Options_and_Modules_List_197403 Options And Modules List 197403

Options_and_Modules_List_197403 Options_and_Modules_List_197403

User Manual: Options_and_Modules_List_197403

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STATUS 1 AND '1 ITEMS DELETP:O

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S'l'ATUS 1 AND 7- ITEMS DELETED

THTs

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1

T
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'1

S

T
T
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DICK SE5T

IS A tIST of DEsIGNATIoNS ANQ NAMEs of EQUIpMENT WHICH HAS BEEN, IS, OR MAY BE AVAlLABLE FOR
SO~TEO 8Y MODEL NUMaE~,

SAL~

OPTIONS ARE

aY

o~c,

THE

THE MobEL NUMBER HAS attN PLACED IN THE SPACE AVAILABLE ,OR IT l~ THE AccOUNTING FORMAT. THIS SPACE CONSISTS OF A MAIN 5
cHARACTER 'IELD FOLLOWED BYA 2.CHARAC TER "VA.tATION" FIELD, A DASH SEPARATES TH~ TWO YIELDS, ~HIL~ TH~~AIN NUMbER
15 RIGHT JUSTIFIEO AWD THE VARIATrONIS LErr JUSTIFIED, IN GENERAL, OLD MOOEL NUMB~RS CONTAIN NO L~TTERS IN TH~ MA1N
FIELD WHJLFNEW MoO~t NUMBERS CoNTAIN 2 LETTE~s FoLLOWED BY 2 NUM8ERS FOR OPTIoNS AND ONE LETTER FOLLuWED BI l uR 4 NUMSEMS FUR
MOoULES. THE INITIAL LETTER IN'·THE MAIN fIELo GENERALLY IS THE SAME AS THE CATeGORY, r.;XCEPTIONS TO THIS ARE -COMPUTERS, x:,I~Tt;D
IN CATEGORY E,
THE MonEL NUMBER FOR A TgST!~ USES THE SAME CHARACTERs IN THE MAIN fIELD AS POES TH~ OPTION FOR WHIcH IT IS
THE 'I~ST CHA-AcTtR TN THE VARIAT!ON FI£Lo sEING "T". FOR EXAMPLE, 2 TESTERS FOR THE RPOl w A MIGHT aE NAM~o
~P01~TB.
8uCH rESTER NUMBER~ ARE NOr LISTED HERE, THEy ARE CONTROLLED BY DRAFTING,
TME "USED ON" COLUMN REFERS TO THE OPTIONS oR COMPUTERS TO WHICH THE

IT~M

IN QUESTION MAY

TME "ENG MGR" IS THE gNGINEEQING MANAGER WHO HAS THE FINAL RESPONSISILITY FOR THE

D~SlG~ED,

B~ CONN~CTED.

DEVIC~,

THE "MANUFAcTURING AREA- IS THE GROUP THAT MANUFACTURES OR 15 RESPONSIBLE FUR THE DEVICE,
COM
rON

= PoP11

eO~MUNICATIONS

F. A, T" WESTMINSTER
SYSTEMS
css
SYSTEMS, PA~KER ST
OA8 = DEC SYSTEM 10 ~DVANeED SYSTEMS
FS = FIELD SERVICE
IPg= tNDUSTRIAL PRonUCTS, MAyNARD
tVp = LOW VOtUMN p~OnUCTION, pARKER ST
MAY = MAYNARD, THOMPSON ST,
PL = PROGRAM LIBRARY
gSAU = SPECIAL SYSTEMS, AUSTRALIA.
SSeAL • SPECIAL SYST~MS, CALIFORNIA
5SeAN c SPECIAL SySTEMS, CANADA
5SCH • SPECIAL SYSTEMS, CHICAGO
55MU = SPECIAL SYSTEMS, MUNICH
SSUK = SPECIAL SYST~MS, ENGLAND
TpL = TRADITIONAL PRODUCTS
TYP = TYPSF.TTING
WF = wr.sTFIELO
WM

= CONTROL
= SPECIAL

= wr,sTMINSTE~

THE "n~SJGN ENGINEER" HAS DESIGN ~ESPONSIBILITY rUF THE DEVICE, AND IS
HAWOLgo aY THE PBOoUCTION ENGIN~g~.

AVAILAaL~

TO

H~LP

SO~V~ ~ROSLEMS

TkE ~pponuCTtoN ENGINEER" DETERMINEs THE METHOD Of MANUfACTURE AND BuILDs THE PILOT RuN,
HE IS ALSO AVAILABLE TO SOLVE PROBLEMS wITH THE D~VICE THAT THE PRODUCTION LINE CANNOT SOLV~.

WITh
-

RP01~TAA~O-

THAI CAhNUT

B~

TME "5'A1U8" CODE IS A5 rOLLnWS~
1*= UNANN(WNCEO
2 * IN OESIGN AND ANNOUNCED
3 • CUiTbM BUILT
4 • RELEASED TO BUILD

tT~MI WITH STATUS 1 ANn ,
CO~PANy CON'ID~NTIAL: COMPLETE

!HOSF

5
6
7

= REL~ASED TO PFODUCTIO~
= OaSULETE, 8UT CAN STILL B~ CUSTUM
= OSSOLETE AND CAN NUT 8~ euILl

•

II

2

BUILT

NO OPTION, BUT A SERIES NAME

ARE NOT INCLUOED IN THE GENERALLY DISTRIBUTED LIST
LISTS HAVE BEEN SENT TO THE FOLLOwING PEOPLE:

SINC~

STATUS 1

A~U

1 ITEMS AHE

PETE KAUItMANN

SOB LANE

'PHF. "CATJ!:GORY" CODE IS AS FOLLOWS,
~

AN~LOG.DIGITAL·ANALOG

N

B

MISCELLANEoUS
CARD HANeLING EQUIPMENT
DATA liAN"LING EQUIPMENT
COMpUTERS
INTERNAL COMPU're;p OpTIONS
LINE PRInTERS ANO TYPEWRITERS
MEMORIES CNON"",ROTATrNG'

p

C
D

E
J(

IJ
M

•

Q

.R
S
T

PULSE

:II

PROGRAMS

•

:II

•

•
V
II

X

HEIGHT ANAIJYSLS EQUIPMENT
PAPER TApE EQUlPMENT

=

•

ROTATING MAGNETIC MEMORIES
SPARE PARTS
MAGNETIC TA.PE EQUU'MENT
VISUAI" READOUT (DISPLAYS)

'.
b'"

X.Y PLotTERS

TH~RF. SHOULD B~ AN ENTRY IN ~VERY COLU~N fOR EACH ITEM,
PL.tASg EXAMINE THOS~ ITEMS FDR WHICk YOU ARE LISTED AS
DtStGN OR PRODUCTION ENG!NEE~ ANO SUPPLY THE MISSING INFORMATION TO OICK aEST OR JUNE PAYhE (X2273),
\

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41)(,

GLOSSARy OF INITIALS
A~. A~ aDt~MoN 5.5

AWH ~ BERNIE HALL 1.2
CA = R~ CADY wM
l8w ~ ~NDy wHItE PK1
rlRN=JANICE CARNES 5.2
CAY.CHUCK A YOUSE 1.3
Ae = A~ coRAN 5.2
lot = AL DELUCA 5-2
CS = A. CAMPBELL HB
_EH = At HEI1E·NTUS 1"""
ceF
CHUCK BICKOr' 1-3
AEK=ARNIE KORELITZ 1-3
CER&CHlRLts RONEy SSCAL
lEW. ART WILLIAMS 1-3 erM = CHARLES MEAD 5-~
AH • At ~I~sCH 1""4
eM
p. CHACE 5.2
ANt = DAVE AHt 5""2
CHI = CHAO CHI 1-3
AHs = At sHIMEp 5.5
CL
R~ CLAYTON 5-2
AJ ~ A: JOkNSON WM
CMS
aDZ BROOKS 5-3
AJF = A, FARINF.LLI WM
CMO
CHUOK DEWEY 21-,
AJM • JOE MA~'tN 5.3
CP=CLAUpE PROTEAU 3.5
AK • A~ KARLS8ERG 1.4
CR = CHARLES ROMEO 12.2
AKI • AKAVIA KANtEL ~-2 CRB
CHUCK BLASI 5.3
ALB = AL BURNESS 1-4
CD = J. CUDMORE 1_4
AM = ALLEN MOWBRAy 5.5 Cv = c~ VALENTIN! PK1
AP • A' PETERS PK1
etR
JOHN eYR 5-2
AR • A~ RIeKErTS 5-2
Cz = A~ CZAJKOWSKI wM
AS • At Stlz 1-2
DA = DAVE ADAMS 5-2
A~B ~ At BloWN 5-5
DAL
DON LEWINE 5-5
Ase = ~L CAREYlw4
DAS = D' sTACKPOLE 5-3
AT a A~ TITCOMA 5.5
DB
DICK SRIGGS 5·2
ATT = G, A'TER~URy 5.5 OBR
DAVE ~!auS KA.1
DC
DAVE CARLSON PK3
AW
ALAN WALLACK 5-5
8ALL
CHRIS BALL 5.,
oCB = DwIGHT SAKER 5.2
DICK DEVLIN 5~2
B8 = BILL 8R UCKERT 5~5 00
OOM.DENNIS MACKLIN PKl
SD * B. DELAGI 1-2
sDW = BAPPY WE~KS WM
DE
DONALD ELIAS PK2 i
BE • BOB EDWARDS SSCAL DEB = DAN BOWSER 1-2 '
8ES = BOB STEWA~T 5.2
DEC = DON CROwTHER 5~)
SF • BETH fORGOSH 5-,
DEG = nAV~ GINZLER 5~2
~FB = ~. eAILLtg 1-2
DF
Dtc~ FAtT 5-3
AG • BOB GRAY 1.2
~,p = D. PAVLOCK 12-3
eM • BEV HALLMAN (2) ~A DG
D~ GROSS 5wS
BLC=~ERNIE LACROUTE S.2 DH = D. HOPKINS PKt
eLE.~O~ EGGERT SsCAL
nHD
DAN DfURSO 12-3
8M = SOB MAc tEOD PK
Dl
D. IVES 1-2
SMA = RRIAN MANSER 1.) DJ = DALE JENSEN 1·3
aMM • BOe MULLIN WM
OJA = D. ANDERSON 1.2
aMP.BOR Me PHE~SON SSUK OJD=D. 01 GIROLAMO 5-2
eMw = ~ItL wEISKE PK.l OJs = DICK SMITH 1-4
eN c BERNAQO NOLAN 1.4 DL=DEMF.TRtOS LIGNOS 1~4
sP .A~ POULIOT 5.2
DLM = DAVE MURRAY KA
BPFa~~FTTtG!R~LD 1~2
OLN = DAVE NELSON PK)
BQ • 80B aUINN 5-3
DM = D. MURPHy 5-3
RR & DAVF SROWN 5-2
OHD = DAN OAOoIECO 12-2
ARM
BRUCE HANSEN 3.5 ONL:o. LITWINETZ 5-5
sJ a
SIPILA 1-4
DN • D. NEVALA (9) 1-4
BIL • ARYAn LOCK.E 5-2
DO = D. O~CONNOR 1-4
sT • B~UCE TA.PLF,Y 5.2 DOANE
R DOANE 5.3
sU * R~ aURTON 1-3
DOV = DAVio VEINOT 1-5
OP = DICK PETERSON 1-4
S, ~ B: VAtHON 5-2
SWaB WIGGLESWORTH 5-2
npR = DAVE ROpGERS 5-)
AAM~itte

MltAR, KANATA

=

=
=
=
=
=

=

=

=

=
=
=
=
=
=
=
=
=
=

=

B:

=

OPS=DAVID STRANO SSCAL
DR = R. oIETER 5-3
DRES=o, pRESLINSKI PKl
OREW = JIM DREW 1~5
ORM
OAN MUTNANSKy 1.3
DRS = DON STREET PKl
Os • DAvE SAARI 1-4
OSL=DAVE L€SLlg-5-2
OT = DAVE THOMAs 1-5
OV = D. VONADA 1~2
owe DAVE SUCKNAM 5-3
OwS
0, SMELSER 1~5
oy
DON YOUNG pKl
DZ=D, ZERESKI (2)) 21-4
EAS = tD SIEGMANN 5~5
EB
ED SRUCKERT 21-4
EC = EO CORELL 1~3
EOS.EO STEINBERGER 5.2
EY • ED. FORDE 1~4
EG
E. OIANETTO 21-4
EIA = ENRICO ANCONA PK3
!LB = ELINOR aU~N5 12-]
ELIA=R ELIA.SHAOUL 11~2
ELK = E. KENNEY 4-5
ELL
KEN ELLSON 12~3
ELS
Eo STELTZER 1-3
EM = EO MARTELLO PKl
EN = EO NEUMYER 5.2
~PC = EO CHAMBERS 3-5
ER = E. ~EEO 5~3
ERK = EO KING 5-5
ERP = ED PERM ON 5-2
Eo = ELMER SIMMONS 1-3
Ew = EO wARGO 5.2
EWB
ERNIE BAU~R 21.3
FA = f, AUMANN PKl
FO = FRED DOLL PKj.2
F~ = FRANK ~LIA 5.2
Fr = FRANK FORTIN 1-4
FL = FRANK LoyAl.S
FM = ,RANK MOLLER 5.2
FMS = F, SOUVA 21-4
FS = FRED STRAIGijT 3.5
FSa • FLOYD BENSON 5~5
Fw = FRED wILHELM 5-5
FZ = FRANK ZERESKI 1-2
G8H=G ~ARRINGTON 12~2 0
GD=JAcK OELBROCCO 21~J
GDG = GERRY GANONG ~~5
GEF = G£O FRIEND 4.3
GF = G. FORD 21.4
GFS
G~O SlROlS 5_5
G~ = GOROON GRAHAM 1-4
GH=GEORGE HITz 1.5
GML
GEO H LORD 5-2

=

=
=
=
=
=

=
=

=

=

=

3

GMP

GL

&

GEO PARTRIDGE 1-3

= 'L~N LEAfLOOR KA
= GEOFF OADES SSuK

GO
GOH = GREG HELTON 21-4
GP = G. PUTTE~ 1-5
G~AP=GARY PAPAZlAN 1-4
GP8=G,P, BUDIANsKx w~
GRH = GERRY HORNIK 5-2
Gs = G. sAVIERS 1-3
GSD=GOVINOA SINGH SSCAL
GT = GEo THlssELL 5~5 0
GwD = G, DULANEY 5~5
HA = H. ADLEMAN 5-3
HD = HARRX DRAB 1.3
HK = HANK KREJCI 12-2
HL = HERve LAVOIE 5.5
HRL = HAROLD LONG 21-4
HS = H. SHEPHERD 5.2
18=1. BELLETTIERE 21-3
leF & IAN FALLOws S~2
IV = IRA POT ELL 5-'
IR = IsAAC RAG WAR 21~J
J8 = JOHN BLOEM 5-2
Jc = JOHN CLARKE 5-2
JD = JOHN DRASNER 5~5
JOB
JIM BRAY 1-5
JDL
JOHN LEARSON 5-3
JDM = JOHN 01 MACK ~~2
JE = J. ELSBREE 5.5"

=
=

I

GLOSSARY OF INITIALS CONTINUED

JEH = JOBN HOLMAN PKj
JEN • JUDY NICHOLS 5.2
JER = JOHN pOB~RTS 5_3
JF8 = JIM eEATT! 1-2
JG • J~ GpADY ~_l
JH • JOHN R HESS 1-3
JJL • J. LARKIN pK1
JK • JOHN ~JRK 5.2
JL = J~SSE LIPCO N 5-5
JLM • JFRPy HOLMES 4~5
JJ~ = JIM MURPHY 12-2 0
JJO = vOE ~RLANDO 5.2
JM = J. MELVIN 5-2
JMA • JIM ~ARCtAY pK1
JO = J, OtLOUGHLIN WM
JP • JOHN PRAT' 5.2
JR • JEFF RESNICK 1-]
JRs • JOHN BENTON 5-5
JRP • JIM PROvIOENT 5_5
JRS * JOHN SOFIA 1-3
Js • J~ SULLIVAN 12.,
JTN
JAY NICHOLS PKl
Jv • JACK VALENTINE t-4
JW • JACK WILLIAMS 5.1
Jz • JOE ZEH 1-4
~A • KtN A~AME'Z 1-2
K8 • KEN SRA8!TZ SSCAL

=
=

MH
MARTIN HALL SSUK
YI
J~ MILTON 5-3
MJS=MARTY SCHwARTz 21.4
ML • MIKE LAWRENCE 5-5
MM
JOE Me MULLIN 5"5
MOLlS • R. MOLlS 5-2
MOOR a ROD MOORE 3-5
MORQ
STEVE MORO 5-2
MORRIS.IRA MORRIS 1-4
MS • M~ SAMALg PKI
MSB.MIKE eUJNOWSKI PKI
Mr = MIKE TITELBAUM 5_5
~W=M~L wOQLSEYS·2
MWS=MApK STECKLAIR 5-~
NF • N. FJELD 1.3
MR
NELSON RO' 5 .. 3
NS • NARESH SHAH 5-2
OF
OWEN FISK, KANATA
nM=OtlvER MOBISSON 5-2
eRR • TOM ORR 1-3
PAG = PHIL GOLDMAN 1"5
PAO = PHIL OESPO 6A-2
PAJ
P~ JENKINS 1.4
Pc = PETER CHRISTy SSUK
pO • P. OURANT 1-5
POM
PET~R MARTIN 5-2
PETERS • AL PETERS MV1
pre • PET~ CONKLIN 5-5
KE • A~ ~ENT 5_5
PrM • P~ MARTIN PKl.t
R' • KARt FREY 1-3
PG = PAUL GARDNER 5.2
KG • KENT CRIGGs 1-4
PGA
PHIL ARNOLD 1-3
KH • KEN H~OaE~G 5-2
KO • AtANkOTOK 5.5
PH
'HIL HOLMEs PKI
PJ • p. JANSON 11-2
KQ = KeN QOrNN 21-4
PJD=OESGpOSeILLIERS21.3
KR = Eh ~p~MER5-S
PK=KOTSCH~NREUTHER 5.;
KU • vrcTO~ KU 5-5
PM • pETE MC LEAN 1w]LAW
ROGE~ LAW5nN 1-3
PMC = P Me CARTHy 1-4
LAU
CHI LAU '.2
PMG=PAUL GUGLIELMI 5-5
LiH ~ LEN KUGNts 1-2
PN • PAuL NELSON1.j
LC=_ LA.~Ry CON~ON h'~
LeG = L.c. GARDNER 5-5 PNH = PETER HELLr~R 1• .1
LD • t!NNy DIONNE 5.,
POT
OAyE POTTER 1-2
PR
p. R[ISSgR SSMU
LV = LARRY FAHt~ 5·2
LG • L~ GAtE 11.2
PRO = POOWNER 5-2
PS = P SCRIVEN 5-3
til • Ii: HALlO 5.. 5
tHe = LAPP! CONLEY 5.2 PV=P VAN ROEKENS 12 .. 2
- Pw = PHiL wILsON MARL
IK ~-~~U~LoTi~"2
PWD = PETER DUKE PK1
LN. L~NARHI 5- 2
-to i LfMti~ oLstN PKI
PWK
PAUL KELLEY 21-,
PWM lit PETER MEANS 5-3
LT • LEN TURNER 5-2
----UitAR~YwAfjE 12 .. 2 0
RAA = B08 ARMSTRONG 5.5
RAC • 80B CORMIER 1-2
MA • M' ARSENAULT 5.2
"---Me--.j: )"CNAMiRA 5-1 RS = RAtSALowIN 1-2
R8M
R HuRLEy 19G
MDe * M, CPNROy 1_4
Ret • DrCK LAWRANCE 1-3
MDL~MtkE D~ LEtS 5-)
~~M.M O_!:,O~_e,;AN$1E~N 1-3 RBR • 808 REGAN 5.2

=

=

=

=
=

=

=

=
=

=
=

=
=

=

=

~.

4

SRH = STEVE HOL~ES 5-5
55 = S£RGE SHAMMAS 5-3
5T=J, STE.'ANOwICz PK1
STP = S, I, POMFRET 5-5
su
P, suLLIvAN 5.5
SW = J, SwA~SON 1"3
sz=s ZNAMIEROWSKI 5-2
TFF
rOM FAVA 1_ 3
TJ8 ~ TOM BILOTTA 1~5
TM
TOM MIGN~AuLT 5.3
TO = D TON GEL 1-2
TP = TOM PITMAN 5-2
TS=TOM STUCK~~RANU 5.3
TwE = TOM EGGtR~S-5
TZ = TEO ZAJO~LL wM
UR
UWE RICHERT, SSMU
VS=VINCENT BASTIAN! 5.3
Vue • v BOAEN 1-2
we ~ILL COATES 1-~
WO
WALT DUNHAM l~l
RK = sOa KIRK 1-2
R~ = ~. LIsEE 5.3
wE=N. WELLs 5!112
,WEK = WALT KNAPP J-~
RLD
RATAN OAHR 5-5
wI
~M FANAZICK PK1
RLM
RUSS MOORE PK1
RLOM • ROY LOMICKA 1.3 wrw = 8ILL WALSH ~.5
WJH
SILL HAZEN 1-5
aLp = RALpH PLATZ 1-2
wB = DON wHIT~ 11~2'
RM = R MAY 21_3
RMC
BOa Me CLURE 1-4 WK = W KERAUSCH SSMU
RMD
R; MAC DONALD t.4 wL = 8ILL LONG 5-2
RMM • R. MERRILL 5-3
WLS
BILL SIPILA 5-2
RMO
MARK OLSEN 5-5
wM
SILL MINOR 1-3
WMK : W ~ACKENzrE 8.2
RMS = BOB SMITH 5-3
wOS = wILL OjBRIEN PK3
RN
M RrCH£ssON PKl
ROTT=ROB ROTTMA~ER 1.3 WR=W , REU8ER (5) SSMU
RP = a08 PElTON 1-3
WRS • ~ILLIs SMITH 5.3
WU = DELMORE _U 1-2
RPC
RICK COR8EN 5-5
ww BILL WALTON 5-5
RR = R. REED 5-]
SILL OWENS 1.j
RR8 = DIcK sENNETT ,_4 wwo
~Rc • RON CARTER 5-$
RS ~R. SAVELL 5.2
RTH:R.ALPH HAMILTON 5-2
RVN~ROB yAN NAAROEN 5.2
RW = REG WETHERALL PKl
RWI
RAY IMSLUM SSCAL
RCR
RD

= BOS

RICHMOND 1-2
DOW 5.5
R~ • ans HElD 5-5
REH = R H~SSELTIN~ 1-4
R~L
R E LEwIs 1-3
R~N=RICH, NEUBAUER 12-3
Rf • ROBERT FITCH 5-2
RYG = DIcK GONZALES 1-3
RfL • R. LARRy 12-3
RG = R GAGN~ 5-2
RH
sOa HAMEL 1-5
RHA = Boa ALLEN 1-4
RHM
BOB MEESE 5~S
RI = RUSS IKNAIAN 5-5
RJS=R JOHN 8ARDONE 1-3
RJM = ROY MoFFA 5-2
RJMC = 80B MC C~URE 1-4
RJS = RO~ S€TERA 1.2
RJw = R08ERT wOLF 1.5

= R.
=

=
=

=
=

=
=

=
=

SA

= J.

SG

= sTEVE

SI AMOUR 1.4

• W, SERGEANT 1-3

GROSa 5-3

= sTEVE JENKINS 5-2
sK = S. KOzIOL PXl
SKJ = S, JACKSON PKI
sL=stEVE LlZE~o~ICH 5-5
SM = S MIKULSKl 5.2
SNT = A,N. TEICHER 1-3
s~

=

=
=

=

S~RG

=
=

=
=

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=
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=

=

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s.z • suLTAN

ZIA 5 .. 5
SPRY = BILL SPRY PKl
SR = sTEVE ROTHMAN 1·2

MODEll

NO

ENG

DESIGN

PROD

MyGR

MGR

ENGR

ENGR

AREA

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1040tiJoA
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31,1 E
3/'3 E
8/12 E
8/12 E
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6
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1 10/12 E
3 10/.,2 E
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1040';'SA
f 0 40-'SB

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t0-Cl', 230v 50HZ
Sy8 21 11/20 .. PA, MEll"LA, PCIl, LAlO"PA, l"Cl1.A, H9bO.CA, 115v bOHZ
SYS 2, 11/20"PB, MEl1-LB, PCI1, LA30"'PS, lICi1-A, H9bO"'Ci:S, 2jOV so~z
DOS #11 11/21.CA + RF11, R811 , Ie 11, ru56, bM792-yB, 115y 60HZ
11/2h'CB + RP'11, RSil-A, Te11, tU56, bM.'f92.YB' 23QV 50HZ
•'"
11/21"OA + Le11-A, L.AlO'!'lPA, NO LTl3, 115y 60Hz
•
11 1 21""08, Lell",A, LA30. PO, NO"LT33, 2jOV 50HZ
11/21.CA, Rr"11, Rsl1, T~H l"A, Tul0-~A, MR11.0B, (9 TR) 11~Y bOH7,
"
11 / 21"C8, RF 11' RSll-A, TMli"b, TU10·ED, hR11""Ob, (9TR) "230V 50HZ
"
11/21.CA, Rfl1, RS11, TM11-A, Tu10.FA, MR1111!1DB 17 TR) 230v 50riZ"
11/21",C8, lU"11, RS11·A, TfI\li"'~, TU10·FO, MR11,,"06 (7 T~) 230V ~o~z
11/21"CA, RCI1, R864.A, TC 11, TU56, 8M 92",ya, 115v 60HZ
•
11/21""CS, Rell' RS64",a, Tell, TU!56, BM792",YB, 230 V 50 HZ
l1/21",PK, LC11·A, LA1O.pA, NO L133, 115v oOHZ
11/21.0 L , Lell.A, LA3a. PD, NO LTl3, 230V ~OMZ
II
11/21""CA, MM11.L, RK11·CA, RKOS",AA, rC 11, TU56, BM192"Y~, 115v 60HZ
11/21.CS,
MM11.L, RK11.CB, RK05""B6, Tell, T056, SM192.YB, 2~OY ~o~Z
•
11/21"DP, Le 11 "'A. LA1O-PA" NO LTl3, 115V 60HZ
"
Lell.A, LAlo·PD, NO Lt33, 230V !)OHz
"11/21",CA,11/21",01<,
MM11""L, RK11"CA, RKOS-AA, TM!l-A, TU10-EA~ MR11",Ot) (9T~) 115Y 60HZ
11/21.ca, MM1.1 ",L, RK11.ce, RKOS.SB, TM11'!'18, TU10·t;O, MR11.0a (91,'Rj 230y 50Hz
11/21",CA. MM11.L, RK11·CA, RK05-AA, TM11"'A, TutO",FA, MJ;t11",Od (7TR) 115 V 60 K'Z
11/2t.ca, MM11",L, RK11"ca, RKOS",S8, TM11",a, Tul0",FO, t.1R,11-DB ,7TRj 230V 50HZ
11/2 1"'CA, Rfll, RS11, BM792"YS, DDII-A, PCI1, 115V bOttZ
11/21.ca, Rft1, Rsl1.A, aM792.YB, DO 11-A , - PC 11 , 2l0v 50HZ
11/21- EA , Letl- A, LAlO·PA, NO LI3l, 115V 60HZ
•"
11121,,£6, Let1"A, LA3a-pD, NO lITll, 2l0V 50Hz
'"
11/21-CE, RK11-CA, RK05"AA, BM792"YB, Mlfll1"'l", Di)11 I1 A, 11 5V bOtiZ
- 11/21.CF. RK11.CO, RKOS.BS, BM792.Yt), MMll-L, DOll-A, 230v 50hZ
'"
LAB
11/20"RA, ML11.LA, 119t)O .. CC, 115V
11
11/20-R8, M£11-~B, rt960""CC, 2JOV
LAS 11
BATCHI 11/20""PA, MEl1.LA, ~t411.I", RK11.CA, RK05.AA, CRll, Kwl1'''''',
•
DOll"A, BM792.Y8, H960-CA, 1.tCl1"A, J..A30-PA, PC11, QJ2~O, 115V60HZ
BATCHI 11/20.P8, MElt.LB, MM11",1", RK 11.CB, RKOS.S8, C~11"'A, 'Kwl1.L,
POll-A, BM792·tB, H9&O",CS, LC11.A, £A30",PO, -PC11·A,- QJ2S0;" ~lOV 50H~
11/21.PA W NO LA30, LC 1 1, PCll, aUT KL11, !JTl3-uc, IC 11; 'l'uf) 6
•
11/2t-PB w NO LA30, Lelt, PCti, BUT /(Ll1, L13)-00, 'Ee 11, TUb6
11/21 .. PA W NO LA30, LCt1, PC 11, BUT KL11, L13l-0C, TM11-A, tU1O",EA
11/21- PB w NO LAlO, LC1l, PCI i, 8U'1' KL11, L133-1)0, 'l'Ml1",a, Tuia-Eo
•
11/21 .. pA w NO LAlO, LC 11, pC 11, BUT K.lIl1, 1"Tll.DC, lfl41111A, IUlO"FA
11/21",PB w NO LA30, LC11, PC11, aur {(Lll' . 1,,1'3);'00, T~il,,8, tUio·fi'O
'"

-

-

..
..
..

