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DEC-9L-HMBA-D

February 1969

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Document:	PDP-9L MaintVol2
Order Number:	DEC-9L-HMBA-D
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Pages:	112
Original Filename:	http://bitsavers.org/pdf/dec/pdp9/pdp9l/DEC-9L-HMBA-D_PDP-9L_MaintVol2_Feb69.pdf

OCR Text

Digital Equiprnent Corporation
Maynard, Massachusetts

Maintenance Manual
PDP-gIL
Volume II

DEC-9L-HMBA-D

PDP-giL
Maintenance Manual
Volume II

DIGITAL EQUIPMENT

CORPORATION

MAYNARD. MASSACHUSETTS

1st Printing February 1969

The following are registered trademarks of Digital
Equipment Corporation, Maynard, Massachusetts:
DEC
FLIP CHIP
DIGITAL

PDP
FOCAL
COMPUTER LAB

ENGINEERING DRAWINGS

GENERAL
This volume contains a complete set of engineering
drawings pertaining to the basic PDP-9/L system.
A formal set of engineering drawings is also shipped
with each PDP-9/L system, including those for all
ordered options. Where a discrepancy exists between
furnished drawings and those contained in this volume,
it must be assumed that the drawings furnished with
the machine are correct.
USE OF DRAWING CODES
DEC engineering drawing numbers are encoded as to
drawing type, major assembly, and series. A drawing number such as BS-KD09-A-ll contains the following information: BS I block schematic type; KD09,
the I/O control section of the PDP-9/L; A, the manufacturing series; 11, the eleventh drawing in the I/O
control series, which happens to be the teletype control schematic. In Volume I this drawing is referred
to as KDll. The complete glossary of drawing type
codes is as follows:
AD
AR
BD
BS
CD
CP
CS

Assembly Drawing
Arrangement Drawing
Functional Block Diagram
Block Schematics
Cable Diagram
Component List
Circuit Schematic

FD
IC
LO
MU
PL
RS
SP
TD
UA
WD
WL

Flow Diagram
Interface Cabling Diagram
Layout Drawing
Module Utilization Drawing
Parts List
Rep lacement Schemati c
Specification Drawing
Timing Diagram
Unit Assembly
Wiring Diagram
Wiring List

DRAWING CONVENTIONS
Block schematics are multipurpose drawings that
combine signal flow, logic functions, circuit type,
physical location, and other pertinent information.
Individual circuits are shown in block form, using
specia I symbols which define the circuit operation.
These symbols are explained in the Logic Handbook
C105.

SIGNAL MNEMONIC INDEX
All signals originating in the PDP-9/L are listed in
alphanumeric order below. The origin column locates
the source of each signal to the particular logic drawing.

Signal

Origin

O-CMA

KC19(l)

Clear the control memory address register

0- MBI

KC19(2)

C Iear the memory buffer input gate

OXEN

KD3(1)

OOXXEN

Descri pti on

Signal

Origin

Description

ADRL
ADRL(B)

KC15

Adder link

Enable devices OX

ADSO
ADSO(C)

KC19(2)
KD7(1)

Address switches output gate

KD3(1)

Enable devices OOXX

AM GRANT

MCl (2)

Grant core memory access to DMA channel

KC19(1)

Increment the ADR

AM STROBE

MC2

Core memory strobed for DMA channel access

1 - ACI
+1 - CA INH

KC 19(2)

Set the accumulator register input gate

Synchronization for DMA cycle

Inhibit increment of DCH CA register

1 - MBI

KC19(2)

Set the memory buffer input gate

AM SYNC
AM SYNC(l)B
AM SYNC BUS

MCl

KD2(2)

1 - PCI

KC12

Set the program counter input gate

AND

KC19(1)

AND instruction gate

13 - CMA

KC19(l)

Set CM address to 13

API D

CS3

Display the optional API channel activity

AMB

KC19(2)

Change the memory buffer contents

API 10 CLR

KD3(2)

A,B,C

KC10(l)

Program start timing flip-flops

API ON BUS

KD7(1)

Gate optional API activity onto I/O bus (B)

A BUSOO-05

KC20(l)

A bus contents

API 0,1,2,3 RQ

KD2(2)

Request API channe I break

A BUS06-11

KC20(2)

A bus contents

AROO-05

KC20(1)

Arithmetic register contents

A BUS12-17

KC20(3)

A bus contents

AR06-11

KC20(2)

Arithmetic register contents

A BUS LINK

KC15

Recirculate LIN K status

AR12-17

KC20(3)

Arithmetic register contents

ACOO-05

KC20(1)

Accumulator register contents

ARD

CS3

Display the arithmetic register contents

AC06-11

KC20(2)

Accumulator register contents

ARI

KC19(2)

Arithmetic register input gate

AC12-17

KC20(3)

Accumulator register contents

ARO

KC19(3)

Arithmetic register output gate

AC D

CS3

Display the accumulator register contents

ARO RESTORE

KC12
KC 10(2)

Restore the arithmetic register output gate

ACI

KC19(2)

Accumulator register input gate

AROS

KC10(2)

Save the arithmetic register output gate

ACO

KC19(3)

Accumulator register output gate

AUTINX

KC14

AC RD

v,",~/~\

I'\. LI') \,) J

Read the accumulator register contents into core memory

Increment the contents of indirectly addressed core
memory register 00010-17

AC RD(B)

KC19(2)

Read the accumulator register contents into core memory

AXS

KC19(2)

ADD I XOR , SAD instruction gate

AC SIGN

KC15

ACOO status

B BUSOO-05

KC21 (1)

B bus contents

ADDR SW03-17

CS3

Address swi tch contents

B BUS06-11

KC2l(2)

B bus contents

ADOF

KC15

Add data overflow I ADD instruction and DCH
add-to-memory

B BUS12-17

KC21(3)

B bus contents

KD3(2)

Start program break process

ADROO-05

KC21 (1)

Adder regi ster contents

BK CA

KC10(l)

CA cyc Ie of DCH break (memory extension control)

ADR06-11

KC21 (2)

Adder reg ister contents

Break cyc Ie counter

KC21 (3)

Adder reg i ster contents

ADR= 0 SAVE

KC15

ADRA = 0 I ADRB = 0 status

ADRA=O

KC21(l)
KC21 (2)

ADROO-OB = 0

BKO
BKO(O)B
BKO(l)B
BKl
BK 1 (O)B

KD3(3)

ADR12-17

BK 1(l)B

KC10(1)

ADRB=O

KC21 (2
KC21 (3)

ADR09-17=0

BK SYNC

KD3(2)

Synchronize program break entry

BS SW3-4

MC2

Core memory bank selection switches

Signal

Origin

CAFEN
CAF EN(B)

KD3(1)

Clear all flags enable

CAL

KC12

CAL instruction gate

CIl7

KC14

Initiate a carry into ADR17

CJIT

KC12
KC19(3)

CAl/JMS/Interrupt Transfer gate

ClK

KC10(1)

Main clock pulse

ClK(B)

KD3(2)

ClK DlY'D

KD3(3)

Main clock pulse delayed 500 ns

Cll

KC13

Clear the LINK

ClR

KC16

Clear the +1, ACO gates, set the SAO, ARO gates

ClR I

KC19(2)

Clear the MBO, ACI, ARI, PCI, MQI gates

ClR PUN

KD10(1)

Clear the punch buffer and punch flag

ClR RDR

KD9(l)

Clear the RDR FlG, RDR 1, RDR 2 flip-flops

CMAOO-05

KC19(1)

CM ClK

Description

Signal

Origin

Description

DCH EN

KD3(1)

Enable the DCH Multiplexer W104

DCH GRANT

KD3(i)

Grant core memory access to the DCH

DCH INX

KD3(3)

Increment the DCH WC or CA register

DCH RQ

KD2(2)
KD3(2)

DCH break request

DCH SYNC SAVE

KD3(2)

Save the DCH SYNC status

DEI

KC19(1)

Initiate the defer or execute cycle

DIGIT READ DRIVE

MCl (2)

Turn on core memory address selectors

DIGIT READ ON

MC2

Turn on DIGIT READ DRIVE, DIGIT READ SINK

DIGIT WRITE DRIVE

MC1(2)

Turn on core memory address se lectors

DIGIT WRITE SINK

MCl (2)

Turn on core memory address selectors

DlY

KD3(3)

Clock pulse delayed 500 ns

DONE
DONE(l)B

KC19(l)
KD3(2)

Instruction DONE gate

Control memory address register contents

KC10(l)

Main clock pulse to control memory

DPY D

CS3

Display x, y buffers of optional 34H Display

CM CURRENT

KC16

Turn on control memory address selectors

DPY ON BUS

KD7(1)

CMGOO-07

KC17

Control memory current lines

Gate x, y buffers of optional 34H Display onto
the 10 Bus(B)

CML

KC13

Complement the LINK

DSOO-05

KD3(1)

Device select bits

CMPl

KC13

Complement the ADR contents

DSOOP-05P

CMPOO-07

KC17

Control memory current lines

EAE

KC19(1)

Optional extended arithmetic element gate

CMSlOO-35

KC17
KC18(2)

Control memory sense lines

EAE D

CS3

Not wired

KC19(l)

Optional extended arithmetic element gate

CM STROBE A,B,C,D

KC16

Strobe the control memory

EAE-P
EAE-R

CM STROBE DlYD

KC16

EAE STROBE DLYD

KC16

CM STROBE delayed for optional extended arithmetic
element

CONT

KC19(l)

Continue gate

END BIT 0

KC15

COOO-05

KC21 (1)

Carry out of ADROO-05

LINK to ADRl to AC17. Also for optional extended
arithmetic element gating

C006-11

KC21(2)

Carry out of ADR06-11

END BIT 17

KC15

Optional extended arithmetic element gating

C012-17

KC21 (3)

Carry out of ADR12-17

KC13

Data switches output gate

KC19(3)
KD3(3)

Externa I transfer gate (program breaks)

DASO

EXT
EXT(l)B

DATA OFLO

KC15

DCH add-to-memory data overflow

FEED HOLE

KD9(2)

Reader no-tape sensor

DATA SWOO-17

CS3

Data switch contents

FWD FD and N DX

KD10(1)

Punched tape drive power

DB RESTORE

KD3(1)

GO DLY

KD9(l)

Reader enable delay

DBR
DBR(B)

KD3(1)
KC15

IND ClK

KC10(1)

Gate CP register contents for display

IN ClR

KC16

Generate CLR I

DCH

KC19(1 )

INC V DCH

KD3(2)

Enter DCH or RTC WC cycle

DCH BK DlY

KD3(1)

DCH GRANT P

Debreak and restore the interrupted program

Illuminate the DCH display indicator

Signal

Origin

Description

Signal

Origin

10 PWR ClR
10 PWR ClR POS

KD3(1)
KD3(1)

I/O power c lear pulse

10 RESTART

KD3(3)

Restart control memory after manual read-in,
EAE, or lOT instruction execution

Descri pti on

IND EN

KC10(1)

Enable console display selector switch

INC MB

KD2(2)
KD3(3)

Increment the memory buffer contents

IN LAST UNIT

KDll

10 RUN(1)

KD3(1)

Computer RUN condition to I/O devices

INPUT 10 RESTART

KD8
KD3(3)

Restart control memory after manual read-in, EAE,
or lOT instruction

10 SKIP

KD3(3)

Skip next instruction on SKIP RQ from I/O device

INT RD RQ BUS

KD3(3)

Internal read request bus

10 SYNC

KD3(l)

Synchronize program break entry

INT SKP RQ BUS

KD3(1)
KD9(1)
KD10(l)
KDll (1)
KDll (2)

Internal skip request bus

10 SYNC IN

KD3(2)

Synchronize program break entry

10 SYNC POS

KD3(2)

Synchronize program break entry

10 SYNC SP

KD3(l)

Synchronize optional API break entry

lOT

KC12

Input/output transfer gate

100
101

KD3(3)

Input/output transfer cycle counter

KD2(2)
KD5

DCH and optional API channel address

10 ADDR 12,16,17

KD5

Optional API channel address

10 ADDR D

CS3

Display DCH or optional API address

KD3(1)
KD3(l)
KD9(l)
KD9(1)
KD 10(1)
KDll(1)
KDll (2)
KD3(l)

lOT command

10 ADDR 03-17
10 ADDR 03(B)-17(B)

10 T0002
10 T0004
IOT0102
IOT0104
10 T0204
IOT0302
10 T0404
IOT3344

10 ADDR ON BUS

KD7(1)

Gate DCH or optional API address onto I/O bus (B)

10T(B)

KD3(1)

Input/output transfer gate

10 BUSOO-05
10 BUS06-11
10 BUS12-17
10 BUSOO-17

KC21 (1)
KC21 (2)
KC21 (3)
KD2(1)

I/O bus contents

lOT OR ARO

KC12

Set ARO gate for programmed output transfer

lOT PWR ClR

KD3(1)

I Roo-04

KC12

Instruction register contents

10 BUSOO(B)-08(B)
10 BUS09(B)-17(B)

KD7(1)
KD7(2)

I/O bus buffered

IRI

KC19(1)

Instruction register input gate

10 BUS ON

KC19(3)

ADR to I/O bus gate

ISZ

KC12

ISZ instruction gate

10 ClK(B)

KD3(3)

Main clock pulse

KBD FLG

KDll(l)

Keyboard flag

10 ClK POS

KD3(2)

Main clock pulse

KBD SEl
KBD 5El(B)

KDll(l)

Keyboard select

10 ClR

KD3(2)

Clear PROG SY, PROG SYNC, BK

KD3(2)

DCH or RTC operations completed

KCT
KCT(B)

CS3
KC10(1)

CONTINUE key

100FlO
IOP1

KD3(1)
KD3(3)

Input/output pulse 1

KDN

CS3

DEPOSIT NEXT key

KDP

CS3

DEPOSIT key

IOP2

KD3(1)
KD3(3)

Input/output pulse 2

KDPDN

KC10(1)

DEPOSIT/DEPOSIT NEXT key

IOP4

KD3(l)
KD3(3)

Input/output pulse 4

KDPDN V RI

KC19(3)

DEPOSIT/DEPOSIT NEXT key or READ-IN key

KDPM

C55

DEPOSIT key (maintenance)

IOP1P

KD3(3)

Input/output pulse 1

KEY

KC19(2)

Key gate

IOP2P

KD3(3)

Input/output pulse 2

KC10(1)

Key bus

IOP4P

KD3(3)

Input/output pulse 4

KEY BUS
KEY BUS (B)
KEY DLY

KC10(l)

Delay key-activated RUN condition

(1'

Last keyboard code unit shifted into input buffer

Signal

Origin

KEY INIT POS

KC10(l)

KEY/\ KDPDN

KC13

KEN

CS3

KEYS

CS5

KEX

CS3

Kia

Signal

Descri pti on

Origin

MBOO-05
MB06-11
MB12-l7

KC2l (1)
KC21 (2)
KC2l (3)

Memory buffer register contents

MBI
MBI (1)B

KC19(2)
KC28

Memory buffer input gate

EXAMINE key

MBa

KC19(3)

Memory buffer output gate

CS3

I/O RESET key

MBSOO-17

MC3

Core memory input mixer bits

KIOA3, A4, A5

KC10(1)

Key process address to control memory

MCl (2)

Core memory cyc Ie done

KMT

CS5

Key (maintenance)

MEM DONE
MEM DONE(l)B

KRI

CS3

READ-IN mode key

MEM STROBE
MEM STROBE(B)

MC2
KC28

Core memory strobed for CP access

KSP

CS3

STOP key

CS5

KST

CS3

START key

MODE

MCl (2)

Core memory access mode

KXDM

CS5

EXAMINE/DEPOSIT key (maintenance)

KC15

Arithmetic register link

KC19(1)

LINK input gate

MQOO-05
MQ06-ll
MQ12-l7

KC20(l)
KC20(2)
KC20(3)

Optional multiplier/quotient register contents

LAR

LINK

KC15

Accumulator register link

MQ D

C53

Display the optional multiplier/quotient register
contents

LIO

KC13

Load I/O data onto I/O bus

MQI

KC19(2)

Optional multiplier/quotient input gate

LOCK

CS5

Lock the console controls

MQO

KC19(3)

Optional multiplier/quotient output gate

LOT

KC12

LAW/OPR/IOT instruction gate

NDX

KD10(1)

Punch the tape feed holes

MA05-l3
MA14A-17A
MA14B-17B

MC1(l)

Memory address register contents

NOSH

KC13

NO SHIFT gate

MCl (1)

KC20(1)
KC20(2)
KC20(3)
KC22

o bus contents

MA06 (0) /\ MA07 (0)

o BUSOO-05
o BUS06-11
o BUS12-17
o BUSOO-17
o BUS L
OFLO
OFLO

KC15
KC14
KC15

LI N K status to opti ona I EA E
DCH I RTC word count overflow
ADD instruction overflow

KC12

OPR instruction gate

ORACI

KC12

Set the ACI gate for programmed input transfer

ORMBO

KC12

Set the MBO gate for LAW instruction

PB10-17

KD10(1)

Punch buffer contents

PC05
PC06-l7
PC012-l7

KC20(1)
KC20(2)
KC20(3)

Program counter contents

PC D

CS3

Display thp. program counter contents

PCI

KC 19(2)

Program counter input gate

PCO

KC19(3)

Program counter output gate

pea RESTORE

.,J('rlM?'
........ -'-I

""tQ
..RQctt"\rQ thQ
... - .pr(")
-- ;::}-.-

Initiate key operations

EXAMINE NEXT key

Memory address register bits decoded for address
selection

MA06(0) /\ MA07(1)
MA06(1) /\ MA07(0)
MA06 (1) /\ MA07 (1)
MAl 0(0) /\ MAll (0)
MA 10(0) /\ MAll (1)
MA 10(1) /\ MAll (0)
MA10(1)/\ MAll(l)
WR(l) /\ MA05(1)

V
WW(1)/\ MA05(0)
W R(l) /\ MA05 (0)

V
WR(l) /\ MA05(1)
MA JAM DIGIT
MA JAM PAR
MA JAM WORD

MCl (1)

MAS 03-04

MC2

Strobe address into memory address register

Memory address bits decoded for expanded memory

-~.-.-

Signal

Origin

Description

Signal

Origin

Description

PCOS

KC10(2)

Save the PCO gate

RD 10 BUS

KD7(1)

PIE

KD3(2)

Program interrupt enable

RDR 1

KD9(1)

Read first line of tape into reader buffer

PIE(O)

KD3(2)

Program interrupt disable

RDR 2

KD9(1)

Read second line of tape into reader buffer

PK ClR
PK ClR(B)

KC10(1)
MC2

Power and key c lear pulse

MC2

Main clock delayed/strobe the MODE flip-flop

KD9(1)
KD9(2)
KD9(2)

Reader line index count

POST ClK

RDR A
RDR A(O)B
RDR A(l)B

PRE-STROBE

MC2

Generate MEM STROBE, STROBE SAL, STROBE SAR

RDR ALPHA

KD9(1)

