POINTER, AND INIT)>

g
|=

USCJ unx SEL @ H

3doe
1 05

9 USCJ INIT (1) H

d 3

o
@ th
5]

USCJ MAINT RET ¢1) H—2EN
USCJ SYS INIT B L

USCB +3V J H

R ‘."
A
f""‘c&’%?"“m?@“’?&%
AP LoN"
T

Mg L) o1
12
g?
USES UTRAPE1onoL
—2dpe nax

R3L1% 1560 UTRAP (1) L

Pattag

—

AULT 02 D—Z L uSCJ PRIOR @1 L

=2 Q1 D-—+I—usc.:
SCB +3V
B H—3 D7 MIN
+3v B

C1) H

RET C1) L
MAINT RET
u5C MAINT
19 )5CT
ReIIT

74537-01

PRI ENC|

STALL (1) L
. RILE UsCy
USCB STALL H—2{01
o
CIBN D MAINT RTN H—&{p2

° {t

DRN.
ROGER
2 G. DAME

(SLOT 23>

.
DATE 'Nfiv?cd-'-:;z>DATE'~Ei-‘ |TITLE: M I CRO SEGUENCER
|[12-ocT-83

LOCATION: AF21 | STZE lcooel CONTROL
[D0aRD ASSEMBLY:
DATE[NEXT HIGHER
0 c|@) b oo
DGT CHISKAOUSCJ
l REV.
NUMBER
@8:5@
[11-0CT-873
W
R
D
.
DERL
al
K ICS |[M7476-0-USCJ
FIRST USED ON OPTION-MQDEL: 11,785 B-DD-M7476-0-0
fl

l
Wxe

MIx

4x2

P4F 187

1=-DA

mEd

€37

4191100
@-00 o

USCE REC 10 D

USCE REC ID D% W
USCF UPCSV @5 (1> H

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USCB +3v C H_‘_J‘_g_ STORE

USCB +3V C ”fff STORE

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ugg.: ggzge H

ugc.: usPee n-——g e

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USCJ USPB2 H—g{ 2 AOR

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USCJ USTACK DEC L —

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£93

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ENA

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£63

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USCF UPCSV 90 (1) M

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sec

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2 123IN+3

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USCJ SYS INIT A L —LdcLR
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DRN,
ROGER G.

DAME

TIoN:
DATE
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DSKB: CTAYLORUSCK
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FIRST USED ON OPTION-MODEL:
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USCF UPCSVY 98 (1) H

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MICRO SEQUENCER

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8IT <11:00>
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INPUT

BIT <12>

FUNCTION

INPUT

NUA

INIT OR TRAP

INIT OR UTRAP

NUA

FPA

STALL

FUNCTION

STALL

(MICRO MULTIPLEXER)>
"THTS URFITRG AU SPECTFICATTORS

REVISIONS

RN.

iyl c@?';oCHKlCHGNGE NO. lREV

[

[ENG, .

\» ~

DATE. [TITLE:

T we

DATE 30580 LOCATION:
%

HOUT LRITTEM
o

DATE

ROGER G. DAME |12-0CcT-83 -'..

F]RST USED ON_OPTION-MODEL:

11,785

NEXT HIGHER RSSEMBLY:
|B-DD-M7%476-0-0

(SLOT 23)

M I CRO SEOUENCER

SI2E lcooe
K

_{CS

CONTROL
NUMBER

IM7476-@-USCL

I REV.
A

USCB CLK 733 8 L ==
USCB CLK T49 8 L —

+5.0v
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EHED 8us UPC 12 L

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Bus upc 11 LEED

[~ USCn BUF UPC 10 H

sus urc 19 LETD

R100
Ka

Bus upPC 89 L D

12 [~ USCM BUF UPC @9 H
\

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BUS UPC

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19
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7258302

R105

5 [-uscu BUF UPC O4 H

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USCJ STALL (1) L

USCA USUB @8 C1) H

USCE UPCSV 11 ¢1) H

USCM UPC LOOP (@) H

sus urC 86 L DD

!
&2 BuUS UPC B4 L

THE BOARD.

sus urc o8 LEED

R106

POLARITIES AND NUMBER IS TO BE ETCHED BY EACH LED.
LED LEADS WILL BE BENT SO LED LAYS FLAT AGAINST

USCF UPCSV 12 C1) H

18
gus upc @7 L&D

USCM BUF UPC @6 H

USCM BUF UPC 0% H

USCB CLK T33 C L

Lcm msH

LOCATED BETWEEN HANDLES FOR VIEWING. LEDS

res

R183

rop2ea>—12l

]

¥ION

WISN~B-9¢hdM sal A

LEDS ARE TO BE IN HEX NUMBERS WITH L12 TOWARD “A"
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USCB CLK T33 A L —
usCB CLK TM49 A | —

CUPC LATCH>

ITEMS WETHOUT WRITT!

S (e P

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ilgl 1]

¢|af

fl PROGER G. DAME
s

DSKB: < TAYLORYUSCHM.DRW

[15-GEP-83 15: 13 [NEXT HIGHER ASSEMBLY:

FIRST USED ON OPTION-MODEL:

11,785 _ |B-DD-M7%476-0-0

(SLOT 23>

T s

TITLE:

MICRO SEQUENCER

SIZ2E lcooe

CONTROL
NUMBER

K_[cs [M7476-B-USCM

REV.

