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MP-01236

April 1981

22 pages

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Document:	KDF11-B Field Maintenance Print Set
Order Number:	MP-01236
Revision:	0
Pages:	22
Original Filename:

OCR Text

“THE MATERIAL HEREIN IS FOR INFORMATICON Fi\RPOSES ONLY AND iS
SUBJECT TO CHANGE WITHOUT NOTICE. DIGITAL EQUIPMENT,
CORPORATION ASSUMES NO RESPONSIBILITY FOR ANY ERRORS WHICH MAY

APPEAR HEREIN.”

“THIS DRAWING AND SPECIFICATIONS, HEREIN, ARE THE PROPERTY
CF 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 OF ITEMS
WITHOUT WRITTEN PERMISSION. COPYRIGHT €

FIELD MAINTENANCE PRINT SET

DIGITAL EQUIPMENT CORPORATION
~

1981

TABLE OF CONTENTS
B-TC~KDF11-B-1

FIELD MAINTENANCE

D-UA-KDFll-B-¢&

UNIT ASSY,

K-PL~KDF11-B-DBP

PARTS

B-DD-M8189-g

DRAWING DIRECTORY,

SET

UNIT VARIATIONS
COVERED BY THIS

KDF11-B

LIST,

PRINT SET

KDF11-B

KDF11-BA
M8189

KDF11-BB
KDF11-BC

> 1

UNIT ASSY,

K-PL-M8189-F-DBP

M8189

D-CsS-M8189-g-K1

TIMING LOGIC & MIB DECODE

D-CS-M8189-F-K2

BUS

D-CS-M8189-g-K3

SERVICE

D-CS-M8189-g-K4

F11

D-CS-M8189-@F-KS

CDAL/BDAL

INTERFACE

D-CS-M8189-2-K6

CDAL/IDAL

INTERFACE

D-CS-M8139-F-K7

IDAL ADRS DECODE

D-CS-M8189-@-K8

BOOT &

D-CS-M8189-F-K9

CONSOLE

D-CS-M8129-g-K10

BAUD RATE

D-CS-M8189-F~-K11

CONFIGURATION GUIDE

B-DD-KEF11-BB

CIS

M8189

PARTS

CONTROL

LOGIC
&

ODT

LOGIC

Digital Equipment
Corporation

FIXED DATA

CLOCK

Field Maintenance
Print Set

LIST

RESET

CHIPS

KDFI1-B

KDF11-BD

D-UA-M8189-F-7

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FIELD MAINTENANCE PRINT SET

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72- oy - 81

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DATE | CHG NO.

REVISIONS

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1981

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PARTS

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KDF11-B

CPU

MODULE

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NICHOLS

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DOCUMENT

OLMO

DATE.

14-APR-81

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CONT

25V

HANDLE . MODULE,

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.25

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CS2.C54

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6.2

24PIN

SH,DIP

CER

GREEN

4005

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CONT

C2-C4,C7-CS-C11-C18,C18-520,C23,
C25.C28.,C29,C036,C43-C46,C48-C50,

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CONT
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100V

DESIGNATOR

MMF

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cam

REFERENCE

270.0

SHEET

VARIATION

1000022-00

PER

{

DRAWING AND SPECIFICATIUNS HEREIN, ARE THE PROPERTY OF DIGITAL EQUIPMENT CORPORATION AND SHALL NOT BE REPRODUCED
OR COPIED DR USED IN NHOLE OR IN PART A8 THE BASIS FOR THE MANUFACTURE OR SALE OF ITEMS WITHOUT WRITTEN PERMISSION.

"THIS

!
!

'
‘
~
COPYRIGHT (C) 18981. DIGITAL EQUIPMENT CORPORATION *
!_-__--__________-----_-_--____-__--_-__-__-_______________---__-_____-_-_____-__________________-____--___-___________-____-__-__!

AUTOMATED

LINE

BY.

PRTLST.3P(44)

PARTS

DOCUMENT NUMBER

ITEM

. PART NUMEER

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130Z2602-00

. 49

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70"

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1300228-00-

100.0

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5.0688

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74574

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1812647-00

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1912649-00

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74537
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(QUAD)

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NOR-GATE-QUAD ZIN

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GATE-HEM

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1912807-00

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LS20

1912816-00

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L832
LS74

LS155

LS175
L5137

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LS221

L8273

1912868-00

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LS289

1913340-00

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74532

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745240
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OCTAL BUFFER., INVERTI
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1912863-00

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1912389-00

1915218-00
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1912853-00

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1912804-00

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745157

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19i2805-00

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1910542-00
21126823-00

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19108536-00

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1915415-00

1910537-00

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1910534-00

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1916028-01

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£70
5

K3 REL EN ¢1) H

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K3 RD SVC (1> L—MJEN ouT
K1 PHASE (8> H—McLk

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K8 EVENT FLG (1) H
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K3 DCOKC28 H

K3 RD SVC (1) L-——’c{>—‘

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K3 PAR

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£89

5
RSF2—K3 DCOKC 1) H

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5 £35

K3 PAR ERR C1)> H

K1 PHASE (@) H—2{CLK

74500

(@)

Rwle—[—xa DCOKC2 ¢ 1) H

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LATCH

CDAL @3 H
—ScPuLsaaNg

R3 10 [K3 DCOKC3 C1)> H

K3 peoke2 ¢15 H—1'p3

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5

R2F—K3 LPOK1 ¢1) H

K3 DCOKC3 (B> H

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K4 CDAL @1

R1F—K3 BUS ERR (1) H

K3 POK H—>{D2

K3 PT2D C1) L

K3 PAR ERR

TIMEOUT ¢1> H—2{D1

€36 | ¢

KT 0SC H—gC
:

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K4 CDAL B4 H

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745174

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K1 +3V

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K1 DGPO & L

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K3 TIMEQUT <> H

12y

K3 ODT ADR (@) H

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K3 ODT 857 L

K3 ODTA 17 (1)
H
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K1 PT2 (1)
€12
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K3 DMMUS L

ABORT

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K3 ENg RST L I1
o0

5—K3 ODT ADR (@) H

K3 RESET (1> H

PT CLR L

K1 REL CYC (@8> H=—=iD
-K3

RESET

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K1
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s

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£96

BATE

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FIRST USED ON OPTION-MODEL: KDF11-B

BIRG 7 L

!
|

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DATE

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3

SERVICE

STZE Lcooel

!3-DD-MB8189-3

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|TITLE:
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CHKAD
£-i3-x}
5 S-T27
£=220 LOLATION:
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374585

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|

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ODT LOGIC
NUFBER
Laev.

[MB8189-8-K3

T
e

———

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A

Al
e

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L S
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[poLa3) LK coaL a3 M
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[ooLos] Qo —Kn coaL o5 ¢

(M8 3]
(N8 4]
(M8 51

H-S5—K4 NMIB @3 H
DHS5—Kk4 MIB @4 H
DHS3—K+ NIB @5 H

(M8 3]
(N8 41
(N8 51

Dr-55—K4 NIB @3 H
DHS3—K+ NIB 8% H
DH-53—K4 MIB @5 H

35—k
33K+
-32—K4
.'.6
K4
DF33—k4

H
H
H
H
H

(M8 8]
(MIB 91
[HIB 1)
[MIB 111
[MIB 12)

35—
Ky
33
k4
Dr-32—Kv
;5
K4
DH2>—Kv

K4 MIB 15 H

[MIB 15]

(MIB 61
(MIB 7]

oo 28 n
oL ek
oLtk
COAL 12 H
oL 12k

(N8 8]
(M8 91
[NIB 18]
[HIB 113
[rig 121

(DoL151

Drop—Ke COAL 15 4

[MIB 151

Tontle:

Eew K - e

[DAL14]
[DaLI4) <DHZ-K4
Lrig— Ky CDAL
COAL 14
1 H
M
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(oA 2a1
ey

RZ3_Kku coar 19 W
D25 ku coal 26
ez
e e

H-S2- [MIBO4/X2]
B4 n2g]
MIB e
K4 T
K
fhiser el
39

K4
[MIB@E/X2]
K MIB
S 86
oS H—=23T HTapoexad
Hivas arbe]
thinao aiods

(55107 DL
Ky 8510 H
:

tusmap) Co

L[_ K ABORT L

CMREPLY] P37

35 DMMUS ]
K3 DMMUS L —2CC
K1 CHIP CLK & H—2 ik

Pr3g—Ke
Dr33—K4 nIB
MIB 13
1% H
H
32—

K4 CDAL @8 H—3— (DAL 8]

K CDAL 9@ H—2- (DAL 0]

E: Egm_ g; H—5 tgnL :_;]

K4 COAL @4 H—5— (DAL 41
K4 COAL @7 H—2-{[paL

K4+ CDat

HEB;%ID

[-C SELI[SS

VBB

[MIB 3]

(MIB 23 <>

[MIB 4]
i(MIB
5)
[MIB 7]

—— K4 MIB 06 H

‘{MIB 61

(MiB 9l Q*—‘—?L} K4 MIB @3 H

(MIB 91

(M8 81 <THS-K4 MIB @8 H

[MIB 81

{h5=—K4
[MIB 18]
(MIB
11 ®35
K MIB 18 H
Hg— Kt NMIB
{MIB 12] <$H=2—K4
MIB 11
12 HH
3>

{iiIB 181

(MIB 133 ®——38 K4 MIB 13 H

K4 COAL @1 H—2~«D (DAL 1]

e’

FA LR
'
Jie

MIB @3 H

Jis

32 k4 MIB @8 H

[MIB 12]

<DH22—K4
MIB 11 H
6
32—

K4 MIB 12 H

[MIB 151

K4 MIB 15 H

K4 MIB 13 H

SEL1

[}EE-«kw4

ves

K1 CHIP CLK B H—2-cLKk
K3 CHIP RST

K1 0SC H

S tnes

vBB

H-23] (RESET)

_T3

H t

PUP
uP

DATE DT s 7:1 DATE [TITLE
I] 1IORN bl
o
il

CHKD .-

AN-

DATE

- i-e ! |SHEET

BT ION:

[ 365,3132 181894 .0RA__|85-MAR-B81 B8:53 NEX] HIGHER ASSEMBLY:

E43 |.p g

CD1J
L

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Og——K4 RD FIXDT C1> L

= Bugg?s é’!... :g.s OR Agrr‘ggr AS]

Ba
B

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FIRST USED ON OPTION-MODEL:

KDF11-B

)
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Chad

1 ce

K FOIN ERB L

ARD_SPECTF ICATTONS,

K! PBT CLR L

REIN, EQUIPTENT
ARE T CORPORATION
P
oF i TCHANGE
REVISIONS
IGITAL
SIC
NO . REV
8

7457

[-C SELICHEE k4 CSELB L

[RESET]

£ OF ITEMS e
WITHOUT WRITTEM
i

73|°

K4 CDAL 12 H—z— DAL 121
K% CDAL 13 H~5— (DAL 131
K%
CDAL 14 H-g—1 (DAL 141
K4 CDAL 15 H—8{[DaL 157
CSELA

K4 CDAL 8@ H

K4 PUP CDBJ L

K4 MIB @3 H—1@] EES

K4 COAL 18 H=g— DAL 10]
K% CDAL 11 H~g— DAL 1113

CSELA L

K1 +3v
18

K4 CDAL @9 H~54 [DAL 9]