-

.
.-

DESIGN
ENGR

MOOEL
NO

lli21.PI<

·•

CA

l1/a1~PL CA

STATUS
MO/yR

•

tt/2t.~C CA

CA
CA

cA

SWT
SNT
SNT
It/J~.AO SNT
!t/J;;'AE SNT
11/,!.AF

5~T

tl/J~",AJ

SNT

11/~i.iH SNT

11/J'.,..A SNT
l1/J5.'B SNT
11/J5.FC SNT
11/)5",'0 aNT
it/li';"E SNT
11/1s",rr SNT
11/)8",'); 8 NT
11~)~.rK 8NT
l1/J5.FL aNT
l1/J5.FM 8NT
l1/i! .. FN SNT
lt/.5.'P SNT

SNT

11/15.F5 SNT
11/35",'T SNT

! 1 i J5.,u SN_T

flI1;':'JA SNT
11/1!l_J'B S~T
11/15.JC StiT
11/1S.JD SNT

11/)5';'JE 'SNT
11/1~.JF 8MT
1 1 /j5;JH~-SNT

l~I~I.,!.~f( t;.~T

11/lS.JL 8 NT
)1(3.1 ~~~~ ~ T
11/40.AC S1IT

-'H·jt8·:~~· ~~;
l ' ' 4 ". ",Ar sMT

If~4g;AH'S~T
It/4Q .. AJ SNT
11/4A';'Al< S~T
11/4().AL SNT

Ii 140;8A" sNT

USEO ON

CAT~GOR¥

6 10/,2 E
E

MOLls

6 10/,2 E
6

Iti21'.RB CA

It/J5.P'R

MFGR
AQEA

E

•

It/!I.PO
11/21.RE
tI/21.RP"
It/lS';'AA
t1/15 .. AB
11/1,"AC

MOLl!

PROD
ENGR

MOLlS

MoLls

MOLlS
MOLlS
MOLlS
'AlA
RAA
RAA
'AAA

RAA
RAA
JO
JO
RlA

10/'2

E
E

III

6 10/'2 E

•

E
6 10lt2 E
6 10/12 E
6 10112 E
6 10112 E
3 12111 E
3 12113 E

3 71,3 E
3 7/'1 E
3 12/'1 E
1 12/'] E
1 41 ,,, E
1 4/,) E

,.

.) 11/,3 E
3 11/13 E
3 11/,1 E
:4 11/13 E

RAA
'AAA
RAA
RAA
'AAA
RAA

JO

JO
JO
VA
.,10

JO
RAA
RAA
AAA

RAA
RAA
RAA
. RAA
RAA
RAA
~AA

RAA
RAA
R-AA

•

•
•

3 111') E

MAl
RAA
RlA
RAA
RAA
'AAA

•

-

Ill,] E

3

RAA

-..
--

l 11/'3 E

RAA.

RA.A

""

3 11/,) E
] 11/'11 E

3 11/'3 E
1 11/'11 E
) 11/,,3 E
) 11/,3 E
1 11/13 E
1 11/71 E
3 11/73 E
5 61,) E
6/'.1
6/'3
6111
5 11/73
511/1.3
5
5
5

6
6
6
6

E
E
E

E
E

2/,4!
21'4 E
2/;4!

2/'4 E

3

11,l

E

3

7 / 73
11/13
11/'73
11/13

E

1
1

E
E
1
!
1 11/'3 E
3 11/,3 E
1 11/71 E

1 11/73 It

•

---"

•

I II

I II

•,.

,.

-,.

--•

,.

""

III

III

•
III

8

11/20 .. PA + MEl1.LA, MM11.~, RK11.CA, RKOS""AA, CR11, Kwl1.~,
8M792.Y8, LA30.PA, ~CI1-A, Tel1, lU56, 115V 60HZ
11/20 .. PB + MElt-LB, MMtl .. L,-Rl'l1.CB, RIT SNT

l1i40.DU 8NT

'iii4o';'ov StJT
.~l'~O.PW

8NT
tl/4o.ny SNT
11/fO.F.A SNT
'I t /40.F.8 SNT
"_ JJ l4,O __ EC SNT
11/40.ED SNT
1~/4Q .. EE 8NT
11/40.F.F 5NT
11/4a.EH 8NT
11i40.£J aNT
l1i40."1< SNT
tl/40.EL 8NT

,'0

,'0
~.JO

Jo
JO

Jo

JO

\.10

JO
JO
JO
JO
JO
JO

USED UN

ot:SCRIPTION

9

MO/YR

3

6 10/.,2 E

6 10/12
6 10/12
6 10/12
3 5172
1 5/72
4 2/'3
4
4
4
4

r.
E

E

E
E
E

2113 E
2/'1] E
2/1] E
2/73 E

4

2/.,:. E

4

2/7.1 E

4

211) E

'"
--•

11/40"AJ, oL11"A, t,,-T33-l)O, H960 .. c~', 1'lOv''SO'HZ
11/40-AH, DLll.A, LAlO.CA, H9&O.CA, 115V 60HZ
11/40-AJ, DL11-A, LA30-CD, H9&OMca, 2l0V 50HZ
lt/40.AH, DLll.A, yTOSB@AA,H960.CA, l15V 60H~
11/4b@AJ, DLll-A, VT05S.AD, Hi60.CB, 2ldv 50HZ
ll/40-AK, OL11-A, LTll-OC, n960.CA, ll5y benZ
'11/40-AL, DLll-A, LT3i-OD, H~60.Ca,-2iOV ,ORZ•
M
ll/40-AK, DLll-A, LAlO.CA, H960.CA, 115v 60HZ
11/40-AlJ, DL1I-., LA30-CD, H9bo-CB, 230V 56HZ
"
11/40.AK, DLlt-A, VTosa.AA, H960.CA, 115Y 60HZ
•
11/40.AL, O~11_A, VT05B.AD, H96Q.CB, 230V 50 HZ
•
K011"'A,
BAll-Fe, MF11.L, LT13-0C, H95g TALL CAB, 115V 60HZ
"
KDlt.A, -SAll.FC, MFll.L, LYll",DD, R950 TALL CAB, 230V50H~'
Kpl1-A, BAIl.rc, MF11.L, ~Tll.DC, HgS1 SHORT CAb, 115V 60HZ
KDI1-A, BAtl.Fe, MF11pL, LT33.0D, H957 SHORt CAB, tloij 50Hz
• K011"'A,
BA11.YC, M'11-L, pell, LAlO-PA LC11"'A DDll.A TA~L' C~8, 11~VbO~Z
•
'"
K011.A, SA1i.Fe MF1I.L PC11-A LA10.PD LCll-A DOll-A TA1L CAB 230v50HZ
KOI1-A, BAll-Fe, MFI1-L, H950 TALL CA~ W 861-C, 115V
•
K011-A, BA11l!!fTC, MP'11.lJ, H950TALL CA8 W961.S,'230\j
K011"A BA1l-Fe MF11-L TA11",AA LA10·PA DDI1-A BM792-YH QJlijo-A~ CA~ 11~VbOHZ
KD11.A BA1t.FC MF11",L TAll.AS LA30.pO 0011-A BM792.~H gJ1BO-AN CAS 230V50Mz
OSSoo
KOlleA, BAll"rc, MF11_L~ H9&7.HA SHORT CAB, 115Y
OS500
KD11-A, BAll-rc, M'11.L, Hgb7.HB SHORT CAB, 230V
GT44 11/40.AH 2 RKo5.AA RKll.D LA30.CA BM792.yB x9b7~KA k9b7.KC VTll 115V60
GT44 11/40-AJ 2 RKOS.S8 RK11.0 LA10.CO eM792.YS H~~j.K~ H~~7~KD VTl1 230V50
DOS. 11/40.CA + RF11, RS11, TCll, IU56, bM792-~B, 11~v 60Ri
'"
11/40 -Cij + Rrll, RSI1-A, Tell, TU56, ~M792.YB, 230V 50HZ
•
11/40.DA + LClt_A, LAlO.PA, NO LT33, 11Sv 60H~
11 / 40. 08 , Le11-A, LA30.PD, NO LT13, 230 V 50H,Z
•'"
11/40.CA, RF11, Rsll, TM11-A, TUrO-~A, MR11-D8, (9 TR) 11~v 60HZ
11/40 ... CB, RF11, RS11-A, TM11""S, TUIO-ED, MR11""OB, '(9'TR)'230 V 50 HZ
11/40.CA, Rfl1, Rsl1, TM11-A, TUIO-FA, ~Rll.Da (7 TR)-2309 ~OriZ·
•
11/40.CB, RF11, RSll.A, TMll.B, TU10_ro~ MR11",,08.C7 TR) 2]O~ 50 HZ
11/40.CA, Rell, Rs64-A, TCll, TU56, BM7y2.Y8, 115V bOhZ
_
11/40.CB, Rell, RS64.a, TCll, TU56, BM792.YB, 230V 50HZ
•
11/40.0K, Lell-A, LAla-PA, hO tTl), ~15V bOHZ
11/40-0L, 'LC1l.A, LA3(r.Pl), NO I."T33, 2'30'1 50Hz
11/40.CA, MMI1-L, RK11-CA, RK05-AA, Tell TU56 BM792~ya 115V60HZ
_
11/40.CB, MM11.L, PK11-CB, RK05wS8, TCll TUS6 8h792.y8 210v~O~Z
l1/40-DP, LCI1-A, LA30.PA, NO LT33, 115V bOhZ
•
11/40.0R, Lell.A, LAlO.PD, NO LTll, 2JOv 50Hz
11/40.CA MM11-I." RK11-CA RKO~eAA TM11-A TU10.EA MR11-DS (9IRl 11~V&OMZ
11/40.CB MM11wL RK11-CB pKOS.SBTM11 ... S TuiOwED MR11.0B (giR) 210y50Hz
11/40.CA MM11- L RKI1-CA RKOS-AA TM11.A TU10-fA MRI1-0B (7IR) 115V60HZ
11/40.ca MM11-L RK11.CB RKOS-SB TM11.~ TU10.FO MR11-0B (71R) 230v50HZ
_
11/40.CA RFlt RSll, BM792.Y8, DOll.A, PC11, l15V 60 H Z
'"
tl/40.Ca, RFtl, Rsll-A, BM792~Y~, OD11.A, pCl1, 230v ~OHZ
•
11/40.EA, Lel1.A, LA'O.PA, NO LTl3, 115V bOhZ
•
11/40",E8, LC11.A, LAlo~pO'NO LI31, 2l0v 50Hz
•
11/~0",CEt RK11.CA, RKO~.AA, BM7~~.Yb, MM11_~, D~11.A, 115V bOriZ
•
11/40.Cf, RK11.cO, RK05.8B~ BM192.YH, MM1I.L, Dull.A, 2l0v 50HZ
•
11/40.0E w LA30.PA INST~AD OF 1,,133, 115V 60HZ
11/40~Dr W LAlO.PO INSTEAD OF Lt31, 210~ SoBz
•
11/40.0H W LA30.PA INSTEAD OF LT3l, 115v bOHZ
•
11/~0.O~ W LAlO.PD lNsttAD Or Li3l, 236v ~OAZ'-'

-

-

MOOEL
NO

OESIt.H4

PROn

MF"GR

ENGR

ENGR

AREA

tt/40-E;M SNT

JO

tt/40.!:N SNT

1.10

11/4ij.P;P 8NT
11/4".~R SMT
11/40.FA SNT
iti40.FB aNT
11/40-FE SNT
11/40.'F aNT
tli48~LT SMT
11/4n.LU SNT
11/40.MP SNT
11/4(').MQ SnT
11/40';'MR SNT
11~40.PA aNT

JO
JO
JO

STATUS
MO/yR

4
4
4
4
2

\.10

2

1.10

1.10
1.10

JO

2
2
4
4
2

1.10

CAT~GORy

2113 g
2/73 E

2/.,3 E
2/.,3 E
4/,,3 E
4/}3 E
E
E
E
E
E

2

4/'3
4/13
2/"3
2/7)
1/73
1/11

JO

2

1/.,3 E

1.10

4

2/71 E
E

1.10

4

2/73 E

JO

1.10
1.10

10/72
10/7"2
6 10/'2
6 10/72
6 10112
6 10/,2
3 71'2

11/40.PL SNT

1.10

]

l1i40.PM SNT
l1/i\O.PN SNT
Iti4~-PP sNT
It/tO.PR SNT
11/4().PS SNT
{f/40.PT 8MT
tl~'O.RA SNT

JO
JO

4

·

•
l1i40""PC SMT
11/46_po SNT
11/40.PE SN'T
11/40.PF aNT
il/40.PH SNT
fti4ri.PJ SNT
11~.O-PK 8NT

•

•
•

tl~4Q!~<:

11.1'O.~D
11.1'o,!~E

t 1/40.Rr

SMT

SNT
SMT

st\fT

11~:g::J ::~

tl/~O.~J<- SNT
lf/fO.RL SNT

t~L~n.~~ S~T

11/40.RN

SNT

11i4".RP SNT

---11"/(6;;' ~If'in~T
lf/40""RS SNT
-rrl4(,-;'jiiT SMT
11.1~6~R~ SNT

fl/.0.RV SNT
l1/fo,!RW SNT
11/40.RY SNT

Jo

Jo
JO

JO
JO

6
6

JO

4
4

..10

4

E
E

£:

E
E
E
E

E
E

7/12 E
E
2/73 E
2/73 E
2/71 E
2113 E

JO

4

\.70

4

2/,1 E
2/73 r.
21 13 E

1.10

4

2/ 73

..10

6 10112 E
6 10112 E
6 10/'2 E

JO

JO
JO

Jo

1.10

4

E

6

101;2 E

4

21'3 E
2/71 E
2/7) E
2113 E

Jo

4

1.10

4

1.10

4
4

1.10
1.10
1.10

E
E
E

4

JO

2/73 E
2/73 E
2/73 E

4

2/,1 E

1.10
1.10
1.10
1.10

4
4
4

2/13 E

4

2/'73 E
2/73 E

JO

4

2/'73 E
2/11 e:

Jo

4

4

2113 E

USED ON

10

11/40.oU W LAlO.PA INSTEAD OF LT33, 115V 60HZ
11/40.DV W LAJO.PO INSTEAD or tTl), 230V 50SZ
11/40.0W W LAlO.PA INST~AO OF Ltll, 115V 60HZ
1l/40.0y W LA30.PO INSTEAD or LTll 230v 50Hz
OEM 11/40-CA, 115V bOHZ
•
OEM 11/40.ca, 230v 50HZ
•
OEM 11/40-CE, 115V 60HZ
•
OEM 11/40-CF, 2l0V 50HZ
11/40
LTJ3.DC INSTEAD 0' ~A30.PA & Lell_A, 11~V 60Ht
11/40
Llll-OD INSTEAD Or ~A30.PP & LC11-A, 230V 50HZ
11/40
Mfl1.LP INSTEAD or M'll.L (CONVERTS 8K 11/40 to 8K PARITY 11/40)
11/40
MFI1-LP & MMI1-LP INSTEAD Or MFII-L , MM11.L (PARITX eONV~RSION)
11/40
MF11-LP + 2 M~t1-LP INSTEAO--OF M'11-L + 2 M~li-L PARIly-CONiEHSlON
-BATCHa KOlt-A, 8A118FC, MY11.~, MM11~L, Letl-., LAlO-PA, PClI;
RK11.Cl, RKOS""AA, Kw11-L, CR11, H960.CA, DOll w A, 8M192 w ¥8, QJ250,-li5v 60HZ
•
SATCH, KDII.A, BAII-re, Mfl1-L, MMI1-L, Lell-A, LAlO.PO, ~Cl1~A,
RK11.C8, RKOSwS8, Kwl1-L, CRI1-A, H960.CB, DOll-A; aM19~-y8, ~J2S0,-2l0v50H~
•
11/40·PA W NO LAlo, LCt1, PCI1, a~T LI33-PC, TClt, IU56
•
11/40-p8 w NO LA30, Lei1, pC11, BUT LI33-00, tell, tu56
•
11/40.PA W NO LA30, Lel1, P~11, BUT L133.DC, TM11.A, lU10.EA
•
11/40.Ps ~ NO LAlO, LCII, PCll, SUT LIl3-DD, fMl1.a, TU10.E~
11/40wPA w NO LA30, LCII, PCll, BUT LT3l.0C, 1MI1.A, TU10_FA
•
11/40-PS W NO LAlO, Lelt, pell, BUT LTll-DO, tMl1-a, tU10.f~
_
11/40-CA, MF11-L, MM11 w L, RK11.CA, RKOS.AA, CH11, Kwll-L,
BM792-Y8, LAlO-PA, Lell-A, Tell, TUS6, 11sV 60HZ
•
11/40.CB, MF11-L, MM11.L, RK11-CB, RKOS.SS, CR11-A, Kwl1.~,
BM792-rs, LA30~PD, LCtt-A, Tell, TU56, ~30V 50HZ'
•
11/40.PA w relt, TU56 INSTEAD OF PCll, 115v60HZ
•
11/40-P8 W Tell, TU56 INSTEAD Of PCl1, 230V 5~HZ
11/40-PA W TM11-A, TU10-EA INSTEAD of pett, 11SV 60HZ
""
11/40.PS w TM1!.S, TUIO.ED INSTtAO OF PCI1, 2loV 50~z
..
11/40~PA w TMII-A, TU10cFA INSTEAD OF PC11, 115V 60~Z
•
11/40.PS w TMlteS, Tul0.FO INST£AO OF PClt, 2l0~ 50HZ
RSTS.11, KPI1-A, BA11.FC, MFI1-L, 2 MMll.~, Let1-A, LA30-PA, PRII, ~Kll.CA,
2 RKOS.AA, Kwl1-L, H960-CA, DOll-A, BM792 w ya,-QJ400, l1bV 60HZ'
~BTS.l11 KDlt-A, aAl1~'C~ Mfl1 wL,2 MM11-L, LCI1-A, LAlO-PD,_ PR11-A,
RK11.CB, 1 RKOS.Sa,Kwl1.L, H960.C~, bDrl~A, iM'92.rB~ ~J400,-210v SOHZ
11 / 40- RA, RC11, RS64-A, Tell' lU56, OhlJ1 1 RK05, NO P}\tl'--li5V 60HZ
w
11/40-R~, RC11, Rs64.S, ,Cti, ru56, OhL¥ 1 RKOS, NO p~11, 210V SOHZ
•
11/40·RA Rfl1 RBtl TClt TU56 ~o RK11' NO RK05,"O PR1i, 115~6ijHZ
•
11/40-RB RFlt Rsll.A TClt T05b, NO ~Kl1, No RKOi N6-PR11, -2Jov SOHZ
11/4o.RA w TClt, 1U56, RCI1, RSb4-A, ONLY 1 RKOS, 11SV 60HZ
11/40"'RS w Tell, Tu56, Ret1, Rs64.-e, oNLy 1 RKo5'-236V--S·OHZ
•
11/ 4 0. RA w Tell, TU56, MF11, RS11,NO P~11' RlII' RKO$,-li5V60HZ
•
11/40.RS w Tell, TU56, RF11, RBll.A, NO p~11, -RKll,-RK05, -2loV5QHZ
•
11/40",RA W PClt INSTEAD OFPR11, 115V 60HZ.
.'"
11/40.Ra w PC11-A INSTEAD at PRll, 230V 50HZ
•
11/40.RA w TM11.A, TUIO.EA INST~Ag OF PRll, 115V ~OHZ
11/40.Re w 1MI1-A; TU10.£0 INSTEAO or PJ

l1i45';'P'A
11/4,.F8
lt/4S.FC
11/41 .. '0
it/4S.'E

SD

'11/4S.P'K BD

11/4,.,.L SD

-i ii 4~.rrM
11/45.P'N
il/45",FP
11/4s.rrF
'1 r 14~.FS
tl/4~-FT

11/45_FU

RD
BP)

aD
Bl"
BO
st9

aD

LaR

L8H

LBH
LBH

taH

LsR

LBH
L8H

L8H
LBH

LBH

LBH
LBH
LaH
LBH
LBH
LSH
LBH
tBH
LBH

LaH

3

4/'3 E

3 11 / '3 E
3 11/73 E

6
6
6
6
6
6
6
6
6
6

11/'3 E
11/,) E
11/,3 E
11/73 E
11/7 1 E
11/'3 E
11/13 E
41'] E
4113 E
4/73
4/13
4/'3
4/'3

E

3 11/'3
1 11 / 13
3 11/13
3 41'3
3 4/73

E

E
E

E

3 11/,3 E

3

E
E
E

E

4/13 g
4/13 E

3
3 11/.,3

E

-1 11/73 E
3 11/'13 E

USED ON

Ot;SCR1PTION

11

11/40~BC, KW11 .. 1I, Mldr",u, RK11I!!1uE, RKOS"'AA, 0011"8 MRll~Ob QJ~2-0.A£-T15V60H~
11/40.8D, KW11w~, MM11.U, RK11wDJ, RK05.B8, DDllwb MR11.0S QJ420-AE 2JOV50Hi
11/40·SK, KW11-1I, KE1l-E, MF11I1tUP, MM11.UP, KT11~o, RK11.0E, RK05"AA
DH11wAA, 8AlI-ES H120-E, DOlt-A, MR11-0S, QR430-AE, llSv hOrtZ
•
11/4 0 -SL, Kwl1-L, KEl1-E, M'11-UP, MMll.UP, KTlr.o, RK11-UJ, RK05-B~
OHI1-AC, BAlI-ES, H720-f, DDll-A, MM11~DB, WM430.AE, 230Y 50H~
11/40
- VTOSl!IAA INSTEAD OfLAjO-PA & LC 11 ti.A, - 115V 6lHfZ-11/40
VIOS-AD INSTEAD Of LA30.PD & LC1t-A, 230y 50HZ
11/4S-CA, MF11-U, DLl1-A, LT33 w OC, 115V60HZ
11/4s.ce, MF11-u, DL11-A, Lr33",OD, 230V 50HZ
•
11/4S.CA, MFI1-UP, DL11.A, LT33~DC, 115V boHZ
11/4S-CB, MF11.up, DLll-A, LT33-DD, 2)Ov 50hZ
KS11.A + CAb, lisV •
K611-A + CAS, 230v
KBlI_A, MFll.LP, MM11~LP, LA30.CA; CA~, 11SV bOHZ
•
Kal1-A, MFll wLP, MMI1-LP, LA30-CD, CA~, 230V 50riZ
'"
K811-A, MF11.LP, MM11.LP, VTose_AA, CAB, l1SV 60HZ
Kal1wA, Mfl1-LP, MMll-LP, vrOSS-AU, CAB, 230V 50H~
K811_A, MF11.L, MMllwL, LA30.CA, CA8~ 115v bOHZ
"
KBI1.A, MFI1_L, MM11_L, LA30.CD, CAB, 230V 50HZ
KBll-A, MF11.L, MM11.L, VT05SwAA, '115v 60Hz ~
•'"
KBll_A, MF11-~l MM11.L, VtO~B_AD, 230V 50HZ
11/4S~CC W AUto LOADER, CLO~K, PWR FAIL, 115V 60HZ
11/45.CD
w AUTO LOADER, CLOCK, PwR fAlL, 230V 50 Hz
'"

-

-..
-

11/45",cM, Mr11-LP, MMI1-LP, KT11-C, fI5v ~OHZ
11/4SwCN, MF11-LP, MM11~LP, Kill-C, 230v 50HZ
0 5 5 00
KB11·A, MF11-LP, MM11wLP, H961-HA, llsV
08500
K811-A, Mfl1-LP, MM11wSP, H967_WB, 230v
KBl1wA, MF11·UP, MR11",OB, KWI1-L, tA30-CA, ~AB, 11SV 60 HZ
KBII-A, Mfl1-Up, MRll-D~, Kwl1wL; LA30.CD, CAB, 230v 50HZ
KB11.A MF11.UP MM11~UP KT11~C MR1I-UB KW11.L LA30_CA CAS 115V60HZ
Kal1-A Mrl1-UP MM11.UP ~Tl1-C MR11-08 KW11.L LA30.CD CA8, 230'1 50HZ
•
DOS; 11/45~CC, RF11, RS11,
lell, TU56, MR11wOB, QJ220.AC .
DOS' 11/ 4 S-CO, Rrl1, RSI1-A, Tell, TU56, MRlI-0B, QJ220-AC
DOSI 11/4S.CC, ~Kl1~CA, RKOSwAA, Tell; 1u56, MRllwDB, QJ220wAC

-

DOS, ll/4S Ilt CD, RK11-CB, RK05-SB, TCll, TUS6, MR11-0b, Q~220-AC
DOSI 11/45.D5, TM11.1, Tulo",EA, QJ220-AO, NU Tell, '~US6;-QJ220-AC
OOSI 11/45-0T, TMlt-s, rUl0~ED, QJ2~O.AD, NO ICll, TUSh, ~J220~AC
KBll-A, MM11-S, CAB, 115v, OEM
- •
KS11-A, MMll-S. CAB, ~loV, OEM
KB11~A, MM11-S, CAB, LA30wCA, 115v 60HZ, oEM
'"
K811_A, MM11.S, CAB, ~AjO.C~, 230V 50HZ, OEM
"
Kel1-A, MM11-S, CAB, V~058.AE, 115V 60HZ, O~M
lit
Kal1~A, MMll.S, CAB, VT05S .. AJ, 230V 5uHz, O~M
KS11-A, MF11-UP, LA30-CA, CAB, 115V 60HZ OEM
"
K8l1.A, Mfll-uP, LA30.CD, CAB, ~30v ~OHZ O~M
KB11~A, MF11-U, LA30·CA, CAB, 11SV 60HZ, OEM
Kel1-A, MF11-U, LA30-CD, CAS, 230v 5QHZ O~M
•
OEM 11/4S.CC W 241<. MEtr1 " MEMMANAGEMENT, i15V60HZ
•
OEM 11/4S-CO w 24K MEM , ~EM MANAGEMENT, 230V 50HZ
•
w
OEM 11/4S-FM W NO PARITY, 115V 60HZ
lit
OEM 11/4S-YN W NO PARITY, 2l0V 50HZ
11/45.FH, MM11.UP, KT11.C, 11SV 60 HZ OEM
•
11/4S~FJ, MM11·UP, KT11-C, 230V 50H~ uEM
11/4s.rK, MM11_U, KIll-C, 115V bOHZ O~M

-

-

"

ENG
MGR

tti4!)~Ji'V B"
lf/4S.GA BD
11/45.GB sf)
tl/4~",GC eD
11/4~.C;O 81;)
11~4,~G£ sO

11/4,.GF ~D
11/4~.GH BD

11/4~';'r,J 50
11/45-(;1< AD
t1/4S.GL RD

[)ESIGN
ENGR

{JSH

LaM

LBH
LeH
LBH
LaR
L8H
IJBH
flBH

11/4'.C;P 80

l1i4!5.GR
11/45.G5
11/4!§-GT
11/45.MA

LaM
LaH
LaM

tl~4S",MB

art

RD

BD
SD

aD

11/45 .. MC so
11/4!'§"MD Bf)
l1i41J.MH BD

11/4S.MJ
11/45"MM
11/41J.MN
11/45.Mp
l1i4~';'MR

BD
LIH
LBH
LIH

LBH

11/41.',iU LIBH

If/41iJ.MV
11/4!3.MW
11/41. MY
11/4S"NA
11/41.NB
11/4S.Ne
11/415"ND
11t4s-HE

LBM
LIH
LBH
SO

art>

aD
so
SD

•

LBH
JEN
JEN

JEN
JEN
JEN
JEN
Je;N

JEN
LaM
LBH
L8H

LBM
LsH

LaH

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1 t i45·IIII NH Be

tli4~.NJ
tl/45"P~

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LBH

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LPH

•
•
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It/45.PD aD

----It;:~:i~- t:~
11/4S.pK LIH

Ii i4!~PL "LBHtI/4S.PM lJaH
tl/4!.PH LBH
It/45.PS .sD

i 1 /4~';'PT"-Bb

STATUS
MO/yF<

6

LaR

LaH
L8H

MyGR
AREA

CAT~GORY

3 11/13 E
6 4/11 E
6 4/73 g
6 4/73!
6 4/73 €
6
4/ "
E
6 4/73 E
6 4/13 E
6 4/'3 €
6 4/ 13 E
6 4/'3 E

LSH
LaM

LBM
LBH
LaR

tl/4,.C;M eD
It/4~"GN aD

PROO
ENGR

R5Xl1 ... 0'
t?SX11.0'
RSX1'_O,
RSX11.0'