axy MIX

ECEHE UTRAP VECT 2 H

NESTED ERR (1) H

0-0A

YForz—-USCN BRMX <13:18> 82 H

1-0A

CEHE UTRAP VECT 3 H

{BUD> CEKN FPD BIT L

@BU2> ICLK EALU N (1) H

’—c

@-08

7-%—-USCN BRMX <7:0> 02 H

EK2> DCPA_LAAT H

V H—————azx{

Y82
— USCN BRMX <13:1@> @3 H

{20
30

EECS,R e SS
b
ACCA UB2 H —13leD

1-DB

&> s H—&7p

& T H—e23-08

—L3GEN

122 seL
1

—H1 SEL

~Zden

2x4 MIX

8 MIX

7»2:53

(AT CEHE UTRAP VECT @ H

GEZ> T8MD_LAST REF CODE 1 H
@HZ> DAPD_SS (1) H

0D H

nD LAST REF CODE @ H
(At

UTRAP

DOPS SC NE @ H

USCJ

JJ H
INIT CTO H

USCA UBEN @1

(1) H

USCA UBEN @8 (1) H

={e-0A

7»55»"1;51

YA[Z— USCN BRMX ¢13:18> @@ H

v[5— USCN BRMX <7:@> @1 H

2{1-0A

2-DA

@BD K H

—=213-0a
den

o)y

CEMB PSL CBIT H

ICLK ALU
C (1) H

o8 YBF— USCN BRMX <13:10> @1 H

@ES IRCF BCY-LH

}1-08
]

@rn:iw

fj 2-08

GNOD

2-04\
N

ICLK EALU 2 (1) H——H2-DA
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Naggezhzulfia[fi_s]L

8 MIxX

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J 2 [Au!-'l

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£12-08

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2 SEL
1

1317 SEL

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8 MIx
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GND

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OCPA Lnag H

(1O H

@RID IRCF

BC4-8 H

@B AcCA_UBe H

360

AUl

USCA UBEN @2 (1) H
USCA UBEN @1 (1) H

USCA UBEN @0 (1) H

K ALU

)

REV.

v D—Z-uscu BRIMX ¢7:8> 80 H

T2 SEL
1

SI12E | CODE

-Zden

(BRANCH MUX'S)

15 URANING ARD

FEREIN,

ARE

THE

SPECTFICATIONS,

PROPERTY

OF|

OIGITAL EQUIPNENT cmano; Ol
L _NOT B€ REPROCUCED OR COPIED)

I, ke cu e calT

1vEns i rwout Qu?g;,f,fn
T

REVISIONS

TCHANGE NO, [REY
:

]

d I]
_

RAYION"

[]

DRN,

ROGER G. DAME

t @ [] CHK 'D

DSKC: CHISKAYUSCN.ORW

A\HT

DATE

117-0CT-83 @8:55

FIRST USED ON OPTION-MODEL:

[12-0cT-€3) v oTM

.5 ..iv

(SLOT 23)

L L.

[NEXT HIGHER ASGEMBLY:

11-.85

|B-DD-M7476-0-0

TITLE:

MICRO

SIZElCODEI
K

_ICS

SEOUENCER

CONTROL
NUMBER

|M7476-8-LSCN

REV.
A

HF I

aasn-a-eazflsa

" ”
oy mlms

2x4 Mix
74F 153
E101

Q;E} DEPS VAMX 31 L

DBPY PTE INVALID H

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18-0R

YA
— USCP BRBIT CIF11C> @4 H

1-DA
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USCP UBEN EN C1F:18> H

J@L—l—uscp UBEN EN <F1@> H

USCA UBEN @4 (1) L

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USCP UBEN EN <F:@> L

;

USCA UBEN @4 (1) H—L—2 EI18

SRS

:‘:.
USCJ STALL ¢1) L T

3-0R
EN

USCJ STALL (1) H

USCJ UTRAP (1) L

—

74708 o

USCJ INIT ¢1) L—Bqg E39

0-0B
1-08
2-0B
3-08
EN

SCP BRBIT <IF:1C> @3 H

USCJ MAINT RET (1) H—T

USCJ STALL ¢1) L

‘L-“w

USCJ STALL
usCJ INIT
USCJ MAINT RET

YAPZ— USCP BRBIT <1F11C) 82 H
74F 11
E10%

USCP SEL UPCSV H

—3) E3

USCA RETURN H

——1-} A

USCP SEL RETURN UPC H

|"“1

) i)et

o2y DEPS vAhMx 3@ L

QJD CEHE DATA ALIGNED 1) H

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@-DA
1-0A
2-0R
3-0A
EN

€3

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<Eh2> 1CLF CNSL CMD M L

74F32\8

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74F 1953
€70

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USCA UJMP 82 (1) H-3g P4FO4TMS12

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Usca Ui 93 (1) H-1g 7&'8”29"

18 \iscp usunP 93 L

USCA UJMP 84 (1) H—’c7‘é';°"

MNIMBER

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UsSCA UBEN @1 (1) H
USCA UBEN 90 (1) H

|cS |H7y26-8-USCP

scP BRBIT <1F:1C> @1 H
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S12E |COOE

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1-DA

€S CEHH [S+CH L
{CV2) TBMX BRANCH CODE 1 H

USCA UJMP 81 (1) H-11g 74FO4TM10

SCP BRBIT <1F:1C)> 0@ W

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USCP UJUMP 0@ L

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TBMB KERNEL MODE M
TBMX BRANCH CODE @ H

USCA UJMP 80 (1) H—3Q 7""9"

REV.

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74F153
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DARTE

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fl PRNser 6. pane ts-sep-ea’ N e e I,»Da E.

¢[i@) U jemes~

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DSKB: < TATLORDUSCP
.DRW [15-SEP-81 157 13[NEXT HIGHER ASSEMBLY:
FIRST USED ON OPTION-MODEL: 11-785
|B-DD-M7476-8-0

TITLE:

MICRO SEGUENCER

CONTRQOL

ST2E lcoos
NUMBER
K |CS |[M7476-B-USCP
i

REV.
A
-

WSCA UJMP 12 <1 H

3 74508\

USCK USTACK D12 <13 H

USCA UJMP 11 (1) H

‘37229‘3

€17

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SCR BUS NUA 12 L

8350

<F:

GND

[

0-08

Y8[F— BUS UPC o4 L &V

2-08

USCF EN BR <IF:10> @4 L —2CEN

USCA UBEN 83 (1) H—ai2
14

USCA UBEN 82 ¢1) H

€133

74F353

BRMX <13:10) 82 H—E210-0A
USCN
(ES2> DOPS BRANCH 2 H—2]1-DA

(1) H

13 74583\

CEP1> 0BPV BR BIT2 H—312-0A

USCP BRBIT CIF:1C> 82 H—3{3-DA
USCF EN BR <1F:10> @2 L —LdEN

USCR RETURN UPC @4 H

Y8l3— 8uUS UPC 83 L ED

ZFRS> DBPV BR B1T3 H—12]2-08

[y SEL

USCF EN BR <1F:10> 83 L

8290

USCN BR

R28

$ G50a
USCA UJMP 1@ C1) H

USCA UBEN 83 (1) H—,%a SEL

USCK USTACK D10 (1) H

BRMX <7:0> 8@ H

E130

@-0A

USCN BRMX <7:@> @1 M L" e-08

5 E6

Ra?“

—L R%3q
9| 74509

USCP SEL uPCSv H—1H

SCR BUS

820a

NUR 10

USCF

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8P —8us wee 81 L &

2-08

USCN_BRMX
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FST> DOPS BRANCH 1 H—-H1-08

USCA UBEN 83 (1) H—=2]2
UBEN @2 (1) H—Lt7 SEL
USCA

USCP BRBIT <1F:1C> @1 H—5{3-08

DBPV BR BITi H-——5=13-08

EN BR <F:@> @1 L —CEN

USCA UJHP
@4 (1

ZELS> DBPY BR BITI H'Tg 2-0B

Cal
(W]
(VS]

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USCK USTACK D@ (1) H—1

USCA UJMP 80 <15H

USCR RETURN UPC @1

USCR RETURN UPC 88 H

REV.
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83— 8us wPc o1 L GRD
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USCR RETURN UPC @1 H——£12-08

ESie
€127

6N —L;E213-08

USCF EN NUA @1 L —2dEN

vag— BuS wpC 02 L&D

USCA UJIP 82 (1) H

USCF UPCSV 82 (1) H—2

USCP SEL RETURN UPC H—2J2

oTM

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w

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wn
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USCK USTACK D@1 (1) H

USCA UJP 81 (1) H

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USCR BUS NuA @8 L

ol
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3 478a

USCR RETURN UPC @2 H—3{2-DA

SEL

USCF EN

NUA

USCA UJP 03 (1
USCF UPCSv @3 (1

USCR BUS NuA 87 L

YapP— BuS UPC @3 L D>

USCR RETURN UPC @3 H—-12{2-08

R8%

GND —7z3-D8

820a

USCF EN NuA 83 L —-2GEN

USCP SEL RETURN LPC H—&f2
USCP SEL UPCSV H

USCR BUS NuR 06 L

T R51
—

—

R47
820a

wy
0‘0

wn
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£ 4700

USCR BUS NUA 05 L

USCA RETURN H

USCK USTACK D@S (1)

] 12

USCA UJMP B85 (1) H

uSCa LI 81
usc
vV
81

USCP SEL UPCSV H—IH1

1 rus

@: USCR RETURN LPC 02 H

USCF UPCSV 90

V2]

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—

7
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:Q

470n

USCR RETURN UPC @3 H

USCR RETURN UPC

_—WL RE4

USCR RETURN UPC @% H

g
(AT

USCK USTACK D@6 (1)

USCA UJHP 06 (1) H

USCA UJMP 0@

820a

USCK USTACK D@2 (1) H

USCA UBEN 83 (1) H—2f2 -

USCF EN NUA

—

" USCK USTACK D@7 ¢1) H

R&7

470a

H—2

USCA UM 02 <15 H—18

USCA UBEN @2 (1) H—1

‘

USCK USTACK D93 ¢1) H

USCF EN BR <IF:18) @1 LJSEN

USCR BUS NUA @9 L

USCK USTACK D@% ¢1) H

CELD DBPY BR BIT@ H-—3H2-DA
USCP BRBIT <1F:1C> 8@ H—33-DA
USCF EN BR <1F:1@> 00 L —JEN

S |J

USCA UJMP 87 1> H

Ja__|f

USCK USTACK D@8 (1) H —

SEL

796353

6
Yals— BuS UPC 0@ L EAD
USCN BRMX <13:1@8> 80 H—&de-Da

USCA UJMP 88 (1) H—

den

USCP SEL RETURN UPC H%,,a Sk

24 MuX

USCK USTACK D@9 (1) H—

15 313-08

p—"

YA— 8us uPc @@ L EAD

DBPV
BITO80H——H3-DA
USCFGEL1) EN
BR BR
<F:0>
L —dEN

L 74503 \\6

USCR LP @3 €1>

E.' 1-DA
EMm> [RCH BRC @ H—=12-0A

121308

GND

74F 353

USCR BUS NUA 11 L

5| 74505
3

Y85

2la-08

L1 -DB

USCP BRBIT <1F:1C> 83 H—=>{3-08
1

2-DA

—3]3-pa
——dEN

USCF EN NUA @4 L

2% mux

12" €7

€128

Yaf— BUS UPC o4 L
&
H—2Ha-0A
(1)
B4
UJP
USCA
USCF UPCSV 8% (1> H——211-DA

mg—-eus urC 82 L&D

USCA UBEN @2 (1) H—H1
USCK USTACK D11

—

74F 353

USCN_BRMX
<13:10> 83 H—2la-08
FP3> DDPS BRANCH
H —-1-DB

USCP BRBIT <1F:1C> @4 H—=13-08

478a

Ya— BUS UPC @2 LED

L350\ pa

nT3570e
@ Bfieg”gg"éfig
N R trio> oo L —den
>

74F353

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x4 Mux

USCN BRMX <7:@> 82 H-—T—218-DA

74503 \a3
e6

B3 R31
4700

£5

[

S12€ | CODE
NUMBER
@ | k | cs [n7476-0-USCR

+5.0V -

RS9
820a

(NUA, MICRO MUX'S)>
TRTS DRIITRG ARD SPECTFICATTONS,

fifi%& :fim;r
cmang& “I cnx%cmmge
REVISIOMS
3
AN
NO. I [REV

RN .