Reader alpha mode

PRE-WRITE OFF

MC2

Set MEM DONE, issue AM GRANT

KD2(l)
KD3(2)
KD9(2)
KD10(l)
KDl1(1)
KD 11 (2)

Program interrupt request

KD9(1)
KD9(2)
KD9(2)

Reader line index count

PROG INT RQ

RDR B
RDR B(O)B
RDR B(1)B
RDR ClK

KD9(1)

Reader clock pulse

RDR ClK EN

KD9(l)

Reader clock enable

RDR COUNT

KD9(1)

Reader line index count

PROG SY
PROG SY(l)B
PROG SYNC
PROG SYNC(l)B

KD3(2)

Synchronize program interrupt entry

RDR D

CS3

Display the reader buffer contents

RDR FEED

KD9(2)

Feed tape manually without reading

RDR FlG
RDR FlG(B)

KD9(1)
KD8

Reader flag

PUN

KD10(l)

Punch mechanism operating

RDR GO

KD9(1)

Enable reader clock

PUN ACT

KD 10(1)

Actuate punch mechanism

RDR INDEX

KD9(1)

Reader c lock pulses

PUN FEED

KD10(2)

Punch feed holes manually

RDR NO TAPE

KD9(1)

Reader out of tape

PUN FlG

KD10(1)

Punch flag

RDR ON BUS

KD7(1)

PUN HOLE 1-8

KD10(l)

Punch buffer bits to punch solenoids

Gate reader buffer contents onto I/o bus (B)

RDR PWR

KD9(1)

Reader power

PUN LINE

KD10(l)

Enable punch solenoid drivers

RDR RUN

KD9(1)

Generate RUN

PUN NO TAPE

KD10(1)

Punch out of tape

Reader select

KD10(1)

Punch power

RDR SEl
RDR SEl(B)

KD9(1)

PUN PWR
PUN PWR ON

KD10(1)

Punch power on

KD 10(1)

Punch select

KD2(1)
KD3(3)

Read request from I/O devi ce

PUN SEl

RD RQ
RD RQ(B)

PUN SPD

KD10(l)

Punch motor up to speed

RD START RQ

KC10(1)

Read manually entered tape word into core memory

PUN SYNC

KD10(2)

Punch motor in punching position

RD STATUS

KDll(l)

Read te Ietype status

KC12

Memory protection violation

R12(l)B

KD8

Manually entered tape word count

PWR(B)

KD9(1)

Reader power on

RQ MBI

KC19(2)

Turn on memory buffer input gate

PWR ClR POS

KC10(1)

Power clear pu Ise

RSB

KD8

Select reader binary mode

RBOO-17

KD9(2)

Reader buffer contents

RUN

KD9(1)

Set RDR GO

RD HOLE 1(B)-7(B)

KD9(2)

Punched tape contents

KC10(1)

Computer program started

RD HOLE 7(C)

KD9(2)

Punched hole 7

RUN
RUN(l)B
RUN(O)

KC10(1)

Computer program stop

RD HOLE 8(B)

KD9(2)

Punched hole 8

SAOO-17

MC6

Sense amplifier contents

RD HOLE 8P V ALPHA

KD9(2)

Reader binary or alpha mode

SAO
SAO (O)B

KC19(3)
KC15

Sense amplifier output gate

Signal

Origi~

5 DOO-Ol
SDOOP-01 P

KD3(l)

Special device select bits

SEN
SEN(l)B

KC1O(2)
KC1O(l)

Computer RU N sensor

SHIFT

KC15

Shift ADR contents enable

SHU

KC13

Shift ADR contents left one position

SHL2

KC13

Shift ADR contents left two positions

SHRl

KC13

Shift ADR contents right one position

SHR2

KC13

Shift ADR contents right two positions

SKIP

KC14

Skip next instruction gate

SKIP RQ

KD2(1)

Skip request from I/O device

SKPI

KC19(1)

Skip input gate

KC 19(2)

Start memory gate

SPEED 2,3,4

CS3

Repeat speed selections

SPEED WIPER

CS3

Repeat speed switch wiper

STATUS D

CS3

STATUS ON BUS

Descri pti on

Signal

Origin

Description

TIl ClK

KD 11 (1)

Teletype input clock

TTl D

CS3

Display the teletype input buffer contents

TTl FUll

KDll(l)

Teletype input buffer is full

TIl INITIALIZE

KDl1(l)

Initialize teletype input buffer and controls

TTl lOAD

KDll(l)

load the teletype input buffer

TT IN ACT

KD 11 (1)

Teletype input circuits active

TTl ON BUS

KD7(1)

Gate teletype input buffer contents onto I/O bus (B)

TT KBD IN
TT KBD IN(B)

KD11(l)

Teletype keyboard input

TI LINE

KD 11 (2)

Actuate teleprinter to generate space or mark

TTOOO-07

KD 11 (2)

Teletype output buffer contents

TTO ClK

KD 11 (2)

Teletype output clock

TIO EN

KD 11 (2)

Teletype output enable

TTO EQ

KD 11 (2)

All teletype output buffer bits serially shifted into
teleprinter

Display the I/O device status bits

TTO lOAD

KD 11 (2)

load the te Ietype output buffer

KD7(1)

Gate the I/O device status bits onto I/O bus (B)

TTO OUT ACT

KD 11 (2)

Teletype output circuits active

STOP DlY

KD9(1)

Decelerate the reader motor

TT RDR RUN

KD11(1)

Release teleprinter magnet to generate marks and spaces

STOP DlY

KD9(1)

Perm it reader motor to restart

TTO START

KD 11 (2)

Start te Ietype output operati ons

STOP DlY pas

KD9(1)

Disable reader clock

TTO STOP

KD 11 (2)

Stop teletype output operations

STROBE DlYD

KC16

Control memory strobe delayed

WORD READ

MCl (2)

Turn on core memory address selectors

STROBE SAL

MC2

Strobe the left hand sense amplifiers

WORD READ ON

MC2

Turn on WORD READ

STROBE SAR

MC2

Strobe the right hand sense amplifiers

WORD WRITE

MC1(2)

Turn on core memory address selectors

SW EXD

CS3

Optional memory extend mode switch

WRITE OFF

MC2

Turn off core memory address selectors

SW SGl INST

CS3

Single instruction switch

WRITE ON

MC2

Turn on DIGIT WRITE DRIVE, DIGIT WRITE SINK

SW PARITY

CS3

Optional memory parity switch

WR RQ

Write request from I/o device

SW PRTCT

CS3

Optional memory protect switch

KD2(2)
DK3(3)

SW REPT

CS3

Repeat switch

WR RQ(B)

KD3(2)

SUB

KC19(l)

Subtract gate

SYNC ClK

MC2

Set AM SYNC if AM RQ is present

TAPE

KD1O(2)

Punch out of tape

KC19(l)

Test for indirect address gate

T-PRNTR FlG

KD11 (2)

Teleprinter flag

T-PRNTR SEl
T-PRNTR SE l(B)

KD 11 (2)

Select teleprinter

TTIOO-07

KD 11 (1)

Teletype input buffer contents

9/L SYSTEM

Drawing Number

Title

MEMORY (MC71-A) (Cont)

Revision

Page

A-PL-9-L-0

PDP-9/L Assembly (Sheet 1)

A-PL-9-L-0

PDP-9/L Assembly (Sheet 2)

D-UA-9-L-0

PDP-9/L Assembly (Sheet 1)

D-UA-9-L-0

PDP-9/L Assembly (Sheet 2)

C-AD-7005968-0-0

Cable Set PDP-9/L

Drawing Number

Title

D-TD-MC71-0-13

Revision

Page

Ti mi ng Diagram

D-SP-MC71-0-15

MC Switch Configuration

A-CP-MC71-0-17

MC71 Memory Panel

D-AD-7005828-0-0

Logic Frame Assembly

A-Pl-7005828-0-0

logic Frame Assembly

POWER SUPPLY AND DISTRIBUTION

D-IC-9-L-3

Power Wiring

D-IC-712-0-1

Power Supply 712 (Sheet 1)

D-IC-712-0-1

Power Supply 712 (Sheet 2)

D-CS-5408018-0-1
D-CS-5408020-0-1

CENTRAL PROCESSOR
14

D-BS-KC09-C-l

D-BS-KC09-C-2

Special Modules

D-TD-KC09-C-3

Fetch Flow

... 42

PDP-9/l Console Switch Board

D-TD-KC09-C-4

Execute Flow

PDP-9/l Console light Board

D-TD-KC09-C-5

Break Flow

D-TD-KC09-C-6

Key Flow

A-Pl-KC09-C-8

CP Module Uti lization (Sheet 1)

A-Pl-KC09-C-8

CP Module Uti lization (Sheet 2)

D-MU-KC09-C-8

CP Module Uti lization (Sheet 1)

D-MU-K C09-C-8

CP Module Utilization (Sheet 2)

D-SP-KC09-C-9

CP MC Switch Configuration

D-BS-KC09-C-10

Clock and Run and Display

D-TD-KC09-C-11

Clock and Run and Display Timing Diagram

D-BS-KC09-C-12

D-BS-KC09-C-13

Operate Control

D-BS-KC09-C-14

SKIP and CIl7

D-BS-KC09-C-15

li nk Contro I

D-BS-KC09-C-16

CM Timing

D-BS-KC09-C-17

C M Address i ng

D-FD-KC09-C-18

CM Wiring Matrix and Program (Sheet 1)

D-FD-KC09-C-18

CM Wiring Matrix and Program (Sheet 2)

D-BS-KC09-C-19

CM Sense Flops (Sheet 1)

D-BS-KC09-C-19

CM Sense Flops (Sheet 2)

D-BS-KC09-C-19

CM Sense Flops (Sheet 3)

D-BS-KC09-C-20

AC, AR, MC, PC (Sheet 1)

MEMORY (MC71-A)
D-UA-MC71-A-0

4K Basic Memory

A-PL-MC71-A-0

4K Basi c Memory

D-DI-MC71-A-1

Drawing Index list MC71-A

D-BS-MC71-0-1

Memory Contro I

D-SS-MC71-0-2

MA Fiip-Fiops

D-BS-MC71-0-3

Sense Amps and PAis

D-BS-MC71-0-4

Inhibit Drivers Field 0

D-BS-MC71-0-5

Inhibit Drivers Field 1

D-BS-MC71-0-6

X Axis Field 0

D-BS-MC71-0-7

Y Axis Field 0

D-BS-MC71-0-8

X Axis Field 1

D-BS-MC71-0-9

Y Axis Field 1

D-BS-MC71-0-10

Voltage Regulator and X-V Drive

D-IC-MC71-0-11

Memory - CP Interface

D-MU-MC71-0-12

Module Uti lization

A-Pl-MC71-0-12

Module Uti I ization list (Sheet 1)

A-Pl-MC71-0-12

Module Utilization list (Sheet 2)

CENTRAL PROCESSOR (Cont)

Drawing Numbers

Title

I/O (Cont)

Revision

Page

Drawing Number

Title

Revision

D-BS-KC09-C-20

AC, AR, MC, PC (Sheet 2)

D-TD-KD09-C-2

10 Bus Interface (Sheet 1)

D-BS-KC09-C-20

AC, AR, MC, PC (Sheet 3)

D-TD-KD09-C-2

lOBus Interface (Sheet 2)

D-BS-KC09-C-21

MB and Adder (Sheet 1)

D-BS-KD09-C-3

10 Control (Sheet 1)

D-BS-KC09-C-21

MB and Adder (Sheet 2)

D-BS-KD09-C -3

10 Control (Sheet 2)

D-BS-KC09-C-21

MB and Adder (Sheet 3)

D-BS-KD09-C-3

10 Control (Sheet 3)

D-8S-KC09-C-22

Shift X2 Gates

D-IC-KD09-C-4

CP - 10 Cable Interface

D-IC-KC09-C-23

CP - Console Interface

D-BS-K D09-C-5

ADDR Bus

D-IC-KC09-C-24

CP - Memory Interface

D-BS-KD09-C-6

IO/Console Interface

D-IC-KC09-C-25

CP - 10 Cable Interface

D-BS-KD09-C-7

Input Mixer (Sheet 1)

D-BS-KC09-C-26

CP Tester Interface

D-BS-KD09-C-7

Input Mixer (Sheet 2)

A-CP-KC09-C-27

Externa I Components Li st for KC09-C
(Sheet 1)

D-BS-KD09-C-8

Read In Mode

External Components List for KC09-C
(Sheet 2)

D-BS-KD09-C-9

A-CP-KC09-C-27

Reader Control (Sheet 1)

D-BS-KD09-C-9

Reader Control (Sheet 2)

D-TD-KD09-C-10

Punch Control Timing Diagram

D-BS-KD09-C-11

Teletype Control (Sheet 1)

101

100

D-BS-KC09-C-28

CP - Memory Extended Parity Interface

D-DI-KC09-C-29

Drawing Index List KC09-C

D-AP-KC09-C-30

Signal Index

D-BS-KD09-C-11

Teletype Control (Sheet 2)

102

D-TD-KC09-C-31

Three Cycle DCH Break

D-TD-KD09-C-12

103

D-TD-KC09-C-32

Four Cyc Ie DCH Break

Teletype Control Time (Keyboard)
(Sheet 1)

A-PL-7005872-0-0

Central Processor Bus Assembly

D-TD-KD09-C-12

Teletype Control Time (Keyboard)
(Sheet 2)

104

D-AD-7005872-0-0

Central Processor Bus Assembly

D-SP-KD09-C-13

MC Switch Configuration

D-MU-KD09-C-14

PDP-9/L 10 Module List

106

A-PL-KD09-C-14

PDP-9/L 10 Module List

107

A-CP-KD09-C-16

External Component List I/o PDP-9/L

107

D-TD-KD09-C-17

Reader Timing Diagram Alpha and Binary
Mode

D-AP-KD09-C-18

Signal Index

A-PL-KD09-C-0

I/O Assembly KD09-C

D-UA-KD09-C-0

I/O Assembly KD09-C

D-AD-7005873-0-0

I/O Bus Assembly KD09

A-PL-7005873-0-0

I/O Bus Assembly KD09

D-BS-KD09-C-l

10 Configuration

105

108
A

109

DIGITAL EQUIPMENT CORPORATION

QUANTITY /VARIATION

MAYNARD, MASSACHUSETTS

PARTS LIST

ITEM
NO.

l>
I

'"t:I
I
I

-0
I

.....:I
I

,::J:;
.....:I
I

(j\

DESCRIPTION

DWG NO./ PART NO.

E-AD-7005870-0-0

CABINET FRAME 9L

2
2

D-UA-712-0-0
D-UA-712-A-0

POWER. SYPPLY 712

9006073-3

PHL ED TRUSS #10-32 x

POWER. SUPPLY 712-A
~

:>5

9007651

WASH E,'XT TOOTH #10

23 23

'"t:I

D-UA-H951-TA-0

D-IA-7406731-0-0

H951-TA NARROW DOOR
LOGO PDP-9L

1
1

7
8

D-UA-H950-Q-0
E-AD-7005875-0-0

H950-Q 19" COVER PANEL
9L CONSOLE ASSY

3
1

(I)

9
10

D-AD-7005859-0-0
D-IA-7406723-0-0

TABLE ASSEMBLY
KICK PANEL

1
1

11
12

9006074-3
9006565

PHL HD TRUSS #10-32 x 5L8
NUT KEPS #10-32 SST

2
3
r----- 3

13
14

9006082-3

PHL HD TRUSS #10-32 x 2\
END PANEL H952-A

4K BASIC MEMORY

o'"t:I
I

-0

~
VI
3

.:z
V)

:r(I)
(I)
-to

D-UA-H952-A-0

1
10~"

D-UA-MC71-A-0
9007033
9006724

TIE WRAP #S~C-2 B (PANDUIT)
WASH EXT TOOTH \

./R l\L'1

17
18

D-UA-KC09-C-0

CENTRAL PROCESSOR ASSY KC09-C

D-UA-KD09-C-0

20
21

9006075-1

I/O SECTION ASSY KD09-C
PHL HD PAN #10-32 x 3/4 SST
30" FULL DOOR ASSY

D-UA-H951-B-0

11 11

±.-~----'----

DIGITAL EQUIPMENT CORPORATION

QUANTITY /VARIATION

MAYNARD, MASSACHUSETTS

PARTS LIST
,::J:;

(j\

ITEM
NO.

DESCRIPTION

DWG NO. / PART NO.

9006056-1

PHL HD PAN ~-20 x

C-AD-7005968-0-0

CABLE SET 9L

C-MD-7406734-0-0

DUCT CABLE

0-MD-7406732-0-0

SUPPORT DUCT

0--IC-9 - L- '3

POWER WIRING 9L

27
28

9006902
9006026-1

TERM STRIP 4-541 CINCH JONES
PHL HD PAN 6-32 x 3/4 SST

1
4

2
2

l>
-c

-0
I

a
'"t:I

'"t:I

-0

SST

9006560

NUT KEPS HEX #6-32 SST

9006851

SPACER \ AF x

B-MD-7404721-0-0

PROTECTION CONVER 541 (4 TERM)

.:z

9006020-1

PHL HI> PAN #6-32 x ~

CD
CD

33
34

TIE WRAP #SST-2-B lPANDUIT)
WASH .,250 I.D.X.375 0.D.X.032THK

9007032
9006712
9107240

~/R

-to

HELITUBE \ 0.0.

~/R ~/R

36
37

9006071-2
9006065-1

PHL HD FLAT #10-32 x 3/8

SCR PHL HD PAN \-20 x 2\ LG

38
39

9006062-1
9006079-3

SCR Pf~ HD PAN \-20 x 1~
SCR Pf~ HD TRUSS #10-32 x

9
3

900604(0-1

SCR PI:~ HD PAN #8. .32..x ,- 3/41-G
SPACER 3/8 AF x 1- '/-z.. L G. - # 10 HOLE

~
VI

:r-

41
42

9007786

qDOfolO34

#6-32 AL

SPEED NUT 10-32 TINNERMAN
WASH INT TOOTH jfS

AIR.

~/R ~/R

2
20 20
2- '2.

I-:-::-:-:--:-=-=L~E::..,:G::....::E=N--:,-D~____c:-:-----i NOT E 5 :

I-N_U_M--,....~_E._R_-+_V_A_R_\A_;:T_IO_N_---4 \ . . 0 t •.:~::.E.MBLE. ITEM~ NO- I'::>,IB a. 19
COO I-I"e.
SO\-{l.

9-L
9-LA

> - - - - ~L ~~R
,---=E~F_ _ _--l

t - I. . . .

PLENUM oRi">..C\<..ET. U~E RE..MO\JE.D HlJW it
J"TEM'::> NO. 4,17, '2.ot ~ TO SEC.UR.E. N
PLENUM A~ '::>HOWN IN ~EC.TION I::>-B

REMOVE E)(.I~T\Nc:, -;:'CREW,::> HOLDING
FAN HOU51NG , 0 LOG\C..PO~I\ION FAN
HOU51~~L~ICON IN":,IOE OF

"CFOR DR.AWING INDEX LIST ~EE DWG
NO.O-Ol-9-L-\

'S FOR OPTIONA.L E.QUIP LA,(OUT SEE
OWG NO. D-AR.- <1 - L-'2...