6
6
6
6
6
6
6
6
6
6
6
6
6
6

4/'3 E
4/'3 g
4/13 E

4113 E
4/73 E
4/,3 g
11/13 E
11/,3 E
Ill,) E
11/,3 E
11/7) £
11/73 E
11/,] E
11/3 E
11/13 E
6 11/1) E
6 11/73 E
6 11/3 E
6 11/?3 E
6 11/'3 i
1 11/73 E
3 11/73 E
3 11/,3 E
3 11/,) E
1 11/,3 E
E

E
E
E
E
E
E
E

LBH
LaM
JEN

1 11/?3
6 11/73

LBH

6 11/,]

LaH

6 11/.3 E
6 11 / 3 E
6 111, 1 E:
6 11/'1 E
6 Ill'] E
6 11/'3 t
6 11/73 E
6 11/'3 E
3 11/,1 E

LaM
JEN

JEN
JEN

JEN'

JEN
JEN
LaH

LaR

3 11/73

e

3 11/73 E

USED ON

Ot;5cRIPT!ON

12

11/45.'L, MMII-U, KIll_C, 2l0V 50HZ O~M
~811-A, MS11-SC, 2 MS11-SM, tA30-CA, 115V 60HZ UEM
•
K~11.A, MS11.SC, 2 MS11.SM, LAlO.CD, 230V 50HZ uEM
_
Kelt-A, MS11-ac, 2 MSI1-BM, VTOSS-AA, 115V bOHZ U~M
•
K811.A, MS11.ac, 2 MS11.SM, yTOSS.Av, 230v 50HZ O~M
•
Kall·A, MS11.ac, 2 MS11.SP, LA30.CA, 11sV 60HZ UEN
•
K811-A, MS11-SC, 2 M811.B~, LA30.CO, 2l0~ 50Hi D£~
•
Kb1t·A, MS11.SC, 2 MSI1-BY, YTOSS-AA, 115V 60HZ U~M
•
KaI1-A, MS11-SC, 2 MS11-6P, VT05S"AD, 230v 50HZ OtM
•
K8l1-A, MS11-SC, 4 MSI1-BM, LA30.CA, 11sV 60HZ UEM
_
KeI1.A, Msl1-ac, 4 Msl1.SM, LAlO.CD, 230V 50Hi UEM
K811-A, MS11-SC, 4 MS11-SM, VT05~-AA, 115V ~o~Z O~M
_
K811-A, Msl1.SC, 4 M511~8M' VI05awAU, 2l0V 50HZ O~M
•
KeI1-A, M511-SC, 4 M511.S M, LA30.CA, 115V 60 HZ uEM
•
K$li-A, MS11-SC, 4 M511.Sp, LAlO.CD, 230V 50Hi 6E~
"
K811.A, MP11.SC, 4 kSl1.SP, Vto58.AA, 115V ~O~Z'O~M
_
KS11-A, MS11-SC, 4 MS11-sP, VT05a-AD, 230V 50HZ O~M
RSX11.0. 11/45.CC Mfll_LP KTtl.C RK11.CA RK05.AA IClt TU5& MR11.D8 Kwl1-L Q~580.AC
PSX11"DI 11/4~.CD MF11-LP Ktl1.C RK11-C$ RKOS-BB TCll T05~ MR11.0u KW11.L QJ5~O.AC
11/45.CC MF11-LP KTI1-C RFll RS11
TMllwA TutO.EA MR11.DB Kw11.L H960wOA QJS80.AD
11/4S-CO MF11·LP KT11.C RFll RSI1-A TM11-j TU10.EO hRll-Ob ~Wl1-L Hi60.~a QJ5ijO-AO
11/4S.MC, MMlleLP, RK11.CA, RKOSeAA, CR11,
LP11-JA, DOll-A, NO AF11; RS1111/45 wM D, MM11·LP, ~Kl1I111CB, RKOswS8, CR11-A, LPI1-JB, DUll-A, NO RF11, RSlt
•
RSXllD MEAL TIM~ fl, 115V 60Ht
RSX11D REAL TIME '1, 230V 50 HZ
_
RSX110 REAL TIME #2, 115Y 60HZ
•
RSX11D REAL TIME -2, 230V 50 HZ
•
RSXI1D REAL TIME .3, 11SV 60HZ
•
RSXI1D REAL TIM~ 13, 230V 50HZ
RSXI1D REAL TIME •• , 115V 60HZ
_
RSX110 REAL TIME #4, 230V 50HZ
•
RSX11D SIS 1~ 11/45.CW, RK11.D~, TM11"EA, Q~5~O.AU, 115V 60HZ
•
RSxltD SyS 11 11/4S.Cy, RK11-0J, TM11.ED, QJS80.AD, 230V 50Hz
RSX110 SIS 21 11/45.CW MF11-UP RK11wO~ TM11.EA H900-0A QJ5aO-AO" 115 VbOHZ
~SX110 SyS 2. 11/45.Cy MF11-UP RK11.0J TH11-EO H960-0B QJ580wAD 2l0y50HZ
RSX110 SYS 31 11/4S-CW, Mfl1-UP, MM11-UP, RP11wCE, IM11-EA, CRII, .
LP11.JA, 0011.S, k9bOwOA, QJ580~AD 11SV 60Hi RSXllD SYS 31 11/45-Cr, M'11-UP, MM11-UP, RPI1-CJ, TMil- EO, CR11·A,
Ljl1-JS, bOll.S, H960w08, QJS80~AD, 230V SOriZ- - "
RSX11D SIS 41 11/451111CW MF11 wUP RK11.DE RKOS.AA, Q~S80.A', li5V60HI
RSX110 SYS 4, 11/45~C~ MF11-VP kKl1.0J ftKOS .. ij8 QJS80.AE· 2l0V 50kZ··
BATCH. 11/4S.CC, MF 11 wLP, RK11.CA, RKOS.AA, TM11-A, rUIO-iA, CRil, ~P!l.JA,
KW11-P, MRli.oa,OOl1t·A, QJ~SO·.AtfBATCH. 11/4S-CD, RKI1-ca, RKOS.SB, TMlt.a, lU10.ED, CRll-A, LP111111~B,
KW11-P, MRI1-08, DOll-A, QJ2S0.AO
- - BATCH, 11/45.PA, MF11I111LP, FPll-a, RP11-CA, ~P03.AS, HV60-0A, NO RK11, RK05
BATCH, 11/4S·P8, MFI1-LP, "11 8S , RP11-ta, R'03.SS, H96o.D8, NO R~li, RKO~
_
8 ATCM .1, 11 5 V «) 0H Z "
•
BATCH '1, 230 V 50 HZ
_
BATCH .2, 115Y 60kZ
•
BATCH '2, 230V 50 HZ
•
SATCH .3, 115V 60HZ
_
8ATCH ,3, 230V 50HZ
BATCH/DOS SIS 11 11/45-C U, ~Kl1.D~, TM11.EA, QJ2S0-AD, 115V 60H~
•
BATCH/OOS SyS 11 11/4S-CV, RKil.0J, Tif11"EO, "-~J250";;~O, "~IOVSOHi
•
_

MOnEL
NO

t 1/45.liU aJ
l1i4S.PV sO

llI4S.AA LIH
111".~C Sf)

1!/4,.RD SD
ItI4~.R£ SO

.

DESIGN

PROD

ENGR

ENGR

LBH

) 11/'3 E
1 11/13 E
6 11/7l E

LBM

E
6 11/73 E

LBM
LBH
LBH

6 11/'3 E
6 11/13 E
6 11/1] E

LBM

6 11/'3 E
E
6 11/13 E
6 11/'3 E
6 11/'] E
6 11/13 E
6 tl/73 E

JEN

tli45.'H( LAM
11/45""L taR
11/4~ .. RM LBH
tl/4!S.~N L8H
{1/4~ .. ~P 8~

JEN
JEN
JEN

tli45.~J L8H

11/4S.RR. BO
fti4~';'~S

Bf'
11/4~.RT BD
tl/41.RU SD
11/4!§.RV sD
It/4S.SC L8M
11/4S.SD LBH

l1i45.UA Sf)
11/4S .. U8 sD
11/41.uC SD
11/4!.UD sO
11/!6.ec sD
tt/50.eo sO
l1/1i').CE Be
l1i~o.CF sO
ttiso .. eM Be
tt/sO.eN BD

JEN
JEN

lIBR

LSH
LBR
LaH
LSH
LsH

~HM

RHM

LBM
LaH
L8H
LaH
LaH
LBH
LBH
LRH
LaH
LBH

E

E

6 11/73 E
:3 11/13 E
1 11/11 E

] ll/t3 E
11/.,3 E
1 11/13 £
3

1 11/13 E
l 12/73 E
] 12/1] E
3 41'3 E
1 4/,3 E
)

4113 E

1

4 / 71 E

6 I1/t-1 E

6 11/73 E
6 11/'3 F.

tl/'O.CR BJ)

LBH
LBH

6
6
6
6
6

11/IO.eT

l·aH
LBIi

3
3

sD

Lali

11/50-Cv BD

LBIi
Lsli

)
]
1
1

LaH

3

11iso.ep sD
tliso.es Bb
11/~n.eu

l1i~o';'('w

R~

sO

It/so.ey so
11/!o-hA aD
11/Io."B BO
lillo-OS BD
tt/50 .. 0T so

it/50-0U BO
11/5n.ov SD
il/'O~P"H

BO

11/50 .. FJ BO
l1iso.P'K 8t)
11/50.'L 80
11/50-~FM

se

LBH
Lali
LBH
LSR

LsH

LBM
LBH
LsH
LBH
LsH
{JBH

USED ON

STATUS
CATEGOR¥
MO/yR

LBH
JEN

L'H

fl/'~.RH

MFGR
AREA

11/13 E
11/'73 E

11/13 E
11/13 g
11/'3 E
4119 E
4113 E

111,l E
11/.,3 E
11/'3 E
11/13 E
3 41'13 E
3 4/73 E
3 4113 E
4/13 E

)

4/73 E

J
3

4/71 E
4/" E

]

3
3
l

4/'3 E
4/11 E
4/,3 E
4/'3 P:

ot;SCRlP'rlON

_
,BATCH/DOS SYS 21 1t4S-CU, RY.~11 .. AA,TCT1.GA' Q,!250"AC,---11"5V ~Ol!Z'
_
BATCH/DOS SYS 21 11/4S.CV, ~Fl1"A8, Tell.Ga, wJ250.AC, 210V SOH~
RSTS/451 11/4s-ee, MFI1-LP, MM11-LP, KT11.C, RF11, RS11;
MK11.CA, RK05~AA,
TCll, TU5ti, MR11"OB, KW11-P, H960-0A, DOll-A, QJ430~AC
RSTS/451 1t/4S.CD, MF11-LP, MM11.LP~ ~Tl1~C, RF ll, RSII-A; ~Kil-C~,-RKoS-aa,
TCll, TU56, MRI1-0B, ~Wl1~P, n9&O~Da, OU11~A, Q~4l0·AC
RSTS/45i 11/4S-RA, -tMl1",A, Tul0 wEA, QJ430.AD, -NO tell-;- -T05O-;---QJ41U.ACRSTS/451 11/4S wRa, TMlt.a, TU10~ED, ~~430-AP, NO TCll, lUS6, ~J~lO~AC
RSTS/45. 11/4SwCC, MF11-LP, MM11~LP, KT11-C, FP11.S, RP11-CA ~P~3~AS, i~11 .. A,
TU10.~A, MR11-0a, KW11"'P, H9bO.DA, DOll-A, QJ4l0 wAORSTS/45. 11/45~CD, MF11.LP, MM11 wLP, K~11wC, FP11.~, RP11~C8 RP03~eS; rMl1-a,
TUIO-EO, MRI1-08, KW11wP, M960-0B, DD11~A, ~J430-AD..
RSTS, TIME sHARE lH, 115V 60HZ
-~. - -- - --- --_
RSTS, TIME SHAR~ #1, 210V 50 HZ
..
RSTS, TIME SMARt 12, 115V 60HZ
RSTS, TIM~ SHARE .2, 2l0V 50HZ
'"
RSTS, TIME SHARE 13, 115V 60HZ
RSTS, TIME SHARE #1, 210V SOH~
'RSTS/E .11 11/45 .. Cw MF11.UP RF11.AA RK11 .. 0E TCll.C;A H960w1>A- QR4l'O .. AC 115V60H
RSTS/E #11 11/45.CY Mfl1.UP RF11.A8 RK11-pJ TCI1-GB H960-0B QR4l0-AC 410VoOH
RSTS/E .2' 11/4S.CW MF11.UP RF11 .. AA RK11.DE TM11.EA H960~DA QR430~AD 115V608
~STS/E j2c 11/4S-CY MF11.UP Rrtl.A8 RK11-oJ fMl1.ED Hg60·PB QR4l0~A6 230VSOA
RSTS/E #31 11/45.CW MY11-VP RP11.CE FPll.a TM11.EA H960.0A QR43g_AO-115V60HZ
RSTS/E .3, 11/4S.CY MF11.UP RP11.CJ FP11-a ~Ml1-EU H960.0a QR410-AD 2l0V50HZ
11/4S.CW, 01111 .. A, RK11.0E, RKOS.AA, H960",DA; DRliwAA,- QR4)O;;AE, 115'V 60HZ11/4S .. C~, O~11.A, RK11 wOJ, RKOS-aa, Hg60.0B, OHI1-AC, QR430.A~' 2l0V 50HZ
_
KB11.A, MFllwLP, MM11 .. LP, CAB, UPGRADE FROM-11/20, 11SV 60Hz

KeI1-A, MF11"'~P, MM11-~P, CAB, UPGRAOE FROM 11/20, 230V 50HZ
KBlt-A, MF11.~, MM11.L, CAB, UPyRADE FROM 11/20, 115V 60HZ
KBI1-A, MFI1-L, MM11.~, CAB, UPGRAD~ fROM 11/20' 230 V 50HZ
KBl1-A, Msl1.SC, 4 Msl1-SP, ~A10 .. CA, CAS, 115'1 60HZ
.KBtt"'A, MS11",aC, 4 MSl1"SP, LA30.CD, CAB, 230V 50HZ
Kall-A, MS11-aC, 4 Msl1 wSp, VT05S-AA, CAB, 115v"60HZ
KBll.A, MS11 .. aC, 4 MS11 .. BP, VT05S.AD, CAB, 2lQV 50 HZ
11/S0.CC W AUTO LoADER, CLOCK, PWR FAlL, 11SV 60HZ
li/S0.CD W AUTO LOADER, C~O~K, PwR FA1Ll ~36V 50H~
_
1i/50-eM + 16K CORE, l1SV 60HZ
_
ll/50-eN + 16K CORE, 230V 50HZ
05S00
Kal1-A, MS11-BC, 4 MS11.BP, H967.hC, 115V
05500
Kal1~A, MSll-eC, 4 MS11-SP, H967_hB, 230V
•
KeI1-A, MSli-SC, 4 MS11"ST, MR11.0B, KW11.L, LA30.CA, CA8, 11SV 60HZ
•
KSI1wA, MStlwSC, 4 MS11-St, MH11-D8, KW11.L, LA30.CD, CAB, 210V 50HZ
KSI1-A MS11"BC 4 MS11.eT MF11.UP KT11-C MM11-0S RW11",L LAlO.~A-CA~ i1SV 60HZ
KB11-A MS11-eC 4 Ms11-St MF11-UP KT11-C M~11-DB Kwl1-L ~A10-CO CAS 230V 50HZ
0051 11/4S-DC W 11/50-CC INSTEAD or 11/45 wCC
nOs' 11/45.DD w 1l/50 .. CO INSTEAD OF 11/4S.CO
OOSI 11/45-0S W 11/50-CC INSTEAD OF 11/45.C~
nOSI 11/45.01 W 11/~O.CD INSTEAD OF 11/45.CD
nOS. 11/45-0U w 11/50-CC INSTEAD OF 11/4S-CC
0051 11/4S.DV W 11/50.CD INST~AO of 11/45.C~
•
OEM 11/50~CC, l15V 60HZ
•
O~M 11/50-CD, 230V 50HZ
_
O~M 11/50.CC W NO PAR1Ty, 115V bOhZ
•
O~M 11/S0.CO W NO PARITY, 2l0V 50HZ
OEM 11/50.CC + 8k CORE M£M~~ ME~ ~ANAGEM£NT, ll~v 60Hi
w

_
..
•
•
..
•
..

MOOEL
NO

tt/SO.piN
tl/$O.FP
11/S(h."R
11/50.P'5
11/50.'T
l1i50.Fu
t1/S0.FV
It/50.ME

8D
AF)

aD

so
sD

Ae

AD
aD

DESIGN

PRO"

ENGR

F.NGR

Lsli
tali

LaM
LBH
LBM
LBH
LSM
I~BH

MFGR
AREA

STATUS
MO/yR
3

1

CAT~GORY

41'3 E
4/71 E

4/13 E
3 11/73 F.
3

1 11/,3 E
3 lt/'7~4 E
3 11/73 E

'"
11/50-"'H
80
tl/iO.MJ aD

tali

LBM

6 11/71 E
E
6 11/'7.1 E
£:
6 I1/f~ E
6 11/'3 E

aD

LBH

6

11~5o.MK

6

•

11/S0.MM LBH
tlis(j.MN LBH
11/S0.MP LIM
11/!Jn~MR LIH
11/S0.totU IJIH

11/50.MV
11/50.MW
JI/10.MY
tt/IO.HA
l1/iO.NS
11/50.NC

11"13

E
E

•

LaH
LBH
LIM
8D
at)

JEN
JEN
JEN
JEN
JEN
JEN
JEN
JEN.

IJ8H

LaH

BD

LBH

11/1o.NE BI

LSM

It/SO.NO aD
•

LaH

LBH

•

l1/in-NH SD

It/50",HJ aD
11/S0.pA Bll
11/56;"P8 at>
11/5tt.pC aD

LaH
LaH
LBH

LeA

11/7 3 E

E
6 11h'3 E

6 11/'3 E
6 11/'13 E
6 11/7J F.
6 11/'1 E
6 11/73 E
6 11/'] E
6 11/'1 E

1 11/'3 It
1 11/73 E:

1 11/,] E
3 11/,3 E
l 11/73 E
E
3 11/73 E
E

3 tll,l E
1 11/13 E
6 11/71 E

LaM

6 11/'3
6 11/13
6 11/'13
6 11/1]

tt~5".PF ~D

LaN

6 11/'3 E:

l1/iO.PH LiM
ti.lS6~PJ LIM

"EN
JEN
JEN

6 11/.,3 E
6 11/13 E

It/50.PO aD

11/!10.pE eo

•

!J ~'~.PK

L~H

11/50.PI, LIM

_... 111,~O~~_~ LIM

tSH

LSH

£
E
E
E

JEN
JEN

If/SO.pH LIH

JEN

11;:&:::
ti=
11/$0",P5 BlJ

JE:N

JEN

{l/s6 .. PT sO

LBM
LBM

tl/!SO.PV aD

LsH

11/5g.~U._~~

E

E

L8H

6 11/,3 E
6 11/7) E
6 11/13 E
6 11/11 E
6 11/'3 !
6 11/,3 E
l 11/1) E
] 11/1.3 E

3 11/11 E
1 l1/1l E

D~SCRIPTION

USED ON

14

OEM 11/50.CD + aK CORE MEM ~ MEM MANAGE~ENT, 23QV 50H~
OEM 11/~O.FM W NO PARITy, 11~V bOHZ
O~M 11/50~FN W NO PARITY, 2l0V 50HZ
•
11/50.YH, MY11-UP, KTlt-C, 115y 6UHz UE~
•
11/s0-ru, MF11.UP, KTI1-C, 230V 50HZ UEM
•
11/S0.FK, MFI1-U, KT11~C, 115y 60HZ OEM
11/~O·FL, MFli·U, KIll-C, 2joV 50HZ OtM
RSX11.D, It/so.ee, MF11 .. LP, KT11.e,-RK11.CA, HKOS.AA, TM11"A, TU10.~A,
MR11-PB, KWI1-L, QJ~80·AD
RsXl1.0a it/SO.CD, MF11.Lp, KTI1-C, RK11.ca, HKOS-S8, TM11-a, TU10.~D,
MR11-0B, KW11.~, QJs80_AD
RSX11.0; 11/4S.MH W 11/50-CC INSTEAD or 11/45~CC , NO H96Q-OA
RSxl1.D, 11/4S.MJ w li/SO-CD INsteAO Or 11/45.CD , NO H960.00
RSXI1-D. 11/50-ee, 2 MF11.~P, MM11·~P, KT11~C, RPI1-CA, R~Oj.AS, fMl1-A,
Tu10.EA, CDlt-EA, LP11wRA, MRI1-08, KNt1-t, H96Q-UA, v.J~SO.AD
RSXI1-0, 1t/50-CD, 2 MF11.LP, MM11.LP, KT11-C, RP11-CS, ~POJ.8S, TMil~B,
TutO-ES, CDII-ES, LPI1-R8~ ~Rl1~D8, Kwl1.L, H960-0S; QJ580 .. AD
RSXll0 REAL TIME #1, I1sY 60HZ
RSxllD REAL TIME ,1, 210V SOH~
RSXI1 D REAL TIME '2, 115Y 60HZ
PSXI10 REAL TIME *2, 230V 50HZ
RSX11D REAL TIMe #3, 115V 60HZ
RSX110 REAL TIME 13, 230V 50HZ
RSXllD REAL TIME •• , 115V 60HZ
RSXI1D REAL TIME .4, 210V 50HZ
RSX11D SyS 11 11/50.CW, RK11-0E, TM11 w EA, QJ580wAD, 115V 60HZ
RSX110 srs I, 11/50.cre RKll-0J, TM11.E~, QJ580-AD, 230~ 50hZ
RSxllD SyS 2. 11/50.Cw MF11-UP RKil.D~ TM11.EA H960.0A ~JS80"AO 115V bOHZ
RSX1lo BYS 2, 11/50.CX MF1S.UP RK118DJ TM11.EA H960~08QJS80.AO ~lOV 50HZ
RSX110 SrS 31 11/S0~Cw, MF11-uP, MM11-uP, RP11.eE, ~Ml1.~A, CRll, LP11",JA,
D011-S, H960~DA, QJS80.AD, 11sV 60HZ
RSX110 srs 31 11/50.CY, Mfl1.UP, MM11-uP, RP11-CJ, TM11.EO, eRSt-A,
LP 11-J8, DOll-a, H9bO~D~, QJSSo-AD, 2JOV 50HZ
RSXltD SIs 41 11/50.CW, MF11.UP, RK11-DE, R~05-AA, QJ580.AE 115V60HZ
RSXI1D SIS 4. 11/50-CY, MIll-UP, RKI1-0J, RkOS-&B, QJ580-AE 230V50H~
--BATCH. 11/4S-pA w 11/50 ..CC INSTEAP of' 11/'*S ..CC
BATCH, il/4S-PB W I1j~O .. CD tNsTtA~ OF 11/4s.Cb
BATCH. 11/4S.pC w 11/50.CC INSTEAD uF 11/45.CC & NO H960-PA
BATCH, 11/45.PO W 11/S0.CD INST£AO OF 11/45.Cb , NO H960 .. oa
BATCH, 11/s0.ec, MS11.SD, 2 MS11.jP, FP11.a, RP11.CA,-RPOJ.AS, IM11.A,
TUIO.EA, CDll.EA, LPtl.RA, MR11.0S, KW11 .. P,-OD11.A, QJ250~AD
BATCH, 11/50-CD, MS11-ao, 2 MSl1-aP, FP11-a, RP11.C8, RPOl-sS, tMl1~B,
TUIO_ED, CD11.E~, LP11-RS, MRrl.Da,K~11;P~-DDlI.A~ QJ250;A~
BATCH fl, 115V 60HZ
BATCH .1, 230y 50HZ
BATcH #2, 11SV 60HZ
-SATCH 12, 2l0y 50HZ
'"
BATCH '.I, 115V bOHZ
-SATCH 'l, 210~ 5GRt
•
BATCH '4, 115V 60HZ
BArCH ,4, 230V 50HZ
•
BATCHIDOS SIS I' 11/S0.CU, HK11_D~, TM11_~A, ~J~59.~D, 115V 60HZ
•
BATCH/DOS SYS 1: 11/50-CV, RK11.0v, TM11-EO, QJ250-AD, 210V 50HZ
BATCHIDOS SYS 21 11/50.CU, RF11.AA, T~t~.~~_, _~~~!.O_~~, lUiV 60HZ
BATtH/DOS SYS
it/So-tv, Rr1t.A8~ '1'''11-(i8, QJ2S0"'AC, --2JOV"SOHZ
•

•

.

~

--

2,

MODEL
NO

DESIGN

PROp

ENGR

F:NGR

STATUS

LaR

,.

3 11/?] E
It

11/,n .. py 8D

-

3 11/'3 E
E

fl/!50"~A Bill
tl/!50",~B

eo

L8R
L8R

tlI.S-0.~C

I1D

LSH
LBR

tl/S0"RD 80
11/5e .. ~E BO
11/S"-RF an

11~!O .. IUf L~H
11/50 .. ,,, L~H
I1/JO,","K L8H

11/50.RL LIM
11/50,,~M L9H
11/50"RN LIH

JEN
JEN

SD

JJBH

fl/iO.Us eD

If/IO';'UC 'BD
t1/!SO-UO RD

ltt)of.OA vi
11°01",06 VB
1100t_OC v~
11°01.00 Vi
tiDol_be: vi
tiDot.DF VB
11001"0G VB
l1Poi.OH V8

ItoO:'.OA VB

1100,.08 ve

I1D16.CA

VB

11010.C'!B VB
l1IHO",CC VI

1IDl0.CD
tlDl0 .. CE
I1DI0.CF
ttniO.DE
11DiO.DF
11 0 20-l'!A
11 T'>20.C'B
I1 DIO·CC
l1D20.CD

"-f iD20.C'E

I1D2t'}-CF

i 1021 ';'CA

t 1 OiH -CB

11Dt'.CC:
I1D2t.Co
liD2i';'~E

VI

VB
vB

va
vB

6 11/" F.
6 11/'1 E

JEN

LeH

af)

6 11/.,3 E
6 11/'3 E
6 111", E
6 11/71 E
6 11/13 E
6 11/'3 E

JEN

L,BR

11/50~tJA

6 11/'3 E
6 11/23 E
6 11/13 E

JE:N
JEN

11/!O.RR BD

tl150.RT BO
11/10.JW 'Bl'l
tt150 .. RV aD

6 11/';) F.