]

[] &@ fl TR
OROGER G. DAME 1293:591
e

095 ~ |

d i g i

[

]

FIRST USED ON OPTION-MODEL:

11.78%

57 INEXT »HIGHER ASSEMBLY:

B8-DD-M7476-0-0

TITLE:

N I CRO
SEOUENCER
CONTROL

SIZEF)DE
K

(SLOT 23>

{CS

NUMBER

|M7476-8-USCR

REV.
a

EHFT REG

£19

€151

PYLS16%

USCF UPCSV 0@ (1) H

0?7

DCPA_LAGe H——HDS

USCF UPCSV 82 ¢1) H

G ICLK ALY <x>nj;os
G ncin

O H

BGAD

USCF UPCSV 83 (1) W

\"}

CIO)H

USCF UPCSV 97 (1) H

USCF UPCSV @6 (1) H

S—, P T
2

4Dy

ugg; %gv g; (1O H

J H

——1qsHeT L0
2

CLK

~18lseR N

INHIBIT

L3 INHIBLT

EHFT REG
PULS 165

EHFT REG
PuLS16%

;

2106
5105

USCF UPCSV @8 (1) H

USCF UPCSV 12 ¢1) H

gé

USC8 UTRAP M

CF UPCSV 11

? :

$1o7

USCF
UPCSV @9 ¢1) HM
USCF UPCSV 10 ¢1)

£104

EID acCa_uBt H

—

E1%2

@ ceve
PATBIY N
LK ALU C C1) H
IRCF BC4=1

CLK

—101ceR IN

E30

K H

USCF UPCSV @1 <n>u:?:os

214

R 5;—50715 CHNL @ LD

@2 IRCF

sasn-e-umfl
sal X H
I
3003 | 3a1s

P4LS16%

R s;—uscs VBUS (47:124> H

BRI A H

[ al ‘AR
9 l

206
D5

C1) H

USCB STALL TM

gé

LdsHFT LO

1dswFT Lo

CLK
~01ER IN

CLK
—01SER IN

L3 InHIBIT

13 1nmHIBIT

gm-'r REG

EHFT REG

E16

€109

a—

YLS165

Bk OCPa_LAB1 H

ey0?7

EHD IRCF
BCY4-2 H
&> TP eanggk t’gé :

3{0%
= g;

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2{06

USCE ID BUS XCVR EN L

ey{07

(DB1) USCE CS WR ¢63:32> H
USCE €S WR <95:64> H

{05
2{o%

(BATY USCE CS WR <31:8@>
H

CEHE UTRAP VECT @ H

3lp2

LSCE LS MER Svaie o

0APD SS (1) H

uscn IBUF EN <@7:00> L

TBMD_LAST REF CODE |

PWLS 165

{06

—
9

]
@

ACC OVERIDE L

]

USCT VBUS LOAD L

1qsHeT LD

USCT VBUS LORD L

1 sHFT LD

USCT VBUS CLK H

r&icLk

USCT VBUS CLK H

2oLk

—

L T

]

USCT VBUS <71:48> H

SER IN

USCS VBUS (42:24> H

3 immiBIT

181ceR IN

CVBUS)

AU SPECTFTICATIONS

REVISIONS

DRN .

DSKB: (TAYLORDUSCS

DATE

|ENG..

DATE

|BOAR

ROGER G. DAME 115-SEP-93| (s ~ ~sn 4 o

(cfl 0G0 t @ fl CHK *D.
7

(SLOT 23>

.DRW_|15-SEP-83

FIRST USED ON OPTION-MODEL:

DQTE 3 TITLE

15:
1 3|NEXT HIGHER RSGEMBLY:

11-7895

m I CRO

ATION: _AF

B-DD-M7476-0-0

SI2£ |CODE

SEQUENCER

CONTROL

{CS

NUMBER

|M7476-8-USCS

REV.

‘]al v

| sne-scal s 3;;5”

EHFT REG
PuLS165
E36

R D—; USCT VBUS <95:72> W
3

USCP_BRBIT <1F:1C> 82 H

DBPV BR BIT! H—Tig 06

ICLE BR BIT2 (F:8) H———HD5

USCP_BRBIT <IF:1C> @3 H
DBPV BR BIT2 H
USCP BRBIT <IF:1C> @4 H

Jlos

03
3102

(AVZ> USCH SYNC PULSE H
(OC1> CIBN D MAINT RTN H

D1
pe

USCT VBUS LOAD L —T——LSHFT LD
USCT VBUS CLK H

—181sErR

15{1nHIBIT

EHFT REG

PuLS165
E66

R D—; USCT VBUS <71:48> H

USCJ'STALL ¢1) H
DBPY BR BIT3 W

GID

2 o6
20w

USCJ MAINT RET (1) H

Ho3

USCJ PRIOR @1 L
USCJ PRIOR 82 L

D1
0o

USCJ PRIOR 90 L

@25

CEME LTRAPSEET) M
LAST REF
Q@IS DOPS SCNE @

&) CEHE UTRAP

Ho3

VECT 2 H

302

CEHF NESTED ERR (1) W
ICLK EALL 2 C1) H

SHFT LD
2

2 Dé
‘
11

TBHD

@P2 JJ H

{02
1

11
0o

——1qsHeT Lo
2

cLK

1
—2lser
v

CcLK

18JcER IN

15 INHIBIT

13 iNHIBIT

EHFT REG

HFT REG

BuLS 165
3034

YLS16%
£33

USCH BUF UPC @2 H

CEHE UTRAP VECT 3

USCH BUF UPC 85 H

302

USCH BUF UPC 86 H

3 gg

3102

GERTS DDPS BRANCH @ H

CLK

L1 FPeS

-1 PR IR

USCM BUF UPC @9 H
USCH BUF UPC 19 H

2106
305

USCh BUF UPE 12 h

4103

RES

R 03

e
hc ome o 1

4109

CLK

DDPS

BRANCH

3102

USCT VBUS LOAD L

191SER IN

;

2106
05

USCP _BRBIT <1F:1C> @1 H

) SHFT LD
f

g D7

3p2

@D CIBN SDNS SLF TEST H

USCP UBEN EN CIF:1@> H

USCP UBEN EN <F:@> H
USCP_BRBIT <1F:1C> @@ H

EHFT REG
buLS 165
E47

207

8648
\2
18N SIDS LOAD M e

CLK

181cER 1IN

] :

CES2> DDPS BRANCH 2 H

1dsHFT LD

—1OlcER IN

HFT REG
45165
E149

USCM BUF UPC 88 H

€11

IRCH BRC @ H

1dsHFT LD
2

LD DBPV BR BITO H

USCH BUF UPC 87 H

CEHN FPD ax? L

R 3

REV.