14-

4USE. ITEM~I'"2...~ *"~9 FOR
PURPOc::.ES ONL'(

5. TO A~':::>EMBLE ITEM - 9 TO I.EM'" I
RE MOVE BOTTOM SCREW OF GU':)~E\
PLA"TE_ PO':::> I i ION TABLE IN CAB_ U~E
RENO\lED HOW
ITE""~'2.:!2.. \ 0
::'ECURE TO CA.BINET

G,FOR ADDITIONAL C.A,BLE CONNe-C.TION3
REI="ER TO DWG"- D-IA-70059S?-O-O

~I4IPPiNG

l! D-IA-r005'188-0-0

c
B

3~
I~

7 1 l REF

1<0

~E.E
DETAIL 5

In REF

42..
4

3 ____

19
\7

~~
'Z..REF

B
!=LOO R LI N E.

FAR SIDE

(<0 PLACE.S)

13
REA.R VIEW DOOR REMOVED

4
SECTION A-A

SECTION B-B
END PANE.L-::,t.DoaR~
REMCNED

D-UA-9-L-O

PDP-9/L Assembly (Sheet 1)

:)4. REF

30
SEE DETAIL C

IS REF

7...7

'LI

SECTION 0-0

-+2

SEE NOTE 6

iS REF

'eA-

40
18 REF

'2.5
/7..
DETAIL B

SECTION C-C
I RE.F

7..0 REF
B

~EE QEi/:o..IL-A.

REAR VIEW WITH DOOR

DETAIL-C

~EE. NOTEW' 4

DETAIL-A

D-UA-9-L-O

PDP-9/L Assembly (Sheet 2)
12

,/~

ITEM
NO.

PART NO.

LENGTH

7405552-5

TO
CONN
TO
TYPE LOCATION TYPE LOCATION

CONN

W031

CPD40
CPD39

W031

TO 001
IO D(J9
TO E01

CPE40
C PE39
CP F40

10 E02
IO F(JI

IO F02
IO F03
IO H01
CP H40
w031
CP H39 W031 TO H02
W034 CP J40 w034 IO J01
W9J34 CP J39 W034 IO J02
w031 . C p J38 W(?)31 TO J03
WG33 712 PS
W033 TO A06
Vv 033 REAQER W033,IOAI7
}
W033 PUNCH . W033 IO A21 i
CP F39

CP F38

7405552- 5
7405554-15

7405554-15

740')')')2-5

3
4

7405553-15

6
49

7405553-16

4 i 7405553-16

t--

I
I

DPilONAL

'C..

':N¢-=-n 10 wQj-=O;::, CABLE

Wq:,~~ TOW¢~~ C",BLE(4-"1")

(Col")

C-IA-rQ.C'S'S'S-:'-Ir,,-O· 4
C-Jt:>--r40S'S'5~-15-0

'C. W\D34 10 W~34 CABLE ( .a') C-IA'7405554-15-Q '2.
10 Wq:,?c,I,O W¢-=o:,1 CABLE (Co") C-IA-'4CSSS,,--S-O
QTY_

DESCRIPTION

PART NO.
PARTS LIST

C-AD-7005968-0-0
13

Cable Set PDP-9/L

I
ITEM
NO

NOiE

CONSOLE A5SY

~ F~~
I 1
III I II I III
)

FAN

ALL WIRE

::::> =":=. -- 14- A'NG

STRANDED

G~LE.SS

5 P E.C.'.=IEO

4-I--------l('

TERM

,-----

Of.

'STRIP

\.....

422b3

,--_---t_ _ _ _ _ _ _=~~R_N_'__'~

reo::o P<~

BLK GND I

I
+IOV

-1'2JV

:::);),

We-I

GND KE.YS

i
I

WHT

RED

Mel\

BRN*'Z.'2..AWG

BLU·'2..'2...AWG

BRN

l:;R N ""'2'2.. AWG

BLK

R.ED

'--I-

BLK

RED

c
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pr::ry" PI JI .1' 1-\

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.J

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..J
uJ

tr:;

ill

rr
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GNomili

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~;:c;;~'w:;

~~~

r
I

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L __________________\-\-______________________________

---.J

"0"

REMOVE JUMPE"" .oR 220"OL'" _ . .
t REFER TO 712~ CIRCUli '5C\-\EM~TIC t Pft..RTS
LIST FOR TR"NSFORMER COt.lNECilON5 t

\tOUR

MtoTE.R CH~NGe:

D-IC-9-L-3

Power Wiring

~Q~

AuTO
TAP I
PUNCH

J 3
I

fBRASS ~~SILVER

r----i
1REDv..

VEL/BRN

WHT

I
IA

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0",5-'

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--MC

REDI

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I

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LINE

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--- ---

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>0
23
'--14"
RED

-j

50 HZ 60 HZ
BLOCK BLOCK
r-

100'1, SON

14-11 j

12-13

11-12

11511,50 N

11-15; 10-12

II -12

200'1, 50 ('.)

13-14

11-12

21511,50('.)

10-14

11-12

23011,50 ('.)

10- 15

I 1-12

12011,60('.)

11-14;12-13

I I -12

240V,60N

13-14

II -12

~
7 COIL 2
K2

BLK

liNE I

I I

G
R9

JUMPER
FOR
11011
rOPERATION
JI30RN
'

..o...a.

BRN"~

_ _ _ _ _ _ --..l

~ IIFR'"'I";' I,"~' I
GNO

CONSOLE
SW

/'7'1 AC TO MAINT-tNANCE
PANEL FOR CONSOLE
AC LOCK
TBI

~~1

'VEL

BRN

~~__~__+J~I~9;

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I · ~J

JI6n

u RTC
JI7n

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r-

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+~
C6
rl

+.H~ C 7

INPUT

31(11"

~~~-30V

~r~,...

*+C2

>-~~--~~--~

>- Iz·
'--f-.
'--

90° STRAIN
RELI EF

t
D-IC-712-0-1

I
10'1 AC TO REAL TIME CLOCK
TO MAINTENANCE MNEL

I
lJ~~M~=-2.J

RED

I
I

NEUT

+10

~/~ ~M~~

RED

3
: GRNu,
BLKI
R'E'O
JIB YEL PUN>---~~~4---------~~d_~~~----~------------~--------~~------4---------+_----_f~
PWR 3nv
-

AC TO

H
'~
0 .-+J-,-,---- . u-tt-L- CONSOlE

:~l

J20

H,I---i>------'

,-------l
I

~120'RN

CI4

(n)

RIO

nO~
~

,J14

J21[~GND

JUMPER
FOR 11011
OPERATION

Power Supply 712 (Sheet 1)
15

DIOOE IN 207 I
MAINT PANEL ASS."
SWITCH WAFER
CAP .1 MFD 600llDC

(14

J25
JUNe BUSH De-202
GRN
J5 J7,J9 J24
JUNC BUSH DC-202
WHT
JI2 JI5 J26
JUNC BUSH OC-202
OP.N
JIB
JUNC BUSH DC-202
VEL
J23
JUNC BUSH 0(-202
BLU
J6
JI7 J20
JUNC BUSH 0(-202
REO
J2-J3
RECEPTACLE
1010
JI
SOCKE T
S 306· FP
t-::R=-'9::------;R;-C'O;:---------+.::R-::c
I. 5 '" 5 W
E SIS T OR

Dr- D2
ETCHED BOARD

"2
MEM

LINE 2
OR
NEuTRAL

-15 MC

1105:340
5403943
74064SS-1000033

CTl ~~~~~------~~~~~~~~~~~~~~~~~~~
J24
~J~I~0~J~II~,~J~I~9~~~~J~U~N~C~B~U~S~H~0~C~-~2~O~2~~B~R~N~~~9~0~0~7~6~3~3~~
~J~4~~J~8~J~I~6~J2~1~J~2~2~J~U~N~C~B~U~S~H~0~C~-~2~0~2~~B~L~K__~~9~0~0~7~2~3~7~

~I- - -

GRN

'------L~~~~

--1

J25

PRI~ARV

P
~

J26

JUMPERS

LINE 2

ORN
+10 MC

~'=--'=--J

WHtN~tTRAL

~KI

REO

rO~~R~~~I--~---r--t--t--~-1;~~~~~~~~~~~~~~~~~~~~,------T------'l

t'2_ ~U!~ J

R'l]" "[ RS

[
I

r-~---r--~------------------~ I

50HZ
HZ
BLOCK BL OCK
PRIMARY
TI

I: _

.£lCIO

,-------1

GRN

12
,

YEL;

-I5V TO
MAINTENA NCE
PANEL

R8
REi-R7
R4-R5,RI
R3
R2
T3
M2
MI

9007236
9007235

90072~4

9007233
9007232
9007231
1205351
1203519
I 30 tS 97

RESISTOR
100fl lOW
1302494
RESISTOR 15fl 55W
1309073
RESISTOR 10/\ 2W
1300172
RESISTOR 130K IW
1305604
RESISTOR 25Il
25W
1300190
VARIAC
lOB 4
53268
1605261
VOLTMETER ,rIO VOC
1205277
TIME METER IISV
50HZ
1202234
TIME METER
115V
60HZ
1201208
C BI
CIRCUIT BREAKER 40A CURIIE 4 120121S-02
(I) CONN
530 BUCHANAN
1209158-01
TBI
(3) CONN
529
BUCHANAN
1209158-00
51
SWITCH WAFER
1203494
K2
RELAV KRPIIDG
1203431
KI
RELAY EM-4 EBERT
120576B
LI-L2
FERRO)(CUBE 56-261-30-3B 1605147
LAMP
1205303
II
OMI5
(2) "ECTIFIER OMI5
1105799
(2) RECTIFIER OM2
1105397
DM2
C9-C13
CAP 160000 MFO
1004874
C6-C8
CAP
57000 MFD
1004875
(3-(5
CAP 2X.IMFO 440llAC 1000VOC IOC2153
(I, C2
SUPPLIED WITH
TI (. T2
TI T2
TRANSFORMER
T57848
1605107
REF DESIGNATION
PAR T NO
DESCRIPTION
PARTS LIST

.3 OIA (MOUNTiNG HOLES)

ETCHED

oJ-

BOARD

I~~·C

KXDM

KDPM

~F~
SINGLE

FLIP CHIP CONNECT OR
(TO 10 PKG)

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KEYS
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FROM 712 P.S.

r--r.v U

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EXtg'lINE
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D-IC-712-0-1

Power Supply 712 (Sheet 2)
16

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532

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SW 04

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RII7 RI19

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DATA
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THIS

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OPERATIONAL SWITCHES
SPEED
I

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2

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3

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5658514-553
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ADDRESS ADDRESS ADDRESS ADDRESS ADDRESS
ADDRESS ADDRESS ADORES5
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H

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NOTES'

-«~- INDICATES QUICK DISCONNECT
ALL SWITCHES SHOWN !N ASSERTED POSITION

RI2 R29 R32-RS7 R7S- RII9
RI-RII, RI29

51111 TCH t04-003-0 6-05-5-01-3-101A
SIIIITCH 104-006-00-0S-5-06-3-10IA
CAP. 6,8 MFD 35V 20% S:rANT
SWITCH RS-50-FB-PC
SW ITCH RS -9-3-FB-PC
RES_ I.5K II4W 5% CC
RES, 750 1/4W 5"10 CC
RES. 15K 114W 10"10 CC
RES
3K 1/4W 5% CC

r.g:-C~'-=~": D:".;D26: : ,- :~:,:~:-,-~_-,: ID:':~C; _~c"-;:~;- :; o; '~'-';~"c21°";:15-"
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CAP.. 0IMFD 100V 20% D!SC

r.g~~c-----------+.g~:~·~~~~H~~ ~~.2;;;'~I~e'
CI
REFERENCE

D-CS-S40S01S-0-1

PDP-9/L Console Switch Board
17

DESIG~ATIO~

1209179
1209178
1000067
1205941
120~375

1300391
1301401
1300494
13004~2

1100113
1100114
!0016!0
IOD2839

1060c582~

CAP, 175MFD ISV -20 +15·.. Eleel
1000085
PARTS LIST
A-f'lo54080I&6~01
PART NO
DESCRIPTIO~
PARTS LIST

-oJ

- -

;::

C\l

-oJ

...J

'"J

I "]1]101]1 "' r]' 11" 1]101]1 'II "]1]"1]" 1r]~ P]1 '11 ' I]F ]l]K ]1]' I]' rI]N]I ']1 ']l]N ]I]V ]1]101 ]P
Pi R A ~ HI R MIR R R RI ' " R1r4 R R R R f9 F1 Af4 R R
a
W

c;:

111

i l l

ill

6~
r'-----'
038

111

(l~

041

056

059

6~
f'----/

I"-----"

G~
I'--'

I"-----"

062

Q68

Q71

t7~

tC~

~I ~

6~
f'---/

f'-----'
QI5

,rtx

042

Q63

r'-----'
066

I'------'

1'-----'

036

069

6~
r'-----'
072

~~-r~~~J~--~n-+-~~-r-~~~~~~~-~n-+-~~H-~~~~~~~~_~~+-~~~~~~~~~~+-~~~+-~r~~r~~~,~~~~~+-~~~-~~~~~~~~~~+-~GND
~I

CSl

r. r. '"
~

131

143

(Sl
1

155

127

D-C5-5408020-0-1

PDP-9/L Console Light Board
18

(~
161

164

(~
156

~
158

146

129

I'"

163

NOTES:
:. rcR
DWG

2. FOR
(:TEM

DRAWI[\.,G INDEx
NO

LOCATION

~2)

LlS-

RUE"- .,--

D-O:-MC71-A-

:Y'=:i/i:::-;"

,"'IEC":'P -':;

n'IJ;

'-A./
'-:-.:;
-

D- M U - 'V1'::: -: -::; - '2.

B
SEE. NOi[ 2

(

D-UA-MC71-A-O
19

4K Basic Memory

DIGITAL EQUIPMENT CORPORATION

QUANTITY /VARIATION

MAYNARD, MASSACHUSETTS

PARTS LIST

ITEM
NO.

D-AD-700S835-0-0

FAr:-; & MARGINAL CHECK ASSY

D-SC-3009117-0-0

MEMORY STACK 4K

3
4

D-AD-7C;05828- 0- 0
E-IA-710S034-0-0

LOGIC FRAME ASSY
DOOR FRAME

1
1

D-MD-7 !~OS660-0-0

FILLER,LOGIC

90GGed":'

WASHER INT TOOTH #8
SCR PH lID PAN #8-32 x 1"

SCR PH HD PAN #14-20 x 3/4
WASHER INT TOOTH W~-20

1
1

NUT KEPS #8-32

9006043-1

900:{)58 -I
9006637
9006563

10
11

DESCRIPTION

DWG NO. / PART NO.

B-AD-7005900-0-0

CABLE SET MC71-A

D-MU-MC71- 0 -12

MODULE

REF

UTILIZATfON

A-PL-MC71-A-O

4K Basic Memory

I
~

4K MEMORY
Mel i

FAN & MARGINAL
CHECK ASSY

I D-AD-1005635-0-0

4K MEMORY

0-SC-3009117-0-0

4.•

D-AO-7005099-0-0

®- H

MTG BAR
0-AO-7 005103-0-0

G)--

--.

-1

FAN HOUSING
ASSY
0-AD-7005838-0-0

~~MTGBARA~
5
ONE REV BLOCK

MARG INAL CHECK
ASSY
D-Ao-7005636-0-0

@-H.

OESCR I PTION

0-AO-7 005102-0-0

8.
PAIiEl MARG I NAli
CHECK

[I..~A-74~6673r()-0

PROD

PART NO.

4K BAS I C MEMORY
4K BAS I C MEMORY (PL)
FILLER LOGIC
OOOR FRAME

LOG I C FRAME ASSY
LOG I C FRAME ASSY (PL)

D-AD-70D5828-0-0
A-PL-7005B2B-O-0

MTG BAR ASSY (10 BLOCK)
MTG BAR ASSY (PL)

0-Ao-7005099-0-0
A-PL-7005099-0- n

MTG BAR STO
MTG BAR

0-AD-7005 I 03-0-0
C-MD-7405035-0-0

MTG BAR ASSY (ONE REV)
MTG BAR ASSY (PL)

0-AO-70051 02-.0-0
A-PL-7005102-0-0

ONE REV BLOCK
0-AO-700S I 04-0-0

I CABL E HARNESS

L [l..AO-700i1~()"()"O I

@-Y

AS~~

10.

ETCH BOARD
0- I A- 54037 48.-0-0

11.

PART NO.

4K BAS I C MENORY
MEMORY CONTROL
MA Fl I P flOPS
SENSE AMPS' PA' S
FIFlO .9 INH DRIVERS
FILED 1 INH DRIVERS
FLO .8 X AX IS
FLO .8 Y AX I S
FLO I X AX I S
FLO 1 Y AX 1S
VOL T REG & X-V DR I VE
MEN - CP INTERFACE
MODULE UTILIZATION MC71
NODULE UTILIZATION MCll
TIMING IIIAGRAM MC71

8-AO-7005900-0-0
A-PL-7005S00-0-0

A-ML-MC71-A
0-BS-MC71-0- I
D-BS-MC71-0-2
D-8S-MC71-0-3

i PROO

I
I

CUST
---_.-

n-R S-Yr7 1_ n_d

0-BS-M(;71-0-5
0-BS-MC71-Q-E
O-BS-MC 7 1- Q- 7
D-BS-MC71-Q-8
D-BS-MC71-0-9
0-BS-MC71-0-1 U
0-IC-NC71-0-11
D-MU-MC71-0-12
A-Pl-MC71-0-12
D-TO-MC71-0-13

MC SWI TCH CONF I GURA II ON
WIRE LIST MC71
EXTERNAL COMP. LI ST

D
I

;
,

D-SP-MC71-0- I 5
K-Wl-MC71-0-IS
A-CP-MC 71-0- 17

I--2.

LOGIC FRAME ASSY
LOGIC FRAME ASSY (PL)

0"AD-1005929-G41
A-PL-l 005~2~-041

FAN & MARGINAL CHECK ASSY

0-AD-7005835-0-ll

FAN HOUSING ASSY

0-Ao-70D5638-D-ll

0-AO-7 005 I 04-0-0
C-MO-7 4 05035-0-0

MTG BAR REV
MTG BAR

FAN & MARGINAL CHEC~ ASSY
FAN & MARG INAL CHECK ASSY (PL)

MARGINAL CHECK ASSY

0-AO-7005836-041

11.