LaR
LSR

11/!O",PP aD

11/IO .. PS

CAT~GoRy

3 11/73 E
3 tl/,) E
3 11/13 E

1 11/.,3 E
3 11/13 E

LSH
LBH
La R

1

3
1
3

L8R

LeB
LeR
LBH
DPR
DPR
DpR
DPR
DpR
DPR
DPR

OPR
OPR
OPR

OPR
DPR
DPR
DPR
OPR
DPR

oPR
OPR
OAS
PAs
DAS
DAs
DAS
DAS
DAS
DAS

COM
COM
COM

11/73

E

4113 E
4/,3 E
4/'3 E

3 4 / 13 E
2 10/.,.\ B

2 10 / 13 B
2 10/'13 B

COM
eOM
COM

2 10/'1 B

COM
COM
COM

10/73 B
10/73 B

COM

COM
CO~

2 10/.,3 B
10/73 B

2
2
2
2

10/,1 B

2 10/'] B
) 10/-':) E
3 10111 E

COM
COM

3 10/,3 E
3 10/'3 E

COM
COM

3 10/') E

COM
COM

1 10/13 E

3 10/ 13 E
3 10/'7) ~
3 )1'2 E
3 3/12 I!:
1 3112 E
3

3/'2 E

1

5/72 Ii:
5/,2 E

3
3
1

3112 E
3/,2 J!

OAS

3

3112 E

DAB

3

3/,2 E
5/'12 E

DAS

USED ON

DESCRIPTION

15

MO/yR

3

11/50~CU, MS11~aD, 2 MS11-HT, FP11-s, RP1I-CEi TM11-~A'
CD11-EA, ~Pl1-RA, D011-s, GJ250.AU, 115V 60HZ
BATCH/DOS SIS 31 11/50·CV, MS11-SD, 2 MSll-aT, FP11-S, ~Pll;CJ, TM11~~D
CD11 wE8, LPI1-R8, OU11wS, QJ2~OwAD, 230V ~OriZ­
RSTS/SO. 11/45~RA w 11/50-CC lNSTEAD OF 11/45~CC
RSTS/50a 11/4S.R8 w 11/50wCD INSTEAD OF 11/4~~CO
RSTS/SO, 11/4S_RC W 11/s0-CC INSTEAD OF 11/45~CC
RSTS/501 lt/45.RD W II/SO-CD INSTEAD OF 11/4S .. CO
RSTS/sO. 11/4S-REW- 11/S0",CC INSTEAD Ot' 11/45~CC
R5TS/50; 11/45-RF ~ ll/50~CD INSTEAD or 11/45~CD
RSTS, TIME SHARE fl, 11sV 60HZ
w
RSTS, TIME sHARE #1, 230V 50H~
RSTS, TIME SMARt '2, 11~V 60HZ
•
RSTS, TIME SHARE #2, 230V 50HZ
..
RSTS, TIME sHARE fl, 11~V 60HZ
..
RSTS, TIME sHARE #3, 230V 50HZ
RSTS/E #1' 11/50.CW MF11 .. UP RF11.A A RK11.DE TC11.GA H960.vA QR430_AC 115V60H
RSTS/E #1& 11/50.CY Mrl1-UP RF11.AB RK11-UJ TC11-GB H960.0B Q~430.AC 230V50H
RSTS,E f21 11/50 wCW MFI1_UP RF11.A A RK11wDE TMli~EA H?60",DA- Q~4l0",A~ 115V60R
RSTS/E #2. 11/50-CY MF11-UP Rrll"'AB RKll-0J TMI1-ED Hg60-0SQR4l0.AD 2l0V50k
RSTS/E ,31 11/50.Cw Mfl1.UP RP11.CE F~11.B TM11.EA H960.0A ~R430.AD-115V60Hi
RSTS/E .3; 11/S0.CY Mfl1-UP RP11-cJ F~11.s TM11-ED K9bO.Ob QR430wAO 2loV50HZ
,.
K8l1"A, MS11.ac, 4 MS11.SP, CAB, UPGRADE FROM 11/2Q~ 115V 60HZ
-Ka11.A, MS11-ac, 4 MS11-sP, CAB, UPGRADE FROM 11/20, 230Y 50H~
w
KB11-A, MS11.SC, 4 MS11.SM, CAB, UPGRADE FROM IlilO, 115v 6bHi
"
KB11-A, MSll.sC, 4 MS11-SM, CAB, UPGRADE FROM 11/20, 230V 50HZ
tlDxX
DU11-0A, KG11wA, CR11, LP1I-JA, OD11-S,-ll5v bOHZ
l1 DXX
DUI1-DA, KG11-A, CR11-A, LP11-J8, DU11-S, 2l0V ~OhZ
l1DXX
DUllwOA, KG11-A, CRll, Lpll.KA, DD11-a, 115v 60Hz
110 lX
OUl1.DA, ~Gll_A, CR11.A, LP11_K8, 0011.8, 230V ~ohZ
l1Dxx
Duli.OA, KG11.A, CRll, LsI1-A, D011-S, 115v-60HZ
11 DXX
DU11.DA, KG11.A, CRll.A, ~S11_B, D011.a, 230V 50 HZ
110XX
DUII-OA, KG11-A, LS11 wA, 0011-s, 115V 60HZ
l1DXX
DUII-DA, KGlt-A, LS11wB, D0 11-e, 230V 50Hz
11DXX
DX118BA, BM87l w YX, 11SV 60HZ
l1DxX
Oxl1-as, SM873-yX, 2)OV 50HZ
•
li/10-NC, 8K MM11.L, SM792-YA, LT33-DC, H960-CA, 115V 60HZ
•
11/l0-Ne, 8K MM11-L, 8M792wyA, LTll.OD, H960.CB, 230V 50Hz
•
It/lO-NC, 8K MM11.L, BMi92-YA, LTll-OC, H967~AA, 11~V 60HZ
_
11/l0.ND, 8K MM11 wL, BM792-XA, LTll-OD, H967.AB, 230v 50Hz
•
ll/l0-NC, 8K MM11-L, BM792-YH, LAjO-CA, TAll-A.A., ri9c:,O-CA, - 11!S~
_
l1/10_NO, 8K MMI1-L, BM792-XH, ~A10.CD, TAll-AS, H960 .. ca, 2JOv
•
11£10.NE ~ OECCOMM LOGO, 11~V 60HZ
_
IlElO.NY W DECCOMM LOGO, 230V 50HZ
•
COMM SYS BASE, 11/21-CA, KWI1-L, QJ20-AP, Q~D50-AS
_
CONM SYS BAsEr 11/21.CB, KWI1-L, QJ20.Ap, QJD50.AS
•
11/20-AA + MMI1-F, KWI1-L, QJ~o·AP, QJ050.AS,H957 SHORt CAb
11/20-Ab + MM11-r, KW11-L, ~J20-Af, QJ050.AS, H957 sHORt ~A~
11/21-CE, KWll.L, Q J C 2 0 - A S - 11/21-cr, KW11.L, QJC20-AS
2790 COMM SyS SRC, lt/21~CA, Kwll"L, DP11.0A, KGll.A, QJC21-AS
2780 COHM SYS SRC, 11/21-CB, KW11.L, DP11-0A, K~11-A, Q~C21-AS
11/20.AA + MM11.' Kwl1-L DPll.0A KG11-A QJD50~As ~JC21-is H957 iH0R~ CAB
11/20-AB + MMI1-F KW11",L OP11-DA KG11~A QJD~O-AS QJC21-AS H951 SHORT CAa

BATCH/DOS SYS 31

2780 COMM SYS SRC,

11/21 wCE, KWll.L, OPl1;OA, -KG11-A, --Q~--C21;As -

STATUS
MO/YR

MODEl)
NO

DESIGN
ENGR

111")21.CF

3
.3

tlo~6·eA

nAS
DAS
DAS
DAS

ltO~6·~C

DAS
DAS

3
3

tlo2~·CA
ll02~I!!CB

11 n26.ra

ttOi~.CF

3
3
.3

3
3

OA~

110.P",CE VA
tt04~.CF

V~

11040",~J

v8

11o,,,.r)l< VI

VB
VB
VB
VB
VB

VB

tt050.0N V~
110Io ... f)P vB
t U::OS-BA RS

l1Eo5.BB RS
Itr,OS.Ng aD

liF.05.NP' eD

t U:05.NH aD

ltE05. NJ SD
I1P.:11').NE BD

ltF.U, .. NF aD
11!:10.NH
l1El0. NJ

E~GR

DAS
DAS

1102tt.r.0
tlo26-eE

11 0 40-"N
llD40.0p
l1DSO.CE
tloSn-cp'
110!90.DJ
111150';'OK

PROn

sD

at
AW

OPR
DPR
OPR
OPR
OPR
OpR

COM
COM

eoM

r.OM
COM

COM

OPR

COM

PPR

COM
COM
COM.

DPR
OPR
rJPR

DPR
FE
FE

sw
sw
sw
Sw
sw
SW

Sw

sw

eOM

j

51'2 E

5/72 E
~/'2

E

31'12 E
31'2 P.:

3/ 72 g
3/72 E
5/'2 E
5/72 F.

1°/,3

'3 10/,3

2 10 1 1.]
2 10/73
2 10/73
2 10/13
3 10113
.) 10113
3 10/73
) 10/73
3 10/73

E

e:

E

E
E

E

E
E
E

E

COM

g
,3 10113 E

IPG
IpG

.3 11/7l E
3 I1/t3 E

81,3 E
l 8113 E
l 11/,3 E
3 11/13 E
] 81.,3 E
3 S/?3 E
.3 11/'3 E
3 11/?3 E
.]

3 12/;,3 F.
3 12/'73 E
3 12 / '3 E

l1Ll0.R~

AW
AW
AW

l1L10.1~

AW

EK
EK
EK
£K
EK
EK
EK

111110 ... 8F AW
11!tl0.eH A.W

EK

1 12/73 E
.3 12/') !
1 12/13 E

EK

3 12/,] E

EK
EK

E
3 12/73 E
3 12/11 E

11L16"'AA
lit,IO.AS
liLlO-SA
t lL10.BB

AW

1 tt. 1 O.BO AW

'"

3 12/13 ;:

3 12/11 E
3 12 / 71 E

E

•
l1t~10.Bf(

E1<

£

AW

ilt.lo;;,sL AW
l1L46",AB AW

3 12/73

AW

ERK
ERK
EK

AW

EK

3

1 U,l4 "A£ AW

EK
EK

lU t ~J}AA~
tfL4 .. B8 Aw

EK

3 12/,) E
1 12/13 E
3 12/,3 E
1 12/7) It

ttL40.AA AW
11~40",AC

•

11~40.AO

•

I1f.l4 ';'AF A~
l

.1 12/13 E
3 12/11 F.
E

12/13 E
E

F.K

USED

CAT~GORY

ON

DESCRIPTION

10

2790 COMM 8YS SRC, 11/21.CF, KW11.L, UPllwDA, KG11.A, Q~C21-A6
11/21-CA, KWI1-A, kHl1~A, uXll-SA, 360/370 (2848), QJC22, "950, 115V 60HZ
11/21-CS, KW11wA, KHI1-A, DXlt.SA, 360/370 (2848), QJC22, H950, i30V 50HZ
2780 COHM S¥S, 11/21-CA, ~Wl1.L, OPI1-0A, KGI1-A, Q~C21-A~
•
2180 eOMM SrS' 11/21-CB, Kwl1-L, DPI1-0A, KGt1-A, QJC21.A&
_
11/20-AA + MMlt-r Kw11.~ DP11-0A KG11-A QJC21pA~ ngS7 SMORT CAB
•
11/20.AS + MM11-F Kwl1-L OP11.DA KGll-A QJC21.Ab H957 SHO~T CAB
•
2780 COMM SYS, lt/21-eE, KWI1-L, OPI1-DA, KG11-A, QJC21-Ab
•
2780 COMM SYS, 11/21-Cf, KWI1-L, OP11.0A, D~11~A, Q~C21.A&
•
11/40-CP, KW11·~' 115V 60HZ
•
11/40.CR, Kwll.L, 230y 50~Z
11/40-CM, KW11-~' TCll-GA, 115V 60 HZ
•
11/40-CN, KW11-L, Tell.Ga, 230V 50Hz
..
11/40-CM, KWI1-L, TM11·~A, 115V 60 HZ
11/40 .. CN, Kwl1-L, TM11.ED, 230V 50HZ
•
1t/50.eM, TA1I.AA, OD11pB, 115V 60 HZ
1i/50.eN, TAll-AS, 0011-a, 230V, 50HZ
•
1I/50.CM, RK11.0, RKOS ... AA, TCl1.GA, 115V QOHZ
11/50-CN, RK11-0, RKOS.SB, Tcil.Gb, 230V 50HZ
•
11/50.eM, RK11-0, RK05-AA, lMl1.EA, 115V 60riZ
11/50.eN, RKll.0, RK05~B8, TM11.ED, 23QY 50HZ
_
IN011-SA
l1EOS-NE w INDUSTRIAL CUNSOLE, 115V 60H~ OEM
IND11.68
l1EOS-NF W INDUSTRIAL CON$OL~, 230V 50HZ OE~
ll/0S.NC MMll-L RK05-AA RK11-0 TA11-AA LAlO-CA aM792.¥8 H960-CA 115~60 OEM
II/05_NO MMll.L RKOS.SS RK11.D TAll-AS LA1o.CD BM192-iS H960.Ca 2l0V50 ij£~
II/OS.ND MM11-L RKOS.AS RKI1-0 TA1I-A8 LAlO-C8 BM792-XB H900.Ca 230Y bO O~M
Il/OS.NC MM11-L RK05_BA RK11.0 TA11-AA LAlO.CC 8M792-xB H96o.CA 115v 50 O~M
11/10-NC MM11-L RKOS.AA Rkl1-D TAll.AA ~AJO.CA bM792.~B H960-'A I15ijbtiHZ
tl/tO.NO MM11.L RKOS.SB RK11-D TAll-AS LAlO.CU aM792.~B H96U.C8 2l0V50HZ
Il/lO.ND MM11-L RKOS-AB Rkl1-D TAll.AS LA30-Cb &M792-XB H960.CB 230V bOHZ
11/10.He MM11.L RKO~.aA RK11.D TAII-AA LA10.CC aM792.~8 H960-CA li5V ~OhZ
_
l1El0-NE, Nfll, KL11, QJ005.Ai, 11SV bOhZ
•
1IEIO.NF, NPI1, KL11, QJOOS.AE, 230V 50HZ
•
11/10",NC, LT33·0C, aM792-YH, TAII.lA, DOll-a, H960.CA, 115V 60HZ
•
tl/10.NP, ~T1l.0D, BM792"XH, TA11 .. AS, DOll-a, H960.Ca, a30v 50HZ
...
11/10wNC, LTll·OC, ~P511·SA, ~PSAD·12, LPSKW, H~60·CA, 11~V 60H~
...
tl/10WND, LT33-DD, LPS11wSB, LpSAO.12, LPSKW, H9 b u.CB, 230V 50HZ
11/10.NC LAlo-CA TA11wAA LPS 11-SA LPSAP-12 LPSDR-A LPSKW H960-CA 0011-8 115V60
lillO-NO LA30.CO TAlt-AS LpSl1-sB LpsAD.12 LpSoR-A LpsK~ h960.CB 0011-8 230V50
•
1I/IO.NC, LA30.CA, MM11.L, TAII_AA, LPS It. SA, LPSAO.12, L~SU.R.A,
LPSKW, Hg60.CA, OD11-a, 115V 6 0 H Z ·
.
tl/10.NO, LA10.CD, MM11.L, lAllwAS, L~S11 .. Sb, LPSAO-la, L~S~R.A,
•
LPSKW, H9bO .. CB, DD11.a, 2l0V 50HZ
-,
•
1IEI0- NE, LPsl1-SA, LPSAO.12i LPSKW, 115V 60HZ
1IEIO .. NF, LPS11.sa~ ·LPSAO-12, L~S~~, 230V So HZ
_
11/40.Cu VR14.LC LPsl1-SA LPSAO.12 2 LPSAG LP~K~ LPSDR.~ !1~VbO~Z
•
11/40-CV VR14-LC LPS11-SB LPSAD-12 2 LPSAG~PSKw LP50R.A 210V50HZ
11/40.SA, MR11.0B, RKI1-0E, TM11.EA, LSI1-A~ ~Pl1, ~L!l .• A; ~D!1"8,
•
KW11~L, QJ005~AD, 115V 60 HZ
..
11/40-8B, MR11.08, RK11 wOJ, TMI1-EO, LS11.a, NP11, ~Ll1.A, ~O~1.B,
KW11-L, QJOOS.AO, 230V 50 HZ
•
l1L40-AA, TU10S-EA, QJ003.A~, QJ940-A~, 115V bOHZ
_
l1L40wAB, TUI0a_EO, QJOOlwAE, QJ940-AE, 2l0V 50Rz
•
11/40-SA, LPSl1-SA, LPSAD-12, LfSKW, 115V 6dHZ •
11/40wSB, LPS11.S8, LPSAO-l~, LPSKw, 230V 508i .
_
•
_

MOOEL
NO

ENG

DESIGN

PROD

"'FGR

MGR

ENGR

F.NGR

AREA

t HI4o;'eC- AW- ---- -EX

AW
11L4~.~ AW
ltL4e .. SF AW

11L40"'BO
ttL~e.8H

AW

11L40",BJ AW
-1 fL46.ll4K Aw
l1L4"·SL AW

tlL'O.!M AW
11L6Q"SN AW
IfL'OwSP AW
l1L40·SR AW

EK
EX

iK
EK
EK

EK
EK
EK
EI<

EK
E1<

l1L'fJ·14s Aw

Et(

11~46"~T

tK

-•

AW

1 fL4!-,iA sO
l1L45.IS aD
1 u;-, 5 wet st>
111,,41.80 Be

tlt'S·s!: aB
l1t4~"BF Sf}

l1L45",sH

aD

1IL'S.aJ Be
t H,4,-SJ( BE
l1L4S"BL SD
tlL4~·~M

BD

L8H

LBH

LsR

LsH

LaH

L8H

L8H

LBH

LSH

'II

aD
.
11L50_aK so

L8H

tlL!Jri.SL SO

LSH

OIl!

11l1S(j';'BM

Be

t 1L~b·rH~ 51!)
l1L!JO.Sp SD
llL50 .. BR SD
l1L50""BS BO
ttl,50wST SD
fh,s6.RU ~D

'"
1hJs~';'av
aD
•

11R2ft-AA
t lR20,~~B

l1Rln·LA

E

1 12/73 E
E
3 12113 E
1 12/'3 E
1 12/ 7 3 E
3 12/71 E

12/73 P:
12/'3 E
12/ 7 1 E

t.lSH

LBR

tBH

tl,SO.SJ

3 12/.,3 E
3 12/73 E
] 12/,3 E
3 12/73 E
3 12/,3 E
3 12/'] E
1 12 / ,) E
3 12/'3 E
3 12 / '3 E
1 12/'3 E

E
E
3 12/73 E

LBR

it tis6.BC eD

j

12113 E
.3 12/7) E

LSH

LaH

LSH
LBH

l1L5n.SD BI
tILIo.BE eO
l1L50-BF BD
IILSO.14M Bt'

3 12/13 E
)

3
3
1
3
1
1
3
:3
3
1
3
3
3
1

LBH
LeR
LaH

lUJ4'5 .. SN BO

l1 L 50- S A sO
1111se_Ra eD

STATUS
CAT&.;GORY
MO/YR

LSH

1,,8101
La'"
LBH

12/71 E
12/,1 E

12/73 E

12 / 13 E

12/71 E
12/11 E

12/,] E

12113 E

12/73
12/73
12/13
3 12/'13

E
E

E

F.
3 12/13 E
E
l 12/13 E
E
3 12/'7l E

3 12/13 E

]

12/13 E

]
]

12/.,3 E

L8H

12/,3 E
:3 12/73 E
3 12/ 7 3 E

L8H

)

12/,3 E

KH
KH
KH

1 12 / 71 F1 12111 E
3 12/11. E

L8H

LBH

E
E

USED

DESCRIPTION

ON

17

BM192.YB, TellwGA, DD11" S , 115V6oHZ
Tell-Ga, 1J011 w8, 230Y 50HZ
RK11.0E, TA11"AA, DOll-a, 115v bOHZ
Rl<11"OJ, TA11"AB, 0011"'S, 230V 5011Z
RK11.0E, RKOS"AA, DiH 1-8, 1~5v 60hZ
RK11·I)~J , RKOs",SS, 0011·13, 230V 50HZ
'"
11/40.ec, MR11.0B, RKll",OE, TM11",EA, DOi 1.8; - 1 f5v 60HZ-- 11/40.80, MR11·0B, RK11"'OJ, TM11.~D, D011 .. S, ;l30V 50HZ
11/40-.SC, BM792.yB, RKI1-0E, lU(OS.AA, LP11.FA, 0011 .. S-; 115v 60Hz
11/40.BO, BM792·YB, RKI1-0J, RKOS",SB, LP11-f"S, I.H)11""S, 210 Y 50HZ
11/40.ec MM11-U MR11-08 KE11.E Kwl1 .. L RK11-DE Tl\U 1.t;A DD11.l:S 115v 60
11/40·80 MM11111U MR11",oB KE11-E KW11· L RK11 wO u TMI1-EO OV11·~ 230 V 50
•
11/40 .. SC, MM11·u, MP"11-u, -K'i'11-0, K~11.£; MR11.DB, ~Kl1;D~i-T~118EA,
DD11_ S, KW11.t., 11~V 60K~
11/40.80, MMI1-U, Mf'11I11U, K'1'11-0, KE11-E, M}o(11 WLH~, ~Kl1.D~ , TM11·ED,
DOll-a, K. W11-L, 2l0V 50HZ
11/4S-CU, DL11-A, RKI1-PE, RK05ttAA, 115V bO.HZ
11/45.CV, OLI1-A, RK11_DJ, l{KO!S.B8, 2l0V 50HZ
•
11/4S·cUi DL11wA, RK11"DE, tMlt!!!EA, 115V bOfiZ
•
11/4S .. Cv, DL11-A, RK11 .. DJ, TM11",EP, 230V ~oriz
"
11/4S·CU, DL11-A, RK11"'OE, RKOS"Aiu CRlt, DD11·~, H960.0A, 115V 60H~
11/ 45.CY, OL11.A, R~11 .. DJ, RKQS",eB, CRI1-A, O1)11-ts H9bO.Dl; i30V 60Hz
•
11/4S",CW DL11-A MY11-UP Hg60-0A RK11-0E RKOS-AA LP11.FA CR11 OD11"'8 115V60 HZ
11/4S"Cy OL11.A MF'11"UP H960",DB RK11_DJ ~KOS.8B -LP 11 "i's CR11"A 0011.8 210y50
11/4s"'cW, RPI1-CE, TM11wEA, 11sV 6 0hZ
"
11/4S-Cy, RP11 .. CJ, TM11"ED, 2l0y 50hZ
t1 / 4S"'CW DL11""A MFl1 ... UP H9&O-DA DOll-a RKil",OE TM11",EA LP11",FA CR11 11sV60 HZ
11/4S_Cy DL11.A Mf"l1",uP H960.0B DD11"~ RK11.DJ TMll .. ED LP11.Yb CR11.A 230v50
l1 / 50""CU LESS 2 MS11"'ST, PLUS DL11"'A, RKI1-DE, RKOS-AA, FP11"S, li5 V 60HZ-11/S0.Cv LESS 2 Msl1"ST, pLus DL11.A, R'-11 .. 0J, RKOSl!leB, P'pl1wB, 230y 50HZ
11/S0_CU, DLtl_A, RK11.DE, RKo5_AA, 115V 60 HZ
"
11/50.CV, DtJl1.A., RK11.0,"" RKOS8SB, 2l0v 50HZ
'"
11/S0""CU, OL11 .. A, RI\.11.DE , TM11.EA, 115V 60HZ
•
11/50 .. CY, DL11-A, RK11-DJ, TM11"ED, 230V SOliZ
11/50 ..CW, Dltll-A, MMII-UP, ""Fl1.UP, H960-0A; o011.S, RK11.0~ tMl!-!A
LP11"P·A, CRll, 115V 60HZ
11/50-C:y, OL11 wA, MM11.UP, MF11.UP, H960.08, OlH 1.a, RK111!10~ !M 11.Ba~
LP11·rs, CR11·A, 230V 50HZ
11/50-C ~, D1"lh A, MMI1-UP, MF11·uP, H960"OA, I)D11"a, RK11-0~ i
<)

9

AA11-0
AA11 .. D

5/71 A

AA11-0

5/71 A

11
11

5/11 A
1/72 A

1/,2 l
A

2 / '2 A
3/71 A
3/'1 A
3/'71 A
3/'1 A
5/'3 A
2/'2 A
2/73 A
2/'1 A

AA11-0
AAll-£:
15
15
8 NEG

9 PoS
8 NEG

8 PoS
AA09, AA15.A
AA09.B, AA1S ... 8
11
11

A

8,8/5,8/1

A

9, DWlS

4/,2 A
4/72 A
7/,2 A
10/'2 E
10/'2 E
10/72 E
B

2/'2 A

8 NEG
8 POS

11
11
AC T 11

ACT11
9, giL, 15

A NEG

PAP~R TAP~PUNCH

LOGIC P'OR Pl)fB
LOGIC fOR PDPs-l
LOGIC FOR PDPS-L
MEMDR~ WING FOR poPs
PROCESSOR WING FOR POPB
LOGIC "rOR p~p~~s

SINGLE 12-S1T OAe
2 12.SIT DACS
) 12 .. 811 OACS
OP AMP
l~ai~-OR 119-g TO PDPij, NO MX EXT
13e-! OR 119.~ TO POPS, MX ~XT
AA01.A TO PUPs
64 eM OAe CONT (24 PAeS) ~o HZ
64 CH DAC CON! (24 Dles) 50 Hz
64CH OAe CONT (24 OACS) 60 HZ
64 CH DAC CO"NT (24 tflCS) 50 RZ
AAO~.AA IN H950 CAS- "
50 HZ AAOS.CAAA05-dA IN H9S0 CAB
50 HZ·AAOS_OA
64 eM 8 Bl~ DAC CONtROL
AAOS ~xpA~s10~ (CH~S~64)
AA07 FOR AAoS-C , AAOS.u w CAB
OAe'CONTROL wlTh SPACE FOR 16 CM (AAC2)
DAe CONTROL WITH SPAC~ fOK 32 eM tAACJ)
DISPLAY CUNI 'OR-VTOI w SpACE F~R 2 MORE A614-0AC5
DISPLAY CONT fOR RM503 W SPAC~ fO~ 2 MOR~ Ab14 OACS
oISPLAY cONi rOR VR14 W SPACE FUR 2 MOR£ A614-0ACS
OAe CONT w $PAC~ FOR 4 12.81T Ab14 +1-10V OACS, 115V
DAe CaNT W SPAc~ fOM 4 12-s1T A614 +'-10V DAes, 230V
DISPLAy CONT fOR VR~O
OUTPUt PANEL FOR H945 IN ~AH.l1
OAe CUNTROL ~lTH SPAC~ fUR 16 eM (AAC2)
DAC CONTROL }tr-SPACit: rC;UC 32 eH (AAC))
12 BIT OAC CONTROL, SF fOR ~ OAGS' (bAb14); 115V
12 BIT DAC CC~T, SP rUR 6 DieS lsAbi4j, -115~ 12 6lT OAe CONTRO~, Sf fOR ~ PACS (aAb14)~ ~30V
12 ijlt OAC CONT, SP fu~ 6 D~CS 18A614J,-2jO~
MODULE SET rOR 1 CH, 12 BlT S.(,l\l<.iLE BUF 0 to-+l0V
MODULE SET f'Oft 1 CH, 12 aIT DOUbLE aUf' +10 '10- -iov
INT~RFACE To ANALOGIC AN7200 OAC 5YS, 115V INTERfACE TO ANALOGIC AN7200 OAe SYS, 2loV
S.H CONTRUL W SPACE FOB ij AH02 ' -,
S&H CONTROL W SPACE tOR 8 AHOi
16 eH S,H CONT W SPACE fOR 16 A461 OR A40~
16 eM S~H CtiNt ~ .PACt fOR i6 A~6i UA'A~OS
NPR INTERFACE fOR PRESTON 14 ~Ir + SlGN'GMAOwl ADC

AUTOMATIC

COM~U~~R TEiT-S~siEi

MOTHER STATION

INTERFAC~

BtiS-SEL~Cl'OM

AUTUMATIC'COMPUTEH TEST StS
10 BI'i'·AOC wliH 32 CH-MUX~ $wlTCHiD GA1N

DESIGN
ENGR

MODEL
NO

AD01;;'AP
AD01.0A
AD01-D8
AOOt-FA
AOOt';'FB
lOOt.Fe

SNT
5NT
aNT
SNT

514T

SNT

AW
AW
Aw

TpG

3

IPG
IPG

3

1/'72 A

8 NEG
11
11

1/72

11

pG

ADotllte

AD10~.

RSH

RG

RBH
RaH
pC
FtG

ADit;'M
A112-5

SNT
SNT
8NT

RI
RI
RI
MORO

A09-E"
ADS-Es
ADC1-&

SNT
SnT

aps

Aoi;

AOCt';'9
Alet';'.