R b

S12¢ [ COOE

USCJ INIT C1) H

E15

@ { k [cs [nPuze-8-USCT I A I /\ l

buLS165

USCT VBUS <95:72> H

13 NHIBIT

qSHFT LD

2leLk

1815eR IN

15 {NHIBIT

CIBN DEL SDMS CLOCK H——1/E110@
(o= =

MEREIN,

ARE

AU SPeCIFTCATIORS)

THE

PROPERTY

REVISIONS

DG§OULPTET
ComPORaT
(0N O
L8
ol
52 [CHANGE NO. [REV
[

DRN .,

TITLE:

Id ilDG 0| [l i@ frcsee
fleraco- e oo
DSKB:
< TAYLOROUSC
T .DRW_

‘“_

[15-SEP=83 15°

FIRST USED ON OPTION-MODEL:

11,785

0a%T
y

S RE

|B-DD-M?476-0-8

MICRO
SEQUENCER
CONTROL

ST2E lcoosl
K_{CS

[

NUMBER

[M7476-@-USCT

REV.
A

(BAD> +5.0v

+% .V ——i]

+5.av
+5.av
*5 .0V

GND

GND ——

GND ————
GND ———

GNO :

GNO

l" sav
.5C5CF"

VT +5.0v

+5.0v
EVIS

GHTY GND

(CHTS GND ——il
OHTD GND ——of

CEH1) GND =i

*5.0v
+5 .0V ———f
+5.0v

AT GND
2BYTS GND ———|
TS GND ~———
DTS GND ———

SHTS GND ——

[2[a] mEarealBl

g YoF
1%

*5 .0V ———

C6%

10uF

CET1> GND

EHL> GNO ——

ET1S> 6N

EED -5.2v

ALY

TATS DRAOIRG A0 SPECTFICATIONS

"jfié{é%&@%fi“@&;&
Th

REVISIONS

T CORPORAT | O OFCHKE;HQNGE NG. |REV

EOULPMENT

DG 0]

ORY

DATE

ggm’}w 22-SEP-83[

<@ ! erero=""9

oare " poarr

. .

CocaTion:

DSKC i CMISKAYUSCU.BRU |21 -SEP-B3 TI BB NEXT HIGHER ASSEFBLY:

FIRST USED ON OPTION-MODEL:

“

11,785

[B-DD-M7476-0-0

—aez1]

‘

TITLE:.

UsC

STZE lcooel
K

POWER/GROUND

NUMBER

|{CS |M7476-0-USCU

[

]

] REV.
A

mmeseapla]]
gy,

PAGE NUMBER(S)

SIGNAL NAME

AUt

USCN

BUS UPC 5 L

USCL 1

DDPS SC NE @ H

USCN,T

%801

uscs

BUS UPC 96 L

USCH L

DEPS vaMX 30 L

usce

%BH2

USCN

BUS UPC 07 L

USCH (L

DEPS VAMX 31

“8H2

uscs

8US UPC @8 L

USCH L

ICLE BR BIT2 <F:8> M

USCT
R

USCN S

8US UPC @9 L

USCH L

ICLF CNSL CMD 1 L

uscP

ACC OVERIOE L

USCS oL

BUS UPC

USCH

ICLJ

ID LEFT ADDR @ H

USCE

ICLJ

ID LEFT ADOR 3 H

1@ L

SIGHAL NAME

SIGNAL NAME

ACCA USO H
ACCA LBI H

PAGE NUMBER(S)

[2[a]

PAGE NUMBER(S)

BUS UPC 11 L
BUS UPC 12 L

USCr oL
uscn L

ICLJ ID LEFT ADDR 1 M
ICLJ 1D LEFT ADDR 2 H

USCE
USCE

BUS CS @8 H

usca

CEHE CS PE TRAP M

USCF

ICLJ ID LEFT ADDR % H

USCE

BUS CS @1

usca

CEHE DATA ALIGNED ¢ 1)H

usce

ICLJ 1D LEFT ADDR 5 H.