K4 COAL 13 H—S
X (DAL 1313
K4 CDAL 14 H—ZKD (DAL 143
K4 CDAL 15 H-'84D (DAL 153
e ———

gé1

E72

K4 CDAL @7 H-—7— [DAL 71

K4 CDAL 11 H- XD [paL 113
K4 CDAL 12 H-12—KD (DAL 123

4. 7Ka

K COAL @8 H--1- (DAL 8]

Ke CDAL 18 H-13
KD (DAL 193

K+ CDAL 81 H

PUP CD1J L

KT PT3 (1) H—2

K4 COAL 86 H—a- (DAL 6]

Ky
COAL @8 H-1D
(DAL 8]
K+ CDAL 09 HZ
kD (DAL 91

t1sSion

[_.::

K4 COAL @5 H—g— [DAL 5]

ke Coal 85 1 TOLR [par 33

4.7Kan
IS
I

K COAL @3 H—5 DAL 31

K CDAL 86 H—a—KD (DAL 6]

DRFITNG

Jis

‘[__0—0

33
K4 MIB @89 H
34

K4 MIB 1@ H

o«

E72

28— k4 MIB @4
: MH
29
e
k4 MIB @5
:@ K4 M I8 86 H
3L k4 MIB @7 H
35

K4 COAL 82H

kv TRAP OPJ L

Kit
CDAL @1
1]
K4 CDAL
@2 H——
H—2— (DAL
[DAL 2]

K CDAL @4 H—%5—D (DAL 1

["THIS

K CDAL @8 H—— (DAL @]

K4
H—2—+D
(DAL 2]
K4 CDAL
CDAL 82
83 H—8—kD
(DAL
3]

—

4.7Ka

K4 MIB 82H

[MIB 111
[MIB 13]

K4 CDAL @@ H—32—KD [DAL @]

E?7

(M8 31 <r55—K4 MIB @3 H

N e

K4 MIB 80H
(MIB 8] DHog—
25

3
(MI8 7] 21K+
MIB 87 H

PHASE L———‘g [N/C) vBB
K1K3 TTL
CHIP RST H-23 [RESET]

K+ CDAL @7 H

£72

HYBRID

(MIB
4] <ySe—K4+
MIB @5
84 HH
<D53—K4 MIB
(MiB 51

K2 LPOK2 ¢1) L —

+5.0V

(MIB 1]<]>h-?—5——;<l+ MIB 81 H

CHIP CLK A H—&-

K1 CHIP
IP CLK B H 2 CLk

cae

I -@IpF

[MIB
1] <DH=2—-K4
(M8 2]
OQ-KH MIB
HIB 81
@2 H
H

K3 CRIP RST H-22 T eelod

1313

CTLACTL

13 H-W-[DQL

| (ris=
K4 NI8 @@ H
@1 Irss—

-C

K4 CDA L o8 H

(-C SELI(SS 22 k4 CSELB L

K4 CSELB L
]

K3 CHIP RST W23 [RESET]

]

fnie sl

K4 CDAL 15 H—— (DAL 15]

c30

F-11

K4 MIB 15 H

K CDAL 12 H-~13—{ (DAL 12)

I .B1pF
1

2—

K CDAL 14 H—Z (DAL 14]

K4 CDAL 15 H—2H[DAL 15]

ég‘ (N/CJ

Dy—5—K4
13 HH
H33—Kw 1B
MIB 14

K4 COAL 11 H—a— (DAL 113

131

K1 CHIP CLK B H—S—CLK

@8 H
@9 H
18 H
11 H
12 H

71 ] (DAL
(DAL 8]71
K4 COAL @8 H--1-

Ky CDAL 14 H—Z[DAL 14)

K4 MMU RPLY L

118
nIB
NIB
MIB
MIB

K4 CDAL 99 H-15- (DAL 9]
K+ CDAL 1@ H—2H (DAL 1@

K4 CDAL 12 H-12[DAL 12]

F IXED DATA

Kt CDAL @5 H—2 (DAL 51
K4 COAL 86 H—a— (DAL 61

K COAL 11 H—~a— DAL 113
13 H1—7—‘[-D¢IL

K4 COAL @1 H—2— [DAL 1]
K4 COAL 82 H—2- (DAL 2]
K+ COAL @3 H—S— (DAL 3]

K4 CDAL 89 H -5 DAL 9)
K CDAL 1@ H—2-{CDAL 10]
K4 COAL

H22—Kv MIB 86 H
Pr-31—K4 NIB @7 H

[MIB
[N18 13]
14

T (DAL 8)
K+ COAL @8 M-

K4 UBMAP L

[MIB 61
(N8 71

K4 CDAL 87 H—2{[paL 7]

16 ‘

CABORT] D38

@8
@9
18
11
12

AL 85 H—2- (DAL 51
K4 COAL 06 H—a— (DAL 6]

£72
M

(HIB arAl0R)

fniBis mmer 032 Ky mig 15 H

MIB
nIB
MIB
MIB
MIB

K4 COAL @1 H—32- (DAL 1]
K+ CDAL 82 H—2- (DAL 2]
K+ CDAL @3 H—S— (DAL 3]