GPB

IPG
IpG
JpG
IPC

IpG
CSS

Cas

CIS
I,G
IpG

IPG

RG

IPG

ADC81 .. 8
ADC9

FtG

IpG

AD"1l
lDFtS.C"A

FtG

'DF1~.aB

RG
RG

RG

AD'1,';'bA
ADP'15.DB
AI)"s! t ;SA' Jt",
ADSl1.SB JLM

i't>sii;A

G.p

ADUO f
JM
Abuol~YA JM

~~gli:~

RG

Aaw

AaW
C:P
AKI
RG

IPC;
IPG
CBS
CIS
IPe;
tpG

R'a

RG

.F01.S8
Aro1;;'C

RG

.rol;.

IPe;

RG

,,~"~Qt .fA~
. AF01.sA

'~r()2;B

IpG
I'e.;

~G

ev

CIS

FtG
RG

I,e;

UtG

1/'12 A
1/72 A
1/12 A

1/12 A
A
A

A
2
A
6 10112 •
6 10/ , 2 A

6 10/'2 A
3
J

)

A

1112 A
1/12 A

6
5
5

A
5/'J2 A
5112 A
A
A

S

.A

3
5
5

PG
RG

3
1
3
5
5

-

RG

Ace_i-A

3

6

RG
FtG

ADC'

;)

5

RG

ADC1~B

AD01~A

RG

RG
RG

ADt2

A.

A

A
A
A
A
A
10 1 12 A

6
6 10/'12 A
A
5
1
A

3
1
1
3
3

A
A

A
A

2113 A
:9 2/ , 3 A
6 11/'73 Q
1 11/'3 A
)
51,3 A
A
5
5
A
5
A
S
A
A
5
1
A
A
•
A
•

OI!;SCRIPTION

24

9 pus
11
11
1001.0
1001-A, AD01-0

FtG

RG

AtH 1';'''8

A
A

a NEG
8 POS

RG

AtH o-e

A

1/12 A
1/'2 A

FtG
RG

ADil';'AA

2/72
2112
2/'12
1/.,2
1/,2

5/72 A

RG

ADle,s

5
5
5
4
4
2

lD02.AP
ADot-AFt

ADo.";'~

USEO ON

STATUS
CATEGORY
MU/yR

l

Ftc:

lD 0 2,,!OA
A002-DB
AD02;OC
ADoi';'['ID
ADO,;,.
AD08.8

MFGR
AREA

tPG

AD02;'A'N
ADOZ';'AS

PROD
ENGR

& N~G
11

10 bIT AOC W J2 ch MUA, SwITCHED GA!N
10 SIT AOC w 32 CH MUI, S~lTCH~D GAiN, 115Y
10 BIT Aoe w 32 CH MUX, SwITChED GAIN, 230V
COMPLEx INPUT PANEL FOR H94~ IN LAB~11
SlMPLt IN~UT PANEL FoH H94S"IN LAB~ll
SIMPLE INPUT PANE~ fOR H945 , A~Ol-A (w 8/E)
UNIPOLAR 12.s1T AbC W CONT FOR 512 tH~ SP FOR 32 tH&"S~H, Sw GAIN
UNIPOLAR 12~BIT lOC w CONt fOR 514 CH, SP FOR 3~ eH , S~H, Sw GAIN
BIPOLAR 12-B1T ADC, 512 CH CO~T, SP-llCH & S&H,S~ ~AIN
BIPOLAR 12-811 ADC, 512 CM CONT, sP llCH , ~,~, sw GAIN
UNIPOLAM 12-81T AOC, 128 CH-CONT, Sf 32 Ck , S'n, S~ CAIN, 11sV
UNIPOLAR 12~BIT AOC, 128 CH CONT, Sf 32 C~ , S&H, SW GA1N, ~30V
BIpoLAR 12-81r ADC, 128 CI1 CbtfT, Sp"32CH &( S&H, s~ c..Anr; 115V
BIPO~A~ 12.81T AOC, 12 8 CH CO~T, SP 32CH , S&h, sw ~AIN, 230V

8,8/S,8/1

10 sli ADC 1 usE.C/Slt-·

-- --

AU08.A p~US 16 eM MUX
8,9/S,9/1
Aooe.A WITH 22-1N 5~IUE
9
10 $11 Aot • 16 eM ~I
10
wI0~ ~ANGe MUX AOC (SELl
AOIO-'
64 CH-MUX EXPANSION
l010-'
DUAL CN MOOS
11
12-81T + SIGN ADC W 128 eM CO.T, Sf 32CH , S&H, SW GAIN, 115V
11
12w81T + SIGN ADC W 128 CM CONT, SP 12CH , S&~, sw ~A~N, 2ltiv
12
to aIT AID WITH SAMPLE" HOLD, 16 CH, 20 os~c
AD12
CONf 'OR 128 CH, INCLUDES 3~ eN W-PREAMPS
A012-M
AD12-M EXPA~DaR, INCLUO~S 32 eM W PkEAMPS
15, AM01-A
13 BIT AID, S,H, 12e MUI CONT; SP FOR"12 CH~ 11&Y
B/E
10 BIT AID CONViRTER w SAMPL€ , HOLO, 1 cA
9/E (LAS 8/E)
Aoa-EA + AMe.ao
AOCtwA , ADce
8,815,8/1

lOCI-A, AOC9

•

6~1~

BIT AOC, RACK MfO

TABLE TOP"ADCl

MODULE sEt fOR POPS I.T~R¥AtE
AOC1- A, ADC8 "AHol.A"'8 NEG
lOCi-A, AOCS , AH01.O
MODOL£ iEt rOR POP9 INTiRfACE
A001, AMX1, CMXl
12 aIT + SIGN AID, hIGH SpE£D~ CONTFOR 512 CH, sp ,O~ 64 (Ala4)
11
11 BIT BIPOLAR AID, S&H; FROG GAl~, SP fOR 32 CA llSV
15
11 SIT BIPOLAR AID, S&H, 'ROG GAIN, sP fO~ 32 c~ 23~V
15
11 81T BIPOLAR AID, S,H, PR~G GAIN, SP rOR 64 eft l1bV
15
11 BIT BIPOLAR AIO, S&H, PROG GAIN, Sf fOR ~4 CH 2]~V
15
INTERYACE-TOANALOGIC AHSiOO ADC AuX ~iS,-liSy
11
INTERFACE TO ANALOG1C AN5800 ADC MUX SlS, 2l0V
11
8 NEG, ADC1, AMI1, CMXl

8 NEG

15

UDC

uDe

RENAMEl) . 0/14005

8,8/S,8/1
8,8/s,9/1
8,8/ S ,8/ 1
g, OW1S
9, OwlS

10
8 NEG

g, OW1s

-

-

-,"-

8 en SOLID STAT£ FLYING CAP 12wSlT IOC, PROG GAIN 1,5 HZ 8W 8lPQL4R
ADuOI W 60HZ 8ANDwIOTH, sINGLE ~NDED

'-la SIT

Ace

TO

64

CH RACK MTD

TABLE- TOP" AYO t-A' . -.
AfO~_AA WITH 22.IN BLID~
6;12 ~IT ADe TO 64 CW"'RAC.K MTv

TABLE TOP AfOl-S
AfOl.AA ON PDP-tO"

lOCl/S, AMOS, AM02-A, .8
ADC 1/9, AMO"9 til AM02-A,- .(f"-

DESIGN
ENGR

MODEll

NO

PROO
P:NGR

MpGR
APtEA

i'-OJ~A--'­

RG--

"FOl.a

RG

ATO'';'A

DS
DS

A'04~AP

DB

I,G

DS

"F04_AN
AP04';'SN
lF04.SP
U'04~C
"'04-5

IpG

1
A
3 10112 A
3 10 / '2 A

1FO'_AB
AP'o'7

58T
5NT

AFO'~B

SMT
8NT

JL

AF08""K

5MT

AFt,

SNT

AF11

sNT

"Fe

AFCtt

JL
JL
JL

JL
TO
JL
JL
'HG
pHG

AFC'-P~

PHG
pDM
POM
pHG
PHG
PHG
PHG

AFc,.X8

PHG

A~Cll·07

",etS.A
AP' Ct'·8

l,.e'~NA.-

ArC'-N8

"rCI;PA
A'C8~XA

PHC

AGOl

Ro

AGOi';'SN

~B

AG02

RO

AGQ2~BP

Ra
BV
JL

AGO)
AG04
AGOI

lGOj

"G12
lGli';'"
AGLt
l~Q~

lH02
AH01-A
AH01:'S
"HO)-C

--iHOi;o
A.HOJ~E

AHO).F
AKOJ'!H
AHO].J
AHQ1"J(
AHOh·L

FtG

SNT
SNT

StiT

8 POS

fPC:;
, C,S

1FO;';'A

A

OS
DB
BV
J1

A'Oa~A

A

3

DB

aNT

"ro!l~C

:)

Grs

Rt
RI
AW
RG
RG
RG
RG
RG
RG
RG
RG
RG
RG
RG

RG

14
A

3
4
4
4

A
A
A
A
A

4
4
4

IPG
1'0

A

4
4

A

.5

IPG
I,G

3
3
S
5
S

IPG

5

tpG
IpG
IpG
IPG
IPG
I,G
IpG

IpG

IpG
IPG
IpG
IPG
IpG
fpG
IPG
IpG

I,G
tpG
IPG
tpG

21,2 A

1

2

I,G

A

6
6
.)

A

A

91'1 A
1/12 A
1/,2 A
1/'2 A
51't A
5/71 A
5/'1 A

1
3
1
3
4
3 12/'71

3
5
3
S
6
5
3
3
3
1
3
3
3
3
3
1

9
9
15
10

U'04-A,
04-A,

Af

~B,

.s,

10
8
8
lF06

AF01
lF07
ArOS-A, ""'B
9
I.F06

Ar16

11

ADCl/9, AMO~ ~ AMQ3-A, 8~
VIDAR'IDVM 1000 CH MX Cu~l, SPACE FOR 200 CM
OEC INTf"C & VIPAR IDvM 1000 eH HX CONT,-SPACEFOR 200 eH
o~c INTFC & VIOAR IDVk 1000 Crt MX CONT, S~AC£ FOR 2uO C~
vlDAR IDyM 1000 CM MX·CUNT, ·SPACE FUR 200 CM
OEC INTf'C & vIDAR IC>V1t1 loOO-CH .kx·colnr ,-·SPAC·£7CR 2QO eli
DEC ,tNTFC & V10AR IVVM 1000 Crt MX CONT, S~ACE FOR 200 CH
VIOAR IOVM 1000 - Cli MX -CuW!';- SPACE FUR 200 C~
VIDAR 10 CM LOW L~V~L S~ MOU . .C ·x
we
200 eH ExPANSlON CA~lHET
AUTO-RANGING ADC
$YS'-IN'ftRfACE COP 6-0 HZ
SXS INT~RFACE COp 50 HZ
Af11, H30l, R107, W64Q
A/D MVDUL~ S~T wITH A211
AID MODuLt sET wITH A210
CONNECTOR KIT
HI.SPEeD 6 MODE LA8 ACQ itS
CONT FOR e AF17
CONi 'O~ 8 H300 OR HlOl
FLYING CAPACITOR jCAHNER ~ERl~S NAME
MASTER FILEt A~01.A, aF01, R7a4-C, SpAC~ fOH AMI!

11/0 7

+

ANAJ.,OG l/O CONT MODULI:: SET .j. AMO 7.F

P$ .- -

A
A

FLYING CAp sCAN.-CAB,'H704.C,'A~05 .. p,-s~ fOR 4 AMo7.a, 115v
FLYING CAP SCAN, CAB, H104~H, AM05-P, Sf fOR 4 AMo7.S, 230V
FLYING CA~ SCAN. IS AM04-H, AMOS.N, AM07-A, SF01, H704.C ll5V
FLYING CAP SCAN IS AM04.N, AMOS-H, AM07~A, erOl, ri704eH 2l0V
e P~S
FLYING CAP SCAN IS AM04.P, AMoS.P, AM07.A, 8 F01, ~7u4.C li5~
8 POS
FLYING CAP SCAN IS AM04wP, AMOS.P, AM07.A, 8r01, h704.H 2l0V
AFca, ArC1!
AFC8 EXP 'IL!, 8F01, AM07.A,SP FOR'S lM01 ..,a, SHORT CA811e:ArcS, ArCll
ArcS EXP FILE, er01, AM07-A, SP FOR 5 AM07-s, LONG ~ABL~
ADel, AOCS1, AMOl
bIFr AMP wITH SwITCH€O ~AIN
8 POS, ADCI, ADcel, AM03
DlFr AMP WITH PRO~RAMMEu ~AIN
9, ADC1, ADCS1, AMQJ
olrY AMP wItH PROGRAMMED GAIN
15, ADC1, AOea!, AMOl
DIYr AMP WItH PROGRAMMEU GAIN
AF01 OR AF'02
DIFF AMP MA~Il"OLD·AF06
AMP WITH PROGRAMMeD GAIN
8 P~S, ADCt, ADCel, AHOl
EXTRA WIDE aA~OwIDTri AGOl
AIP12.A, w8
REMOTe DlfF- AMP, GAIN 100 OH 1000, +1- ~ov ~u!PuT
AM12
1& PREA~PS
A012, 1ST 8 CHANNELs
PREAMP/KN08 INPUTS rOM AID CHANNELS O~7

A

LINC/S, CLINICAJ., LAB 12

24 PREAMPS' f-·OR

ll88E, 139.E
A008, AOCl, ADCSt, AeOl, AFOl
ADCl, AfOl
ADel, AAOl, AYOl
AOC1, AFOI
AOel, AtO!
AOC1, Af01
ADC1, AY01
AA01
AA01
AAOI
A009

S&H B~TwEiN 138.E AhO·139.E
S&H FOR AMX1' CMXl
+1- 10V INPUT AMP, A200.YA
0/.10V AMP, A200.rs
0/+10V l~PUT AMP, A200·XC
+1-Sv--ltiPUT AMP, A20o.ylr0/-5V INPUT AMP, A20 0wyi
0/+5y INPUT AMP, A200.yF
ol+iov OUTPUT AMP, A207.Yk
+/-lOV butpOT AMp, A207.YJ
+/.5Y OUTPUT AMP, A207-~K

5111 A
91'2 A
9/
A

'2

AOC 1/8, A-;;;lHI " AMOJ-A, -8--

9, OWlS
8 NEG
8 NEG

3
3

IpG

9 NEG

25

OESCRIPTION

USED ON

l 10112 A

tPG

I.,G

A'o,"A

)/'1 A

3/'1 A

1 10/,2 A

08

A'04'!X

6

6

IpG

DB

"F04';'8

IPe;

IpG
IpG
I,G

STATUS
CATEGOAy
MOlyR

A

A
A
A

A
A
A

3113 A

A
A

A
A
A

A
A
A
A
A
A

A

BD15
BDlS
8 NEG
8 NEG

+).lo~

iNPut

CLIN-C~Elf

AM~' A20f~iK

-

.. -

OESICN
ENGR
AW/)J':'t-4

RG

AH01_N

PG
PG

AHOJ';'P

AH01-R
AHO)';'S
AH04
AHa!
lMOI-~,

A!P12-A
AIP12.8

AIP12",e
AIP1"."
Aip12~!

AIP12"M
AMot;'A

RG

PG

snT

8NT
S"T
SNT
SNT
StlT

Ipa

AMXI

At~.O.ws

A~O~. , ,

AXo •• a
AIOi"xC

A

A

3/71 A

A

A

3

A

GPS

5
A
5 2/'2 A
5
A
5 2/t2 A
SA

GpS

a/.2

GP8

CpS
LG

a
A

:I

IpG
IpG
fpG

)

TPL
TPL

6
6
6
6

TPL
TPL

6
6

TpL

6
6

cas

RR

TpL

JO
JO
DN

OESCRlPTtON

USED ON

2/,2 A
9 / ,2 A
9112.A
6/'3 A

0/+10V

Ol.tov

~008

A.008
A008
ADOs

ADOl
AOOl
AOOl IN RAD-e

ANA~YTICA~

8 POS
A POS

AIP12
AIP12
AIP12
A015
AMOS, A~09
AMOS, AMOg
AMOS, AMOg, AGO!
AMOS, AM09, AGOl

e Ni:G, er01

9 POs, 8r01
1$, BF01
8 NEG, BF01, AM04.N
9 pas, ~F01, AM04.P, aOl5
AH04, AM05, 8f01
AH04, AMOS, BFOl
AMlt-,
12 BIT
8, DWOS .. A
9, OWlS
11, ArCll
CONT &

AOt2
81E, AD8-&A
AMS",EA

6 / ,] A
6/93 A
6/ .) A
6/73 ..
A

AMS.EA
4, 7, 9, 15

64

5

8

a

5
5
2

2
2

B

91'12

A002, AD 11

Af03-A, AF04.A, AFCa, ArC11

AX08,AX08 ... t)
AXOS, AXOS.S

AFCS, ArCll

CH'~i RAC~-MtD

--

TABLE TOP AMX1-A
sP FOR 128 CH MUX
UNI' TEMP-REF W SPACE 'OR 32 THIRMOCOUPLES
AIRiOoiiRS WIRED TO MOX ,,·wITH. ~TD BRIDGE-' .4 eM S&H Aoe, 3f, 3~, SCOfE LOGIC

AXOe iltH-22"lN-SLrD!

9, 9/L

2NO .. 5r H A.INPUTS, sETS OF 4
1ST 4001:0 A.INPUTS,-SE't"Of' 4
EXPAN~IoN REGISTERS 0' Al08
4 eM S&H ADe, 'P~L, SC~P£-LO~lC

8/L
9

P£RIPHERA~ ~XPANO~R

AX08, Axoa.a

10

s

l1/J5
11/35

B

11 / 20

91'2 B

'~Y'NG CAP AOC
FLYING CAP Ave
RIL~Y Sis UNIT, Sf rOM 32 CM w A219
RELAy SxS UNIT, SP foR l2 CH w G7Jo
+ SIGN ADC W AMP 10MV TO 10V rOR-A'Cl1~07
COlT fOR AM02 & AMOl, 1024 eM
-,
CONt 'OR AM02 & AMOj, 1024 CH
12 aXT • slGN AOe 10MV TU lOV fOR ArC1!
'l~t£RNAL A/U MPKiXPANSIOh

8 cit MUl , PRb:AMPS
-.'
4 POTS , INPUts IN H94S.AA
2 X 8 eH CONN~CTOR INH94S.AA
INTERNA~ AID ~ux ~XP
AUTOMATIC MODUL~ T~jT~R

LINe/S

8, 81;1;
8, 8/1

INSTRUMENTATIO~ PA~KAG~ 115V
INSTRUMENTAT10N PACKAGE 2)QV
15 eIT AID (Il~ PLACJ:: 0'"'51'0' 12) - (i'lOOUlJE)
8 OIGlT aCD INPUT (MOUULE SET)
,-4 ExTRA AiALOG INPUTS-(~ODUL£-S£T)
HALL PROBE l~IERFACE
ExPANDER fOR 32 CN (Sf fOR a BA124)
HI ~EVEL MUX, SPACE FOR 128 Ch (l2 Al~2)
HI tEvEL ~ux, sPACE FOR 2$6 CH (64 A122)
La--L~VEL DIY' MX SPACE 64 eN (JZ-Al11)
LO~ LEvEL DIFF MX SPACE 12S-CH (64 Ali1)
2048 CN F~YIN~ CAP CO~T,
,
2048 eH FLyING CAP CONT
2049 CH r~YING CAP CONT

ANALYTICA~

AIP12

AfO)-A, AF04-"

26

INPUT AMP, A201.~M
INPUT AMP, A207-yN
OI+SV INPUT AMP, A207~YP
O/-5v INPuT ~MP, A207"'YK
+I-SV INPUT AMP, A207.YS
sAMPLt; " HOLO
ADDEO SlG~ OPTION (+/"'10V IN)
ADDiD slGN OPTIoN (0 to +10V IN)

AD08

3A

ca

KE

CA
Cl

,1

)

FA

'AOg

31

3/,2 A

se;
sG

,J~~O'

A

2

sG

AXo';XM
i'Xot '

1/12 A
3 11/71 A
5
A

5

SG

llto •• x~

2/.2 A
1/12 A
1/72 A

RG

RG
RG
DEG
DEG
BG

ATR,O .. '-S

1/ '2 A
9/'1 A
21'2 A

PRG
PHG

cu
RG

AMX1';'B

1/72 A

4
4
4
4
4

PHG

AMX1';;.

1
3
2

A
A
A
A
A
A
A

RG

SNT

A
A

4

paG

S14T
SNT
SNT

3
3

6
4

PRG

AM t 1 ~C!!

.3

A
A

t.

PHG
PKG

AMO,.F
AMOt
AM09

A

1
1

PHG
PRG

AM01~A
AMO'1!'B

&li't;ce

MORo
PG

3

1

1
3

JL

JL

STATUS
CATEGORY
MO/yR

5
5
3

..1L
J1.
..11.

RG

AMOI~N
AMOI~P

iAl1~B8

AW
JL

RG
RG

Al04-e

&.,1';'8A

IPG
fpG
IPG
IpG
IPG

SNT

AMoz;a
AMO)"A
AMO)';'s
AM04;N
AM04;P

~lt.

MFGR
AREA

SNT

AMOi~A

AM!!
AMS-EA
AMSwP!C
AMS.!ll,)
AML2
AMT

PROD
FNGR

P~RIPHERAL

eXPANDER

wlR£DCA8 FUR CR10, LP10, Xt10
H£XBoARD eXPANSION $OX W P$-~

SLIO~S, 115V
HEX aWARD ExPANsION sax w Ps ~ ~'lD£s, 230V
PDP 11 'sAtHe BOX w' 'fwfCS~PpliT; C'OV£R

MODEL,

NO

iA11-C5

DESIGN

PROt)

ENGR

F,NGR

JO

IA11i.oB

JO

Bllt';'e:C

DN
DN

8A11;'~

BAtt.poe
8111.P'1}

BA21~FE
!Al1';'J.A

aD
sD

WM
WM

at)

WM
WM

BD
aD
stir

BA124

R.!

8A12,

RI

8.14

8A',
8At56
BAt~l

MORO
FE

JL

'12J6

RG
Jt"

AW

5
4

4

4
2
2
4

.]L
JL

5
5

JL

5

5

vI"

JL
JL
JL

5

RG

5

RG

5

5

5

ftc

RG

eA9.~A

81S-A8
BAS.SA
8A8-"8

IA90)
'A904

I,G

iARti.es
eAp l1 .. r.C

"8BO'~~

eS9'·p

11

FIELD

11/05

12

.D,-AM01~A,

A001~A'

AOOI-0

3111 A
S/'2 1
3/72 A

AM07-1,

5/72 A

6/'1

A

2/12 A
2/'2 A
2/'2 A
2/72 A
2/'2 A
2/'2 1
2/12 A
1/'J2 A
1/'12 A

2

B

AM07"'A, liS
Alp12
AIP12
Alp12

KH
KH
LN
LN

BBil~D

PJ
SZ
RF

stH 1-,.

PJM

Rf'

RF

a
B

4

l/71 A1/,1 A

4

4
2
2
2
:3
1
3
5
5
3
3

l/'ll
5/72
5/'72
5/'2
6/72
1/'2
1/72

A

8/E

RIE

~A150

BA150
BA1S0

A-

BA15 0, BA15 2

8A150,

B

8

e
e
B

B

1/'73 B

8Al~0,

11/20
11R20
l1R~0

INstA~LED

supp~~,

FlL~

EXPANSION

115Y

w POwER SUPPLY, 210V
STRONG COVER fOR tABLE -'l'OP 11/0! - .-

A124 i CH-YET-MUX-SINGLE ENDED + H850

eox

OP~N

-

~

NO PWR, + RS50

AlSO, 'OR AfC's, 8 eM FLyING CAP MUA

A151, a~OCK SEL~Cl
SoLID STAyE'A152 FOR-AFCis,' 9 CH FL~lNG c-AP MuX
A15J, SOLID SlATEA151 tSLOCK S£L£CT) A124 Olfr AMP~ +1.2v IN, ~/;10V OUT1224-¥A, +/",SV IN, +/-10V OUT
-

8A15~

BA152

8 CH SWITCHED
PDPS.E BOX, 1
POPSIIE ~OX, 1
PDPSIIE BOx, 1
PDPSIIE BOX, 1

A224.YC, +1_1V IN, +1.l0V OUT'
A22ti UNIpOLAR Aip, 2v l~, +1·10v UUl
122&.IA, 5V l~, +I-JOY UUT
A22&.Ys, 10V IN, +/.10V OUT
A226.yC, lY I~, +1.l0V OUT
A233 F9R UOC, PAODL£ SOARD, 0 TO .1UV
A2l4 fOR uoe, PADDLE SOARD, +1 to +5V
A235 FOR UOC, PADDLE ~O~Ru, ~4TO .20MA
A236 fOR UDe, PADDLE aOARD, +10 TU +50MA
GAIN MUI, CHAdGES LPSAM~TO ~PSAM .. SG
A614 12 BIT D/A BIPOLAR
A&33, 4 10-BIT DACS FOR uue W MARKING STRIP
8US, H724 POW~R, SLIO~S, 115V, ~C08H.jF
BUS, ~724 POWER, $LIDES, 23uV, ~C~iA.jr
BUS, "724 POwER, COVE~, 115V, acoeH~3f
BUS, H724 POWER, tOVER, 2JOV, BCojH-3F
A90, fO~ AFC'S, PAODL~ ~UARU, O-Tu ioY
A904 roR AfC'S, PADOLE &OAR~, 0 TU ioijy
A90S FOR AYC'S, PAODLB BOARD, 0 TO SOMA
A911, ,- A901 w f' U{) E
.A91~, 1904 w FusE
Ag 15, A905 w rusE

s¥steM

TEST~U

BA11.~S

RUGGED PD P11 BASIC aox, s~tDES
RUGGED pOp!l EXpANDLR BuX, SLIDES

sOS INTldtFACE WItH 24 01\wlfU:;D'"SL01'8
8 POS
BUS INTERFACE WiTh 24 U~W1R~D SL01S
11
SyS UNIT rOR SUS INtERFACI ~ITH Ii ~NwlREO SLOT&,'SLOTTED-B~OCKS
S011-F, .H, -K, SU FOR sUS INTERf~CE W 18 UNwIRED SLotS, NON.~LOTIEU bLOCKS
9 NEG

B

t1

5 11/,2 B
5 11/72 B

11
11

2 11/73

Fl~E

EXPANSION FILE w POwER

PANEL FUR VP15, LT1s, PC15' MN15

BA6l3

A
A

BASIC

INSTALL~O

A224-¥B, t/ .. l0y'ItH +/1-.10V QUI

LPS11.S
A150, Alii
0001, 0002
s/E

EXPANSIOt{ FILE

ACCESQR~

AIP12
Alp12
AI P 12
AIP12
A1P12
BA633
BA633
8A633

8/E

4

-a

AM07.A, ",B

8

'--SLIO~S

BASIC SOX w PS • SLID~5, 115YBASIC BWX W PS , SL{DiS, 210V
EXPAND~R SOX, CUV~R
EXPANoER BOX, SLIDES
BAsIC-FILE

A125 4 eM FET MUX,

AM07.A, -8

B

4

ADOl-A,.O

14
15

4

11/35
1i/is
PUPil
PD P 11
11/45
11/40
11/40

P~RIPHERAL ~XPAND~R

AD15.C,

PG
PG
PG
PHG

PiJM
RJM
RJM

FIELD

5 1 11 A

PHO

81J1,.Es CA

11

3

PHG
PHG
PHG

81911
IA914
81915

11/40

B
B
A
B
B

12/ 7 3

PDP11 BASIC sOX W P-wR SuP-PL¥,

11

4

IpG
IPG
IpG

27

11/20
11/35, 11/05~N, 11/10-N
11/35, 11/0s-H, 11/10-N
11/20
11/2 0
11/45

pc:;

PHG

8A90$

3113 8
4/'3 A

5 1 / .,2 A
5 2112 A
2 11/,3 A

RG

8 A6])

8sii;H

]

AR

StiT
8A224-YA StlT
aA224-yB StlT
IA224.YC StlT
11226
StlT
IA226.YA stir
BA22~.YB SMT
IA22~.yC StlT
8A211
el2)4
8A235
8A224

B
B

5
3

PHG
PHG
pRG
PHG

'AlIi

BIll.
B81111A

4

RI

FA

11111

~A409
8A614

3

HI"

8112

B

1/74 B
1/14 8

4 3112 a
4' 3/'2 B
4 10112 a
1 21'3 B

WM

USED UN

STATUS
CATEGORY
MO/YR
4
4
4
1
3

DN

BA11.DA

!Al1·P;S
9AI1-FA

MFGR
A.REA

DMA INTERFACE: W 1 Ui'4W1REO QUAD SL'oT-'

sUS INTERFACE, Sf FOR 3 WORDS IN, 1
BUS lNTERFACE, SP FOR 4 WORDS IN, 4

~URD

UUT,

-

. ,-- --- - - - -

4 l~TER~UPTS
wO~DS'OuT;··" lNPl1T-'lNYE~RuPTS

DESIGN
ENGR

MOnEL
NO
a'11~K

BB't .. M
88t.