CABLE HARNESS

0-AO-7305140-0-ll

D-AD-7005835-0-0
A-PL-7 0 05835-0-0

FAN HOUSING ASS!
FAN HOUS I NG ASSY (PL)
TERM I NAL STR I P
CHASSIS FAN HOUSING
AIR BAFFLE

O-AO- J 005838-0-0
A-PL- 7005838-0-0
C-I A-7 405083-0-0
E-I A-7406682-0-0
0-~0-7 4 0661 4-0-0

MARGINAL CHECK ASSY

0-Ao-7005636-0-0
A-PL-1005836-0-0
C-Mo-7 '05089-1-0
C-MD-7405069-2-0
C-MO-1405088-.1-0
C-MD-1405089-4-0
C-Mo-7405089-5-0
B-Mo-7405091-0-0
C-Mo-l 40537 9-1-0
C-Mo-7 40537 9-2-0
C-Mo-7 40537 9-3-0
C-MD-7 40537 9-4-0
C-MO-l 40537 9-5-0
B-MO-7405090-0-0

m~lm ~tl~~MS~IR~PLIGRN)
TERM TAB BUSSING WIRE (BLU)
TERM TAB BUSSING WIRE (BLK)
(REOl
TER~ TAB BIJSS I NG WIRE
TERM TAB BUSSING WIRE (oRN)
AC BUSS I NG TO FAN
TERM TAB BUSSING WIRE (GRN)
TERM TAB BUSSING WIRE (BLU )
TERM TAB BlSSING WIRE (BLK)
TERM TAB BUSS I NG WIRE (REO)
TERM TAB BUSS INS" RE (ORN)
AC BUSSING TO FAN

Hn.
1.

I
PC lAYOUT

13.

DEPT. USAGE

DESCR I PT I ON

~-PL-7 4C5C:34-0-D

I MIG BAR

FIND

PC-5403748-0-1

I
I

FiC

CUST

D-UA-MC71-A-0
A-PL-MC71-A-0
0-MO-7406660-0-0
C-I A-7405034-0-0

CABLE SET MC71-A
CABLE SET MC7I-A (PL)

MTG BAR ASSY

elECTRICAL

DEPT. USAGE

DOOR rRAWE {rL)

0-H

2 I

I
NECH~NICAL

Hn.

?
LOGIC FRAME
ASSY
0-Ao-7005828-0-0

4
FIND

D-U A-MC71- A-O

.-~-~

ETCH BOARO

0-1 A-5003749-0-0 I

PANEL MARG INAl CHECK
SILK. SCREEN

0- I A-74066 73-0-0
C-SS-7 40667 3-0-1

CABLE HARNESS
CABLE CONNECTOR

[l-A(Io. 700514~~o--0
W071

ETCH BOARD ASSY

0-1 A-5403J 48-0-0

13..

nCH BOARD
PC LAYOUT
BOARD GLASS EPOXY

[l..IA-5003749-0-0
PC-5403748-0-1
140511 0-0-0

14.

4K MEMORY
A o lODE BOARD
B DIODE BOARD
BLANK BOARD

0-SC-30091 I 7-0-0
G610
GB 11
1990

l<t.

4K MEMORY STACK
4K MEMORY STACK
4K MEMORY STACK

0-CS-3009117-0-1
0_CS-3009117-0-2
D-CS-3009117 -0-3

I---

D-DI -MC71-A-l

Drawing Index List MC71-A
21

i-I

•

' .... 0

READ ('16)

Lt - - - - - -

MEM

t;~<>~n

START

D
INH ON

r---,

I WHS ,

I A I¢
.

...L
READ ON

I
MEM STROBE

STROBE

¢-e

WRITE OFr

c
STROBE q-17

RE.AD

,I
,

OFF

_-.1

SEL

B
OED

READ

OFF

OED

-+---~

INH

EMA

--J1 "-!--j
c

SI(l'J7
A(l'JS

WRITE

OFF

TIMES SHOWN !N PARE.NTHUIS IND!C.ATE.
JUMPERS ONLY ANO SHOULD NOT BE
USED FOR TIMING.

*{EMA 03 = BS SW3) /\ (EMA ¢4 = B'!l SW4): SEL

IS /¢''l- YA!~
A

D-BS-MC71-0-1

Memory Control

OED

D E

'--'-,.---' f-= ~ .,I

MA "AM
MBIllS (I)

f---------to!J MBIS(I)

'--__---' f- ~
~

c
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-~~~~~~)-~~I
150Jl.t

D-BS-MC71-0-2
23

MA Flip-Flops

D
F

7";., iilS
R

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I s!~F31 N iHJjt::,; ~oA
I~II I", ~.A;a..
-t I¢V

SENSE

AMP
BIT "'¢

AI2

"ACt/J) F

!-"SVJ

-=
D

(

G!2!Ir,;l M
812

(

l-A-=

SENSE

-,
E

BIT ~I
G~ 14

A 23
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1="

BIT 02
Gr;S 14

A24

~lJ

"'" (J

0;65

TUM-=

J K..lC -=

T U..lM~

K"':'::-:::

SENSE
AMP

BrT ~3

SENSE

AMP
BIT ¢4

G¢14
A2Gi>

F E

AMP
BIT¢5

A27

J H

F E

AMP
BIT Ill",

AMP

BIT 9)7

G¢ 14

G¢ 14-

A28

A 2.q

M""

- ......

SENSE

W1412

SA<;2!8

K
SENSE

[------

GOII4

L/,
J

SENSE

U
K

0
M

G¢I4A25

'SEN SE

AMP
SIT 08
G¢14
A 3¢

:5~

-=-

1.. ......

PI ElO "" CABLE

C 0

A B

Cl"8

Wc;I2

~SA.7

K..lC -=

J
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: \ iWGI2
f i SEM O
CC;M

l..-,

~SA.S
C¢7
Wt;.12 P

C~7

TUM -=

SENSE
AMP

l/_

t:D"K-=..C -=

u
N

AMP

~SA¢'

~SA.4
WIi>12 E

WIi>12 P
C IlSIO

C¢(On

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wt:.12 E

G¢/4
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P R

M N

K L

u V

SD
MAIP 58(1)

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AI2

G¢I ....
B22

MA¢ 5t.1II

BIT Ifl\

-7

GClll4
82.3

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H F!E

SENSE

AMP

BIT II

G¢I4B2"!

M""
l

J! H

SENSE
AMP

S
D

G¢ 14-

625

IF E

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FLO
1

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I

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9-17

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,85

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0
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FlO
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13 I 14

I
SA

MAtS

IMAoe

r
G

T
I

V
SA

,il

,93

115

G
8
XJ
5

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1612

W612

IW612

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R
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G
U
L

,'I

o
k

V
A

\
POWER

W612

-1l213

~l13

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flO
1
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MAI2

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FLO
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X
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OR I VE
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I-

:::::::::: I"" .. ;, 'w

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B
c

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AXIS

flO

1
X

1
THRU
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AXIS

~ -~ -

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X
AXIS

I-

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MA07

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THRU
MA.II7
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X
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Y
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SA
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PK
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OK

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OK

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(.0)

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09

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THRU

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17

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EMA
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(9)

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,~_ _~_ _L-~_ _~~_ __ L_ _~~_ __ L_ _L_~_ _~_ _~~_ _~~---L--~~--~--~-L--~~L--L--~~--~--~~--~--L--L

-++------ -----++------

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MEW
MEM
STROBE STROBE

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MABD
THRU
Mna

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MAlJ;O-~AIIO
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r
THRU
THRU
300 117
I
1
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3009 17
SA

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,~~H

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AX~S

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,-,-=?l..!---L-

y=-'-_ -

OR I VE
RES

I-

23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44
-t-_21.;:_:. .;_-~t-_.22;:_. ;_:._-l:Jr.t~*~I~j~:",,-=?*
~-t_--Cr.~:.?:ttiJr.?JiiOti...l--Cr. ~-tllr.c"'IG=~c::jr.'~I,i"~:===j:==:i~r.;.~=j",!"G!.f;:2ii"~i}G~2!...!';-:'=i~~!i1~;~~~~EiII~~~~~"l---Ei~cJ:~~;~iI~±~c~::~:~lI~i~c~I;:~~!~1l+Ei~C!~t:~1l!-E--- t-t,-- --- ~- -=---- -~
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SA

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D
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5-17

I 42

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11 II

lOB

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1

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39
,03

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1

FLO
I

W9!ll1

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I

Ff,H 1 I~~~ I
;1

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FLO
I

1~ 1

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ijll H

I r.R'Ol I r.R"~

I----

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f---r- MASlER
I----

1
I----

rmr-

b.=
~

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REAJl

flO
,9

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I--rNH JAM

STROBE WRI TE

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ON

aN
IWRiTE
ON

STROBE

H-

W9!IB IGIZl14 IGrol4

1/1\
V 1\
I

__~~__~__~~__~__L-~__~~

* DESIGNATES
ADDE.D

MODULES TO BE
FOR. EXf'ANSIO,",J BY 4K

+ DE.SIGNATES

MOOULES TO BE
PXPLACED WITH G9S14',s
FOR 4K E.,xPANSION

D-MU-MC71-0-12

Module Utilization

DIGITAL EQUIPMENT CORPORATION

QUANTITY

MAYNARD, MASSACHUSETTS

DIGITAL EQUIPMENT CORPORATION

PARTS LIST

PARTS LIST
<!
;=:::

ITEM

DWG.

NO.

DESCRIPTION

NO.

a:l

::!

r--

;::

U
~

;:::
ITEM

DWG

NO.

DESCRI PT ION

NO.

B104

INVERTER

GS30

RESISTOR BOARD

B213

JAM FLIP-FLOP

G8,0,1

CONTROL FOR G8.05

B360'

DELAY WITH PULSE AL"4PLIFIER

r1'- rlf':'
I:JOP.J

:~EGATIVE

B310

DELAY

B6.02

PULSE AMPLIFIER

Rll1

EXPANDABLE NAND/NOR GATE

W712

J2Y- " . . ' . . .. -/ <) (-:/~.:

s107

INVERTER

w005

CLAMPED LOAD

W3.01

DELAY LINE

W612

Pu.>: ." !~

12 0

I-·1EMORY STACK 4K

G008

MASTER SLICE CONTROL

G01.0

SENSE AMP SELECTOR

G.014

QUANTITY

MAYNARD, MASSACHUSETTS

G211

CURREN']' DRIVER

G218

TF;::nBI'I' DRIVER

MEMORY SELECTOR

11 10

I G219

A-PL-MC71-0-12

REGULAI'OR

ID-SC-3009117-0-0

Module Utilization List (Sheet 1)

A-PL-MC71-0-12

Module Utilization List (Sheet 2)

7
'75

¢¢

6
3¢¢

29'¢

4¢¢

rcrj¢

5¢¢

7¢¢

8¢\2l

9¢t;lI

I ¢¢¢

12~¢

II¢¢

14¢0

13¢¢

_.~~~~~I~II~II~I~II~III~I~II~I1~1!~iI~III~!I~II~I~II~II~II~II~II~III III II 11 II I I II III III II
i

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MEM VOLTAGE 23.!5 C<;!)IM(+) D0IM(-) (REF
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l.

a.2ND CL.AMP

I. II

6.0 (REF -15) All N

4. STROBE: TIME a2!:;> NS (REF READ)

D-TD-MC71-0-13

Timing Diagram

.: 7

w~ ~"'f'2

B3·1 5~7

B36~ W6LZ

CON

Q
~

I, ()

B,13

B213

w-'1'Jl...5

I. I,

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CONT FLO

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1"2,
.

G~B Ji2CLYL G6~2)

SEL

17
..

IQ
.

G218

1'1990 1'1990 G0 4

INH

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B61ll2

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B~4

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Gill'" G(J)~ W99f1} 1'199

G218

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G218

G218 11'1990 W99

G014 G014 G014 G0

G~ 4

G~14

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G~4

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0)

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G 218

I~HIBI T
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G805 G8(/)4 1'1612 W612

W~IZ

W61?,

B213

G211

G61tJ

G611

G211

G219

G211

G610

G611

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f4- RES

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2"2, 24 25 26 27 28
-- ?I
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U~\~l~l~II~~~~~~I~~~~~~~~~/~I~I~I\

L __~--~--~~~__~--~--~--~
8

D-SP-MC71-0-15

MC Switch Configuration

0
+:;"

VALUE

COMPONENT NAME

&:
.....
.
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POL.

FROM PIN

TO PIN

POL.

'- 0

S'PACK C.AHP

c: ~
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1\ a.IfT"'lo
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750 OHM tw 5%

D26J

D22J

C K
STROBE

150 OEM ~W 5%
150 OFM ~W 5%

B¢5D
A30U

COSC

o..c .-

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150 OFM ~W 5%

B30U

p30C

MA JAM

150 OHM ~W 5%
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D12T

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FOR

4K OPERATIOI

OPERATION

A-CP-MC71-0-17

MC71 Memory Panel

2
~~OTES;

FRAME IN PHANTOM
SEE NOTE 4

- -

_.-

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1

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FOR JIG O"l \t/l?,( 'NPA=> ,-'i:;" , ~,
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4 ') S E ' / f\ _ '
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DETA: L

8 PLACES
SEE NOTE"I~2

2 PLACES
SEE NOTE":~2

D-AD-7005828-0-0

Logic Frame Assembly

DIGITAL EQUIPMENT CORPORATION

PARTS LIST
PART

NO.

MAYNARD,MASSACHUSETTS

NO.

DRWG. NO.

O~()n

1 ' .... '11( ......

DESCRIPTION
ITEf.~

- - STOCK SIZE -

CfA. . T.

10.11"'1

I'IIU.

- - 11..~FG.

DEC.

STOCK t'-40.

D-AD-7U0509C:-O-0

Ml'G BAR ASSY (10 COtm BLOCKS)

7005099

D-AD-700S 107 -r;·-c

MTG BAR ASSY (ONE REV BLOCK)

7005102

A/R

VOLTAGE CHAIN

1202188

AIR

#24 AWG SOLID KYNAR WHT

91074"·10-J.

'-,

AIR

#24 AWG SOLID KYITAR YEL

91071170-5

.:.)

AIR

#24 AWG SOLlD KYNAR BLU

9107470-10

K-WL-MC71-0·-16

REF

WIRE LIS'I' MC71

A-CP-MC71-0-·17

REF

EX'I'ERl1AL COMPONE1·;T LIST MC71

R";"P

DECJ.LS

A - j j ' - :,-l.{:;

_r)_

A-PL-7005828-0-0

Rl~\ EFL':: .

BLOcK

Logic Frame Assembly

7406747

3
ADR'" ¢

TO BUS
10 BUS ON (I)

SAO~
5ENSE "'MPS

AND

A BUS

ACI

pcr

ARI

NOSH

ADR
SHRI

ADRSHL I

AOR+

LrO
10 BUS (B)

SHR2

ADR--

SHL2

AOR++

sco~

STEP

COUNTER

SPARE

'l,,/\

D-BS-KC09-C-J

INYE/?TER

/J/OIJE G/lTE

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QUANTITY /VARIATION

DIGITAL EQUIPMENT CORPORATION
MAYNARD, MASSACHUSETTS

PARTS LIST

»I

ITEM
NO.

DESCRIPTION

DWG NO./ PART NO.
[

B104
BIOS

B131

ADDER

B132

LINe ADDER

B133
B169

DIODE GATE
INVERTER

11
41

JAM FLIP FLOP

'"'t:I
I

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v
v

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~
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INVERTER

1
4

B310

DELAY

C
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B602
&210

PULSE AMPLIFIER
CONTROL MEMORY DRIVER

N'
c
::!:
o
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(G920)
R002

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C
(I)

v;-

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(I)
(I)
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~c$-:r
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1/"

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20
1
30

R012
RIll

DIODE CLUSTER
EXPANDABLE NAND/NOR GATE

R302

DUAL DELAY MULTIVIBRATOR

VARIABLE CLOCK

1
1
1

;".-'

R401
R409

CRYSTAL CLOCK

S107
S206

INVERTER
DUAL FLIP FLOP

",,'

S602

[

S603
WOOS

! " ,"

L __ ,"

PULSE AMPLIFIER

PULSE AMPLIFIER
CLAMPED LOAD

1
S

DIGITAL EQUIPMENT CORPORATION

QUANTITY /VARIATION

MAYNARD, MASSACHUSETTS

PARTS LIST

»I
'"'t:I

()

-.0

ITEM
NO.

DWG NO. / PART NO.
WSOS
W612

5/ ,:;- r

s }'B 1

/
v"

DESCRIPTION
LOW VOLTAGE DETECTOR
PULSE AMPLIFIER

I
S

:...,.

00
()

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C
(I)

C
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N

C
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v;-

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(I)

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B"13

B 13

8169

8131

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9131

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III "I

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ACR

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17
HI

18
H lti~

BI33

8131

B169

8131

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r---ADRA =

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8169

8
8213

B169

0169

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8
' 8213

10 BUS

10 8US

ell

tJ!

28
e 133

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8ij

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11

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87
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31
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a 13

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AURB=

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B169

BI69

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8169

B169

8169

B169

8169

8213

8169

9169

8169

8213

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a BUS

o 8US

B BUS

o BUS

o 8U~

liB

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8 BUS

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B BUS

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8 /lUS

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B

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110 BUS

8
B213

END
BIT B

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A BUS

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33
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32
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37
38
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A
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8 BUS

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118

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B BUS

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B BUS

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11.2

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B213

321

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1010

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NOTES

A
2

KE0~-A

OPTION

6. DENOTES K)(Ql9-A

OPTION

DENOTES

D-MU-KC09-C-8

CP Module Utilization (Sheet 1)

2
B13~

1612

~U31

UIZl

fl9J

E..8F

CLK

r--IH

E
CLR

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,

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B213.

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III

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12

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F35F

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29 1 30

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4

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I/O

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1131

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INST

WOOE

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I - - - - - + - - - t - - , K1OA4

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f-------H31111 ~ESTOR'j-_--t--t-_--i J25P

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CIIA

CNA

ARO

~ I 0 A5 I - - - - t - - -

PK
AROS
CLR

J 28T START

(I) B

S1III2

PIR

CLK

IND

POS

CLK

eliG
• ~ 7

UII;

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CLK

~ Cl~
CLR
POS

r--KH

KEY
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JIll

BUS (B

RII2

W034

H33R

KEY

J 28S

BKI(I)
-MEM

Cl Y

ReIN(I)

j 33T
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ExT

J3IS

133T

INIT
POS

f---

J27S

SI S~l

RIll

RUN
INO
EN

SEl'I(I)

Rill

J2SR

CM.~

15.5

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AllOR

CO NECTOR

H27N

t---

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SU3

E35R

F32F

F28R

H32F
F26U
F31H
F26U r - IN
F36E
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~ fcURRNT j J 265

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4 ~ 7t---+----j

POWER

SUI

DUK

DOD

/ - - - + - - i J IIV

r------

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J 1Sl

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F32F

F21F

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r--------

c-----

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RUN( I

SCO~(B....--

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ClR

H28E

HJIF

MBO
JI811
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r---CP
TESTER

K114101

R fl'I-+""I!'lI'
H;T'I,~r+"'II6~~~"'+6: lIT""
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9
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fiST

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B213

BUS (S).BUS (8
SPARE

SC
ClR

B213"

DLYO

liB I

S·
SKIP

B1.5

F21T

B213"

F310

8 liS

SYNC

STROBE

20 21

r--- CONN

LRS

I liO

G21.