+5,8V

(n1B
1) Drag—Kr
[MIB 2]
HE5—K4 nis
HIB o1
02 HH

Dr-20—Ku MIB @6 H
A33—K4 NIB 87 H

[ri1B
[NIB 131
143

!)
'

tnie @1 DHSE—kw nis oo H

(nig
11 Qrse—Ke
(M8 2]
DH52—K4 nis
MIB 2l
82 H

Rz Kr
K5 K
ry-Ke
< 15 K4
Drp Ky

hx~e~se|aul
sa] a
FIPN
303 | 3215

(18 01 DH-St—Ky nis e@ H

[ooLos)
(oeLes)
(oeLiel
toaL12]
[oeL12)

l 2 [ *AZd
Y [

HYBRID

(paLoe] g'——q K+ CDAL 00 H

(poLoe) g K CoaL ge M
[oeLo7d ik CoaL o7 ¢

3
| cTL/CTL

HYBRID

(DALB2]
(ooLecl r2—K4
Qe Ky CDAL
SoeL 82
g2 Hv

CTL/CTL
3

K MIB 2 125

F-11 MPROC
MMy

K4 MIB o8 1321
e Mie o3 133

|B-DD-M8189-@

ST2E |CODE
D

lCS

F11

& F

CHIPS

IXED
DATAREV.
NUMBER

M8189-0-K4

[

‘

I 2 L'Aaal

oX-8-68181]

39N

}3003]32!5”7

E62
R-NE THORK

Busegraaaaucsezsx?sa
K4 CDAL 15 H—3~ TXO
K4 CDAL
K4 CDAL

BDAL

(1)

(BS2) BDAL

BSACK L =7

12 L

BDAL 89 L—!-é—

H—131TxCLK

PAR

K2 GT BDAL! (1) L ——=C BUS ENO

spAL

BDAL

L1231

_1_10 RX/LCH/EN

+5.0v _1%_

3
H—t—3

2
RX@ DS—K4 CDAL

TXO

K4 CDAL @8 H

£27

H
R-NETHORK

Buz)é? D K4 CDSIBQES";1 L

BDAL @4 L —5-

BUS1
BLIS2
BUS3

BOAL 02 L —3-

K2 LD BDAL (1) H—+34TXCLK
K2 GT BDALI (1) L ——2C BUS ENO

BDAL 93 L —5+

<TCOS-<BP25 BDAL 18 L
@!B BOAL @9 L
5 B82S BOAL @8 L
18

BPOK

2988

T3
>

S—

BLIS!
BUS2

BUS3
K2 LD BDAL

C1) H

BDAL 21

BL2)

6 7<BK2» BDAL @6 L
,6128325 BDAL @5 L
(BH2> BDAL @4 L

TXCLK

K2 GT BDAL1 (1) L —$+—2C BUS ENO

;
g<

DAL 19 L
{AP2> BBS7 L
19
K2

[To

BBS7 (1) H-1o- TXCLK

Keae% BDQE1 (1) L—3¢ BUS END
_

RX/LCHZEN

PAR

390

l
L

EoaL 5o L

RX1 DI_E K4 CDAL 86 H
RX2 D—o
18 K4 CDAL 95 H
5 ‘;’é'-" Q%T Kt CDSBQE%; L

1800

%
CDAL 19 H-34
Ix2
e ssio R

RX@ DY5—Ku CDAL 87 H

TX1
Ix2
TX3

o
BCTRL L CDTS—AR

K4 CDAL 21 H—3- TXQ
K4+ EDAL- 28 H—%— Txt

g3e8
~EN8
BUS TRANCEIVER

eéNn
,_LL

K4 CDAL 96 H
K4 CDAL @95 H
K% CDAL @4 H

H —2

gggt &

£41

BUS TRANCEIVER

TXO

+5.9v

BDCOK H_:?_

K2 RD BDAL (1) L —+—C RXEN

K4 COAL 87 H—t—3-

BDAL 20 L_S__.
BDAL 19 L
BDAL 18 L —2
—&

- LRXLCH/EN

180n

3980

_I__—

2988
E55
BUS TRANCEIVER

gggt gg t_rls_.

K2 RD BDAL (1) L ——C RXEN

K4 CDAL

*2.

BIRQ 7 L—%-

Te<BI22 BDAL 13 L

1% L

3
ngtET; t_f

BUS! % ?L‘ BDAL 14 L

BUS3
K2

BDAL

BOAL 13 L —2

Rx2 Dr—g
Bugga DH—Dgtgieig L

BUS2
-

BDAL 15 L —5 5 ov

RX@ DH2—
K4 CDAL 15 H

13 H— 35— TX2
12 H—— TX3

+3v

- RX/LCH/EN

—

R-NETWORK
|~

g‘?
o

]

8857 L —i

RXEN

BHALT

L —S

BDMR

L —3+

=
+5.0V

BIAKO L ——

K2 RD BDAL ¢1) L —+—C RXEN

BUTBT L —2

BIRQ

—2—

BSYNC L —g

BDIN L —2-

BRPLY L 2

BOOUT L_IE—

2998
E3w
BLS TRANCE IVER

K4 CDAL B3 H-——2-

K4 CDAL 82 H—75

KpcooL
K4 CDAL @l
@@ H

TxO

2988
E13
BUS TRANCEIVER

RX@ DH-2—K4 CDAL @3 H

TX!

Rx) g_a Ky o 22 1

7 1xe
T3

18 K4 CDAL 8@ H
RX3 Dr——

Bus; < S QBESS SoAL 02 L
BuUS2 Si—f£<Av2) BDAL 81 L

K1 HuT8T (1> :—3 g

Rx0 D5

ke CoAL 19 113 Tk

K4 CDAL 16 H—21 T3

RX3 D18
k5 RDAL
16 HL
4
CAKDS
BUTBT

Blp

BUS)
BUS2

K2 LD BDAL C1) H

TXCLK

PAR

BUS3
K2 LD BDAL

(1) H 19 | TXCLK

K2 GT BDALT ¢1) L —2q BUS ENO

1 RX/LCH/EN

K2 RD BOAL (1) L_‘._U-C RXEN

K2 RD BDAL ¢1) L

PAR

<TD%.<BCTY BDAL 18 L
TE<AD1Y BDAL 17 L
(ACTS BDAL 16 L

BoaL 21

BBS7 L

BWTBT L

RX<LCH/EN
RXEN

K 6

DRAWING

REVISIONS

dliilalilt
|

>0 (PR SuTTrouT LRI TTEN
COPTRIGHT
©)

BDAL 08 L
aonma! .