RJ"1
RJ"1

88714
8a~11

8C01e.25
ICOIC.XX
8eOl0"XX
'COtE"XX
8COUI'~XX

ICOtH·XX

FA
AR
KH

&

51.,1 A
3111 B
4/,3 8

2

4111 B

AW

BC02r"xx
BC02M.XX
leo.v.xx

Be02K-XX
BGOIL.XX
BCOI"1-XX
BeOIN-XX
!C02P~XX

ICots-XX

VB

CAT~GoRY

5

SCOIK.XX SMT
BCOtt.XX SMT
SOotH_XX
BCl01N.04
BC()lV_25
BcolW.25
8eofx-25
t:\C01Y.25
ICOiA·XX
AC02S-XX
BCOIE-Xx

STATUS
MO/yR

5 11/72 B

STP

SC01R~XX

MFGR
AREA

~P'

8C01J.XX

8C01~.04

ENGR

AF

RR
MI
MI
DX
KE
MI
"11

~C91A!'5

~ROO

AW
Jw

POM
POM
WRS
RMS

RMS
AK
AK
Sf
BP
BP
SP

sP

BP

5
TpL

5

B

5

B

5

B

2

B

4
5

B
8

5
2

B

5
3

91'1 B

3

1/'2 B
1/.,2 S

1

1
5
5
3

2
2
3
l
3
3
3

B

1/.,1 B
1/72 B
8/.,1 B

9111 B
4/.,1 B

5111

sl,t

a

B
S
R
8
S
8

)

B

3

B

BP

1

.8

SP
BP
SP

3

B

5

S

3

Sp

a

3

B
B

aP

BE>

Bp

3

8C02U-XX

]

B

BC02W"lx

BP

3

B

Sf

l

B

.~O'A-XX

BP
BP

3

B

BCOle.XX

SCOlD.XX

sp
8P

SCOlE.XX

BP

SCOJF"Xx

SP

3

eCola-xx

9P

3

B

BP

3

B

3

B

~COI'l',!XX

ecolx.xx

BCO)a~Xx

ieoJJtI\IxX
BC04A-XX

SP

- "BC04'''Xx

Bp

.... Bqo.C;"~~X

BP

SC04t.xx
ee04F.XX

BP

eC o4"-xX

BP

aC!o4e.XX

.~o~R~X.~

aP

8P

BP

3

B

3

B
.B

3
3

1
:4
1
1
5

1
1

B
B

8
B

a

B
4/1.1 B

A
B

USED ON

O~SCRIPTION

28

BUS INTERfACE, $PAC£ fOR 8 wo~os IN, 0 WORDS OUt
11
SPC INTRfC, SP rOR M1621, 2), ~1801, 110 INT, 3 spc ~XCEPT·D~11.~, OL11
11
CHA6SlS FOR KA15, MP1S, PR01ECT ,-R£LOCAT~
15
714 POWER SUP~LX
.
14
RuGGEl..l aSll
t 1l~20
8/1, alII, OC02
Mij5U TO Ell R~2l2.8, 25 F1 MALE
W&S3 io EtA RS232.a, 25 Vi MAtE
OCos-.·
OC08~B, POPs, PI08
GaS7 TO Ell RS 232-~, XX FT MALE
RP01, RP02
2 W854 TO AMPHENOL 201311-1 xx FT
GiS7 to EIA RS 232_e FEMALE, IX"Ft
DCOS .. S
PA6l TO PP67.C -0 (PUNCH)
M90a OR Mij79 to AMPHE~OL ~~uG 57)u240
PA63 TO PR6S.D (R~ADgR)
M90a OR M918 TO AMP~ENOL 57JO~40, 24 PINS

ell, aIL, 12, OC02
vce-E-TO VR12
VCe"'! TO VR03
OC04.CN, .CP
A01S, AA15
lDtS, AA15
OC11-0
8/E

alE
OCto.s, .E
oCtO-s, ",E

M~5b

to EtA

R~2l2~A-fEMiL£i-XX

CABLE fROM M8&9

fT

10 vRl~, XX ~T
CABLE r~OM ~8~9 TO tEl b02,'604 XX iT
8COIA~XX fOR RECEly£ ON~Y
M90~

TO

H929 wC,

(H856)

4 '1

T~I$TEoPAI~,

M908 10 H929.D, TWlaT~D PAIR, 4 '1
seQSe-xx Ok M9700, "'2S-COi\iO TO- ~S212·C, xx rT
H856 TO RS2l2~C MAL£, '15 COND~CTO~,-2~ fTBELL 103 SERIES MODEM CABLE (H856 TO 8UKNOY MD12M1P17tC)
1S BARE wIR~S TO RS2l2 MALE, DA1A S~T, ~5YT
15 BARE wlR£S TO RS232 MALE, ACU, 2j fT" -

wOll-wOll RIBBON, XX 'T
WOli.W021 RISBON, XX 'T
W011-~oa8

..

RlabON, xx fT

W018.W02l RI8S0N, XX FT

WOls-w027 RtSBOH, xx
w020.w020 RIBbON, XX
W020.W021 RIBBON, XX
W021.wO~1 RIBBON, xj
W021.w022 RIB80N, xx
w021-w028 RIBBON, XX
W02~.W022 RIBBON, XX
W02l-w02J RX8~ON, XX
W02~-wo~7 RIBBON, xx
W024.w024 RIBSON, XX

'T

FT

fT
Fr
fT
fT
"
fT
'T

FT

RIB80N, xx fT
M90j-M90a DUAL RleaUN; XX Ft
W011-WOll FLAT COAX~ XX '1
W01i- W021 FLAT COAX, XX FT, 100~820
W028.wO~8

W021-W021 FLAt COAX, XX VI
wti2i-jO~2 r~At ~OAX, IX rt
W011.WO~1 M¥LAR, xx '1, 7405552
w033.~O)l M~LAR, xx'f, 740S153
MgOi-M901 DUAL MYLAR, XX fT
w021.~O~8 tLAT COlx; xx"Yj
WOII RlaSON~ ONE ~OARU ONLY, xx rI
W018 :RIaBON, otit aoARD" uNlY,' XX 1'1'
w02ci RIBSON, ONE 80ARO ONLY, xx Ft
W021 RIBBON, ONt SOARD ON~Y, xX '1
w022 RIaSUN, ONE BOARO ONLy, xx 'i
W02~ Rl~BON, ONt SOARO ON,Y, xxrt
w024 RIBBON, ONe &OAR~ ONLY, xxFi
W027 RIBBON, ONi:'SOAR-~ "oNJ,iY",'-XX'"l't'-

MOf'Et,

NO

OESIGN

PROD

ENGR

!NC;R

BCC),4t(.XX

eP

.. XX

8C04N .. XX

SP
BP
SP

ee04p.XX

BP

BC04t .. XX

~eb4M

MrGR
AREA

Sf'

8C04'·XX

le 04S.XX

!P

I(r04,·xx

Sf
SF

SC04 U• XX
ae04w.XX
eC04X. XX

BP

MI
MI

TPL
TPL

!CO§S·04

MI

TpL
TPL

BeOlb.XX

8P

S(!61'.XX

WR
Rf

Seo4y-XX
8C042.tx

SP
Ml

ICOIA.xx

BCOle.xx

RMS

IC05!.XX
Ico,nl.Xx
BC!OI,,-xx

SCoIL.OC RIL
8COIM.XX JC
BCO!N.l0 cA
se05P.l0 CA
ICOI~.10 CA
acol~,,10 CA
eCOi1'.XX CA
8Co~U.Xx

Cl

su
aO

Ico,e.xx

8COtO.XX

RaM
~JM

iCOIU.XX

BCoIB-XX
ICO'~.XX
~CO~D.XX

BCOIE.XX
ICO""xx

BCOIH"XX
IC08J.XX

- ICollC.xx
BCOit-xx

ICOIM.OM
8COiN.XX
SCoIP"XX
ecoi~.xX

ICoIS.XX SNT

11,2
1/72 B

9/71 5
5 9/,18
3 12/'1 8

2
5
1
5

4171 8
4/'1 B
2/'1 B
3112 B
8/71 B
3/'2 B

5

7/'2

5
5

B

7/,2 a

2 10/12 B

3

11/'2
11/'2
11/12
l 11/,2
3 11/,2
:3
3

sz
sz
sz
RR
RR
RR
RR
RR
PJ
pG
PG
pc;
PG
PG
MOM
MOM

pC;

AW

11/'2

:I
:I
3

JW
Sz

B
B
B

8
B

B

B
B
10/'3 B
10/,3

B

1 10/73 B
3 10/"3 8

TilL

TPL

TpL

1

S

3

8

3

S

1Pt..

3

8

TpL

3

B
B
4/,1 B
4/71 B

3
5
5
5

S
5
5
5
5
5

w022 COAX,

4/'1 8
4111 B
9111 B

9/71

B

9/71 S
5/128

i/'3

B

ON~

SOARD

ON~Y,

AX Ft

,"4904 UUAL COAX, - ONE eOAkD ONLX, - Xx ;'T
~AT~~~~~OCK

~l~GS,

xxFT (7006593)

KSR33 OR 35 FOR 8/E, 11, 15
AiR3] OR 15 FOR S/e, 11, 15

MA TE-N.'~OCIC TO-6R1NC;S',----xx'n--r1006g94)

555, TU55, TU56

WOla TO MICRODOT COlX,-UNE aOARU

B
B
B

2 10 / 72
3 SlY)

JW

Se6'1A .. XX RJM
eco7~.xx RJM

8
8
B

CRB

JW

DESCRIPTION
W01i RIBBON, ON-ESOARDONLY,' XX-TT
WOll COAX, ON~ SOARD QNL1, XX FT
14021 COAX, UNE SOARD ONty, XX FT

B

eRB

8e08o·XX

aco6r.xx

B

91.,3 a
2 101'2 B
'2 10/,2 B
5 l/.,. B
2 101,2 B

Jw

ICo6P:.xx

B

3
3
3
3
1
1
3
:I
:I
5

:I 10112 8

Aw
AW

tcoia.xx

BCo6C.XX

1

1

Aw
AW

USED ON

CATEGORY

~O/YR

5

MOt..
RSR

JDt
Jw
Jw

BQOlv.XX Mt
iC064"XX

STATUS

TO 4

M901 DUAL MyLAR SHl~LbEV 1 ~OARD ONLy 'xx !T
M90 j OUAL MYLAR, ONE SO.RO ON-LI, XX··FT
M90S OUAL RIBSON, ONE-SOARO ONLl, xx 'T

T056

~923

LPSVC
LPSYC
LPSVC

LPSVC TO tEX'boi, 60);

O~'Yi

xx rt

TO MICROOOT COAX, UNL dOARP ONLy, XX rj
INTERFACE KITS
H85b TO 3MCASLE ONE i:Ntr ONLY~ XX ",70070]6
555, TUSS, TUS6
1405152.1, riOl2 TO wOl2, xx FT, 7ijO~142
TUS&
7006412, M923 TO M9 2)-a18aON. 4 Ft .
OpS-EA, OSlO, 0$11
H~56 to ~i2l2~CMAL~, 25 COND, XX~FT
tIl EXTENSION CORO
RS2l2MALE TO RS2l2-F~MAL!, 2S CONDi xxrT
..
swITCH BOX & CAaL~ FOR ~ERMAN MootM, G857~YA TO CINCH'D&5~226~1
-MATE"N LOCKMAL£.MALE 7';'5-"5;'--};;2 - 2~3, XX,"!
bF i1_A, DF11.K, LAlO"S
11SY 1 wIRE-GROUNDED 7AMP LIN~ CORD TO H4QO"A
81 M, 11/0S
s/M, 11/05
210V 1 WIRE GROUNOEb 4AMP LINt cORD TU H4QO-S
HiSS TO HiSS 3M NOT SHIELDED MIRRDR'CONNECT10~S; 3 IN
TU60
H~Sb TO MATtN-LOCK,-6 Wl~ES, XXFT l10083iO~XX'
Kl.tS-JA, KLta .. E
LSPyC
LPSvC TO vR14, yR20, 10 FT
LPSYC TO TEx 503, 10 fT

b 04,

611,

b1l, 10

rT

LPSVC TO scOP~S-W 1 sRC CONNEcTIONS, ~o rT
115V J ~IRE GROUNVED 12 AMP LIN~ CORDTa h400~C
11/~5
230V .) WIRE GROIJNDED '1 AMP l"lWE CORl) TO"HOO'-O
11/35
seos, s~I£LOED, 10.0936~·xx, XX 'T
VT20
LPC8.A, LPC11. A
M968 TO·PRotOi71J_i05 '
I"pca-s, LPC 11-a
M.90a TO pHOTON 713-400
M908 TO PHOTON 7000
LPce.c, LPC11~C
Mg08 TO PHOTON PACE~EfT~R
LPCS·O, LPC11.0
M908 TO HARRIS INtERTyPE
-LPCS.E, I"PC11 .. E
M90e TO COMPSTAR 191
LPCS-F, LPC11-F
Hi5& ONE END ONLy, 20 T~lSTED-~AIR,-xxrt, "MlsOl CONNECTIONS
CAT
H85& ONE f!:ND ON~Y, 11 TwISTED PAIR, XXFT, Mle01 vI CO~NECTIONS
CAT
11856 ONE ENO ONLY, 11 TwIST~D PA1R, xxFi, Mi801 J2 CO~NiCiIONS
CAT
CAT
H856 ONE ~ND ONLY, 2 20~CONDUCTOR RlsbONS, ixrT- 8/1, pelL ... Bus
M90l TO M90l, D~AL jRIELOiD MiLAR XX ~T
a/I,Ps/I" ... sus
M90~ TO M904 fLAT COlk, XX fT
M903 iO 2-wOll ~HIELDEO M~Li~, IX Fl
8/1 + BUs
9/1 + 8US
M904 TO 2 WOll FLAT COAX, Xl tT
w031 10 wOll FLAT sHIELDED kYLA~, XX fT
8, 8/1
M903 TO M925 FLAT SHIELDED MYLAR, XA fT
FlRST ON PC11 (TO PCOS)
INT£R~AL Sus ~xp, M93b to M937,'XX tT
8/E
H85b TO M953, 40 CONO 3M, xi 1"1 . -8/E
Mg55 TO H~56,-1& BIG, 2 10 UH~;' 40-eOiD 'l~,XX'T
s/E
8/E
M954 TO 2 H8Sb, 36 S1', 4 10 OHM, XX fT
H807 " M901-TO 2 MYLAR CABLES-TU M901--,-H80'1, 11 IN
8/E
M904 TO M904 UUAL RUUND COAl, XI FT
TU10, 8 PUs BUS, ~TC
M904 to 2 W~21 OUAL-RbU~D~UAli'XX fT
TU10, 8 POS BUS, ETC
H856 TO Hi56 3M SHI~l"DED, MlRROR CONNtCTlbNS, XXFT
B/E
ORS",E
H856 TO H~5b lMShl~r.DEO $TRAIGfiT-CON~ECfIONS xx,'!'

"fODEL
NO

ENG
MGR

eC08' .. nl
BCOen-Xx
8 COIV-1K JC
!CO'l.XX
BC09S-XX
SCO'C-XX

DESIGN
ENGR

BCtOn·xx

BetGE-XX
S(! tEHf-xx

BQ1QJ.XX
ICi0K_XX
BCtOL-XX
8Cl0!-XX EAS

8cIoV.xx
8ettA.XX

2

BCi18~XX

3 12/'2 B

a

K[

5

B

RW
KE
KE
KE

4
5

B
B
S

3
5
5

3/72 B

JB

5

1

3112 B
3/73 B

3
3
2

4/"2 S
B
91'1 8

5

AJ
KE

2

WRS

5

KA

3
3
2
5

IC20A"'XX JC

Be20B.xx
BC40C .. XX

J(!

Rl

AR
AR
AR
AR
AR
AR

PG
MORO

aC7(U",XX Rt!M
BC;OB~XX RlJM

EN
EN

BC~9A.25

'"