J21U

r---

t---

KDPONR ACRO(8)

441

NOR'"

I - - - EIR

llf31

KIOA3 I-_ _+-_.....,IRESTOR

01 V

H TE~~ERI--+-----Ir---+---....,r---+---r--+--i F~~ L

1"31

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39 140 41 ,42 143

1612

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37 I 38

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f 14Y

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CM
STROBE STROBE

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eMSL. CM5L. CMSj. CMSj.. CI.\SL CMSL CMSL CNlSJ.. CMSl CNISL. eMSL CMSL C!'IISL.
\D2
\tl4
ill"
~8
I¢
12
1'4
Ie;
16
24>
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24
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28
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CMSL.

all
rtJr/J

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c.RI

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30
31

33
43
42

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4c.
41
4(21

s-!2l

CMP5

40
5(6

53
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C MPG

S3 ....
103

./
/

62
I

61
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7¢

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73
77

77"
76

74
64
·65
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64

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67
57
56

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44
45
46
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37
36

37
36
35
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CII/IG 7

67
57
56
54
4<4

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6(6

CMP7

CMG ¢

CIIIIGI

32
33
CMP~

C\IIIG 2

CNlP3

CMG 3

\I
12-

C WI P2

iD3
¢2

CMPI

M LCMSLC
1.. M LCM LCIIII L
MSl..CMSLCMSLC\lllSLCMS~C\IIISLCMS\..C\lllS~
¢7
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31
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(SKPl) (AC!) (ARO) (CJ1i) (PCl) (Mt;¥O) (DEI) (AND) (OONE)(CMA ¢)(CMA C!)(cMA"I)(EXi) (+1) (.i1DSO) (OCH)
CMSLCMSL

CMG 5

CIIIIG 4

!7
110
\5
14

III 4

05
06

¢6
~7

~7
I

D-FD-KC09-C-18

CM Wiring Matrix and Program (Sheet 2)
59

F~
PI( CLR

CM STROB E A
CM'SL3S"

CM!lL ¢e

•
E:AE: OR L.I

CIIISLI7

CIIISLI'"

CM'STRoatc
CMSLjI)'

eM SL , ...

i 3 - CMA

-=p", C LR - .......-=-..c:;..-=----'Ie-' H
~y

FP.OIA (IAE09)

H35

INlT POS

PWR n.R PO!)

eM !.TROBt: D
C/"II ~L

C.M.SL. 3111

fI>!;

.EA£~O~
CONT"
o
V F

R0J1~
1::2"5'"

INC

BK{l5(1)B
WRRQ
DCH

(I)

D-BS-KC09-C-19

CM Sense Flops (Sheet 1)

r/J DZ¢

1105213 Ofl

l,oB2f~o'l

~ D3t'

D
CMSTROSEA~~~--------------~.rlr--------------~

eM SL 32

eM STROB~ C

eM SL ~,,_

CMSL22

l'OBimOtl

e oee !

eM Sl33

eM &1.. II

¢ ... MBI

loon

CLR I

eM S-mOBE "
C.M $L 13

IN 0 elK

Ae R.D

J
PC.O (I)

c .... L. (I)
F

(1)
ExT (Il

I>.RO

, -.......- - - 0 EAE OR AF>.O

B
MUl(l)
EAE (I)

pvm

D-BS-KC09-C-19

CM Sense Flops (Sheet 2)
61

CMSTROBE D
CMSL cq

KEV!I)

RI 2(1) B

EAE: OR SUI!

c
v

WR RQ

eM STROBE B
CII'ISLI2.

IOOA

MQD
EAE. OR MQO

ARD
AR.O R.ESro~E.

lOT OR ARO
EAE:

ARc

R,"

ARC REsroRr

Ea..,

~K 1(1)

RD Rill (8)

D-BS-KC09-C-19

CM Sense Flops (Sheet 3)
62

A BUS ~3

A Bus ¢¢

,.... To

ARO\I)

Bus ¢S

~
D

< Z:.) --------+----'-41

--+-----+-....Q....

c
M

Q" (I) ----iI------+--.!..-4I

M QI (I) ---1f--~.

peo (I)

EXD(I)B

LINK (I)

EPC{ZJ4-(I)

EPC(il3(1)

UMCI

per(f)

o BU.s 950

o Sus ~ 1

~rX

~IO¥
BI2l<C

o BUS

¢3

o BUS $!l4

[It.X

~~
BI¢

B(Z)G;

END BIT {ZI

o BuS ¢2

o Bus </JS

~6>t

ISIl

.A DR¢4

ADRIIJ¢

ADR 1/>1

AD R 02-

ADR SIl3

ADR00

AD~ ¢

ADR¢2

ADR¢;3

ADR¢"I

ADR ¢S'

!lOSH
ADR 01

.... DR ~a

AD R (/)3

ADR ¢4I

AORI/!5

ADR¢~

LO BUS ~J1 (B)

fO BuS ¢5" (8)

81'1

SHR I

SHL I

10 BUS ¢~ (8)

10 BUS 1/>1 (S)

10 BUS 011J IS)
LIO

10 BUS ¢3(8)

-= ""

D-BS-KC09-C-20

AC, AR, MC f PC (Sheet 1)

A BuS

A BuS ¢7

-~::

¢~

A BuS lib

A BUS

, -------------+--~

~R0\1)

ARI \ I)

C
MQOll)

MQI (I)

PC 0 (I) ---+---------+---'-41

PCI(I)

F~
E

o GUS

o BU5 </>7

o BUS 916

£I,,'¥
sle

BI<O~

1318

ADR ¢ 7

ADR¢7

ADR <1>8

07
SHL I

ADR06

AOR Ill"

ADR I~

IS BuS i2l1'i (a)

10 BUS ¢7lB)

BUS 108 (6)

10 BUS ¢., B

BUS I'

~¥

£'6¥
Bec

ADR r/>6

ADR 12>5

o Bus Ill;'