USCE

BUS CS @3 H

uscA

CEHE UTRAP VECT @ H

USCN+S

USCS N

BUS CS @2 H

CEWB PSL CBIT H

usca

USCN.S

CEHE UTRAP L

BUS CS @4 H

usca

CEHE UTRAP VECT 1

8US CS 26 H

usca

CEME UTRAP VECT 3 H

BUS CS @5 H

usca

BUS CS @7 H

uscs

1CLJ ID LEFT WRITE L

USCE

ICLK ALY C C1)H

USCN S

USCN T

ICLK ALU 2 ¢1)H

USCN,S

USCN . T

ICLK EALU 2 < 1)H

CEHE UTRAP VECT 2 W

USCT N

usca

CEHF NESTED ERR ¢

USCT N

I0PJ BO VAL C@)H

USCS \N

usca

ICLK EALU N C1)H

CIBN D MAINT RTN H

USCT ,84J

IRCF BC4-2 W

USCS N

USCT
N

uscA
usca

BUS CS 11 H

usca

CIBN DEL SDMS CLOCK H

uscT

IRCH BRC @ H

USCTR

BUS CS 64 H

usca

CIBN SOMS SLF TEST H

uscT

USCN,S

BUS CS 65 H

usCa

CIBN SMOS LOAD W

uscT

JJH

USCN
T

BUS CS

12 H

usca

CIBN ROM NOP L

usce
USCN, T

USCN
T

BUS CS @8 H
BUS CS @9 H

BUS CS 10 H

CEHH 1S+Ch L
CEWN FPD BIT L

1)H

IRCF BC4-@ H
[RCF BC4=1 W

USCF 18 +J

IRCH BRC

uscP

USCN S
USCN S

ACCA UB2 H

USCN.S
USCN,S

USCT
R

8US CS 72 H
BUS CS 73 H

usca
uUsca

CIBN UPC 12 C1H
CLKB LECL CPT@C2 H

uscL
uscs

KH
NN H

BUS CS 75 H
BUS CS 76 H

usca
uSCcA

CLKC LECL CPTIC2 M
CLKC LECL CPTIC2 L

uUSCB
uscs

SBLP PAR ERR TRAP L
SBLT STALL L

uscB
uscs

BUS 1D D@1 L

USCE

CLKE LECL CPT3C2 L

uscs

USCN .S

BUS

1D DO2 L

USCE

CLKH LECL CPT?S W

uscs

TBMB KERNEL MODE H

usce

BUS ID D@8 L

USCE

BUS ID D19 L

USCE

BUS CS 7% M

usca

BUS 10 DO L

BUS ID 003 L
BUS 10 Dew L
BUS ID DOS L
BUS 1D D6 L
BUS 1D D7 L
BUS ID D@9 L

CLK8 LECL CPTRC2 L

USCE

CLKE LECL CPT3C2 H

usce

CLKH LECL CPT75 L
CLKJ LECL CPT125 W
CLKJ LECL CPT12% L
CLKL UPROG INIT M
OH

uscs
uscs
uscs
uscJ
USCN.S

USCE

DBPV BR BITG H

USCT R

DAPD SS (1M
D8PV BR BIT!

USCB

USCE
USCE
USCE
USCE
USCE

USCN .S
USCN
T

USCNS

SDMS CHML @ H

uscs

TBMD LAST REF CODE @ H
TBMD LAST REF CODE 1 H
TBMX BRANCH CODE @ H
TBMX BRANCH CODE 1 H
T H

USCN T
USCN S
usce
uscP
USCN, T

P
ga
L

USCA LBEN 80 ¢ 1M

USCN P A

USCN.S

USCA RETURN M

USCT R

USCA UBEN 0!

(1)

«8

USCN P A

‘L

BUS D D11 L

USCE

DEPV BR BIT2 M

USCT.R

USCA UBEN 82 (@)

UscA

BUS ID D13 L

USCE

D8PV PTE INVALID H

USCP

USCN+S

USCN, T

BUS

ID D12 L

BUS

ID D1% L

BUS ID D15 L

BUS LPC 00 L
BUS UPC @1

USCE

0BPV BR BIT3 M

USCE

OCPA LAGS H

USCT R

USCE

DCPA LABT H

USCS N

USCR 11

DOPS BRANCH @ M

USCT R

USCR .11

DD H

USCA UBEN @2 ¢ 1)>H

USCA UBEN 83 (@M

usCa

USCA UBEN @3 ¢ 1)>H

USCA R

Cha

USCA UBEN @4 ¢ 1)H

USCA P

o
-

DOPS BRANCH

USCT R

USCA UJMP @1

C1)H

USCA R P

BUS LPC 03 L

USCH R

DOPS BRANCH 2 H

USCR T

USCA UJMP 82 C1)H

USCA
R P

BUS UPC @4 L

USCH R

DOPS BRANCH 3 H

USCR. T

USCA UJIP 83 C1)H

LSCA
R WP

D
R
dl i gl tlal | s
DSKC: CNISKADUSCV.DRU

IS REFERENCED.

it b0

USCA R P

USCR A

C_“L{w

USCP .A

USCA UJMP 8@ ¢ 1)>H

USCA UBEN @4 (@M

1. THIS PAGE LISTS THE SCHEMATIC PAGE NUMBERCS) WHERE A SIGNAL NAME

USCN 1A WR

BUS LPC @2 L

NOTES:

USCR +F 1A 1P

S
|BOARD LOCATION: X
—AFZ]

_[21-5EP-83 11:11 JNEXT HIGHER

FIRST USED ON OPTION-MODEL:

DATE

RSSEMBLY:

11,785 — |B-DD-M?476-0-0

0SC____

FORWARD REFERENCE
SIZEFODEI
K_[CS

NUMBER

|[M7476-0-USCV

REV.
A

-Q-9¢h

SIGNAL NAME

PAGE NUMBER(S)>

SIGNAL NAME

USCA UJMP @4 (1)H
USCA UJMP @% ¢ 1)H

USCA PR
USCA R

USCC WCS ADRS @2 L
USCC WCS ADRS @3 ¢ 1)H

USCA
USCA
USCA
USCA

UJMP
UJMP
UJMP
UJMP

@6 (1)H
@7 ¢1)M
@8 ¢ 1M

PAGE NUMBER(S)