Eflé;,‘gggfiém:;w?”fi;.;P%‘;':E CHK [CHANGE NO. [REV
PeRmISSION.

3900

FEREIn, ARE. THEPROPERTT
OF|

E—

180

__L_

L 93
L34
L 2+
L —2

+5.0v 18]

RX2 D12 K5 RDAL 17 H

BUS3 TP 8aU2d 8DAL 2@ L
K2 GT BDAL! ¢1) L ——3d BUS ENO

BOAL 17
BDAL 16
BIRQ 6
BIRG 5

g [

DRN.

@CH
49«,

|ovroncer| oo
b yodd,| 295,
DATE

ENG.

ATE

q_‘,:;_;; ' gggao LOCQ‘TION.O

[365,3132 1181895.0RW_[05-MAR-81 B89:36 WEXT HIGHER ASSEMBLY:

1981,

FIRST

USED ON OPTION-MODEL:

KDF11-B

:B-DD-M8189-p

CDAL - BDAL

[CS

NUMBER
{M8189-R-KH5

INTERFACE

STZE |CODE
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[TTTE

|TITLE:

REV.
A

9%-2-68184]

S7 |

CDAL~/IDAL

TRANSCEIVERS
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795245

STATUS

K3 DL2 OR M

K9 DL2 FE H

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31-pa
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DATE JE
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{REV_

DAT

[365,3132 781896 .0RH__]@5-MAR-81

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K9 +3v

BIRGDE- K3

ENBHT—KI

H—8{TRC

IAKO H

1-0B

B81aKOPP

-K7 LD RCSR2 H

}g CLSt
0233

ENALT2~X9 RX2 IE (1) H

TBMT1

—5e-oa

YBl—K6

]

TBRE——KS

4
YAr—K6&
IDAL @7 H

OUT!

VECTOR

ASSERTIGN

SLU-CLK

CONSOLE

4.7Ke

K18 RT CLK1

K10 -6.2V

{RRI

DRR

Jes

K9 SERIAL INT H

$ 12Ka

J2e

[K9

1720

K& IDAL 87 H———T8

—

%53,

9637

) rReB

E1oy

K6 10AL 82 H—g—gm TRAN

5.0V

—

J27

2re|
—

UART

IDAL

REC:

INTRRUPT
DCeR3

Bl*
sleras

—oo—

2@ ma GPTION.

TRANS

7| 8 kEY N0 PIn J_ coz .
9 b4

i RRC

£129

OE7—K3 DL2 OR H

RDONE)

CLK1

20 CONT pg,fi.xg OL2 PE H.

K19 RT CLK2 H

EXT

REC

256

.
®

Ve
F1 IN FOR THE

R8——K& IDAL B7 H

~—1 RRD

“4.7Ka 2

4786

R6Z—KB IDAL @5 H

J
iTe

ReG RY[o—KE IDAL @3 H

Er22

+5.,0V

K1g -6.2v—

Ri»:—?—KS 10aL 28 H
REC

% 4.9%a

R19

J’ 12Ka

% ®

SECOND

57F

E122

25 5ka|

SLL

4.7Ka 3

I8 | kg Tx2 BRK (@) W

RES CONT
321585
RreG

{12u

TBMT2 H

3930
3

—

—_—
El

o328 K9 DL2 PARJ L

+3v

3 +3v 3 R

K9 SERIAL IN2 H
t'f

—

K9 DC3 INITO Ljn

H—=—TRC

N el s

-K? LD TCSR2 H—1C

38
3Blciss

K9 DL2 CHZJ L

E1ze

12[ T The—t—K9 TX2 BRK (15 H

K6 1DALB 88 H—S DN

Bi1s

oJ32 K9 DL2 0DDJ L

o——FL

RES

4.7Ka

JERAET

0236

35117

——

ST aes

oeeelsalal

é;l—- K9 EXT CLK2 H

TRO 122

IDAL 85 H

L
=

le[e]

557!

K6 IDAL 87 H

J38

K9 SERIAL 0UT2 H

k128

UART

K6 IDAL @4 H

+5.0

REC,

TRANS

K6 IDAL @3 H
@6

FIRST LISED ON OPTION-MODEL:

[

IDAL

14 123 2" 1 e1e3 31[w E1e3 3 14 Er23 oM 14 123 'Y[1'-! E1e3 [! Y Eves 4

18kn S
12

REV.

[

g123

NUNEER

+5.0v

DATE

[ENG.