ADR ¢'3

SHR I

ACP 12>1'i

ADRltj

'JOSH
~DK

AD~

10 BUS I¢ tS)

LIO

D-BS-KC09-C-20

AC, AR, MC, PC (Sheet 2)
64

A BUS

A Bus \3

........ 1D
J

. . . . . . . .~T~_A-....9u5 1"1

,"Y

A BUS 15

A BUS 16

A BuS 17

~
D

D
~~~~,; ---......:~r.~----------i-----:..-er

-"ROU'

ART,I)

C
MGO(I)

Mar(l)

PGO(I)

perCI)

o 8U5 12

o BUS 13

o BuS 14

BIG"

83B

ADR IS

ADR 1(;

A DR 14

ADR IS

ADR 110

ADR 17

ADR 15

ADR

1(;;

ADR 17

HID BIT n

10 BUS 15 (8)

10 BUS 16 (8)

}>.D R

ADR 13

ADR 12
nOSH

~DR

1"3

I.DP 13
SHL I

I'I.DR 14

10 8u~ 1"3(8)

~ro¥

816"

B34

3.01

.....""""t---<> 0 BUS 17
D

o BUS IrQ

AOR. I~

ADR II
S~R 1

10 BUS 12(B'

~¥

B16'Z1

63<;11

o BUS

IO BUS 1"1 (8)

10 BUS

17(S)

L'!O
C.

D-BS-KC09-C-20

AC, AR, MC, PC (Sheet 3)

H
F

0
E

10 BUS ON(I)

M
L

10 BUS ¢ rj

rvl\

BI33

H
F

10 BUS¢I
0

rvl\

10 BUS ¢3

rv~

10 BUS ~4

10 BUS ~ '"

D
K
rv\
J_B~; t - - - - - - - t - - " " ' E .-. BI33 ~---------1~J"4IBI33
AI2
AI2
AI6

E_B~~

ACJa

A 4

M
L

10 BUS¢2

A08

r,,----------t-----~---------------r----~~-------------t-----TC------------~~-T--~~V~-------------t~--P--~~R-----.ADRA=¢

T.~

rvA
BI33

I A04 I

r~
BI33

A 8

rvA
BI33

lA!..U

AI2

rvA
BI33

C006

W~
~05

I-----------+'-'L~I__

__-t-____----tK~A

I------+----+-.t/\
A BUS 1/114-_ _--+"'<5-~;

K ~/\
I---_ _ _-+_ _--+:..:.

~)-_+--___;_:.....-~;
ANO (I) ---t---------t~

A-BU-S-¢-2-+----+!..loIRp~;

o BUS ¢I~

813

~13

BI69

1-----------------rL~_r-

I__

~---_+----+..... /\

r -______----t____---1I-K,.A

1--_ _ _--+_ _-4-.1/\

N I--

:-'-1';:

1-___
A-_-B~U_S-_0~5,=~-=--=--=--=--=-~~5.....~~;

r - - - - _ + - - - - +......
U III5 A ¢3-t----tV~~
SA ¢4-+_ _--+:':O
t--------t------HLL.J----------t------+-"<T~/\

~--------~----~~/\

A-BU-S-\il-4---t---t.....

--~

~)"9

-A-B-U-S-0-3+-----+"'<5~';:

U SA ¢2~------+""'U..-T /\
1--_ _ _-+_ _--+-.t
~---_+----+~T~/\
-~
~~
--~

SA 00
SAO (I)

SA ¢1-+____-+V
"4l-A

I-----------+N~I--

SUB'

BI~9

~¢9

'vi B0 'I J--------t'-'L~r-

8169

~l"5

BI~9

BI69

SA ¢5-+-_ _-+-'-<V~-

--~

J-rl

J.J,

OBUS¢2~

OBU5¢~

OBUS¢4~

RESISTORS ON INPUT PIN"L OF 8131'5 ARE lOOn CARBON,tw,!57,;

D-BS-KC09-C-21

MB and Adder (Sheet 1)

o
H

IO BUS ON (I)

10 BUS 166

f'Jf\
B 133

~
V
AOR\iJ6

BdT~

f'J

KI B~g,R ¢7l L

CO¢7

.f=E

A BUS

AND (I)
SA QJ G

SAO (I)

B
E

MB¢6

lAB

I(I)~

o BUS 06

1\
V -

A BUSQl7
SA r)7

A BUS 08

SA 08

MB 07

MB 0'8

J..,l,

T
T;:-

F~
-=

MB<)9

M B 1<)

T..J,

J..J,

.f=S

B BUS

BI69

r1l 25
1\

-A BUS II

SA "

,A,

....... 'M""

r¢OBB2~~ 0 , ~I

F~
-=

o BUSI)~

,A,
....... 1'(
!::-

!::-

COl2

I--

P 1\
U I--

SA IQI

r¢~2~~0, JI
o BU5¢9~

o BUS ¢8~

R I--

A 8USI¢

,A,
~

=
I' ~Og2~~ V, ~I

T-rl

r1\
5 ..... r1\

'"M

BI69

~
F 1\

V f--

SA 09

,A,
~

r~~2,1; 01 ~I

o BU5¢7~

U f--

-A BUS 09

A27

YS
A BuS

~25

~ f\
f~

BI69

R...... f--

KI B~g,R II l L

CO·,I

'"NV

~21

A28

f----

'NV-

ADRB ~~

B"(':!,3

8 BUS

8169

..f=S

1S
BUS

B 133

KI B~g,RI0 l L
D1 A25 I

CO~

1o BUSII

f'Jf\

A28

A24

~21

8~3

B B-US

BI33

r
T .f=S

1S
A BUS

~
F 1\

-"(

B~~~

---

.f=S

9'9 L L

AOR

«18

li.... r1\

---

A24

C009

10 BUS 19

f'Jf\

A24

~17

-'M
!::-

l¢Q8B2~~ ~1

~ f\

P 1\
U /\

BI33

D
E

B~3

B BUS

8169

10 BUS ¢9

rrvV-

~17

L
f'Jf\

ADRA ~0

1S
A BUS

~
F 1\
L
R

~'~,I

V
AOR9' 8

C008

B B-US
¢7

A24

r
T .f=S
-

AI9

SUB (I)

8133

B~3

A 2 I/!

f----

()G
~

B~3

B BUS
06

¢6

f'Jf\

10 BUS ¢a

LL
I

T
A sISs

MBO (I)

BI33

Is
~

AI6

CMPL

10 BUS 1/!7

8133

L
f'Jf\

AI6

CO~.6 KI

I' ¢V~2~~ V,' 'I
MB II

OBUSI~

D-BS-KC09-C-21

MB and Adder (Sheet 2)

I-!

rv:

o
~-------___I_----=-E4I

10 BUS ON (I) _--+--__"E=--I B 13 3 f---------+----=--...

..... A28

.--~..",.....,...,I.V.:..,

CO 12

1<[

I L

AORIZ

CMPLo--"""",,-O~~ !Ii~

AORI3

rlc:>=='"'V\,.-----..-:o4~ :I~I

A BUS

B BUS
12

,..----;:-;::-;:~V.:..,

1<1

CO 13

A BUS

_-+-_ _....j.:.!.K./\

1
_-+-__ ..:;R~.~

A BUS 12 --+----1
ANO (I)
--+.!<p./\

AOR 15

AOR 16

1<1

CO 16

B BUS
13

A BUS
14

B BUS

A BUS
15

B BUS

A BUS
16

~29

N I-

~_ _ _-+__-+... /\

13-+----+""'S~r-/\
,-

A BUS

141-+---+,""R-~f-p /\

1 L co 17
B ~US
16

. -_ _-+,-,ONell-

r------+---+-.t/\

A BUS 16--+-----f..:.:.
,p

I--_ _ _ _ _ _ _ _

---rS~'-~f-/\

AORI

A BUS
11

B BUS
17
~

'NV
8169

~31

I-

r./\

f.!-~F~~

r-----+----r~

R.1---

CI 11

BI69

~37
/\

-'-_ _
A BUS IS,

1<1

rlCl-..~-------D~U :~;I

10 BUS 17

8169

/"U~

SA':: f--__________-+-_J----. B~~~

rvv

.1_~33

+,....~~/\

I--_ _ _ _ _ _ _

/"U~

633

rlO="-.------o~u ~~;I

~
E
NV
8169

~ /\
A BUS

1<1

IK>='"'V\,.--------:D~U !I:~

BI69

~ /\

CO 15

IK>='"'V\,.------D~U !~;I

r---:,....,..,,~V..:..,

r---:,-=::""'-+V,:",
AOR 14 l L

1<1

CO 14

MBO (I) -------4~
L f__

SUB (I)

E
NV
BI69

~29

10 BUS 16

10 BUS 12

BUSI7'-+---+S~~

U
SA I 2
U I~--S-A-I-3,-:~::===~=V:r5 A14~4-_ _--+..:::U.1SA 15,+_ ___+V~1SA 16,-4----I..::
SA 174----4:..e1/\
T /\
/\
T /\
/\
T /\
SAOUl --I-----+~L-~I--------+----~~~~T_~-------~---~~.I-.~----~----+--I II~-----~--~~ I r-----4----+~
M
C
~~
~~
~~
L-1C

~V~~:VI·1

rABI(0)

---0

'
ClBUS0:~

I MBI3 I
T

o BU513~

~Q~~~ VI 'I

MB 14

J..--l

T.-1:

OBUSIS~

OBUSI4~

r-----+----rV~r

.1---

~QI~
MB 16

OBUSI6~

o BUS 17

D-BS-KC09-C-21

MB and Adder (Sheet 3)

~[1R

OBUS ¢

OBUS ¢ I

OBUS rzI¢

B(6¥

rvV

B16,}

B(6¥

BIZ\7

607

BII

OBUS

o BUS as S"

o BUS ¢"I

¢'3

o BUS ¢7

o BUS ¢ <D

o BUS ¢!3

OBUS ~)"!)

rvV

B16,}

B(6¥

rvV

B16,}

B(6¥

rvV

611

BIS"

BIS

91.,

82"3

ADR

823

ADR

B16,}

J.DP

ADP II

1\
M

o BUS IV;

o BUS 1"3

o BUS I~

OBUS II

B(6¥

B27

831

835

ADR

ADR II

ADR

o BUS 17

BI69
1\
1\

rvV

ADR 17

o BUS '"

ADR 13

o BUS IS"

o BUS I~

B(6¥
1\

ADR
ACR

seQ

D-BS-KC09-C-22

Shift X2 Gates

CP
W'!>33
J37
B

ME\ZlQ-B

F:MA

F:. \.-~A

714

~ PC

EPC

[XC

EM IR
WRNG

PAR

H37

PAR

PRTCT

MODE

OFF

SGl STEP Sw

Io ADOR

SGl INST SW

DRY

REPT

API

TTYDUPSW

PROGM

BR CD

BR 7

EXO

MEM

UM (1)-

EXD (I) B

elK EN 1

KEX

TTl:

KEN

SGL

RDR

KOP

SGl TN:ST

EAE

KDN

KIO

KRI

SPEED WIPER

INO EN

51'< 5

KCT

STP -

RE PI (I)

STOP

8R 4

H3<D

KSP

CP
W¢37

STATUS

W¢37
J30

USN! 0

·
··
··

NEXM

ClK

..
A

EXD

~·

PRVN

C P
W(/;33

H38

PAR ERR

W¢33

025

VV¢37

SPEED

TR0 (1 )
IR I OJ

SPEED

TR P-

(I)

SPEED

I R

(I)

IND
IR

(I)

MODE

DPY SW

IND

opp SW

IN 5T IND

D-IC-KC09-C-23

f
CP - Console Interface
70

Cp- A~I
MEM- A41/l

cp- 61>1
MEM-B4¢

G 79 7
W<Z 31

:SA 0¢
$1

I¢

¢2

eLK

r/!3

SM(I)

TEST
PA~ITY

m
.

SA ¢9

WQJ?>I
CP-E¢I
MEM-E4~

MEM-D"'~

",,":J/

m
c

W¢31
CP- O~I

'1'14>31
CP-C¢I
MEM-C4¢

G 797

MB ¢¢(I)

MB ¢9(1)

</JI

I¢

¢2

PA~LTY
MEMERROR

¢~

"'9

SENSE ",,.,PS TO C P

ME~OR'I'

ti4

¢6

PWR OK

¢6

¢7

"1EM STRO~E

¢8

cu~

¢4

AM SYNC
BUS (¢)

•
-=

-=
C

-=
CONTROL

CON TROL SI GNAL S
TO MEM

SIGNALS

TO CP

D-IC-KC09-C-24

CP - Memory Interface
71

MB (39 (I)

··
•
···
··
D

MB (30 (I)

MB I 121 (I)

M B 1211 (Il

MB02(\)

AUTO

10 BUS 09 (B)

10 BUS Ill¢ lB)

10 BUS I ¢ CB)

10 BUS III I (B)

BUS

(B)

10 BUS

BUS 12

(9)

MB 13 CIJ

MB ill 4 (11

MB 14 (I)

M B 15 (f)

MB 06 (I)

M B 16 (I)

MB ¢ 7 C11

MB 17 (I)

MB 08 (11

05 (IJ

•

10 BUS 13 (B)

BUS 14 CBl

10 BUS ¢ 5 (B j

BUS 15 CBl

10 hUS

(36 (B j

10 BUS 16 (B)

II] BUS

I[J 7 (B)

10 BUS 17

10 BUS 08 (B)

CP 040 -10 O¢I

(9 )

)/l2 (B)

10 BUS 03 CBl
10 BUS ¢ 4 (B)

CP E4,0

CP E39 10 E02

1(; EOI

RfSTART

10 BUS ¢9

10 BUS ¢ ill

DC-SO

10 BUS 10

10 BUS 01

ADSO (I)

PWR CLR POS

10 BUS

10 BUS 02

eLK

ClK POS

KXDM

10 BUS 12

10 BUS 03

Kn (I)

STATUS D

10 BUS 13

10 BU S 134

10 BUS 05

eLK OFF

ROR D

10 BUS 15

10 BUS 06

DONE (iJ

10 AD DR 0

DCH (\)

10 BUS 16

10 BU 5 07

KIO

DPY D

DEI

10 BUS 17

10 BUS ¢B

OFLO

AP I 0

SEN (Il B

10 BUS

LOCK

(¢)

CP F39 -10 F¢Z

10 F¢3

F 38

I",,' FI 'J IlB)+-

INC

TIl 0

CP H39-I¢ H02

CLR~P

H40-10 H¢I

TT HD UP

nATA

NOTES:
I All CABLES HAVE PINS C,F)J ,L,N,R~ U.
GI=lOUNDED) UNLESS SHOWN OTHE~WISL
2. SIGNALS SHOWN TO LEFT Of CABLES AF<E
GOING FI=lOM 10 TO CPo
3. SIGNALS SHOWN TO RIGHT OF CABLES AkE.
GO(NG FROM CP TG 10.

OF'LO (I)

AM SYNC. BUS (¢l

¢ II) B

EXTll)

rOT PWR

CPF4¢-IO Flil

BK SYNC
DCH I NX

LINK IIJ

KDPM

KMT

MB 03 (I)

CP D39-10 D¢2

P
RJIUlBl:

.N+--_-<> PV (I )

EAE(I)~

RI2(1)B

CP J38-10 J03

IP.I (¢l

UM (!)

CAL (II

_ __

KEY DlY
U

RIZ (IlB

V
'11034

CP J39-IO Jt)2

Wa34
CP J40-IO J.0I

D-IC-KC09-C-25

CP-IO Cable Interface
72

W031

W\tl23

H~I

J\tll

Hie

•
CP

rlS T STROBE
IN

IR$ (I)

eM 5T1WBE 8

5H LI

lRQ)(¢)
100 -iL

IN SHRI

IR ¢ RTN

STRoBE. A

IR leI)
I~~-"-

lR \(0)

r---------<> SY N C.

elR

10 RtSTAFlT

IR ~ RrN

IR2.(1)
1S Z

MEM srROBE

(J MS-tCAL)CJlT

IR3(J)

tR a RTN

1 R 3{1tl)

IR3RTN-

v
RTN

Iii:

•

lOT (I)

REP

CIV! eLK

I. i

TE.SrE.R

CAL ~Q

GNu

0 ..

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O-BS-KC09-C-26

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VALUE

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lOOn -tW

D22T

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lOOn -tw

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"'::I

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MEM EXT CONTRO

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~:;E

MEM STROBE

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I I

External Components List for KC09-C (Sheet 1)

A-CP-KC09-C-27

.L...

External Components List for KC09-C (Sheet 2)

I I

W¢34

F37

H35

WI/J34
J35

DONE
EXT

(lJ
(I)

MB I (I) B

P ROG

SYNC

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MEM

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STROBE (8)

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I --- PC!
rOT

PWR

CLR

D-BS-KC09-C-28

f
CP - Memory Extended Parity Interface

I C P ASSY KC09-C

I DEPT USAGE

I PT I ON
I C/P ASSYOESCR
KC09-C

MECHAN I CAL

IF INo
NO

CD
c---_J~

PART NO

~ROo t I I
UST

FiC

D-UA-KC09-C-D
A-PL-KC09-C-O
A-SS-7405842-0-0

C.'P ASSY KCOS-C (PL)
C. P S.I TCH ASSY DECALS

FIND
NO

D
t

I
!

"2i
Y

r-------

C F BUS ASSV
KC09-C
O-AO- 7005872-0-0

FAN & MARGINAL
CHECK ASSY
O-Ao-7005835-0-0

I
i

I
I
I

.-.-.----~

~-+-j MTG BAR ASSY
O-AO-7005099-0-0

®---

AIR BAFFLE
S.I TCH ASSY
0-1 A- 7005385-0-0

FAN HOUSING
ASSY
0-AO-7005939-0-0

I
IITG BAR

'::9-

--+

G>---y

0-Ao-7005103-0-0

MTG BAR ASSV
ONE REV BLOCK
D-AO-7DD5102-0-0

Y
I W--

MTG BAR ASSY 10 BLOCKS
MTG BAR ASSY PL

0-Ao-7005099-0-0
A-PL-7005099-1\-0

M.TG 8~R STO
UTG BAR

0-Ao-70051 03-0-0
C-IIo-7405035-0-0

IITG BAR ASSY ONE REV
IITG BAR ASSY (PL)

0-Ao-7 0051 02-0-0
A-PL-1 005102-0-0

IITG BAR REV
IITG BAR

O-Ao-l 0 051 04-0-0
C-1I0-7405035-0-0

FAN & IIARC I NAL CHECK ASSY
FAN' MARGINAL CHECK ASSY (PL)

O-Ao-7005635-0-0
A-PL-l005835-O-G

(PL)

FAN HOUSING ASSY
FAN HOUSING ASSY (PL)
TERII I NAL STR I P
CHASSIS FAN HOUSING
AIR BAFflE

0-AO-7005838-0-0
A-PL-7005836-0-0
C-I A-7405083-0-0
E-I A-7406682-0-0
0-110-7406614-0-0

MARC I NAl CHECK ASSY
MARGINAL CHECK ASSY (PL)
TERM TAB BUSSING WIRE GRN
TERII TAB BUSSING WIRE BLU
TERM TAB BUSS I NC WI RE BL K
TERM TAB BUSSI NG WIRE REO
TERM TAB BUSSING .IRE ORN
AC BUSSING TO FAN (SINGLE)
TERM TAB BUSSING WIRE GRN
TERM TAB BUSS I NG WI RE BLU
TERM TAB BUSSING WIRE BLK
TERM TAB BUSS I NC • I RE REO
TERM TAB BUSSING WIRE ORN
AC BUSSING TO FAN (DOUBLE)

O-AO-7005936-0-0
A-PL-7005836-0-0
C-IIo-7405089-1-0
E-li0-7405089-2'-0
C-1I0-7 405 089-3-0
C-IIO-7405089-4-0
C-IIO-7405089-5-0
B-Mo-7405091-0-0
C-IIo-7 4053 79-1-0
C-II0-7405379-2-0
C-Mo-740537S-3-0
C-1I0-7405379-4-0
C-IIo-7405379-5-0
B-Mo-740509O-0-0

PANEl MARG I NAL CHECK
SILK SCREEN

0-1 A-7406673-0-0
C-SS-7406673-0-1

CABLE HARNESS
CABLE CONNECTOR

0-AO-7005140-0-0
1071

ETCH BOARD ASSY

0-1 A-54037 48-0-0

ETCH BOARD
PC LAYOUT
BOARD GLASS EPOXY

0-1 A-5003749-0-0
PC-5403748-Q-1
1405110-0-0

AI R BAFflE SWI TCH ASSY
1023 FL1P CHIP CONN
CABLE CLAIIP
PLATE SW ITCH

0-1 A-7 005385-0-0
5002726-0-0
1202704

S
MARGINAL CHECK
ASSY
0-Ao-7005836-0-0

t~~:m~m:8:8

gj~

mm~ m~:~

MARGINA~~

PANElCHECK
0-1 A-7406673-0-0

1
DEPT USAGE

oESCR I PT I ON

PART NO

PROD

CUS T , L

----

O-UA-KCOS-C-O

2
HECTR I CAL

C P SECT I ON KC09-C
A-Ml-KCOS-C
REG I STER CONF I GURAT I ON
0-BS-KC09-C-l
SPEC I Al MODULES
0-BS-KC09-C-2
FETCH flOW
0-FO-KCOS-C-3
EXECUTION FLOI
0-FO-KC09-C-4
BREAK flO.
O-FO-KC09-C-5
KEY FlOI
O-FO-KCOS-C-6
.IRE LIST KC09-C
K-Wl-KCOS-C- 7
e P MODULE LIST
o-IIU-K C09-C-8
elP MODULE LIST
A-PL-KCOS-C-9
C 'P & MC 5.1 TCH CONF I GURAT I ON
0-1 C-KCOS-C-9
CLOCK, RUN' 0 I SPL AY
O-BS-KCOS-C-IO
CLOCK,RUN , DISPLAY TilliNG DIAGRAM
0- TO-KCOS-C-Il
INSTRUCTION REGISTER
0-BS-KC09-C-12
oPEQATE CONTROL
0-BS-KC09-C-13
SKIP & C117
0-BS-KC09-C-14
LINK CONTROL
0-BS-MCOS-C-15
C II TIMING
o-BS-KC 0S-C- 16
C II ADDRESSING
D-BS-KCOS-C-17
C M WIRING IIATRIX , PROGRAM
O-FD-KC OS-C-19
C M SENSE FLOPS
0-BS-KCOS-C-19
AC,AR,MO,PC
0-BS-KCOS-C-20
MB & ADDER
0-BS-KC09-C-21
SH I FT X2 GATES
0-BS-KC09-C-22
C/P CONSOLE INTERFACE
0-1 C-KCOS-C-23
C/P IIEMORY INTERFACE
0-1 C-KCOS-C-24
e/P-I/O CA8L E INTERFACE
0-1 C-KCOS-C-25
C/P TESTER INTERFACE
o-8S-KC09-C-26
EXTE'l'NAL COMPONENTS LI ST
A-CP-KC09-C-27
(;'l'-IIEIIORY EXTENSION PARITY I ~TEfiFAC~ 0-CP-KCOS-C-28
SIG NAL

I NOE X

THREE CY(LE
FOU R eY( LE

OCH BREAK
OCH BREAK

"'-'

t--

D-AP-K(09-(-)O
O"-TD-KC(>9- :-41

0-1"O-K(09-( -32

C P BUS ASSY

FAN' MARGINAL CHECK ASSY

0-AD-7005835-0-0

FAN HOUSi ING ASSY

0-AO-7005838-0-0

IIARG I NAL CHECK ASSY

0-AO-7305836-0-0

CABLE HARNESS

0-AO-7005140-0-0

PC LAYOUT

PC-5403748-0-1

AIR BAFFLE SII TCH ASSY

0-1 A-7005385-0-0

I+-

i
1

IITG BAR
ONE REV BL OCK
O-AO- 7005104-0-0

CABL E HARNESS

0-AD-7005140-0-0

I
ETCH BOARD ASSY

0-1 A-5403J4B-0-0

B-IA-7405f>06-0 -0
D

@-Y
13

ETCH BOARD
0-1 A-50037 49-0-0

t--

I
I

r----.-

II
I

D-DI-KC09-C-29

Drawing Index List KC09-C

A
, BUS LI NK
A RIIS (- (" ·no)
a 8US 106-11)
A bUS \ 12-17
AC RD
AC SIGN
IC 0 TO II NK
AC I aD-P.5)
AC (06-11)
AC I 12-1 J )
ACD
AC I

ID
15,3
20-1
20-2
20-3
INTERFACE-FROM 10
15
3
20-1
20-2
20-0
9-0-"
19-2
19-3
19-2
173

ACO

Ae RO I B1
AoOR 10
AoOF
AOR EO 0 SAVE
ADRl
AORl (B I
ADR (00-05)
AI. R (06-1 I )
AoR (12-17)
AoRA (' ':
AORB if'
AoSO
A~ SVNC BUS\ 0'
AND
AP I BK RD, 1 8
AP I 0
ARO
AR (OO-~5 I
AR I 06-111

19-1
9-0-3
9-0-3
10-1
20-2
20-3

AR ( 12 - 17 )

aRI

19-2

tt8 RESTORE

19-3
10I~

19-3,23( INTERFACE)
3,20-1,20-2,20-3
3,2.3-1, 211-2 ,.,0-3
13

20-1-2-3. 15,13,
10I g19-3

14 13, 15

19-2

CMP (0-7)
CMPl
CMSl (7~-35)
CONT
CO 81

17
13
17
19-1

CR RG.

I
OEST I NAT I ON

DASO
DATA DFLO (I)
OBR
OBR (B)
OCH
OCH INX
DE I
.:I WB
oI V
o I V NO GO
o I V OV
DONE
opy 0

25( INTERFACE)
25( INTERFACE)
15,25( INTERFACE)

15
19-1

25( INTERF), 16, 17
25( INTERFACE), 14
25( INTERFACE), 12, 16

19-1
19-2
4

3
3,2
2,15
18
17 ,25( INTERFACE
25&23( INTERFACE)

3
19~1

9-fl-3

EAE
EAE CL R RO
EAE 0
EAE OR ARO
EAE OR MOO
EAE OR SU8
EAE PWR CLR
EAE RUN
EAE SIGN
EAE STROBE OL YO
EAE OR CONT
EAE OR LI
EAE OR MBO
EAE P
EAE R
EI R (09-11)
EN C~Pl
END SIT 0
END 81 T 17
EXT

19-1
3

25( INTERFACE), 3
16
23( INTERFACE)
19-3
19-3
19-3
3
3,4

3
3
3
3
3
16

2,15
19-1
19-1
19-3
2,15,3.4
2,3,15,4

3
3
19-1
19-1
4
3
15
15
19-3

Z3-1
za-3
25( INTERF), 13, 16, 17,
12

25\ INTERF), 17
19 1,19-3,25
\ INTERFACE)
"0\ iNTER), 13-1 ,13,
1d , I D
14,25( INTER).17,
10
10, IS-,:) , IS, 15

BK I (O)B
10

BK I ( I )8

B
CAL

22 , 25 ( IN TERF ) ,
26(INTERF)

CI 17
CJ IT
CL K
CL K 0
CL K ',B)
Cl K EN
CL K POS
Cl K.RUN
ell
Cl R

3, 14
19-2
10

14,12
24&25( INTERFACE)

Ll RI
CN Cl K
eM CURRENT
C~ STROBE A
eM STROBE 0
CM STROBE C
CM STROBE 0
eM STROBE Ol VO
eMA (00-05)
CMG (.0-))
CMl

19-2
10
16
16
!6
16
16
16
19-1
17
13

25&23 (I NTERF)
25( INTERFACE)
10
15
26( INTERF), 19-3,
19-2
19-3
16. 2S( INTERF)
26( INTERF), 17
261 INTERF), 19-1-2
26\ INTERF), 19-3
19-1-2-3,12
19- 1-2- 3, 14
12
17

10
10
13
16

FIRST

2,4

+ RI

DEST I NAHON
1,8· ,23( INTERFACE)
U!
1.8 ,23( INTERFACE)
19 ,23( INTERFACE)
13
13
10 ,25( INTERFACE)
23( INTERFACoO, 10
16,15,13,17,
25( INTERFACE)

199-8-3
9-8-3
1,0
19-3
9-0-5
9-0-3
19-2

KEY BUS
KEY BUS(B)
KEY Ol Y
KEX
KEY INIT POS
KEY(KDP
KDN)
K 10
KI OA3
KIOA4
KI OA5
KMT
KR I
KSP
KST
KXOM

1,0
19
1,99_0-3
1,9·
13
9_8-3
19
lB
1,9
9-0-5
9-'9-3

LAR
LI
LINK
LID
LOCK
LOT
LRS

15
19-1
IS
13
9-0-5
12

25( INTER<ACE)

~wmm~r~

1'-1:
19-3
1.8 ,25'26( INTERF)
17
17
17
1,0
I,D ,23&25( INTERF)
18 ,23( I NTERF)
19· ,,23(INTERF)
25 ( I NTERF) , 1.0

9~-3

9-8-3

15
15,3
15, 25( INTERF) ,ZO-1
20-1-2-3
25(INTERF),IB

IN CLR
IN SHLI
INC MB
INC + OCH
INO CLK
INO EN
10 ADOR 0
lOBUS ON
10 BUS (311-05)
10 BUS (,96-11)
lOBUS (12- 17)
lOBUS (.I"'!-85) B
10 BUS (.96-11)B
lOBUS (12- I 7) B
10 RESTART
10 SK I P
lOT
lOT OR ARD
lOT PWR CLR
I R3
IR I
IR 2
IR 3
IR 4
I RI
I SZ
il

PKClR
PROG SY( 1)8
PROG SYNC( 1)8

~~R OK

RO RO( B)
RO START RO
ROR 0
ROR FlG(B)
RDR HOLE 7C
REP
REPT
REPT CLK
RESTART
RESTART NODE
RI 1(I)B
RI 2( I)B

18
18
19-3
21-1
21-2
21-3

12
12
12
12
12
1Z
12
19-1
I
I

12
19-2

19-2
26( INTERFACE), 15
19-1,17 ,25( INTERFACE
17,25 ( I NTERF ACE)
19-2,16
2l( iNiEi<FACE) ,5-0-3
Z5l23( INTERFACE)
21-1-2-3
25( INTERFACE)
25( INTERFACE)
25( INTERFACE)
ZB.,.I ,25( INTERFACE)
20-2,25( INTERFACE)
2,0-3,25( INTERFACE)
16,25&26( INTERFACE)
14,25( INTERFACE)
25&26 ( INTERFACE)
19-3
14,3,25( INTERFACE)
17 ,26&23( INTERFACE)
11, 26&23( INTERFACE)
17, 26&Z3( INTERFACE)
13,26, Z3( INTERFACE)
14,17 ,26( INTERFACE)
14,12,16,26,4,
25( INTERFACE)
14,26( INTERFACE)
I
14, IS

n~K\1NTERF),3,

MB(B9-05 )

21-1

MB(.06-11 )

21-2

MB( 12-17)

21-3

MBI
MBI( I)B
MBO

19-2

10 ,13
21-1-2-3,13,16

19-3

21-1-2-3

14, 24&25( I NTERF) ,

~4g5( INTERF).2,

16,24&1Ii( INTERF)

9-8-3
3
19-2
19-3
4

IS-3,23( INTERF)
3,20-1-2-3
20-1-2-3
3

4
13

2
29-1-2-3

D BUS L
o BUS(1l8..;35)
o BUS(,B6-1I)
o BU5(12-17l
o BUS I1(B)
ODD AODR
OHO
OP
OR AC I
OR MBO

15
2.8-1,22
ZO-2,22
ZO-3,22
3
17 ,3
14,15
12
12
12

3
21-1,2
21-2
21-3
3

PC\8~-11l
~8 I -11)
PCD
PCO RESTORE
PCOS
PIE

NORM
NOSH

PC 0
PC ,85

CAL )CJ IT

SA (.ilB-Y4 )
SACaO-95)
SA(.86-11)
SAC 12-17)
SAO
SAO(.8)B
SC CLR
SC FULL
SC(12-1))
SCO
SCOV
SCOV 2
SEN
SEN( I )B
SET UP
SHI FT
SHL 1
SHL 2
SHR I
SHR 2
SK I P
SK~

110
16
4,13

ORIG IN

1
OEST I NAT I ON
19-1-3,1025( INTERF)

,8 TO CWA
,0 TO MB I
1 TO MBI