JEH
JEH
JEH
JEH

~e,_99~,!~5

legge.ls
. ~~9'D.!25

ICg'P;.25

JEH

_~.e9.'1"!!.5_
!CIJIA.yX

AW

AW

~~~2!"'XX

aOOl

Bios';'A

pHG
PHG
JEM

DEG
OEG

JLM

"TN
JTN'

JLM

JTtf

JLM

1/'4 B
i/ll B
31'2 B
3/'28

B
8/71

B
B
B

5
3
)
4
5

4/'1
3/f3 B
3113 a
6/" 8
1/14 8

5

1/14})
4/11 B

5
3

3/'2 B
5
B
1 11/'3 B
3 111'l B

MORO

ae9QC.G4
IC9()P'';'XX

BD04

3

9/71 B
9/11 8

2

PC
RRC

8001
8002

2

FS
PJ

.C40D.~6

'C41A~XX

1113 e
5 / '2 B

ATT
ATT

RC'l!'.XX VI
BCtlP'.XX aD

eC14A.XX
S(!14S. XX
IC14C.I0
IC14B.XX JM
SC14E.XX JM
aCt4,.lx IN

S

5

POT

itt lK .. 25
SC'2A.XX 8MT

8
8

5

te110.X X
aC1,lJ.XX

31'2 B

8/71 B

5
5

POT
POT
POT

8e l1C .. XX

CAT~GO~Y

USED ON

5

H85b TO H856, 12 ~IRES, MIRMOR CONN~CTION, 1 FT
M994 TO H856, 36 5IG, 3M ~OT $HIELD~O, XXtT
H8513, H8514
H80? fa M922, 2 MxLAR; rFt 9 IN 9
110 8US HlSO TO H3s0, xx ~T; 7005J13
9/1, DW09.-A, OwU9 .. S
1/0 Sus 2 M91~ TO 2 M91~, XX FT
-t5, 9
110 BOS 4 W85g TO 2 M912, XX fl
10
1/0 BUS ~851 ~A END ROUND COAX 6R w95S~w856 EA iNOfLiT-CuAX XXfT
to
MARGINAL CH~CK CAbL~, xi ~T
.
'
10
OISk CABL~ ril52 TO ~UNRUUGHS, xx fT
to
MEM BOS Hl51 TO 4 w02e, Xx YT
10
103& TO 2"W02& COAX, I/U ~U~, xx rT
10 MEM aus
w857 + w858 EA ENO, 4- gwCUNlJ COAX, XX FT
10 MEM 8US
AMP QUICK~LATCH TO 2 ri8b7 & 2 K8Si, 8 9~CUN~ COiX, xxrt
10 MEM aUS
AMP QuICK.LATCH EACH 'NO, 72 COAX~ iX'T
10
AMP QOICK.LATCH TO 5 i021, xxtT
RH10 TO DFI0
QulCKLArCH COAX TO b ~021, XXfT
VTos TO OCtO
700i260 CABLE , 12058~'~02 PLUG
11
M919 TO M929 fLAT MYLAR EXTtRNA~ UNIBUS, XX 'T
RUGGED 11
BURNOY FEkAL! 1~$ PIN ROUND-C12;lu5iS} 'OO~lT!O XIFT
RUGGEO 11 TO NON .. RUGGED 11
M976 fLAT TO 12~105~5 XXFt
RUGGED 11 lNTERNAL
M97b to aURNDx MALE 12S-'PIN (12.105~5) XXFT
D'11-8A, Drl1~Ba
20 PIN 1210918~27 TO 8 QING LUGS, xxFT
KL8.M
RCs",E

DT11~M

pR!l'"

14

OC14
DMce.E, sMC01
14/10, 8912
aIM, S/f
81M, 8/f
0001, 0002

uDC
0001, D002

3

SSUK

ssUK

3
3

B
B

SSUt(

3

B

SSUK

3

B

3

B

POP11
POP15
PDPa/E

5

B

Hl04

IpG
IpG

cs s
caS
CBS

B

6 10112 B
6 10/72 8
:1 1173 S
3 1/.3 B

]

1/,3

B

SC11A.XX W 2 H807 ON M9191 ATTtiE M919 END,--XX 1"T
H856 1'0 M977 3M CABLE M903 COtHrxxr:r '"

HS56 ONE ~NU, 20 PAIR, 2$-'T,700VB81
EXTENSION CABLE FOR VR12 DISPLAt, xx fT, ~O~6254
110 BOX CA8LE G782 iO' G171, xi 'T.
OlFFERENTIA~ COAX, XX FT
CABLE; I 80x TO 0 8bx, FOR TEST
MAltNtLOCK BOTH ENDS, DUAL SHIELDED TWIgT~O PAI~, XX fT
2 H856 To 42 PIN W1NCHESTER, 36 T~lSTED PAl~'-XX F1
RT ANGLE RS232 W HOLD-DOWNS BOTH ENDS; 2S CONb, XX IT
115' l WIRE GROUNDED 7 AMP ~INECORb to H40~.A
2JOV 3 wIRE GROUNDEb • AMP ~lNE CORO TO H402.a
H807 TO 34 KULKA 61ijA'TERMI~A'S, IX"Ft
CABLE CONNECTOR ASBEMiLy KIT, H807, PARTS, 6FT CA~L~
M~4~

to

M~46uOU8LE ~rLAR,

XX-Pl - -

POM70
1~11l74 TO 1205896 RS232,2~ COND, XXIT
POM70
1211174 ONE E~D ONLI, 44 CONO, XXFT
8A903, IA904, BA905
2 Ha07 TO 34 KULKA 670A TERMINALS, 4 fT
11/0' 8A903 04 05
2 H807 TO ,iS10N5 , 34 KOLKA 1695-T~~Ml~ALS-XXFT
pT08DA, DP01A, DC08LD, DCll, ETC
D~T~PE GPU MOOE~ CO~N~CTO~, 2b ~T,

SSUK

5

TO DR!1"A

DR11.C
12
14
14, 8/ L , 8/1, + BUS

8
2172 B
8
B

2

saUK

30

MO/yR
6

OA

eClal.XX

STATUS

AREA

DA

jCtOA~XX

Oe·XX

MFGR

RMS

MI
FA
FA
KE

~(!1

PROD
F:NGR

12 CKT BARRIER ASSEMsLy MOLOEDUfi$r'T"FROMeONW- TorLi LEADS
PT08DA, OP01AA MODIFIED, DPOIA (S'LECT $D~BY), OC08~D
8~9~A-W W02J -

pros'

BC99A'wlTH
SC9~A

11
11

11

C~A~PJ

BC99A W w023 FOR PDP1S

H305, AGx,,2
8/S
fUS

~023

W SIDE (TOP

H30S

fOR PDP11

BC99A WEND FOR-PUPa/e
8"'

eli

TRUNK ~AaLE

'xx

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SINGLE eM DATA CABLE, -xx fT
16 CH' MUX, DU PONT
"Oi ~ETER INTERFAC~, D~ PO~T
8tL.L SPtc lAL I B1N-ASKll.Sl!'r-CUNV
BELL SPECIAL.DI$KI~TKRRUPT-' A.LAMM + MUD
-0

IU.:t.L SPt.:CIA~ ON1MPl.tt:M£NT£D 20 --C~ANN!!:l'- BOX

ru

RF11

MODEt)

NO

ENG
MGR
.. ·..:ItlM

DESIGN
ENGR

eOOI~DA

..:IbM

JTN
JTN
JTN
JTN

ebOS-08

JLM

~7TN

~l)OS·E&

"11M
JM

B005';B

5D05.Cl
8DOI~CB

8DO!J~r.A

8D11

JLM

"LM

"bM

8011,A
81'15-8
BD15",C

8Dll!D
B!SOliAl

JDL

8D5G~AB
BDSO~SA

JOL

JDL

Jot

B950·S8
8D50,CA
eDsG-CB

I&50.HA

!Fo2

"t4~f'

RI

Fa

"14"H

eF14 .. M

AR
PG
AS
AS

eM
eH
KH

!1(274

11(302

02.
DZ

8MOI';'C
BM6'1.

RI

SM&i4

R8

!M61!

RS
RS
RS
SNT
SNT

BM68.&
eM6"

8M79~.yA

!M792·YB

AR
AR
AR
AR
HRL
HRL
RR
RR
MORa

FE
FE
FE
t'E

RMB
JMS

8M'792~YC
~M7'2·YK

JMB

e. M7'2",YJ< Mt

1M

sNT
5NT
IM792-YJ JLM

SM002
SM80~

aMA04
BMeO$
3 Meo,
8Meo,

SMell-VA

ess
esS

Ri

RS

pI

RS
RS

RI.

VI!'

JMB
JTN.

POE
FE
FE

FE
FE
FE
DR

STATUS
MO/yR
3
3

TPL

1/'3 a

3

1/73 B

BOOS-A
aDOs-S

1/,) B

4
"

4/,) a
4/1.1 B
4/'1 8

4
4

4/11 a
2/'2 8

2

TPL

4
4
4

4 / '1 B

2/'2 B
2/'2!
2/,2 8
~/'2

a

4

2/,2
2/'2

4

'}.112 B

4

B

a

5 12/'11 S

IpG
IPG

5
5

6171 8

8

5

B

6

8/11 B

6

~/71

5
,
:I

5/'2 B
9/72 B

5
6

5

TpL

5
4
4
5

B

8/,2 8
5/'2 B
1/,2 B
5/'2 B
8/'1 B

7/.,3 B

1113 B
B

TPL
IPG
tpG

5
S
1 11/13 B
5

8

IPG

4

fPC;

5

IpG

4

B
B
B

.. s

rs

Fs
P'S

C:SS
TyP
IpG
IpG
IpG
IpG
IpG
IpG

11

M
1
3 81'71 M
3 10/'1 M
3 l/V3 M
:3 4/'3 M
)

5
4
5
4
5
4
l

i/7,

S

sELL SPECIALa IMPLEMENTED 20 CH eOX, MUST HAVE 20 8005.C8 -06 'lOR .. Ei)
SPAKE Y019

Y019 OROEkEO ~ltH 8u05.~
$PA~E

X049

T~STED SPAR~

XOb7

TESTEO

Y04g ORDERED WItH Buos-a

AELtLSPECIALa Y067 ORDERED wITH

a~O~"'b

Arc·, uOC CONT, 2 DOli SLOT~
CONT , CAB fOR AFC15 11 BIT$ + SIGN-, UDC15, 11sV
CONT ~ CAS fOR ArCiS 11 BITS • ~l~N , U~C~5, 2JOV
BD1~.A ~ItH

NO ADe

BU15.S wITH NO ADe

15

8 POS 8US
8 pos BUS

VTO$ OR LA30

'NTE~rACE,

yToS

INtERFACE, liSv

115V

8 NEG BUS
J) NEG aUS

VTOS OR ~A]O INTERFAC~, 2l0V
VT05 OR LAlo INTERFACE, 11SV
VTOS OR LA30 INtERFACE, 230v

9
9

VT05 OR LA30

O~ ~Alo

2ND' CHANNEL

8050-AA, \WAS
BDSO-SA, qBB, -CA, -Ci

INTE~FAC£,

- -,

-

230V

2ND Ct1ANNt.;L
MEMORY , 1/0 ACCESSURY ~ANE~
8/E
H919 SUS WITH 2M935 ~UMPERS
AM04, AMOS, AMOl
MTNG HARDwARE 'OR-AfC1s
MTNG HARDWARE FOR UDCfS
0001, D002
14
StOKA~EBOX FOR'l2 FLip fLOPS
STORAGE BOX FOR 1~ FLIP 'LOPS
14
14
16 sIT STORAGE
SySTEM tEST~D 11/05 ChASSIS, CO'FIG 2
SYSTEM TESTED ,M7260 + M7261
14
K022 2 INPUT AND lOR ExPANDER. DUAL ~TURAG~ MOU TO PDP14
K272 1 all RETENTIVE MEMORY
BAtt
K274 DUALRETENTI~E-M~M, REPLACES BK272
14
Kl02 OUAL TlMER
.
BAt4
ALL SYSTEMS
AC ulNE MoNItOR, 115v
ALL SYSTEMS
AC ~lhE MONlTUR, a30V
8/1"
MING BOX W CoVER fOR Mea-LA, .La , MMij-LA, ~L~
14/l"

.

-

8/L

MtNG sox W SL~OES-FOR

ODOl, 0002
0001, OOOt
D001, 0002
0001, 0002
0011

0011
0011
0011
0011

VTao

0001,0002
0001, 0[)02
0001, 0002
0011

Me8~LA,

;~B

&MMS;LA,

M6al 16 ISOLATED SO~IO STATE
M684 12 aIr FF' RELAY DRIVi;R
MbBS 16 B1T " RE~AY ~Riv~R

0001, 0002

B

B

SPECIA~ lEST~D

SPECIA~I
8EL~ $PECIA~'
BEL~ SPECIAL.
BELL SP~CIALI

15
15

0001, D002
0001, 0002
0001, 0002

B

BELL
8ELL

11/07
15

8

s
e

Dt;SCRIP'lt ION

eOOS-A
BOOS-S
BOOS-A
8005-8

4

TPL

1/'3 8
1/') B
1/,] B

uSED ON

1/,3 a

TpL

T,L

CATEGoR~

1
3
1
;)

4

Af.(

l002
0001' 0002
0001, OD02
0001, [)002
0001,0002
0001, 0002

wITH COMMON-PUw£R-

bUARO FOR R~LAY O~lVEkS
W406 (w400, -- w402 & ~ 40 3 "COMtHNED)
W410 P~DDLE BUARD wale INPUT CUHulIIONlNG
i11730 12 BIt CONTACT sEN,;;E, sEt; 8w740
--W731 16 81T CONTACT SENSE
~ADDLE

w132 12 BIT CUNTACT

1.T~RMUPT'

W733 16 elT CUNXA,T INT~RRUPT
w734 GENE~AL ~uRP6s~ COONl~~
W740 12 BIT SULlO stAlE CONtACT

sE~ ~~'42
St.;N~E

4

2/73 B
8/'72 8

MORC

4

2/,3

a

5

B.

5

1/,2

14

Alt.-Of)

AR
AR

B

!X14"SA

AR

4

1/'12

B

14
14

W741 16 SIT SULlo STATE CONtAtT saNsE
w742 12 B1T SOLID STAtE CONIACT 11~Tt.RKUPT
W743 16 BIT SOLID STATE CUNIACT INT£RKUPT
INP~T BOx u~ 10 3a AC IHPUT~
INPUT BOX UP TO 32 DC l~POTS
sCHMITT INPUT BOX, ~p TU l2 AC INPUtS

5
5
.)

1/72 B

14
14
14

OUTpUT SOX UP To 16 DC uUTPUTS
IMPROVEO OUTPUT 60X, OP Tu i6-A~ OUTPUTS

9

IBM 526 I~T~RFACE
CAMAC8RANCH HIGHWAX

MORO

MORO

8w,43
eX14':'DA

8Yl.-0A

AR
AR
AR

BYt4~O"

gY14';'SA
~~Pl;B
CAt b"A

CA11';'B

BV

BV

c!A'l~C

eV

CA1S';'S
CS11';'AA
CBil~Apj

V18

VB-

0811-AC

V!

eAII_A

eBil~A"

CStt-A!!
CSl1:'AF
C8', 1:'SA
C81t:'S8
eBl1~Bt!

ifrH 1:'st>
CB11.BE
C811 ... SF
elH t';'CA

JEH
GO

SSMU

CSS

vB

Me
Me
Me

vS

VB

VB

VB

Csl1;CB VB

asuK

Ew
GO
MC

vi
VI

ssUK

PR

MC
MC
MC

VI
vS
VI

CSS

Me

Me

MC

Me
Me
Me
MC

ssUK

3
3
2
3
3
1
5
5
5

5
5
5
4

4
4

4

4

4
1
3

B
5/72 B
C

4/11 0
5/12 0
5/'12 0
4/11 0
1/,2 D
JI13 0
~/'l 0
3/71 0
i/'3 0

1/'3

I)

3/t3 0

11ft 0
3/'3 0
3111 D
3/,1 0
3/'1 D
3/7] 0
3/'3 E
3/,) E

0001, 0002
0001, OD02
0001, 0002

OUTPur t;OX uP TO 16 AC uUTPUTS .. --

11

CAll-A

lNlERfAC~

NFR CONTROL fOR CAli-I

11
15
IS
11
11

NPR BRANCH HIGHwA¥ lNT~~FAC~
PROGRAMMED & OMA CAHAC BRANCH HIGhwXY-I~TERtACE
PROGRAMMEQ ONLY CAMAC 8RA~CH HIGHWAY lNtERFAC~
CAB, Ps, 1 C811.PA, SPACE FOR 18 C811-0A &/OR C~11.S, 115v

11

call_AS .. 0811, 230V
C&11.AA + 2ND C8ll-PA, 2 OB11, 115V
CBll-AS + 2ND callwPA, 2 PS 11, 210V
CAB, PS, CB11~PC, SPACE FOR 18 CSII-VA ,/UR CS11-S, 11SY

11
11

11
11

11

t1

11

11
11

•

-

CAB, PS, 1 CBII.PA, SPACE FUR
CS11 ... AA .. OB11, 115v

ta

C811~OA

CAB, PS, call-PC, SPACE FOR 18 CS11. DA
call-SA + PB11, 115V
C81i.8B + Oe11, 230V
C811. BA + 2ND C8Il.PC, ~ P811, 115V
C811-a8 + 2ND Call.PC, 2 0811, 236v
11/10.CA, C8119PC, PS, 115V 60HZ
11/l0-ca, C~11-PC, 's, 2l0V 50M~

'lOR C8Ii-', 2iov

'/O~

--

C8Ii.S,

,.

230~

MODEl,
NO

PROO

MrGR

~~NGR

AREA

1

3/,3 E

:3

VI

MC

3

va
Vi

MC

3/,) E
3/73 E
3/'3 E
3/,3 0

'II'

Cll1':'Ca
Citt':'CH

VI

vI

(!lUI-EA- VI
CB11~PA
VI
CB11~PS VB
call-pC vi
CB11~PD VI
!Sll-sA VB
Ca1t.sa VB
CC01
CCOI~A

ccot-a

ce02';'C

CC02~D
e~OillllA

Me

CCse
CCSl

5
5

Me
Me
Me
AW
AW
AW
AW
AW

5

4
4

4

4

5
5

5
5
5

Aw

AW
Aw

coss';'s

C!Dil-A
COlt-a

Rtp
RLp

LC
LC

CD11-EB
CDi2_
COi2-0E

RLP

LC

DEC
O!C

.AW

~LP

CD12.io!!

LC
AW

Jl"

CMO)-C

1011

eLi!

MI

CMil

BD

CMtl';"A
CMtl~FA

80

eD
flO

RLP
RLP
RLP
RI"P

5

11'3 C
7/1) C
7/1l e
7/73 C

4

2/.2 C

4
3
TPL
TpL

1
1

C

3

2/'2 C
6112 E
8/71 E
C
C

5111 C

:1
]

SIll C
5/'3 C

3

5/71 C
2/.S, C

~M8.FA

LT

4
3
l
6
6
2

C!MA.FB

l..1T

2

LT

3/"12 C

5
5
S

4

tJT

C
C
C

)/,2 C

AW

CMB_E

C

3
3

Aw

CMg.r.A

C

C

C

OM'2';'S

A'll

C

C

C
C

1
1

AW
Aw

4/71
4 / '1
4111
4/'1
6/'1

5

AW

-e,nj;c
CM12';"~
CM,2· F B

4/ ,1

5
5

CM12

CMt2';'A

3/'3 D

5 1/7) C
4 2/72 C

Aw

CMO]~CA

D

31'3 0
4/,1 C
4/'1 C

5 1/'7)

AW
AW
Aw

CDi2';HP"
CDP

3/'3 D
3/,) 0
3/'3 0

5

AW

CCS4
eC55~A

:3

5

MC

)/'3 [)

1/,3

3

MC

1/,) D

5

4

Aw

C0'52

ecs)

CMl1;F8

5

AW
Aw
AW
AW

ce04

~012;'J)"

3

MC
MC
MC
MC

Aw

ceO)';'s

CDit';'!:~

STATUS
CATEGoRr
MO/YR

Me

Cli f~tE'
C811~Cr

C.ft.ol
C.il';'EX

DESIGN
ENGR

2/,1 C
2/'1 C
2/71 C
3/'3
)/'1
4113
4/'3
3112
]/12

C
C
C
C
C
C

Dt;SCRIPTION

USED ON

--

33

PS, 115V 60HZ
PS, 230V 50HZ
MM11-L, call-PC, PS, 115V 60HZ
•
11/4S.CJ, MF11-L, MM11-L, cell-PC, fS, 210V 50HZ
cell-A, ·s
32 POINT R~LAX olSTRlautOH MOvU~E
C811.P
H~X EXTtNDER CARD
C811-A, .8
16 POINT INPuT'INTERRlJP,.'l40J.)UlJE
CIH1.A, .e
5 SLOCK T~LPLANT TERM1~ATION PA~E~, Ps, 115Y
5 SLOCK TiLPLANT TERMINATION PANEL, PS, 2JOV
CB11"'A, ""S
CIH1-A, -8
6 BLoCK T£LpLANT TEMMJNATloN ~ANE', pi, 115ij
6 8~OCK TiLPLANT TERMINATION PA~E~, PS, 2joY
CBl p"A, -e
64 PoINT iNPUT SCAN MoDuLI:;
..
-C81111111A, .8
64 POINT INPU'fSCAN ~OOULE w DIODE PROTEC'lION
call"A, .8
CLINICAL LAS OPTION PANt;L - CLINICAL LAS-12
4 CHANNELS ~ CONT-fOR RoaOT CHEMIST
12
4 CHANNEL EXPANSION FO~ ROBOT CHE~IST
CC02-A
oNt-eH ~ CONT FOR ROSOT CME~lSTCCO!
ONE c~ tXPANSION ro~ RO~OT CH~MlSl
CCO!
MoDuLe SET FOR ;: CH--CuuLTER-S- "' eCOl
2NDCH COULTER S
CCO)l!IA
CCOI
COAGuLATION TIMER
CLINICAL 1.tAS-12
SMA12/10 INTERfAC~ KIT
8 eft ~XPANSiON KIt
AGL2
CLINICAL LAa .. 12
S~A4,·4"
7, 7A INT~RfACE KIT

-

cLINICAL

11/40-CA,
11/40""ca,
11/4S .. CH,

lIAs .. 12

CLINICAL 1A8_12
CLINICAL I"A6 12
CLINICA.L 1"A8 12

call~PC,
CB11~PC,
MF11~L,

SMA-SINGLE CHANNEL RIT -

SMA121&b lNtERFAC~ ~lT
SMA SINGLE CHANNEL KIT (1ST-en) FOR TECHN1CUN 2
SMA sINGLE CHANNE~ KIT (2ND Crl) FOR T£CHICO~ 2
DATA BREAK CONTROt ~ UOCUMATldN Ml000, bORZ
11
DATA BREAK CON~ & OOCUMATION Ml000 50HZ- 11
1200 CPM CONSOLE READER & CONT DOCUMATION M1200 60 HZ
11
1200 CPM CONSOL~ READ~R , CONT DOCUMATION M1200 50H~
11
8 POS
DATA BREAK CONT~OL ~OR AN! CARDR£ADE~ OR PUNCH
8 POS
80 COL OPTICAL MARK CR & CD12 CONT, 300 CPM-OOCUMATION OM~oij,-60HZ
8 POS
80 COL UPTICAL MARK CR , CD12 CONT, 300 CPM DOC~MATION OM20o, 50H~
C012 W HP eO COL OPTICA~ READ~R, 60 HZ
8 PO!
e012 ~ 8p 80 co~ OPtICAL ~EADER, io H~
8 POS
III
CROMATAG~APhlC PA1A PROC~SSOR (ij)
C~l~lCAt LA~ 12SISTEA iAMEOPT1CAL MAR~ CR , CONT ~OO CPM GE~ DES bO H~
804 (9)
804 (8)
o~TIClL MARK CR , C~NT 200 tPM GE~ OEi 50 HZ
40 COL OPTICAL MARK CR , CONT-200 Ct'M GEN o£s-' 60 hZ-0011
0011
40 COL OPTICAL MARK Ct< , CONT 200 CPM Gi:NDi:S 50 HZ
80 co~ OPTICA1" MARK CR ~ CONT 300 CPM OUCUMATION UM~OO 60HZ
0011
80 COL OPTICAL MARK CR , tONt loo C~M DOCUMiTION UM200 SO~Z
0011
40 COJ., MARK S~NiE C~ , CONT 200 CPM G~N O~SlGN 60 HZ
SA12
40 COL MARK SENSE CR , CONT 200 CPM G£N DiSIGN ~o H~
SA12
80 COL OPTICA1" MARK Cit " CONT HP 60--H~
BA12 wITH ECO#SA12-0001Q
eO COL OPTltA~ kARK CR ~ CONT HP ~o HZ
BAl2 wlTH ECO#BA12 .. 00010
9 PCs
80 COL OPtICA1" MARK CR , CONT 300 CPM-DOCUMATIO~ OM200 bOHZ
e POS
90 COL OPTICAI" MARK CR , COwT ]00 CPM OOCUMjTIO~ DM~OO SOkz
8 n:
40 COL OPTICAL MARK CR , CONT 200 CpM G~N D~S (~843) 60 Hi
40 COL OPTICAL MARK CR , COhT 200 CPM GiN DES (k&i~j So HZ
S/E
8/E
80 Co~ QPTICAlJ MARK CR , CONI 300 CPM OOCUMAtlON UMiOQ 60HZ
80 cox.. OPTICAL MA~K cR , CONT 100 CPM ~UCUMitlON ~M~OO 50~Z
SIP.:
til

STATUS
MO/yR

CAT~GORY

DESIGN
ENGR

CM8.!
CM8.yA
CM8"t

MI
MI
MI
MI

5
5
5

C
C
C

5

C

~MX1·A

CMX1~B

PG
RG

1
5
5

B
A
A

CPOt .. N

8M

CIS
CgS

'3
3

3/72 C

GSD

SSCAL

OY
Dy
BE
M1
M1

CS S

5
5
3

cHa.tlA
OMT

ell

cpoa .. p

C'tO!A
CP10.S
CP 11.,UP
CPtS"A

BM

BE

C'!S~B

CP20 .. g

CROt .. A
CR01';'S

CR04~C

C'04.0

CJlt04';'E
CRO'"''
C~04-H

CR04';'u
eftlO_A

C'-,O-S

(!Jltl0~OA

FA
ST

EAS
EAS
EAS
EAs
EAs
EAS
EAS

EAs

CRlO-OB
CRI0';'EA

EAS

eRiO.E!

EAS

CA10';'UA
CPU 0.U8
CRt1

qat1.A
CJH 2

C~i2!A

0'J\12.rA
CJlt12'f'S

"'CRtS:A

CRtl""S

·C·RlSS.DA
CR1S~D8

CR11-EA

CRtl';'E:B

cJiEATh:R

0811-A wITH DISABLE swIrCH
GENh:RAL PURPOSE TTL INPUT/OUTPUT
PATCH PANE~ FuR SWAPPlN~ PEklPMERALS
DATA SUFFER MODULE sE~ NEG Ou~
-DATA burFER MUOULE SET POS OUI
INTERP~OCEssOR &UfFtR 'CONT jPiCE ~OR 0 CM
MODU~E SET PER CHANNE~ FLAG STATUS REGlsrER
PROGRAMMED SE~gCTOR R~GISTER

GENERAL PURPQSEINtERF'ACE Milll

OUTPUT INTERFACE M7J14
INPOT I~TERfACE-M~Ji78/8 INTERfACE 3~CJCLE
INTtRPROC~SSOR sUFFER,

~/~

INTeR~ROCESSOR 8U~FiR, 8/&

911 INTi:RPROC£SSOR fflJi'-f""£P:9/8 INTKRfROCESSOR 8urF~R
9/9 INT~RPROCESSOR ~UFrER

TO 8/i
10 SSQ~~~2~

8 LINK SCANNER fULL DUPLEX (TTl

8 TTY SCANNt:R HAl..F LHipLE)(·
8 ASY~ SCAN FUL~ DUP~EX EIA 3

&/O~ ~lA)

CXC~~

FuLL DUPLf;X LINE ONlr-- -... ---.----.- .
9 TTy LINE ~CANNER 1/2 VUfL~x ECHO
9 LINt SCANNER FULL ~ D\lPiJ£X-( TTY-· 'lOR EIA'
8 TTY LIN~ SCANNEktiAL, DUPL~i ~C"O·+-LOGIC

8 LINE ASYNC SCAN ~FOL~ IAjpLExEIA - 3 CYCLt-'
9 LINE AsyNe sCAN,.kALr DUPLEx ECHO·TTY OR tlA SiP sP~EPS
8 LINE SCANiliEk f'utI. -i)UI;-M£-X~T~Y---·'7{j~ ~IA)

MODEL
NO

. Del;I;" octo2.a
SNT
DC02';'OA SNT
ocoa';'r,
SNT
DC02!FA
D002.r8

DEsI(JN

PliO"

ENGR

ENGR

MFGR
AREA

MI

DOM

1.41
DDM

nOM
DDM

Ol)M
OOM

Oe02.r~

OG02"G

JJL

DCoi.A

RI
FtI

DC04"A

DC04~AA

De04~A8
De04';CN

ess

RI

EFt

DCO,we'
De04~DP

ER
ER
ER

DCOI"B

Ml

De04~DN

OCO'~A

t5COI~BA
DCOe~B8

5

SSUK

M1
Ml
M1

DCOI'!C
DcO'-eM
DCOt;cs
DCO •• O
DC08;EB

saUK

MI
MI
MI

DCO,.,.t

oa08';',.,.
oco,';;'ri'

DCOt;G

6

Ml
MI

oe08"H
DCO';J

6

6

MI

DGQ'wLA
"

5
SSUK

ssu K

,-?CQ'!"LB

SSUK

Dt08"LC!

DCOI~L"

ssuK

DG08~L'
DCO'~LG

SSUK
ssUK
sa UK

S,Ul<:

OCO'';'LE

DCO'!l)~

DenS.PM
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to
s~NC COMM SYs III DLI0-AS + 11/iS.CD + Psl1-A + 8 D511.84
DC75"'A
DC7S EXP. DL10-C + 11/1S-CA • O$ll-A + .~ DBllwSA
DC?S- Exp' DLI0wC + li/ls-ea + DSlf-A + -ij OSii.S-A .
DC7S-s
11

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DESIGN

PRO"

ENGR

ENGR

DC7§.UB

EAs

DC'1$.VA

f:AS

KE
KE
KE
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De'S-E

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JLM
vB
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vB
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KH
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MC

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1
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0
0
0
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0
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0

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0

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10/,1 0

o
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.,11,3
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1 10/73 o
) 10/,3 o
5 3112 [)
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1 9112 o
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5 ll12 D
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6
2/71 R
6
2/'1 R
6
2/'1 R
6 2/11 R
5
R
R
5
5
R
R
5
5
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5 6111 0
2 4/'71 0
2 8112 0
5 7/13 0
'5
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5 111l 0
5 7/73 0
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USED ON

DESCRIPTION

39

(10) OC7S.A, -8, .OA, ~DB
8 LINE EXPl 8 DSll~BA
DS10
DC7S.AA (W TRAD~-lN Of USIO)
OSlO
OC75-AB (W TRADE-IN Of 0510)
2 OSlO
OC7S-AA (W TRADE-IN of 2 0510)
2 OSlO
OC7S.AS (~ tRAO£.IN 01 ~ DSioj
10
ASYNC COMM SISI D~10~AA, pDp11/40, PHil, DM.l1~B~, ETC, 115V 60HZ
10
ASYNC COMM SIS, OL10_AB, POP11/40, ~Hll, DMll.8B~ Etc, 2l6V SdHZ
DC76·A, DC75·A
DC76 EXPa DC76-AA ~xeEPT D~10.C IN P~ACE Of D~10-AA, 11SV
OC76.A, DC75.A
OC76 EXPa ee7S.AS EXCEPT DL10.C IN PLACE Of DLio.AB, 230V
DC76-A, ·D
ADDITIONAL 16 LINES W/O INT~RFACE, W/O CAS, lisv "
OC76-A, .D
ADDITIONAL 16 LINES W/O INTERFACE, ~/O-CA~, 2l0V
OC76~A, -0
CAB, 16 MORE LINES W/O INTERFACE, S~ FOB. 3 MO~E D~7b.~A 115V
DC76-A, .. D
CAB, 16 MORE; LINES WID INtERFACE, -gp FoR j MORE OC7b-EA 210V
DC76-A, ·0, ~E
20MA ACTIVE INTERfACES FOk 8 ~!~ES
"
DC16-A, ~D, ~E
ElA/CCITT-LOCAL lN~ERfA~E$ roR ~ Ll~Eb (DATA U~Ly)
DC1b-A, ~D, -E
EIA/ceiTT MODEM INT~RfACES to~ S LINES
DC76-A, .D, .E
ANswER ONLY~ AUtO A~swE~ INTEGRAL MbD£Ms fOR a LINEs
OC16-A, -D, -E
FUTURE SERl~S Aeu CONTROL
8 NEG, sr02
CONTRbLFbR-UNIV DIG CONT, Sp FuR 4 12 SIi ~OROS
9 POS, SFP2
CONTROL FOR UNIV DIG CONT, SP FuR 4 12 BIT ~ORDS
11
CONTROL 'OR UNIV ~IG CONT, SF fuR 1 16-iI~ ~QRo0001-A, .D, Bf02
SySTEM UNIT, SPACE FOR 4 12 OM 16 all 1/0 wURDS
11
MOUNT FOP 4-QUA6 CARD cONtRULS
11
DD11_A W ETCH BACK YANEL, DIY' ~~R CO~NiCIIWN
11
PR!wIRED SYSTEM UN!'!: ItOR 4 Dcil"C-OR DcllwO"
KLll
EIA CONvERTER, A5232cr~MAL~
KLll
EIA CONVERTER, RS2]2C MAL~
EIA
DATA COUPuER, MODEM ACOUSTIC, MAGNErIC ~ OI~ECT, 11~v
10
DATA CHAN~EL, 256 K AODRESS-RANGE; bOriZ
10
DATA CHANNEL, 256 K AUDKE~S RANGE, 50HZ
10
DATA CHANNE1:',-4,419K ADDRESS RANGE;, 60lfZ
10
DATA CHANNE~, 4,419K ADDR~SS KANG~, 50HZ
DC11-A OP11~AA DN11_A LA30~S
ElA/celTT TERMINAL MODULE-SET (M594)
OCI1-A
INTEGRAu MODEM (1ilA ~QUIVALE~T) MOOU~E (M5~b)
DC11-A
INTEGRAL MODEM (1138 ~QulvALENT) MODuLE (M587)
DCI1-A
ACTIVE 20 MA CURR~NT uOOP TERMl~AL MO~ULE S~T
OCI1-A
CuRREiilT swli'ChTERM-MOD--siEr-t'GR -lo1-0f( 30)
LA30-S DC11~A
PASSIVE OPTICAL COUPLED 20.MA TERMINAL MODULE SET (M598)
8 NEG
12K-l~ sli + PARITY DiC-Ols~ , CONT-bti 8z
e NEG
32 K 12 hIT + ~ARITY o~c DISK , eONT 50 HZ
8 NEG
19 .. lNCH Ot' 32 ,'OR 11950"- -.
9 NEG
19-1NCH DF12-A FOR H9S0
8 NEG
32K··12 8Ii' + PARIT¥'~O£C 015K & CO~T, 60HZ
e POS
12K 12 BII + PARITr D~C D151\ & CONT 60HZ
8 NEG
12K 12 BIT + PARITY D£C Di5i , CO~T 50H4
8 POS
12K 12 SIT + PARITY O~C OISK ~ CO~T 50HZ
ALL DF32 , D532
DISK MECHAN1CA~ ASSEM~LX
oF12.0 & USl2-0
DISK MECHANICAL ASS~M8Lt
OCR11 .. A
RUGGED OF11.A
OCll-A, DP11~AA
MIL SIP 1~8C TERMINAL MODOL~ SeT (M~941)
11
\6 LIN! MUX DIST PA~EL , 115V PS PR~G LINE SP~EDS
11
DH11.AA w NO DIST pANEL & Nu ~s
11
2l0V OHI1- AA
11
16 LINE CriA~ dUf MUX, L1MIT~O PRO~ CONT, ~IA
11
lb ~INE ckAR ~U' ~ux, LIMlTEo P~OG ~O~T, tTL

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3/'2 D
2/'2 o

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o
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1/'2 D
J/71 o
5 3 1 '12 D
6 1/,3 1)
6 1/'1) D
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6 1/73
6 1/73
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AOL
AOt
AW

JC

oLio~A8

oLtl-p:

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AIH:A

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AaW
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D1,l1;e
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11
11
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lb LINE CHAM bU. MUX, LIM1T~O PRO~ CONT, XTX
HALF DUPLEX SXNC COMM, REP~AC~D B~ uQS11~i 32 LINE CHAR Bur MUx, SlNGL£ &AOD RAT~
32 LINE C~AR aUF MUX, DUA~ ~AUO RAT£
4X LINE FHEQ INiERRJPT
PROGRAMMAaL~ REAL TIM~ CLUCK

R£AL

AlE
SIt

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Lt~E-F~E~uiNCY

REAL TIME CLOCK, CRjSIA~