DATE.

|[BOARD LOCAT[ON:

DATE

4-13-5)
1
QF
88204
[NEXT[SHEFT
HIGHER ASSEFBLY:

KDF11-B

|B-DD-M8189-0

]

DRAWING

SIZE ]cooe
D

CONSOLE

(TITLE:

|CS

MB8189-~0-K9

]

BIsE

SECOND

NUMBER

{M8189-9-K9

SLU

[ REV.
A

[

+5 0 @v
.

y
13‘ £32 >)

9
1

gusie\nla

]

% 4.7Ka
E?2

%.7Kn

E72

74sa4TM

1
12

‘

epeesiefsl

all

'
DECOLPLING

1* e J: car 1+ c3 * cyp
T

T TouF

TepF

@7pF ‘[_cwe J_cei _I_cn-847pF _’_cra-@476F J_crs-@47nF _Lcna-B47pF _J_cw-@47uF J,“ae7ue J_6a7uF _l_cws842 _[_cue-B47pF _J_csw~B47uF _l_ e
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C14

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AC2

c29

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.ava =

BAUD

RATE

T-

4
:

)

151

g
El1y

2110
A

S2-4

313

+3v —T STROB

K10 RT CLK1

—

lees

F4.7ka

18
5

lees

3 4.7Ka

~AEIxTAL

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—0

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, £72

47,

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SUITCH

:
:

Ti 14

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£90

ORIVER E118

qr
07

D18

PINS

zli
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® 5

—S8dcik

ay,

~7pF~

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(317 KH2)

9
2R =

L
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Se-7

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S2-6

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MZ7pF

JM7pF

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7405197

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s2-5

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$ %.7Ka

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4.7Kn

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K1@ RT CLK2 H

LATCH

TovF

J_c37

~B47uF

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cY6

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—o0—o0—

K3 EXT CLk2 H

o——-———_

REC

s2-3

+5.8v

wgiar —

B02

7|R2 ADR

S 3 PV BRI
¢14
k.

E108

A
—0—0-

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S2-2

.ew,j' =

B | e1

+5,8V

E1ty

(716

S2-1

GND

Lewrr

+12.aV

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cs2

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GENERATOR

+5.0v

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—

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NUMBER

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[CODE

TepF

C41

47eF

Sev

)

K1@

LRIy

$ 62@n

K1@ B

-12v

$12€

CAPS

A ]

ICD I ) lcs ]nmes-e-mo

DAz

1N823

6.25v

-6.2V
-6.

+3v 29 LOAD

BUS GRANT CONTINUITY

5.0688MHZ
CRYSTAL
osc

E9l

g J21

*3.ev

’

K10 EN CHGPMP H

CLK P———O0—0—1—K19 XTL H

BIAKI L

¢BIAKO L)

BOMGI L

CRD——0—— 032> (BOMGO L)

_
K

DRAWING
REVISIONS

CrK crfianlce NO. [REV

dlilal

[

s tall

(RREE)

DRN.

HOMoin lorminr |2 L bt |45

L,
00,

|DRIE

TG,

ZC2R0

‘I-l3~ | EEeT

DATE

LOGATION:

£365,313
1181690
2
.0RN_ [05-MAR-B1 _B8: @8 [NEXT '-HGHER nsssneu-

FIRST USED ON OPTION-MODEL: KDF11-B

|B-CD-M8189-8

[

|TITLE:

BAUD RATE
&

__1

SIEE CODE[

M8189
8
K18

REV.

SW. PACK
BY
ND SLU BAUD RATE DETERMINED

CLOCK INPUT TO CONSOLE UART

R
BCEEER

1118
T

tog
1200

GROUND TO ENABLE PARITY, OTHERWISE DISABLE. @ J36
.

STANAL OUTPUT K1 LINITF ¢1) H
INPUT TO CONSOLE UARRT RESET E129.21

1503

TT g g 2T

PINNING FOR J1 & J2
VIEW LOOKING AT MODULE

SIDE 1 < COMFONENT SIDES

FROM THE

—

5.2688 MHZ
INPUT TO BAUD RATE GENERATOR
OPTIONAL

J25

OPTIONAL

J3+ CONNECTED 10 J33 FOR

WRAP AROLND TESTING

9608 |

435 NOT CONNECTED.

THIS ALLOHS A TERMINAL

SOCKET

HODE WITHOUT THE CPU

2ND SLU UART CONFIGURATION J28-J32

GROUND TO SELECT ODD PARITY, OTHERWISE EVEN PARITY.

ACCORDING TO TABLE ABOVE.
:

ADDRESS

CONSOLE

777560
777564
777566

(RECEIVE CSR)
¢ TRANSMIT CSR)
CTRANSMIT BUFFER)

777562

(RECEIVE BUFFER)

308

‘
SLUL ALTERNATE
2ND
(L) ADDRESS
J12 GROUNDED

RCSR (RECEIVE CSR)

776540

348

XBUF CTRANSMIT SUFFER)

776546

776542

(RECEIVE BUFFER)

776544

XCSR ¢ TRANSMIT CSR)

REGISTERS
BOOT/DIAGNOSTIC
CONTROL REGISTER
PAGE
READ-LRITE MAINTENANCE REG.

CONFIGURATION REGISTER

DISPLAY REGISTER

777546

BEVENT CSR

Hoan SYTE
1

BITS ‘8-5 && 8-13
w12
R/W 16 BITS
RO

8 BITS. 8-7

4 BITS 8-3

g126

Nesmsl

R4 1 BIT 6

120
.

CPL ON THE INTERNAL BUS. THIS INCLLDES ALL MEMORY
MANAGEMENT AND FLOATING POINT REGISTERS.

1.E. YOU CANNOT DO A DMA TRANSFER FROM ANY EXTERNAL
£

OPTION_ TO ANY OF THE INTERNAL DEVICES.

FEHGLE GR1

OR_COPIEL

°LOW BYTE
20-07

AR IGNORED
ITS 15-83
15-83 ARE
BITS

ZOTE; Egg g:g ESgNggrggTTgfigN .
.
FOR VBB LIKE E74,E76 AND E77.

ggsfigggfififlgg SEEUTSI; %:%;fitkp

HYBRID ASSEMBLIES WITH
ONLY
INTEGRAL VB3 CAPS MAY BE

INSTALLED IN E75 AND E78.