I TO PCI
13 TO CMA

19-3,25(INTERF)
1.0
23"5( INTERF)
1:3 ,25( I NTERF)

I,D·
9_0-3

DRIG IN

WR RO

19-1 , 12,24 ( I NTERf)
25( INTERF)
25( INTERF~
Hd~mf RF), 19-2

1.0

SIGNAL NAME

DESTINATION

19-2
19-2
12

19-1
19-1

19-2
19-1

1~( IN~~~WW)

12
1;11
1.0

1,8

,23( I NTERF)

10
10

,25( INTERF)
,19-3,17,

:/S( INTERF)

19-2
2
1,8
1,8

RO MBI
R-PULSE
RUN
RUN( 1)8

(JMS
(OAS)

SIGNAL NAME

12
13

I
lAO

DRIG IN
9~-3

MEN STROBE
NEM STROBE( B)
MO D
MO SIGN
MOl
MOO
MUL

I
2 1-3

5
SI GNAl NAME
KCT
KCT(B)
KDN
KDP
KOP + KDN
KOP + KDN
Knpw
KEN
KEY

21-1-2
19-1-2-3
3,16
15

B
B BUS \, aO-05 I
B BUS I u6-11 i
B BUS \ 12 11/
BK SlNC
BK 0(0)8
BK 0 ( I )B

6
ORIG I N

19~2 , 25( INTERFACE)

14
15
1

14
22 3. 4
3.
22,20-1. 15
20-2,22 28-1
22.211-2, 2,0-3
14, 15
14.15
13,25( INTERFACE)
25 24( INTERF), 16
21-1-2-3.13
17 25( INTERFACE)
23. 2o( INTERFACE)
23( INTERF) 19-3

15
15
21-1
21-2
21-3
21-1,21-2
21-2,21-3
19- 2

AROS
All I NI
AIS

--+

oEST I NAT I ON

OR I GIN

SIGNAL NAME

I
5 I GNAl NAME

25(INTERF),15
13,1819-2
19-3

19-3, 23( INTERF)

9_0-3
ZJ!-1
28-2
Z8-3
19-2
19-3

20-2

SM
SPEED WI PER
SPEED (2-4)
STATUS D
STROBE OL YO
SU (1-3)
SUB
elK OF-~
SW ERROR
SI EXO
SW PRTCT
SI REPT
SI SGL INST
SI SOL STP
S¥NC PO INT

12
21-1 ,24( INTERF)
21-2,24(INTERF)
21-3,24( INTERF)
21-1-2-3,26, I~, 14

19-3
15
2
2
2
2
Z
2
1.3
1,0

4
15
13
13
13
13
14
19-1
19-2
9~D-3

16
3
19-3

2,22
22
2,3,4
4,3
1,0
23&25( INTERFACE)
2 3
15,13
15, Z8-1-2-3
15,22
15,28-1-2-3
15,22
14
14
16,24( INTERF)
1e , 23( 1 NTERF)
10 ,23( I NTERF)
23125( INTERF)
26
2,3
3,21-1-2-3,15
23&25( INIERF)
23( I NTERF)
23( INTERF)
23( I NTERF)
23( INTERF), I,B
23( INTERF), 1,8
23( INTERF)

..I

B
TEMP I
TEMP 2
TEMP 3
TEST PAR I TV
TESTER
TESTER ClR
TI
TTl 0
TT HD

3
3

19-1
9..;8-3

15
15
15
Z4( I NTERF)
lS,Z6( INTERF)
12,(INTERF)
17,22,14
23U5( INTERF)
23 $ 24(INTERF)

Z8-1-2-3,14
20'-1-2-3, 1,9
19-3

I~-

1,0

25( I NTERF) , 12

I
1.S

,23'25( INTERF)I

D-AP-KC09-C-30

Signal Index

EXECUTE

FETCH

I
IN

2 I

1"'"1

FETCH

,--

1.5
!

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'" ,'.~

I !

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i

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o

o
0
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D-TD-KC09-C-31

f
Three Cycle DCH Break

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i I

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1000

500
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POS

FLAG
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EXECUTE

OUT

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II I I I II

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n
w

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0
B

D-TD-KC09-C-32

Four Cycle DCH Break
79

DIGITAL EQUIPMENT CORPORATION

QUANTITY /VARIATION

MAYNARD, MASSACHUSETTS

PARTS LIST
.;-

ITEM
NO.

DWG NO./PART NO.

E-IA-7405034-0-0

DOOR FRAME

D-AD-7005099-0-0
D-AD-7005102-0-0

MTG BAR ASSY (CONN. BLOCKS)
MTG BAR ASSY (ONE REVERSE BLOCK)

3
1

9006043-1

SCREW PHIL PAN HD #8-32 x 1 SST

9006634

WASHER LOCK INT TOOTH # SST

1202188

VOLTAGE CHAIN

~/R

7
8
9

9107560-1
9107265

~/R

DESCRIPTION

9107470-5

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9107470-10

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~/R

A-DC-7406747-0-0
KC09-C-7

DECALS, REVERSED BLOCK
WIRE LIST KC09-C

REF

KC09-C-27

EXTERNAL COMPONENTS UST

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A-PL-7005872-0-0

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2.1 CCtJN(CTIONS

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LUG'::>

t 'I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I' 1

NOTES:
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A I r 'I 1 I 1 1 1 1 I 1 1 I 1 1 1 I 1 1 I
L IL

D-AD-7005872-0-0

Central Processor Bus Assembly
81

DIGITAL EQUIPMENT CORPORATION

QUANTITY /VARIATION

MAYNARD. MASSACHUSETTS

PARTS LIST

ITEM
NO.

DESCRIPTION

DWG NO. / PART NO.

D-AD-7005873-0-0

I/O BUS ASSY KD09-C

D-AD-7005835-0-0

FAN & MARGINAL CHECK ASSY

3
4

9006058-1
B-MD-7406047-0-0

SCR PHL lID PAN l:i-20 x 3/4 LG.
BLOCK RETAINER

9007800

E;eR

9006637

POSIDRIVE FILL TID #8-32 x ~
INT TOOTH LOCK WASHER

A-PL-KD09-C-O

I/o Assembly KD09-C

NOTES:

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1

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FOR v'VIfi'ING

3, FOR DRAWII\JG INDEX LIST REFER TO

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2, FOf? LOCATION OF ITEM"+ REFEf? ,-::
MODULE UTILIZATION LlSi C-MU-KDOQ-c-41
USE AT ALL W85,aJ LOCATIONS

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__________________

D-UA-KD09-C-O

I/O Assembly KD09-C

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SECTION A-A

NOTES:

--I'-..

.."

D-AD-7005873-0-0

I/O Bus Assembly KD09

DIGITAL EQUIPMENT CORPORATION

QUANTITY /VARIATION

MAYNARD, MASSACHUSETTS

PARTS LIST

ITEM
NO.

DWG NO./PART NO.

1
2
3

E-IA-7405034-0-0
D-AD-7005099-0-0
D-AD-7005102-0-0

DOOR FRAME
MTG BAR ASSY (CONN. BLOCK)
MTG BAR ASSY (ONE REVERSE BLOCK)

4
5

9006043-1
9005634

SCREW PHIL PAN HD #8-32 x 1 SST
WASHER LOCK INT TOOTH # SST

DESCRIPTION
1
3
1
8

AI
AI
AI
AI
AI

1202188

VOLTAGE CHAIN

9107560-1

#22 AWG SOLID WIRE

9107265
9107470-5

#22 AWG SLEEVING (WHT)
#24 AWG SOLID KYNAR YEL

10
11

9107470-10
A-DC-7406747-0-0

#24 AWG SOLID KYNAR BLU
DECALS,REVERSED BLOCK

All

K-WL-KD09-C-15

WIRE LIST KD09-C

REl

A-CP-KD09-C-16

EXTERNAL COMPONENTS LIST

REl

A-PL-7005873-0-0

I/O Bus Assembly KD09

BUS-o----------------------------------------------------------------------------------------------------------------------------------------------~------------------------o---IO eus

~---------------. . to BUS

(8)

KRB/IO R S

OAT" SWITCHES1'T"lI'_-.....i;AOOR

SWITCHES-

~8U~---~-------~---~---~

10 ADD R
BUS

10 Configuration

D-8S-KD09-C-l

*858
A829

1858
A825

~
AE

lOT I NSTRUCT I ON
lOBUS 118

81
02

83
84
MEl! eve lE START

116
lB BITS OF

B1-0 I RECT I ONAl

DATA TRANSFER
lOT SYNC (328 N&)

1~___.I.L..~C£.!l ~ (NOT ISSUED OURING lOT INSTRUCTION)

19
11

lOP 1

lL---_ _ _ _ _~I

12
13
lOP 2

15
16

l
DEV I CE
SUB
SEL ECT I ON LI HE S

US.

1858
AS 26

r--AD
AE
AH
.... K

r--AD
AE
AH
AK

AB38

BE
BH

BK
BM

BK
BM
BP

SK I P HQ
PROG I NT RQ

RD RQ
RD STATUS
10 PIR ClR

- ds

BS
BS
SPARE
SPARE
BT
BT

rHANGF

}

t-------.,II'::"''/':''''/':."..,'/:...,''/:..--/17'''1
I"////hl

SK I P/READ

FVFRY

RFOUFST

PROG I NT flQ
WI LL BE
HONORED NEXT
CYCLE

BK BEFORE
NUT INST

SK I P RC HERE

.ilL BE HONORED

RE AD RD HERE
Illl BE HONORfD

1~~~~~~T~~~t/~E iSS~EC U0~

SIGNAL RETURNED BY DEVICE REQUESTING AN I/O SKIP
SIGNAL RETURNED BY DEVICE REQUESTING PROGRAM IHI ERRUPT
SIGNAL RETURNED BY DEV I CE REQUEST INC PROCESSOR TO
STROAE ITS DATA INTO ACCUMULATOR OR IN TRANSFER
ON CHANNEL 8REA~
I SSUED OUR I HG I DRS I NSTRUCT I ON
PULSE TRA I N I SSUED OUR I HG
POWER TURN ON WARM UP OR KIa RESET OR CAF INST.

[ }

DEV I CE SE lECTI ON LI MES
SENT BY PROCESSOR TO OEV ICES
TO SELECT THEM

OS 5

SO 8
SO 1

}

SUB DEVICE SElECTION LINES
SO,-"IIBI2(1) SO I::: liB 13(1)

"-..I
NOTE

PINS C., .1.l.N.R.U ARE GROUNDED ON ALL CABLES.

•

I EVFI

(EXCEPT IJTS;

1/0 LEVEL CHtNGE ISSUED

lOP 2

P-AS
P-AT

10 SYNC

,7:1 NO;

CYCLE

lOP 1

lOP 4

BUS 17
10

D-TD-KD09-C-2

10 Bus Interface (Sheet 1)

CHAIIIIIEl TRANSFER

,-...:::.!:.!....--. API f/J EN OUT
10 RUN( 1)

DATA OFLO (I)

1(0 SYNC

(LAST lORD TO BE TRANSFERRED)

I 0 OFLO
I 0 AODR 13

'4
85

API

FETCH CHANNEl CONTROL INSTRUCTION • •

EXECUTE CHAIINEL CONTROL INSTRUCIION.

•

CH TRANSFER

IS
NOT £:

1l API ¢ EN TO THE

".9>' FRAME

IC CYCLE

••

....

ADDR CYCLE

IN/OUT DATA CYCLE

DATA OUT CYCLE

•

2) API f/J EN OUT FRO,. THE MEIII~

(MP09' FRAME

MUST !IE CLEA.R

STOP SUCCESSIVE

BREAKS

SETTLING TillE
FOR ENABLE LI NES

18
I 0 ADOA 17

OUT XFER

DATA CHANNEl
BREAK GRANTED

n/OBUl»

I"Efl'"

USB
AB28

'858
A832

RETURNING
ADDRESS II NES

r.-::-.,

SEE
NOTE
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AK

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r:>-AK

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AP

SE E
~::. NOTE
l

P--

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.}
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WRITE/READ
REQUEST LI HE

AUTDIIATIC PRIORITY
INTERRUPT-LEVEL •

8 EN OUT

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AV

SO
BE
BH

BK
BM

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I:>-BM

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1 RO
I GR( 1)
I EN

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2 GR(1)

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}
}

- ~ :::(1)}

I NTERRUPT-LEYEL

RUD/tR lIE IlUST BE
PRESENT HERE

I (OP ISSUED
OUR I NG DATA
CHANNEl BREAK
lOP 2 FOR IN
lOP 4 DlY'D FOR our
10 OVERFLOW

I NTERRUPT-LEYEl 2
REQUEST IIUST BE PRESEIIT
HERE

INC liB

B
INTERRUPT-LEYEl 3

+ 1-+ CA INH

AP I 3 EN

p...-

DCH RQ
}
DCH GRAN T

OCH EN

DATA CHANNEL

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PINS C.F,J .L.N.R.U ARE GROUNDED Oil ALL 185. CABLES

D-TD-KD09-C-2

10 Bus Interface (Sheet 2)

r-::J -r-r - ______-~~----~~--------------------~~~------~~~----------------------Tr-----------~~--,~--------------------~r-·-------------,

--0-

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F'

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I

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1---=--+-<:>OS2 p

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t-'---.... OSI

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t-'---+.... 05 S

t-'---..... SOl

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1-='----.-<> OS 3 II'

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I

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T I

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IOl mB

10 PWR

C L R POS

ro SYNC SP

PWR

CL~ P~S

NOTES:

'* *- RT CUI" OPTION.

D-BS-KD09-C-3

10 Control (Sheet 1)

. . . . .--.--'V DONE (1)5
D

SYNc. (II e

DCH

PROf., SY \I) B

INC
CCH SYNC

+ CCH

Irl

* eLK SYNC(I!
.. CLK SYNC(I\

PI DISABLE ~
I
M

PIE

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APJ BIf RQ

PROtO

1.)\rraJ3~Y.l
I ~v H04 I
I

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IXH SYNC (I)

f'ROG Sy (1'1

I V;:~~5
L

DL\,~

JO eLK POS

10K I ((/;j

'M'I

JFLC

elK POS

•

IO OFLO

TNT RG,

L -_ _, -_ _- . .

" ~~~

eLK

CLR

~R"I I
~

DL'f

AM SYNC

BUS(~I~
SI~7

Clq

,'fE~CLK

SYNC.(I) fi'T

elK OPT rON

D-BS-KD09-C-3

f
10 Control (Sheet 2)
90

tw¢~'5~

I~I/

... "'.

1- ~¢~;r,

IW_~~-~I

114 \~

:rz.z

-:-t

-'-

INPUT
INT

SKP FlQ BUS

10 RE5TA~T

L_~ __ :=J

L _

PLY

SI'IoIP RQ

...L
M

--~\i\l

10121(0)

F"I~

N----

10 1 (1)

~ 1oF' 4P
lNT RO RQ BuS

Iw~~
I 1-"17 I

IoP IP
N

I
t::---:-~;t--. ToR U N (1)
I

lOP 4 P

t!.K' 1 (9l)

10 'lJ (0)

r - - - - - -I WR RQ
I

W0¢S
FI7

loP' P

C-

10 1 {~)

ElK 1(1)

to ¢ll)

-=
~

n:. \tilt

"lOP

tt:

DLY
p

MB Icon)

MB 15(1)

K
MBI( (I)

~
H

EXT

BK~(,t>l B

(I)B

EXT (I)

BK~ (q»

OLY
eLK 0'-'1'0

1y.,~;51
I J 2.2.
I

I
I
5

DCH

INX

6K¢(I)
BK \ (\11)

~~I-8t<. \ (91)

L ___

Rill

lOT F-Vl/R C LR

IF21

J20

CA INH

INPUT IO
CLK

RESTART

(8)

W~~5

J2E!

IO eLK POS

rOT (I) B

i
~-"""--<>UM(" B

to PWR CLR pes

UM((j)B

DELAY OUTPUT TO MAIN elK Ctjlli (CP )
SYNC EXTERNAL
ON DlPUT m RESTART,
ADJ; SloGl TO GillE etot STROBE
'tl0+IO-ONS BEFORE elK
00 SET UP USIHG A EAENOP

W~'5
FI7

EAE (I)
DONE (I)

'I< TO SET uP DELAY- REFERENCE

D-BS-KD09-C-3

IO Control (Sheet 3)
91

MB¢9(IJ

AUTO

··
···
··
•
·

MB ¢¢ (Il

MB I r6 (I)

MB" I (I)

MB 1\ (I)

MB¢2(1)

M812(1)

MB 03 (I)

MB13 (I)

MB 04 (I)

MB 14 (I)

MB ¢5 (I)

MB 15 (1)

M8 06 (I)

MB 16 (I)

MB 07(11

MBI7(1)

MB08111

10 BUS" 9lB)

10 BUS

lB)

[0 BUS 02 (B)

10 BUS 12 (81

ro BUS (113 (81

10 BUS 1\

T
V

10 BUS

lOBUS \21 5 CBi

10 BUS 15 (B)

10 BUS

10 BUS 16 (B)

10 BUS 'lJ 7 (B]

10 BUS 17 (8 )

10 BUS

CP 040 -10 001

CP 09 10 E02

WIb31-W(jl31

W¢31-WQ131

W031-W031

o (, (8)
08 lB)
CP E4.0

10 EOI
W031-W¢31

10 BUS ¢9

10 BUS 1110

OASO

toIK

10 BUS 10

10 BUS ¢ I

AOSO (Il

PWR Cl~ POS

10 BUS

10 BUS ¢2

elK

elK POS

KXDtoI

10 BUS

10 BUS ¢3

KEY Ul

STATUS D

TIl 0

CP F38

10 BUS 13

10 BUS 04

lOT (J)

10 BUS 14

10 BUS 1115

elf'{ OfF

RDR 0

10 BU S 15

10 BUS \216

DONE (J)

IO AODR 0

DCH (I)

10 BUS 16

10 BUS \217

KID

DPr 0

DEI (161

10 BU S 17

10 BUS !1l8

CP F39 -10 F02

10 F¢3

CP F4¢ - 10 F01
w031-w(ll31

W~31-w031

Wi/)31- W¢31

EXT (/)

AP I 0

CP H39-10 H02
w11l31-w031

H4!i1-10 H""

w\!l31-W()31

INC+OC

ROR FLG (Bl

OSR

BK SYNC

RD HOLE 7(C)
NOTES:
I. ALL CABLES HAVE PINS C,F,J ,L,NJR ... U,
GROUNDED UNLESS SHOWN OTHERWISE.
2. SIGNALS SHOWN TO LEfT OF CABLES ARE
GOING FROM 10 TO CPo
3. SIGNALS SHOWN TO ~IGHT OF CABLES ARE
GOING FROM CP TO

BIf 0(1) B

OCH INX

DATA OFLO(t)

!'CRI

API 8K ~Q(I) B

PY(I)

AC RD

Bli 1(0) B

lOT PWf\ CLR

e + -.......... AM 5'1'NC 6U5 (tJ)

INC M8
BI(

LINK W

KDPM

SEN (Il B

RI I (I)

¢(1J8

e
UM (I)

IO SKIP

~EY

WR RQ

fi'1 2 (I) B

-+---<I-<C> CAL (I)

CP J38-IO J(II3
W¢3 1- W¢31

ro.

e+--..........C>IRI (~)

EAE(I)+--t:J

DLY

PROG SYNC (I) 8

2 (I) B

RO RO(8)

10 RESTART

J3Q-IO JG2
WR534

PP.OG SY (I) B
V

w034
CP J40-IO J~I

!3 4 (B)

10 BUS 13 lBl
10 BUS 14 (B)

CP 039-10 0¢2

130 lB)

TO BUS !Ill (B]

10 BUS 10 (B)

RESTART

D-IC-KD09-C-4

CP - 10 Cable Interface
92

IO AOOI( 1!5

---;-_~-4-=~""':::.-r-:+':";" i

10 "DOl< \¢~(B)
10 AODR ¢3
LOADO~ ¢~

I •

I
I
I
I
I

TO "DDR. 1!!5 (e)

I
I
I
I
I
'IO .... OOR. \,",(B)

ro ~DI( ¢4 (e)
10 ADOR ¢4

I
I
I
I
I
10 ADD,,!

10 AODR I¢ (e)

TO ADOR I¢

I
I
I

1.0 ....DD~ nee")

I
10 I'IDOR 1i6!5 (e)

I
10 "DDR " (8)

¢5
TO AODR

eLK S'YNC.(I)

C
10 ADDI( fjxo(B)

IO .... OOR

10 ADOI'< 12

¢6

~Q S'YNC "" ....:D~-r---'-
e:

u
TO .... ODR 1'>7(6')
I

10 AOOR (/i-r

10 AOD~ I~ (8)

10 ADOI? 1<0

Rq S'(NC. (Q --,K,,- __

I(Q S'fIK. r

'IO ADD I< \ +(e)
10 AODR

¢B

10 AOoR 14 -_~~~

,....~~;_-----------

lt~-j

______

IO AOOR 17

A?I BK RQ(!)BI

B
WL REF NO
0-11

OPTION .... ·
1If'" USED
WITH~R~Pl.
MOOULE5.
CUr OPTTON

D-BS-KD09-C-5

A DDR Bus

7
wt/l33
A(/)2.

W¢33
A~ 4

- svDATA SW¢¢

¢I

rp2
¢-,

¢4
¢5

•
•
H

•"'
•
P

•
5

¢8

rt>4 •

•

API

ENABLE

(1)----4

P~4(1)

1'1

¢6.

•e

•
C
•

~8 i
V

PL5(1)

•
•
•

ADDR '3W II

I¢

•

1;3

•

P
14

•T
•

•

•T
•Y

•

W¢3,3
A¢5

W(/)33

A¢'3

Joeu s ¢0(Sl

•

Ioeu d¢l(e)

IO~U

~¢;'(B)

M ~ ¢9(I)

•

M B I¢O')

e US II (6)

M erp5(1'j

•

I
10 BU s '7(e)

L
M 6

•

1'7(')

•
•P

•R
•

•
•
•v
•
'-T

•

10 e US 12.(0)

•

M B 12 (I)

RT eLK

•

M ~1l(1)

•

M e 16(1)

•

IOBU s¢~e)

•

8~(1)

•

lOB uls 16(6)

:IO

•

!s p-(e)

M a 1'5(1)

•

10 !5 US I/f>(e)

•

'--

u~ 15(15)

I"l

•

l
M e ,p'3(I)

•

GNO PINSC,f.J,L,N,R,U
ON MODUL£S AtZl2.,A!D3,AIZS4f}A¢S

•

108

•

NOTE:

•

lOB us ¢9(O)

•

p~(I)

•

B~2(1)

u~ ~e(e)

•

.
•

,1'1 e 1¢8(1)

•

~ ¢Z(8J

BiH')

TOBU

•

e1cpl(l)

•

PIE (I)

e~7(1)

P~2(1)

10 e

•

P~I (I)

TO B us ~7(e.}

M B¢¢(I)

•

I
PL 7(1)

•

•
•
0

J
1

I
lOB US 1'1 CB)

•

I
M B~Ct)

•

PL~ (I)

106us ¢6(o)

•

~K (I)

•

•
•
•
•
•
•

•
•

-I5V

DATA SW ¢3

•

P~6(i)
D

•

14> •

•
L 1

DCH B K DL'f

¢9 ~

¢7 ~_

•

¢5.

•

ADDR SW¢3 •

•
¢7
•

¢6

Wf'il.'1
All
r

•

,..
it

•

I
10 e. us 13 (15)

'-'

•

Me!~(I)

*' * P~0G INTO SOCKET IN 712 POWER SuePLY

'---

D-BS-KD09-C-6

IO/Console Interface

TT:I ONSUS

Fl.DR ON eU5

,sTATUS

N BUS

IO AODR ON BUS

API ON BUS

DP'I'ON SUS

RD :5T .... ,US (I)

STATuS- D

100USfJ</>

J:O eus¢z

IO !:IUS 1/>4

Wrt>05

WrbG5
C05

c
C~5

WIb!jJ5 I(
Cifj5

rvv

rvV

rvv

8141

al"'l

rv '';
Blotl

8141

C 13

8141
CIE;

8141

CI2.

15141
CI4

8'4'

CI¢

CII

DATA SWr12

1\
1\

PUN FLG (I)

RB rjJ2(1)

/\
1\

ADDRSW¢~

.34L'"

FLG (I)

l'
U
X2(1)~A

API ON BU5

1\
1\
1\

1\
API ~ RQ N£~ s

CI~

IOADDR

APJ. 3

DATA SW¢6

ADOR SW¢6
CLK FLG (I)
R~ ¢J6(1)

IOADDR ¢lo(8)

A PI 4 RQ (I)

)(5(1)

)(6(1~

el7

CIEI

DATA 8W¢7

ADDRSW¢7

1\
/\

1\
1\
1\

""FI5RQ(i')

X7(1)

W!3~S

D2fi'
K

...",.----01'---.1/ DS 0 (G)

EXT (¢)

D-BS-KD09-C-7

Input Mixer (Sheet 1)

to,",~

_.-k

~I~~

A23

eUS¢9

10 6US I~(e)

~o BUS I¢

C¢'5

,......L.J2..
rvV

r-;::;'v

BI~I

!!II'll

6141
CI2.

-Sec-

~/\
ADDR SW¢9 ~fJ
/\
D"SO

PUN NOTI'IPE

~f~/\

~f-RB¢9(1)
~I\
ROR ON aUs

STATuS ON I!>US

'~f-rOADDR ¢9(B)
~I\
10 ADDR. ON Ell'S
~

DATASW/f>

~ 1\
F

c¢5

NV
BI"'II

~
1\
F

DAT"'SWI2.~
1\
F

ff-

TTI~2(1)~ /\

f--

ROI¢(I)~ 1\
N

I--

RBII(I)~
N

1\
I--

10 ADDR I¢ (B)~ 1\

10 ADDR II(O)~ 1\
R

PLI (I)~
1\
T

I--

~I\

YI(I)~

I--

;~f-

,....::..<-->--

1\
1\

,(2(1)~ 1\

L-L-

'-- L--

106USI'l

Rlc~
DI~

rOBuSIS

----..

~
RIZ3
DI5

~~
NV

,......~

8141
~I~

8141
BI6

8141
BI7

AODF\SW 13~ /\

ADDR'5W I"'-:y.

f/\

TTI¢4(1);"

FU~ I~ (1)!2..

TIl ¢~(I');"
l

-/\
-/\
/\

DATASW\S~ f/\F

DATA SW 16 ~
/\
F

ADDI'>. SW 16 ~ /\
v

I'IOOR SW 15s-.

f-f--

Tn ¢~(I)~ /\

TT I t>6(I)~

r--

Re 16(1)~

t--

16(B)~

f--

RB I~(I)~
/\
N

f.
1\
R

lO ADDR 14(B)~ /\
R

ro ADD R 15(O)~ /\

PLZ(I)~ /\

PLq.(i)~ f/\

PL~(I)~ f1\-

PL5(1~~
/\
T

IPL"(I)~
/\
T

Y~(I) ~ t1\

Y4(1)~ f1\

Y5 (j) ~

Y7(IJ ~ ;\
v

10 ADDR 12 (B)

'--L-

L-

I-;\
I..-L-

'--

I--

Y6(1) ~

'--'--

Wtl4IIS ~

Bllla~

10 BUSI7

IO ACDR

/\
/\

t--

~
T

wI/J05 ~

r-~
'"'-'v

RI23
DI~

021/)

'"'-'V

fro ADDR I~(O) ~
/\
R

RI23
DI5

r-~
rvV
F

10 eus '7(15)

WIlllf

21/)

~B 11HI)~ 1\

I06USI6~

RBI2(1)-?-e

el~1

DATASWI+~

DIS"

W~~$ ~

RI2.~

015

W~&5 ~

~123

8¢2.
I W""5~

~
~

'"'-'v

DIS

:S~rv v

10 BUS 16(8)

w~:~ ~
,.......E.
F

B~2.

W~1/)5 ~

10 BUS 15(8)
w~s

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

B''''
DI'ITI'I SW I~~

TTl ¢I(I) ~ /\

'"'-'

PIS"

10 15U 5 I" (e)

~
~

~~"

~rvr;:

WIII.S
Blla ~

rvV

BIS

100U51:!!!o

DI~

TTl ¢P'(I) ~ 1\
TT ION BUS

J::. f-

81112

RI~-'

W005 ~

DI'ITI'ISW"

~~
-F

ADDRSW II ~ 1\

PLSIHI)~

y¢(I)

IOBu5'2.

I'IDDRSW I¢~ /\

API? RQ(I )~f1
1\

DPy ON BUS

..-J!....

RI2.3
PI.,

10 15US 13 (e)
WHl5

fADDRSW I'~ /\

API ON ~S

ell
f--

B¢2

DII

_.Q.
rvV
BI~

ADSO(G)

GJ~~I
----..
W¢¢5 fvv(fi5

CfJ5

~
~

10 BUS"

1".12.3

011

W([)f/!5

B¢2