USCA R
USCA R
UscA R

USCC WCS ADRS 03 L
USCC WCS ADRS @4 ¢ 13H
USCC HCS ADRS o4 L

@9 ¢ 1)H

USCA R

USCC WCS ADRS 0% ¢ 1)H

USCA UJMP 11 C1OM

USCA R

USCA UJMP 18 C1)H

USCA UJMP

12 C1)H

USCA R

USCE REC

USCE
+C +K H

USCC WCS ADRS @7 ¢ 1)H

usco.C

USCA USUB 98 ¢ 1)H
USCA USUB @1 (@)H

USCF vJob vA M
UscJ.A

USCC WCS AORS 98 ¢ 1)H
USCC WCS ADRS 08 L

USCD.C
usce

Uscs +3v L H
USC8 +3vV M H
USCB ABORT CYCLE M
USCB CLK T@ A M
USCB CLK T@ B H

USCB CLK T L

USCE REC ID Di% M

USCC
(€ K

USCC WCS ADRS 12 L

uscc

USCE REC ID DI1% H

USCE
(K «C

UscJ.8
UscJ.8

USCC HCS ADRS 13 (@M
USCC WCS ADRS 13 ¢1)H

usce
USCC.ED

USCE UPC BREAK L
USCE USTACK H

uscL .8
usce
usce
USCAR +J4B 1K

USCC HCS ADRS 14 CQ@)H
USCC WCS ADRS 1% (1)H
USCC WCS ADRS COUNT H
USCC WHCS ADRS 06 L

USCC J18.A

USCC WCS ADRS WRITE H

USCF «8.4E

USCC WCS PAR INV ()M

usce M

uSCcB M
usce M
usce

usce.A
usce

usce.A

USCB STALL H
USCB T7% H

USCJ.B.S

USCB UTRAP H

USCJ4B.S

USCC HCS ADRS 81

L
USCC WCS ADRS 82 C1)M

usce
uscc
Usco,.C
usce
USCD.C

usce

USCC.E

USCHE
USCJ.E

USCE WCS ADDRESS L
USCE WCS MEM AVAIL L
USCE WCS MEM DATA L
USCE WCS WR CYCLE H

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USCE WR WCS H

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USCD ID DATA 02 H

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USCF 4R

USCF EN BR <1F:18> 83 L

USCF R

USCF EN BR <F:@) @0 L

USCF R

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USCO 1D DATA €% H
USCD ID DATA 96 H
USCD ID DATA 87 M

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USCF EN BR ¢F:0> @2 L

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USCF EN NUA 00 L

USCF R

USCF \R

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USCE .0

USCF EN NUR 92 L

USCF R

USCF EN NUA @4 L
USCF UPCSV 80 (@)H

USCF R

USCE \0

USCE \D

USCD ID DATA 11 M
USCO ID DATA 12 H
USCD ID DATA 13 H

USCE .0

ID WR L

USCE D
USCE D

USCD ID DATA 10 H

USCE BUF BUS

usco,C

USCE REC ID D13 H

USCF EN BR <1F:18> 0@ L

USCD ID DATA 14 H
USCD ID DATA 15 H
USCE BUF BUS ID WR H

usce

USCE
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USCE
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USCE
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USCF 3V F H

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USCD [0 DATA 98 M
USCO ID DATA 89 M

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USCC(E
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USCE
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USCE
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USCO

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USCE REC 1D D@9 H

USCE REC ID D1@ H
USCE REC 10 D1V H
USCE REC 1D D12 H

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USCD ID DATA 93 H

USCC (B F M

USCB MNT RET SEQ COM

USCC HCS ADRS 00 L
USCC WCS ADRS 81 C1)H

USCE
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USCE
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USCD.C

USCC +F 48 4H

USCC CLK WCS ADRS H
USCC CLR ADRS CNT L
USCC WCS ADRS 8@ ¢ 1H

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USCE REC ID DRE H
USCE REC ID D87 H

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USCO
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USCE
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USCA «J

USCB +3v E M

USCE 1D BUS XCVR EN L
USCE 1D SEL @ H
USCE MICRO STACK M
USCE MICRO STACK L
USCE REC ID 00@ M

USCA USUB @ (@)H

USCA USUB @1 ¢1)H
USCB +3v A H
USCB +3v B H
Usc8 +3v C H
USCB +3v D H

PAGE NUMBER(S)

usce
usco.C
usce

USCC WCS ADRS 0% L

USCC HCS ADRS @6 ¢ 1)M

USCR A

usce
Usco.C

SIGNAL NAME

USCF EN NUA @3 L

USCE .D

USCE CS WR <63:32> H
USCE CS HR <95:64> H

USCE.S
USCE S

—

USCK 4R +F 4S oM

USCF UPCSV 81 ¢@)H
USCF UPCSV 81 (1)H
USCF UPCSV 82 ¢@)H

USCJHLEC

USCF

USCF UPCSV 88 ¢ 1)H

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USCF UPCSV 05 (@>H
USCF UPCSV 85 ¢ 1)H
USCF UPCSV 86 (@)>H

USCJ USP@3 H

USCK M 4F
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USCL +F

USCL \F
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USCF UPCSY 89 C1)H

USCK J114F ,§

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USCL.F
USCL \F

USCH
USCO
USCD +H

USCH BRK REG 82 ¢1)H

USCH BRK REG @3 (1M

USCH BRK REG 89 C1)H

USCH BRK REG 10 ¢ 1)H
USCH BRK REG 11 C1)H
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USCH SYNC PULSE M
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USCR
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USCD H

USCJ SYS

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USCK USTACK D15 ¢1)H

USCL CALL 03 L

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USCR BUS NUR 18 L

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USCR BUS NUA 06 L
USCR BUS NUA 07 L
USCR BUS NUA 08 L

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USCJ MAINT RET ¢

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USCP LJUMP 82 L

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USCK USTACK D82 ¢ 1)H

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USCP BRBIT <IF:1C> @3 H

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USCH BRK REG 89 ¢1)>H
USCH BRK REG @1 ¢1)H

USCP (J
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USCK USTACK 05 ¢ 1)H

USCK \M4F
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USCF UPCSV 12 (1M

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USCJ UTRAP PUSH H
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PAGE NUMBER(S)

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USCJ UTRAP (@)H
USCJ UTRAP ¢1)H

USCL \F
USCK \1\F
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USCF UPCSV @8 ¢ 1)H
USCF UPCSV 09 (@)H

USCH BRK REG

USCJ USTACK DEC L
USCJ USTACK INC L
USCJ USTACK LORD W

USCK JM4F 1S

USCF UPCSV 1@ (@>H
USCF UPCSV 1@ C1)H
USCF UPCSV 11 (@>H
USCF UPCSV 11 C1)H

USCL \F

SIGNAL NANE

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USCF UPCSV @7 (@)>H
USCF UPCSV 87 C1)M
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R117,R118,R121,R122,R127,R128,