[ +5.ev

® J17

® Ji6

JUMPERS

o2 NOT CONNECTED

LHEN EPROM'S ARE USED

J2' NOT CONNECTED

W1 BIAKO/I

u2 BPMGO-I

W1 & W2 MUST

BE INSTALLED
WHEN USING A

Cv 0/0 BACKPLANE

JUMP TG CONTROL

SHIP #37 -

- CONSOLE IGNORED.

CONNECT J3 TO J4 TO HALT CPU

EBREAK RECEIVED FROM CONSOLE.

J5 NOT CONNECTED

o
LP MODE TABLE RBOVE. PLP CDTJL
SEE POWER
SEE POWER UP MODE TABLE RBOVE.

PUP CDBJ L

ENTER CONSOLE
HALT AND BOOT-DIAG.
OTHERWISE
& CLOCK LOGIC
ROM 0DT.
TG DISABLE
GROUND

® JI5

O OLND T DISABLE SLU #1 CCONSOLE>

® J12

GROLND TO SET SLU #2 REGISTER ADD'S TO 776548,34@ OTHERWISE 776520300

® Ui

° .12

GROLND TO DISABLE SLU #2

GROUND TO SET THE LINE CLK INTERRUPT ENABLE F/F (BEVENT ALHAYS ENABLED)S,

F-F.
CONTROLS
777546 CONTROLS
F/
gégfififil‘éfiugésT & OF CSR ¢(777546>

IF PSW PRIORITY < &
BIT 6 = @ BEVENT DISABLED

BEVENT VECTOR = 108

BE GROUNDED.

GROUND TO TRAP TO LOC. 18 IF HALT EXECUTED IN KERNEL MODE.

NOTE: IF BDV11 IS USED WITH
KDF11-B AND BDV11 CONTROLS
BEVENT, THEN J15 AND J11 MUST

TReuTxeK9rabL1WFEH H
@® J5=13 GROUND
OUTPUT

® i

® Ji3

CONTINLITY

555

NT
N/C
GND oo

EXTENDED MICROCODE GND GND

‘

CoNSOLE
BOOTSTRAPODT773008

BUS GRENT

-21-21 éj

‘

18 N7

MODE NArE

OUIT:éJJT KPSIETaRf 7103 -;1 26 & £127

.
WHEN MASKED
TO J23ARE USED
J24% ROM'S
CONNECT
EORNECT 22 T0 423

POMER LP MODE SELECTION

SHITCH
OFF == B
SWITCH ON

OPERATION. J3 NOT CONNECTED.
FRAMING ERROR (BREAK) FROf

DATA BIT 97 26 @5 @+ 03 @2 81 08

CONNECT J5 TO J4 FOR NORMAL

)

8 SITS READ ONLY ADDRESS 777524
BITS 15-88 ALUATS READ AS 3

ROM/EPROM

OCKET

CONFIGURATION REGISTER SWITCH PACK 1 (E1@2)

:
'

TO TURN OFF A LED

LRITE A B TO TURN ON A LED
POLER FAIL OR RESTART (BDCOK H=L> CLEARS THE

E/6

E1Qp SHITCH# 58575655 54 5352 1

WRITE A 1

E/4

3=
<
22
<8

OUTPUT K1 PHASE (1> H

MTMMU

J6 "L {nPUT TO BASE TIMING CIRCUIT

D1.03.04 & DS ARE THE DISPLAY REGISTER

E127

.
:
NOTE: THE INTERNAL DEVICES ARE ADDRESSABLE ONLY BY THE

ms;n'f““;ézra “&“%E‘%fi":fis1y CHFCR::JGSEITOS: =

SOCKET

773000-773777
773000-773377
- 2723408-773777

| E 114
RomEPROM
-

777524

PACK 1

3%
e
22
25

]

SWITCH

BASE TIMING CRYSTAL OSC.

[ OUTPUT 26.666 MH2
_

DISPLAY REGISTER aooReséS:Lv?sSEXaR%TsIgzul_gg orS

-J’g

E/5

SWITCH

PACK 2

DAT-CTL
HYBRID

’

—>

304

77528
777522
2773524

ROM MEMORY ADURESSES
LOW BYTE PCR CONTROLS
HIGH BYTE PCR CONTROLS

BAUD RATE

)
-

776508
. 776502
776504
776506

(E11%) SELECTS

VECTOR

RCSR CRECEIVE CSR)
RBUF (RECEIVE BLFFER)>

XCSR
C(TRANSMIT CSR)
XBUF (TRANSMIT BUFFER)

SWITCH PACK 2

INTERNAL DEVICE ADDRESSES

STANDARD AODRESS
2ND NOSLUCONNECTION
(H)
J12

IN LINE

SET SWITCHES ON E114

RUNNING.

GROUND TO ENABLE PARITY, OTHERWISE DISABLE. @ J28

:
BAUD RATE SELECTION TABLE.

RBUF

@ J32

GROUND TO SELECT 7 BIT CHARACTERS, OTHERWISE 8 BIT. @ JBé
33
GROLND SOLIRCE
_
GROUND FOR 1 STOP BIT, OTHERWISE 2. L@ J23

RCSR
RBUF
XCSR
XBUF

CHECKED OUT

5 % 3 2
FSo
LsD
3
BITS @ 1 2

AND ITS CABLE TO BE

5 D D D D

£E77

J25 NOT CONNECTED

CONNECT J26 TO J25

5828 |
15,288

Qflflmfl
it

TI116]9
11

;

CONSOLE SLU INPUT LINE

SOCKET

1F useo.