~~~

"«15

RI~3

I06US Ie (B)

10 6US II (8)
W~5

~
M

-....£!.!....
w005 ~

OATASW¢9

WIII0!>
Bill 2

011

on
~

1':123
01'3

Rle3

011

10 BUS ¢9(B)

~'5

Rle3
I

~-~

8141
816

fDATASW 17~
/\
F
fADDR SW 17~ /\
TTI¢7(I);"

f/\

R617(1)~ /\

I--

tro AODR 17(6) ~
/\
R:

f/\

YS(I) ~

I-/\

PL 7(1)

- L - - L--

' - -L--

D-BS-KD09-C-7

Input Mixer (Sheet 2)

Rsa

INPU,

"IO

ICESTAji!T

I?Iie.(1)8
E

c
KEY CLY ---+--'-'-.cC><l

OOWE(1)B

KRr

K~y~)_D~CA'~~_ _ _ _ _ _ _ _ _ _ _ _ _
U~~
E.

RD \-\OLE 1(6)

lL REF NO
019-2

D-BS-KD09-C-8
97

Read In Mode

•

~~q:)R=-_G(;3
::>

\
--I'"\.;

RDR FLGOl---<>

5:07

E¢6

-o=~~:;

=..,-

"\
R:>"? =:"'6 n~ ('~I\
PTR A.?.= q Q (;)--=. 3· _

=-.::>

ROR FLJ;;(I)=
10 PWR
CLR P~S

,
L

READ

READ IN

I (I

RD~

RON

--<> RUN

COUKT

rio PWR
CL R pos -'-'-t.....,.--'~~....J.----....:..-01

CLR ROR
ROR '" (I)

10 CLt'. fOOS

No PCO Ot4D \
IOP2P

lOT¢!

IOTQlI~2(r)

KBD FLG ('N

TT RD ST

W"I"I¢
AIS

RD~GO--~~~----~------------~Q~

~DR

SEL B

.
A

-------,

I WQQ0

I
I

AIS

RDR INCfX
ENABLE

. - - - _ . RDR GO

pea 10

GND

peo TO

GND

2
3

NO pca

GND

NO PCO

GND 4

TAPE

PUN FLG

ROR RUN(I)

STOP OL.V

--.

RDR

COUN-T

ROR INDEX

ENABLE

RD HOlE

HI ¢

(1)

DIS TT RDR
~ NOTE:

KBO

FLG (I)

STOP DLY

POS

NO L(l(;ICAl FUNCTIoN
WITHOUT HIGH SPfED READER
opTION. SHOWN FOR MRINTANC£
PURPOSE

r~
F

PUN

-0

I<RI

OIS TT RDR

KRI

KeD FLG (I)

KeD

oNLY.

D
L

~
N
[J
R

D
T

FLG

(I)

D-SS-KD09-C-9

Reader Control (Sheet 1)

8P+ALPHA

RD HOL.E

lIf ADD

01'1

RD _HOL E 7(8)

~
T

W'iqz
AI4

RD HOLE

f:-

7CC1

rv
SI1I'7

LEeS 1

i'L•

JUMPER TO W<P23

INDICATED .JACKS

RD HOLE
TTl

+1~V-15VGNO

J;lD

HOLE I

RO
HOLE 2

HOLE 3

HOLE"

RD
HOL!: !f

J;lD

HOLE <0

HOLE 7

HOU:

RD HOLE

L·

TTl 5 ( )
RD HOLE

TT.lc;,lJ

7 ( 1

RD HOLE

RDR A(I)

ROR "(Ill)

I ~U

1.5K

RDR

A(~)B

A(I) B

B (I) B

PWR
(8)

RDR

TTl4 (')

-ISV

R D HOLE

FEED

T T! 3 (\ )

RD HOLE <0

FEED (-iDLE

TTJ

c (I)

RD HOLE 7

TT I
rOT .1~4

1(1)

RDR
1(,1) 0

~__~~~______________H~~r-______________~~~DI¢M

RD HOL.E

RO HOLE"

G(B)

5(BI

RD HOL.E
.... (8)

RD HOLE
3 (B)

RD HOLE
2 (8)

RD HOL.E
~ (Et)

RD HOLE

5 (8)

RDR 2 (Ii

1
RDR

RDR RUN{I)

"LPH"

( Ill)

lOT ~I~"
DI¢M

RD HOLE
3 (8)

2(B)

RD HOLE'
(0

K
RD HOLE:
M

(B)

RPHOLE
4 (81

R D HOLE
5 (13)

RD HOL.t

I
HOL.E

R D HOLE
3 (8)

R D

I(B)

2(8)

oss

RtF NO

D-BS-KD09-C-9

Reader Control (Sheet 2)
99

BGN

rOTOl04--------~~L----________________________________________________~~__________________~~______________________________________________________________
D

'22/Z0'/j

PUN

ACT.~C:

PUN

FLc.·:~:Wffi0'A

PUN SF'E"ED

~----------~~

~&== I SEC.

~L-_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ____'

'-----,yr------'
PUN MOTOR ACCELERATION
PERIOD

PUN MOTO;: ACCELERA-

DECELERATlN('.

TION TO F"UI..I.. PRF
PUN--------------------------~-

P8 10

.:~::

'/MEA

PBllFe 17

':~:%2/7Z//7a

rOT 0202------------------------------------------------------------------------------------------------~I~---------------------------------------------------

PUNC~ AI..P~A

LIN~)----------------------~Jl~I~~-----------------------

PUNCH BIN~RY'

(3 L.!NES)

t CL.£,qR PUNCH FICt - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - 7 )

D-TD-KD09-C-10

Punch Control Timing Diagram
100

,. T \'( BO IN --"I.J-,r-~-'

KBD Fl6 ~

KBD

5EL(8)

'\..

5107

D
tT

- ,"i',

-1

I-

HDUP~l\f
fl'00l

~--+-.----~C>K B 0

C3b

5£ L

TT KBD IN

~~RO STATU.5

TTC

C ~3

L--J

- - - - W(i7¢-'

D[>I-_""------,-~

I M~O

IK I

'W5% D

IS/ZSV

D6"

A33

¢ .. I MFD ¢.J MF 0

NDTE:

TT RDR S1

W~7¢ SUBJECT TO
CHANGE. RE.FER TO

R¢¢Z

on. SCHE MATIC.

I~I-ON'\~---'
-ISV

v
C3'1\ N

R¢!ll2

A35

7!5(2iO

Il2w lop'"
IN

10,1 MFDI
I
H

T ' r- v R

. Lh

> -:><.c,

•. s-e.t"·,·
~

D',; '.'

,6 D~ iJ . ,
R[ STATUS I

K.,J:¢J

-=-'

---~
T( . . . P"-lf- -----r------- L~

Yv
il
0 - - - - - --L .. __1
i

Kl:D

TO ClK POS

~EL

°i'>J ____~ __

0.1

I
DS4
DS,)
SXEN

5D1

1\
RIi'02
A35

ASR !I,

R~l

'-t--t---t------II--

A35

1~5m REj..AY

FRIIJTER
TELE.TYPE
SOLENOID
DISTRIBUTOR DRIVER
CONTACTS

·r~

IE.

.052(1120.:

F l> ~"T F~'_2~

LA':>T UNITel')

+I¢V

ulf~

RELAY
'Z.Z(I IW

TT..! FULL

,.0 A

PWR 5W

5PACE, Gf?OUN D TO A MARIf

**TOWHEN
THE
IS TRANSFERER
THE CENTRAL PROCESSOR, A MAR/'f

REMOVE WIRE

BUFFER

CORRESPONDS

TO A ONE:

CORRESPONDS

TO,A

READER ADVMlCE RELAY

~~r
>1\ NE.E>ATIVE. LEVEL CORESPONDS

MODI!.L.

PIN Ll

FRON'I

WHEEL LOCK
ZbZ.-~L:lS)("

DTP

ROR

FLG{I~

ODISTTRDR

SI.<t71

PWR SW
PIN Ll

PIN II OF PL.UG 4 AND
CONNECT TO THIS POINT

A SPAcE

ZERO.

r-------------------------~~------------------------_.--------------------------~------,.TT3

--R-.!-;~~

FULL

C39

TTl CLI'I

r
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