CONT

R131,R132

R101,R108,R133,R135,R137
R43-R74

R34 ,R75-R88,R91-R98,R103-R107,

CONT

1312930-00

5.10

.25

5.0

R110-R115

R33,R116

1300479-00

10.0

5.0

1302391-00

R171

20.0

.25

5.0

R35,R89,R90

16PIN

E29,E43,E53

14PIN

ES1

Q1-G8

5
S

E24 ,£46,E119,E121,E123
E12,E35,E95,E118,E134

1311003-01

NETWORK

14-180

14-3390

1300005-01

NETWORK

13-1K

5.0

1511686-00

DECS433

FET

350MW

1921305-01
1921306-01

74F00
74F02

25 1A
NAND GATE,QUAD,2-IN
NOR GATE,QUAD,2-IN

1921307-01

74F04

HEX

22
23
24
25
26

25
26

AND

1921309-01

74F10

NAND

GATE,TRIPLE,3-1

1921310-01
1921311-01

74F11
74F20

E99

AND GATE,TRIPLE,3-IN
NAND GATE,DUAL,4-IN

2
2

1912813-00

LS27

NOR

ES5.E98
£36,E132
E108

'BASIC
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NUMBER

PART

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M7477

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l---UINITIAL

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1JS

1M7477-TW001

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21-MAR-84

RELEASE

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21-MAR-84

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M7477-0-DBP

DATE:

30-AUG-84

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J.STICKNEY

'DATE:

S
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'TITLE
5

J.STICKNEY

'RESP .ENG.:
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21-MAR-84

!
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!
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.

3IN

INDEX

E114,E139,E146
E97.E129

74F08

HISTORY

GATE,QUAD,2-IN

E16,E44 ,E47 ,E101,E105,E107,E111,

CONT

1921308-01

REVISION

FENG !

INVERTER

REFERENCE

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SHEET

VARIATION

LEVEL:

BOARD

100V

PER

CORPORATION

ITEMS

AND

WITHOUT

SHALL

NOT

WRITTEN

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THIS

COPIED

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WHOLE

WORK

PART

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UNDER

THEY ARE THE PROPERTY OF DIGITAL

THE

BASIS

FOR

FEDERAL

THE

MANUFACTURg

SALE

AUTOMATED BY

31
32
33
34

1921313-01
1921314-01
1912834-00
1910436-00

31
32
33
34

38
39

1921319-01
1921320-01

74F32

SHEET

44
45
a6
47

44
45
46
47

1921330-01
1912863-00
1910406-00

ag
49

48
49

DEC

LEVEL:

OR GATE,QUAD,2-IN

74F64 AND OR INVERT GATE,474F74 FF-D,DUAL,POS.
,EDGE
LS112 FF-JK,DUAL,EDGE TRIG
74123 ONE SHOT-DUAL,RETRIG

74173
74F174
74F175
74F251

FF-D QUAD,TRISTATE
FF-D,HEX
FF-D,QUAD

1
8

1913788-00

74F257
LS273
75451
26S10

MUX,QUAD,2-IN
FF-D OCTAL W/CLEAR
DRIVER,PERIPH,DUAL,
TRANSCEIVER,BUS,QUA

S
5
3
9

1911579-00
1921720-01

8641
10H125

TRANSCEIVER,BUS,QUA
TRANSLATOR ECL TO TTL

1
2

EYELET,ROLLED

56
7
S8
59

23144F1-00
23145F1-00
23146F1-00
23147F1-00

F1-01
F1-01
F1-01
F1-01

23236F1-00

23239F1-00

F1-01

68
69
70
71

9105740-55
9009185-00
1616653-00
1920442-01

WIRE (WRAP)
30AWG KYNAR
UL14
JUMPER, WIRE, INSULATED, BLACK B
DELAY=
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74F374
FF-D,O0CTAL,TRI-STATE

56
57
58
53

60
61
62
63

65
66

1215006-03

23148F1-00
23149F1-00
23150F1-00
23151F1-00

65
66

[

23237F1-00
23238F1-00

' TITLE
!

CONSOLE

003
INTERRUPT,2 CIRCUIT
004
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HANDLE ,MODULE ,HEX

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£120

E9,E11,E67

£78
£E2,.E15,E50,E63,E90,E91,E125,E136
E106
E17,E45,E83
£30,E140

E6,E7,E18,E19,E31,E32,E64
,E65,

CONT
CONT

E103,E104,E115,E116,E126.E127,
E137,E138

E14,E25,E61,E79,E100
£38-E40,E117,E128
£8,AE92,BE92
£E1,E13,E26,E37,E48,E49,E62,E77,

CONT

ES8S8

E28
E60,E76

1
1
4

E20
E4
£41,E42,E52,E54

F1-01
F1-01
F1-01
F1-01

XE56-XES9, XE6B-XE75, XEB4-XES7

1
1
1
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E68
£E84
£72

1
1
1
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F1-01
F1-01
F1-01

INTERFACE

BOARD

(CIB)

IGECTION

REFERENCE DESIGNATOR
NS
£122
£E110,E144

MUX,8-IN

1216988-02

£33,E142,E143
E34,E81,E94,E109,E135,E145,E96
£130
ES3

MUX,DUAL,4-IN
MUX,QUAD,2-IN

9000024-01

3
7
1
1

DECODER,DUAL,1-0F-4

£10,E21-E£23,E82,E131

1
1
2

2
1

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DC
DC

VARIATION

1
3
2
16

1921328-01

PER

ONE SHOT-DUAL,RETRIG
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1912730-00
1912729-00
1913040-00

LS123
74F138
74F139
74F 153

74F157

1911330-00
1921323-01
1921324-01

S0
51
52

REVISION

74337-1BUFFER-GATE
74551 AND-OR GATE-INVERT D
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1921317-01

40
41
42
43

1921312-01

1912746-01
1911712-00
1912820-00

28
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1312837-00
1921316-01

50
51
52

VARIATION

35
36

a0
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35
36
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ES8
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1
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DIGITAL EQUIPMENT CORPORATION

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ARE THE PRO“THIS DRAWING AND SPECIFICATIONS, HEREIN,

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