E/8

CONSOLE CONNECTOR SLU OUTPUT LINE

CONNECT J26 TO J27
FOR NORMAL OPERATIGN

435
J34

FPF11
NOTE: PLUG
MUST
THIS SOCKETINTO

SOCKET

J2? QUTPUT OF CONSOLE SLU DRIVEK

s Jag

GREEN DC FOWER OK LED

J2r e

= DC OK = B0COK H (BA1)> = H
(~CN
OFF =pC NOT OK

BALD RATE GEN. CRYSTAL 0SC. OUTPUT

1;;«3;581%1%[2%”

N
HAN
END
E HANDLE

]

IS A KEYING PIN (NO PIN)

1ST SLU

CONSOLE

j e r-fn[

SIDE 2

J34 CONNECTED TO J35 FOR NORMAL

B = ON
| = OFF

cue lealoolseles! 2N SLU ¢J2)

USE

SIGNAL OUTPUT -K3 DCOKC2B H @ J33

sus |sw|s3/s2|s1| cONSOLE <J1>

HotT1s

—_—

TO03 ]

TIT

. OTHERWISE 2.

T3%.5

J??

2ND SLU

SROLND FOR 1 STOP BIT ngugg ?OURCE

RE]

1512

810

4y
321

:
CONSCLE UART CONFIGURATION
10 J36-.48
GROUND TO SELECT ODD PARITY, OTHERWISE EVEN PARITY. @ J4@
GROUND TO SELECT 7 BIT CHARACTERS, OTHERWISE 8 BIT. @ J39

BALD 57RATE

CRECERBE)

JJdJ

JJJ

Y44
654

BAaUD RATE SELECT

BY EXTERNAL

PIN 6 ON J1 & J2
NOTE:
NOTE: PIN 6 ON JI & J2

I ' i

2ND SLU BRG OUTPUT—Tl ‘

RATE DETERMINED
J41 TO J42 CONSOLE BAUD SOURCE
ON J1 PIN 1

SLU UART
XK O oooy
SLU UART
D

BAUD RATE SELECTED
CONSOLE
J43 TO 42 BY
SW. PACK 2 S1-54 (E114)

CONSOLE BRG OuTPuUT

BY EXTERNAL SOURCE ON J2 PIN 3

00
o4 eijs
12 28 0& 4 2
2

[STA

J44 TO J45

e12 o8

)
A
o
XT. CLK SOURCE FOR CONSOLE UART

SELECTED
J46 TO J45 2ND SLU BALD 2 RATE
55-S8 CE114)

NOTE: BRG = BAUD RATE GEMERATOR

NUMBER

ONNECT
CONNEC

IF BOV11 IS USED WITH KOF11-8
AND BEVENT IS TO BE IGNORED

’l
!

AAaARANR DRAWING
hranmAAARAAS
T i1t t 119011 OF 17
TYitait
N
AT
N
i
/.,Lt,‘ PATE TTTTTLE H CONF IGLURATION
W
RN
((fl fi _g_lfi"@ 2 [I NN
J15 MUST BE GROUNDED BUT 8A
TuEN J11,
lB8 NOT
CHI

B LQCAT[ON:e
L R T LATEB 13CARD

[365,3132 I8189A.ORN__[05-MAR-81_B8:42 NEXT HIGHER ASSENBLY:
{B-DD-MB18S-0
FIRST LUSED ON OPTION-MODEL: KDF11-B

N W

GUIDE

NUMBER
sxaa‘coos
D [CS |[M8189-0-K11

MB189-8-K11

[

REV.
A

12€

|o =]

“THE MATERIAL HEREIN IS FOR INFORMATION PURPOSES ONLY

AND IS SUBJECT TO CHANGE WITHOUT NOTICE. DIGITAL EQUIPMENT

CORPORATION ASSUMES NO RESPONSIBILITY FOR ANY ERRORS

WHICH MAY APPEAR HEREIN.”

‘

“THIS DRAWING AND SPECIFICATIONS, HEREIN, 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 MANU-

D RAW' NG D ' R ECTO RY

UNIT VARIATIONS

nore:
FOR FIELi) MAINTENANCE PRINT SET REFER TO B-TC-KEF11-BB-1

VAR
KEF11-BB

L i<
w|
2

USED ON OPTION/MODEL
KEF11-BB

S|l

2
S|

2 ig
<2

o
I

DRB 106A

DRN.

AMICO

HYBRID

C.I.S.

MICROCODE

CHIP,

lahlgll tiall

TITLE

TT.

21JANS]

CHK'D.

DATE

ROBICHAUD

|08APRS]

mm/%

TITLE

DATE

PROJ. ENG.

I =
o

1981

DIGITAL EQUIPMENT CORPORATION.

DATE

DRAWING DIRECTORY KEF11-BB

SIZE |CODE

NUMBEFR

¢ AMONDSER 5/{75/ B
KEF11-B
PROD
pATE
DD
é»/‘l {—Junr8)| DIST.

-BB

SHEET

). OF

REV

e
Z

- DRAWING NO.

DESCRIPTION

‘é>.‘

S
2

DRAWING NO.

DESCRIPTION

1 | MP#1223-3¢

KEF11-BB PRINT SET ORDER NO.

(MP)

B-TC-KEF11-BB-1
K-PL-KEF11-BB-DBP

FIELD MAINTENANCE PRINT SET (TC)
COMMERCIAL INSTRUCTION SET (KEF1l1-BB)

E/M

B-PL-KEF11-BB

SHIPPING LIST KEF1l1l-BB

E/M

2 | B=-DD-5700006-0

CIS MODULE

E/M

BOX,

|A-PS-9905812-0-0

TYPE:

PAPER SET-UP WITH FOAM

ELECTRICAL

MECHANICAL

E/M

ELECTRO/MECHANICAL

[d{i[gil

t a '

TITLE

SHEET

DRAWING DIRECTORY KEF11-BB

29>

SIZE ICODE

NUMBER

REV

KEF11-BB

DRB 108A

2
3