DK9~Ep, OKS-ES
sCH~lTT CUNl ~ IN~ut JACKS Fo" H94S-AA
8/E
PROGRAMMABL~ REAL TIM~ CLOCK w J SChM1TTS
e/E (LAB alE)
DK8~EP + DKij.EF
,B/E
INTERFACE TO CLIMAT~ CLOCK (HRS, MIN, SEC, ~ULl£N CAL, BCD)
to
DATi 11~K (PDP1l TO-P~Pl0 MEMj SE~I~S NAME
10 1/0 & MEM Sus, 4 11 UNIBUSEs
CONTROL UNIT 115v 60HZ
10 1/0 , MEM ~US, 4 11 UNIBUSSES
CONTROL UNIT ~3QV 50HZ
OL 1 O-AA, .AS
2ND pOp 1 0 I/o sus PORt
.DLIO_AA, ~AB
APOIT10NA~ ~DPll UNIBUS PORl
0011 KAt1 KSI! Kel1 K011.a MM11-M ~S .sp
8 sIT NO PA~ AIINC DATA CO~T 20 MA

EtA ASy~C CONT, 8 LEVELi NOPARITi
DLI1-A, 5.8 BIT, PARITY CHOlCE
OL11-S, 5.8 SIT, PARIly CHOICE
EIA ASYNC DATASET CONt
TRANSMISTIO~ MOWlrOR1NG INTERfACE (MAP OPTIUN)

olTTO

DITto

DITTO

DITTO

KA14, PDP14.P

8/1
8, 8/1

1

DATA

LINE INTeRfACE

DATA

CHAN~E~ MULTlpLEA~R

8
8 POs

9

PROGRiMMEb DATA INTERfACE 3~
AUTO DATA INTERr'ACE 3i) i:Sll'S
OAT' aREAl MULTIPLEXER
oIR HEM ACCESS MUX ADAPTER

9/L

DIR MEM

ACC~ss MUX ADAPiER
8'CHANN~L DIRECT MEMORY·ACCESS

10

DF10, OM10
11
11

~llS

ONE WORD BurrER
16 LINE MUX, PIST PANEL, 115V PS, CUSTOM~R BAUD RATE
DM11-AA W NO DlsTRlSUflUN pAN~~ , NO PS

11
2loY DM11~AA
OMI1-AA, wAC, OMil-AA, -AC
16 ~lNE MODEM CONT MUA MOOU~E 8&T
DMtloAA, -AC
16 LINE MODEM-CONt ~ux ~OPULE 'st! ,.
OM11-AA, -AC, Drill-AA, .AC
TELEX CONT MODULE S~T
DM11 wAA, .AC, DHll-AA, ~AC
4 Til LINE ~OOu~E sET
OMlt-AA, -AC, OMit-AA, -AC
4 L1N~ ElA MODULE SET
OMI1-AA, -AC, DN1!-AA, -AC
4 LINE EIA CONTjO~ ilGNAL MoDULI ~EI
DlWI11.AA DIST PANEL
4 MIL 188S !.tINE MOOULi ~E'I'
"'-1('12
1 eli DATA BREAK MOX·· -- ""10 110 & MEM sus
DMA 110 MUX (to BuSES TV -INTERNAL 8uS") usEu w ~A~O.F
11 "INTERNAL 8US"
ALLOWS 11 TU USE fiOPI0totEMORY
-11
AUTO DIAL CONT, sf tOR 4 C8'TO 801 ACU
11
AUTO DIAL CON!' fOR OC POLSING SIj;LlJ II\iOAA, SP--FOR-X-CH
ONl1.-A
MODuLE sET rOR 1 CHANNEL
DN1i",,'sA +'aC01 R"'25

ONli w A

"

o

•

•

AXIS CONT FOR FUJITSU EHpM, l1bV 60 HZ
SINGLE 2 AXIS CONT tOR ~LO SiN, 115Y 60'RZ
SINGLE 1 AXIS CONT FOR Fu~ITSO £MPH, 11~V 60HZ

D

•
•

TWO 2 AXIS CONT FOR FVJITSU £hPM,115V bOHZ
TwO 2 AxIS CON'I' rOR SLO--SyN, 11 ~v 60HZ

D

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•

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SINGLE

~

SINGLE l AXIS CONT FOR aLO SYN, 115V bo'Hi

DESIGN
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11/1) D
11/'1 {)
11/'71 0
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CSS

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3 8112 D
3 1112
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3 11/72
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MANUAL , DRAW IN' SET
BIT SINe MODEM INTERFAC~ aE~~ 201
SIT SINe MODEM INtERFAC~ SELL 101
MAI~T~NANCE

8, all

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1
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6
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161M

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TWO' 1 AXIS CONT FO"R FlYJITSU tHPM, 115V'buaz

88/S, 811 NEG
9, 8/1 NEG

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STATUS
CATEGORY
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6 1/7. 0
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DPOl-AA

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MODE~

bE~L

303

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MODEM IN~ERrAC~ BELL 301 o~ Dei
MODEM INTERFAC~ bE~L 303 ON DCM
stNe MOoEM INtE"itFAcE' ifE~L 201-'-'
10
SYNC MODEM INTERFAC~ ~£~L 301
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8 POS
BIT SYNC MODEM INTERFACE b~LL 20i
9
DOUSLE suf ~YNC L1N~ CO~T; wItH"l'CH, NO CLuCK
11
EXPANUER TO' II BITS'MOD~L~
OP11. AA
oP11.AA + Df11-A + ~e01R-25 fUR 201 MOO~M
11
OP11~AA + OF11-A + BC010.~! FO~ 3d) MUDEM
DP11.AA
cLOCK, fREQUENCY cUSTOMER SPECIfIED
oP11"AA
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12
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12
SiNCHRb~ouS-MOO£M INT~RFACE .
15
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8/E
9/E
BIT SyNC MODEM UllERrACE &ELlt 301/303 (M81!1, 148&6, bcOSC-as)
M.O~l CLOCK MODULE, Hij51
."
OP8~EA, -EB
11
OBI" BU F SyNC LINE CoNt, DMA~ UPT6 16 SITS/CHAR
Bec (aLOCK CHECK CHAR, ltRC OR CRC) UP TO 16 B1TS
DQ11-A A
MODEM CONtROL (M781b)
oQtl-AA
OQ11-AA + OQ11-SA • OF11-A (~lA UP to 10 ~B)
11
DQ11-AA + D~ll.~A + DF11wG tRiLL 30i/l~l i02~O K~)
11
CRYSTAL CltOCK (M40S)
OQ11-AA
OSL BuF BISyNC ASCII Ca~T, rlA~F OUP~Ex, slNC ~lHE CONt, D~A
11
OSI" Bur BISYNC EBCIOIC CONT, riALF DUP~EX SY~C 1J1N~ COHT, U~A
11
OBI" BuF fuLL DupLEX SyNC ~INE-CciNT,'DMA
t1
DUAL SERIAIJ SYNCHRONOUS OMA LIN~ INTEHYACE
11
CONT W 6 $pDt tOoVA ~~LAY$, s~ Fo~ 30'M~~E, 115V
9 NEG
8 NEG
CONT W b SPDT 100VA REI"AY$, SF fOR 30 MOR~, 230V
CUNT w 6 SPoP 100VA R~LAYS, s~ FOR 30 MdR£, 115V
8 POS
CONT ~ & SPDT 100VA H~LAyS, SP rOR 30 MORE, 2l0V
9 POS
6 SPDT lOOYA RELA18 FOR DN07.~,-~P EXPANSION ~M800)
oR07.NA .NB .PA -Pa
18 bIT ~ELAx ~UfF~R
9
PROGRAMMED uEVICE-INT~RfACE
DOll-A, KA11
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DOll-A
PRO~RAMMED DEVICE INTERfACE-(~786U)
DD11-A
l~PUT/UUTPUT PANEL fO~ h945 IN LAb-l1
DR11-A
6 SIt RELAy 80FrE~ 12
12, 8 POs
6 81T R~LAY 8uFfER w SPAC~ fO" ~ ~~"E BITS
6 ADo1!lo~At 81'S-FOR~~i~·i"
DR12-X
9, 9/L
9, 9/14

MODEL

DESIGN
ENGR

NO
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SNT

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STATUS
MO/yR
5

SSCAL

IpG
IpG
IpG
IpG
IpG
IPG
tpG
IpG
IPG
IPG
IpG
XPG

t,G

IpG
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CBS

caS

SIll

CATEGO~~

D

3 12/71 o
5 21,2 o
5 2/72 D
5 2/12 o

•

D

6 10/72 D
6 10/72 o

6 10/12 o
6 10/72 o
6 10/.2 o
1
D
1
o
6

10/12

D

6 10/72 0
6 10 / '2 0

6 10/72 0

10/.2 0
6 10/'2 ()
6 10/'2 0
6

6 10/72 D

3
2

11'2 D
4/,1 0

3
3
6
6

5/13 0
0
0
0

4
4

D
D

4

[)

4

D

KU
KU
KU
KU
GS
BALL
BALL
BALL
BALL
BALL
BALL

'-"

D

2
2
2

81'1 D

BAtt:;

BALL

BALL

BAli'"
BALL

BALL

'as
G$

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JK

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MI
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l')SJ2 .. H

MFGR
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l(11

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f(H

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PROD

uK

el,1 o
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2/,1
1/,2
1/'2
2
2 12/'70
2 12/72
2 12/,2
2 12/'72

6,
2

2 12/12
2 12/,2
2 11'2
2 1/.2
2 1/,2
2
6

6
6
5
5
6

6

R
It
E
E
E
E
E

E
E
E

E

E
1/72 E

2/,1

R

2/'1 R

2/,1

R

6/71 R
6/'1 R
2/'1 R
2/11 R

O&:;SCR1PTIUN

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15 1/0 sUS, OR11.c, UNIsUS
15 1/0 8US, DR11wC, UNI8US
AlE
OR8"EA
e/E (LA~ S/E)
8 P"AMILY

9 NEG
8 POS
ORao.CN,
DRgO-CN,

DR80wCN~

oRaO-cN,
DReo-eN,
9, 15
9
15

DRgO-e N,
DR90-CN,
OR90-CN,
OR9 0_CN,
DRgO-CN,
DDRtl.A,
l1R20
AlE

cONTAeT·$eAN~~~(CIU.l0)

PULsE"lNPOT DETECTOR
PULSE INPUT D£T~CTO~
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50 HZ DS 10 -A
60 HZ DSI0-A ~ITH NU
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1~ LINE MULTIPLiXED SYNCH~ONOUS LINE

8/5, 9/1

9
10
10
10
10

11
DS11
DSI1-A
DS11.A

PDP10 S'tyLE CAB ,--ps

DF12

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•
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POP15 CON! fORVDP11 PROC , P~R~PHE~A~S
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12 6tr~UfFEREO-OIGITAL 1/0 (M8bl)

ORlb.C

PATCH PANt:L fOUR U.sE IN ri945
DR8;;'EA + i.>Rs-ta
DIGlTAL OUTPUt sUBS~StE"
CONT, LEVEL, PULSE OR RELAY OUTPUTSi SPACE FOR 72 OUTPUTS
CONTI LEVEL, PULSE OR R~LAY OUTpUTS, SPAC~ fOR 72 OOT~uts
DR80 .. CP
CONTROL £lPA~OER,'SPACE FOR-a. OUfPaTS
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12 ~EVE~ OUTPUTS,55V , 250 MA MAX
DR80.CP, OR80.ex
12 MO~ENTARx CONTAct OUTPOTS, lboVA MAX
OReO.CP, OReO-CX
12 ~UST.INEO CONTACT OUTPUTS, 100VA MAX
OR80.CP, DR8o.ex
12 sINGLE sriOj OUTP~Ti,-5Sv-, 250MA MAX
OIGITAL OUTPUT SUBSYSTEM
CONTI LEytL, PULs£ OM R~LAY- OOT PUI5, sPACi tOR 54 CH
CONT, LEYEL, PU~S~ OR RELAY OOT~UTS, SPAC~ fOR ~4 C~
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1 8 LEVEL OUTPUTS, 55Y-' 2S0 MA ~AI
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18 SUSTAINED CONTACt OUTPUTS, 100VA MAX
18 SI~GLE S~OT outPUTS, SSy-, 250· MA ~AX
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48 CHANNE~ OuTPUT MODuL~

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8K an;, TOe"EM,
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(P~D~9)

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ONE LINE HOQU'E SiT fOR 201 MOD~M (M711G~aCijlj.~5)
ONE LIN~ MOOU~E SET FOR 303 MaoEM (k7il0+SC01~.a5)
S~AVE DISK, 32K 12 aItS + PAR1TX,'6U HZ
Toe.ER, VT05S",AA. -Ls8WiEA~' Qi'loo.a, 11SV60ttZ TDewER, VTOSBwAD,Lse-E8, Q'300-B, ~lOV$OAZ
TDe.ER, LA10-PA; Lse-El, QF100.~, 11Sv60HZ
Toe.I;R, 'A)O-'O, LS8~eA, QFiOO"'~, 2iov tOH~
TDe.ER, V'1058wAA, ··LEe.JA, - QrlOOia, 11S'y' 60H~
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Toe.!R, LA3Q.PD, ~E8.~B, QFlOOwS, 2)OV 50HZ
UPGRAPl:S DS)20_AA'H TO 1)$31Q.AA·' - U~GRADE$ 05320-A8 TO DS~30_AB
UPGRADES D$320.AA TO D$l'O~iA
UPGRADES OSl20-AB TO QSl40_A8
5QHZ- DF12'
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32 K 12 all' + PAR%'.rY

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DSlJO.IA
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01130.0A
DS310.ee

DSllO.l}A
DS3l0.DB
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~S330·UB

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O$SC5.AF
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DS5X1111XX

DESIGN

PROD

MFGR

ENGR

F.NGR

A~EA

BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALtL
BALL
BALL
BALL
BALL
BALL
BArJL
BALL
BALL
BALL
BALL
BALI"

BALL
BALL
BAtJL

BALL
BALL
BALL
8AlIL
SALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
SALL
BALL
8ALL
BALL
BALL
BALL
SAIJL
BALL
BALL
SALL
BALL
BALL
BALL
BALL
BALL

STATUS
MO/yR

CAT~GORY

11'2 E
1/72 E
2 12/72 E
2
2

2 12/.,2 E
2 12/72 E
2 12/12 E
2 12/12 E
2 12112 E
2 11'2 E
2 1/72 E

2
2

1/"/2

1/'2

2 12/'2
2 12/12
2 12/,2
2 12/12
2 12/,2
2 12/12
3 10/ ,3
3 10/73

) 10/'13
1 10/73
3 8172

E
J

1 11/,)
3 11/'3

] 11/73
3 11/7)
1 Ill.,]
3 11/')

3 11/11
1 11/73
3 11/'3
6 11/13

3 11/?3

1 111,]
3 11/'1
3 11/'3
3 11/73

3 11/71
11/'3
11/.,3
11/13
11/,3
3 11/7)
1 11/13
3 11/'3
3
3
3
:3

3 11/,3

3 11/13
3 11/.,3
3 11/,3
1 11/?3
3 11/'3

DiSCRIpTIUN

43
n5V-~oH~-

'"

SK S/E, TD8.EM, RK8",EA, VT05B.AA, LSB",EA, GFJl:fO.-S,

'"

8K elE, Toe.EM, RKS-EA, Vl05B"'AO, LS8I11Ea, Qf300.S, 230V 50H~
SK 8/E, Toe.EM, RKS-EA., tA10-PA, Lse-EA, QFlOo",a, 115V 60HZ"
SK e/E, Toe-EM, RKg-EO, LA10.tD, LS8~Ka, Qrloo.a, 2jov SoRz

-

•
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8K 8/E, TDS-EM, Rl<8.EA, vT05B;AA,' LES,jOJA, QF 300.8 , 115v '60H~

eK elE, Toe-EM, RKS.ED, VTO~B.AD, LiQ.J8, GF300",S, 230V 50HZ
8K elE, Toe.EM, RK8-EA, tA3a.PA, LE8w~l, QF1()O",B-il1S-v--60HZ-8~ 8/E, TDS.EM, ~K9wED, LA)OwPO, ~E8wua, QFjOO-S, 2l0V 50HZ
•
U~GRAPBs DsllOwAA TO OS)40"AA"·
UPGRADES D8330-AB TO DSJ40 wAB
E
8K S/E, RK8.EA, RKOS.AA, ~T05a.AA, LSS.£A, ij'lDOw~, 11Sv bOHZ
•
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9K 8/E, RKe.~D, RK05wS8, ~AjO.PD, Lsa.E8, QflOOwa, 230V 50Hz
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8K alE, RKgIIIEA, RKOS-AA, VT05s.iA, LEijwJA, ijrloo-s, -llSV-~OHZ
E
_
8K S/E, RKSwED, RKOS_SB, VT05S .. AO, LEa_JB, QfJOO-S, 230y 50HZ
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It
_
9K 8/E, RK8.ED, ~K05.88, LA10.PD, LEe_Ja, QF100.S, 2l0V 5UHt
D5 34 0
VT05e~AA, KLs-JA, &CO~M~lr,-~r30~~OE~- llfr lOhZ
V
V
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O.oS5201 11/15.AA KY11 .. C KP11wA, Kr'llwA, K~li-l.i, -0011 .. A, M~li",LA,
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8/;2 E

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USEO ON

'"
III
-

-

11/15",AB, l!c: N

DESIGN
ENOR

3

3
1

3
3
3
:3
3

DEG
DEG
DEG
OEG
DEG
DEG
OEG
DEG
DEG
OEG
DEG

nEG

DEG
DEG
DEG

DEG
orcG

DEG
DEG
GO

11/,)
11/,]
11/,3
11/11
11/?l
11/,]
11/?3
11/,1
11/,1
11/7l
111.,]
11 / '3
11/73

R
R
R
R
R

R
M
M
M
M
M

M
3
M
1 11/13 M
1 11/13 M

3 11/13 M
1 11/,3 M
1 11/,1 M
3 11/11 M
1111'1
) 11/13
3 11/11
:; Ill,)
3 I1/1J
1 11/,3
3 11/13
3 11/,3
] 11/11

BALI"

DEG

g:::!~i

:;
)
3
3

rpG
IPG
t,e;
IPG

IpG
tpG

!pG

IltG
I.G

IPG

IpG
IpG
IPG
I.pC

IPG
fpC
I,G

IPG

IpG
IPG
IpG

saUK

M

M
Q

Q
Q
Q
Q
Q
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6 10/,2 0
6 10112 0
6 10112 D
6 10112 D
6 10112 I)
6 10112 0
6 10112 D
6 10/.2 0
6 10/'2 D
6 10112 D
6 10112 D
6 10/,2 0
6 tOI,2 0
6 10112 0
6 101,2 0
6 10/'2 D
6 101,20
6 10/'2 D
6 101,2 D
6 10/,2 0
6 101.,2 D
6 10/,2 D
3 51,3 D

DESCRIPTION

USED ON

CAT~GOP~

3 11/73 R
3 11/,) R

BALL
BALL
BALL
BALL
BALL
BALL
SALL
SALL
DEG

STATUS
MO/rR

3 11/71 R
.) 11/13 R

BALL

-"'D,90'I8
";8;1:"
D.,() .. S8

MFGR
AREA

BALL

bEG

DI90~SA

ENGR

BALI"
BALL
BALL
BALL
BALL
BALL
BALL
BALL
BALL
.BALL
BALL
BALL
BALL
BALL
BALL
8ALL
BALL
BALL
BALL
BALL
BALL

Dig8,e,

. jjjg'o':te

PROD

OSSXX
OS5XX
DS5XX
DS5xx
oS5XX
DS5xx
DSSXX
Ds5xX
OSSXX
Ds5XX
OS5XX
DS5XX

DS5XX

OSSXX
D55xX
DSSXX
Os5XX

OSsXX

OSSXX
oi5XX
OS5xX
OSSXX
os5XX
OSSXX
Os5xx
DSSXX
Ds5xx
D8SXX
oS5XX

OS5xX
OSSXX

Os5XX

8 'AMILY
OSSO·CN,
9 NEG

9 POs
DSSO-CN,

OSSO-CN,
OS80",CN,
DSSO-CN,

RK11-D, TM11~A, H967~HA, 11~V
RK11 .. 0, TM11-S, H951~HB, 230V
Rfl1, H967.HA, RK11-0 FUR OD5500 srbT~MS, 115V bOkZ
Rfl1, H967.HB, RK11.0 fOR ODS500 SySTEMS, 2JOV 50hZ
RPI1-DA, TM11.A, 115V 60HZ
RPI1-0B, TM11-a, 230y 50HZ
Rfl1, H96;.HA, RP11.0A, TMI1-A, 115V bOHZ
Rfl1, H967-HB, RP1I-0A, TM11.a, 2JOv ~OHZ
RFli, H967 w HA, RK11 wD, TM11.A, 1158 60HZ
RFli, H967.HB, RK11~O, TM11 p B, ~30v 50HZ
STANDARD 32 K exTt 1 US~CPAR1TY ME~ORY
48 K 8YTt 1 USEC PARITY M~MU~Y
56 K SyTE 1 uSEe PARlty M£~URi
64 K BIlE 1 USEe PARITY M~MURX
80 K aYTE 1 uSEe PARITY M~MORX
96 K SYTE 1 USEe PARITY M~MORY
112 K BYTE 1 OsEe PARITY ME~ORY
128 x 8YTE 1 USEe PARITy MEMORY
144 K ByTE 1 USEe PARIty MEMORy
160 K BYTE 1 USEe PARITY MEMORY

176
192
208
224
240
COS
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K ByTE 1 OSEe PARXTj MEMORy
K BYTE 1 USEe PARITY MEMORY
K BYTE 1 usEe PARITY kEMORY
K BYT£ 1 USEe PARITY ME~ORY
K BYTE 1 USEe PARITY MEMORY
SOFTWARE
SOFDWARE

SOFTWARE
COMB SOFTWARE
COS + COMS SOfTwARE
COS + eTa SOFTWAR£
COS + ers/E sOFTWARE
CTS/E

Os80~CP

CONT

9, lS

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9

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r-EVF~L

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OR CONTAct stNSE ANP/OR"lHT,

LEV~L

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12

INPUTa,-2~VDC-'

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01G1 TAL INPUT SUBSYSTEM
- ~
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lNPUTS
CONT, LEVf;L OR CONTAC~ IENSE ANO/OR-XNT, SP FOR 80 lN~~tS'­
CONT, LE:VC;L OR CO.hTACT $E.hs£; ANDIOR INT, Sp rOR' so INpUTS

15
DI90·C N, ·cp
DS90.CI, .Cp, weI
DS90.CN, .CP, .CI
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OlgO·CN, "CP, .. cs,
alE

OlG1TAL

~XP, LtV~L

sPACE FOR 90 lNfUTS
SP~ Ii"OR' 9b INPUTs'
CONT, LEVEL OR CONTACT SENSE; AND lOR INT, sP FOR 96. :iNPUTS
OS80.CP
CONT £:XP, LEVEL OR CONTACT SENsE,-sPiOR 120 iNPUTS
DS80pCp, 0580.Cl
LEVEL OR CO~TACT IN! UNIT, 12-INPQTS, 6VOC
OS80-CP, oSlo.ex
LEViL OR CONTACTINT UNIT, i2 INPUTS, 2~VDC
OS80.CP, OS80-e1
LtV~L OR CONTACT IN! UN!T, 12 INPUTS, 48VDC
-CP, .es, .el
LEV~L O~ CONTACt SENS£ DNIT, 1~ INPOTS,-6VD~
CONT,

OSlo-eN,
D8eO"'CN, -CP, -el, .ct
OS80·eN, .CP, .cs, .el

osga-CN,

44

.cs,

CONT

L&VEL Ok CO~TACT SENS~,-SP ,O~ '1~ INPUTS
--LEVEX,-OR-'CONTICi'-lNT lINl'f,-'T6-I-NP&fS,~-6VDC

~XP,

LEV~L

OR

CONTACT INT ONIT, 16 INPOTS 1 2jvDC

oNIT-, {6 INPlTTS, 4iVDc,
SENS£ UNIT, 12- INPOTi , -6iDC'

LEVEL OR CONTACT INI!

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CO~TACt

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DESIGN
ENGR

MODEL

NO

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,,'I 0 t;;AN
D'01~AP
D'01",~$

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O'Jnl:'C

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l'fOJ.e

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O'loi~€S

OT01.FA

D10J.FI
DTO)~FM
DrO)~F'

DTO)·FR

JbM
RaM
RIM

ReM

RIM
RBH
JLM
JLM
JLM

JLM
JLM

JtM
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DTOJ;Fs JtM
D'IO.-CS
DTOS';'CS
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RBM
RIM

BV
RBM
RN
RiM
RBH
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8Mw
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RN
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FA
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CsS
CIS
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CSS

csS
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1
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1
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3
3
3
3
3
3
1
3
1
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CSS

1

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DAS

SR

!)Tll.AS

STATUS
CATEGoRy
MO/yR

3
6
6
I>

SR

. 31' 11-.Al')

SR

DTII-SA
DT11.B8
D'l'tl:'BC
DT11"'S"
DTtt-c

SR

6

SR

6

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I)

sR
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KA
KA
KA
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6
1

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DUtH';'AA
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aD
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BD
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caS

caS
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PETERS

PET~RS

VI
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DVS11';'SA OLN
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DW10.A
DW1,!A
DweE_pA
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DWqE-PX

MY

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CIS

CIS
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FZ
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ABw
ABW
ABw
ASw
RR
RR
JJL
FA

ER

ER
ER

SNEG

D

9

o

10
10

11
10 1/0 sus
to 1/0 BUS, DTOJwCC
15

6/'2 0

o
o

6/,2 D
6/'2

I)

1/,3 D
1/13 D

8/,3 D
6/12 D
1)/'2 0
8/,2 D
8/'3 0

8/t3 0
8/'3 0
9/t) 0

8/71 D
e/ 13 0
9/'] [)
4 / 11 D

1/,3 0
0

3
3
l
3
3
3
3

D
0
[)

o

8/,3

o
o

C'S

3
5

11'2 D

TPL

o
o

10 HEM
DT11"'A
11
.
11
11

-'

-.,

A,

- -. -

PAIR uF OT03.f8
. EIitCTRONIC:r.V¥At-MlNulL--(fNlB\}S·-sWlTCH
MANUAI.I ELECTRONIC M~M SUS S..,I1Cli -. _.
aUS
Sus
MANUAL OR PKOGRAMMASI"r; EL£CTRON1C-~M·BUs swITCH
PROGRAMMED SlhGLE PROC ~US SWITCH 11SV
PROGRAM~£O sINGLE PRoC Sus swITCH 210V
DUA~ PROCiSSOR EXPANSION
.
OTt I-AA _. +- D1 1 i .. AD; ·115v'
DtliwA8 + OT11.AD, 23QV
DT11.jA + EXTRA fa
DTli-sa + EXT~A Ps
DUAL ~ROCESSOR PROGRA~MED SUS SWITCH
UNIBUS MATRIx SWItCH, MANUA~, 19" PANEL FOR 2 PROCEssUR swIiCnING
UNIBUS MATRIX SWITCH, MANUAL, 19· PANEL FOR UNIBOS-SREAKwlN-POINT
FuLL 109 CAS BUS sWITCH FOR MULTIpLE SYSTEMS COMPLEX, ·MANUA~ -

pos

MANUAL 1/0

gwPIN MATIN'LOCK CABL~S
OVOlwAN, wAP, wAX
DU01-AN, -AP, -AX

DUal-AN, .AP, -Ax
9 pos

aus

8WITCH-

-_

..

2 4POt ow, EA W 3 MATIN'LUCKS, PlhS 2 1 5 7
12 SIt LINE· UNIT ~OS OUlPuT12 ~lT LIHE UNIT NEG OU1PUT
12 BIT ~1~~U~I~ POi INFtij
1~ ~IT Ll~E UNIT NEG lN~UT
CUNi ~ ~P~C~ fOR lO-LINE uN1T~
CONI ~ SPACi fOR 10 LlN~ UNITS
EXPANDER pA~E~ 'OR 14-ADDITIQNA~ ~lNE UNITS
PROGRAMMA~LE SYNCHRONOUS lNIEkFAC~, Ell

11

SINGLE

11

SINGLE LINE PROGRAMMABLE SyNChRONOUS Ita'ERF'ACt.;-, 1\H/303

8 NEG

o

D
D

11

o
o
D
o

-!5 1 S·--- - -~ ...

UNIBUS SWITCH 5ECTlo~ (FORM
ELECTRONIC UNIBUS SWItCH SEtT'O~ lFUR~ A)

2 OIol.fA

11
11

11
11

o

Bus-s~rleHUNIT··--'Ofcr'-~A~

R~MOTE CaNTROLL~O

10 MEM

8

.

E~ECTRONIC

2-0tOl.f8

11

11
11
11
11
11

PROGRAMMEO 1/0 sus $WITCH
PROGRAMMED 1/0 sus SWITCH
rASrEK DT01.S
PROGRAMMED l/U BUS SWITCH, kEAVX ~OAD
PROG~AMMED X/O BUS ~wlTCH, STANDARD LOAD
MANU ALBUS -swlYeR ,-REtIA rlFORW ~C r- . ..
2 wAy MANUA~ RELAI uNl8uss~1lCA (FU~M C)
3 WAY MANOA~ RELAY UNIBUS SWITtH -~­
PROGRAM~ABL~ CONT, uP TO a VTOl-CS OR 0TOS-CS
MANUAL sUS SWITCH-·UNITi'OR DUAl# l()fS
PROGRAMMAaL~ CONT, Up'tU 8 OTOl.E~ ,.

PROGRAMMABLE orOl.Fa,

DUOI-AN, -Ap

D

2 10112
2 10/7.2
2 10/72

OT03-EC

D
D

5
5

TpL
TPL

15,

11
11
11
11
11

DUOl-AN, -AP, -AX
9 NEG

TPL
TpL

2
5
1.

11

o

CSS

caS

9/S

3 '2 0
6113 D

91,)
&1,1
7/73
2 10/,1
2 10/73
2 10/73

CSS
CSS

PROGRAfofME-P--r lo-aU-S·SWTTCir--

pos

10

2 2/74 D
3 3111 D
2 12/,3 D

2

8

45

31
D
3/,2 0

2 2 / 7.

PETERS
PETEPS
PETEAs

DU 01;AC
DUOI-AD

2

D
D
D

o

.2

USED ON

11

LI~E

DATA VERIFI~R (COMPAR~S'l~CUMING DAIA W M~M)
16 LINE SyNCHRONOUS MULtIPLExOR, 115y- 16-LINE SYNCHRONOUS MULTIP~£XOR, 230Y
OvSl1-AA W ERROR CH~CKING~ 115V
DVS11~Aa W ~RROR CH~CKING, 230V
-'OS-TO·~EG
N~G TO POS

B/L, 8/1
8, 8/1, 8/S

10 CGpl0-M, wMAl
15
8 POS
8 POS
DWgE-PA, -PB

IJo

8U~ ~ONj~~~E~
CONV~RTE~

l/U sus

1/0 BUS - NEG'-To POs CONVER'IER

POS TO NEG 110 sus

tONV~Rt€~

8 POS 8US To OMNISOS4NTERYACi::,-·S·-S£'olS,

11~V

~~s ~C! ~MNl~y~ _!N_~~~FA~~r 5Sfu-l~,

230V

8 pus

5

S~OT

~XPAND~R

MODUL~

SET

MODEL
NO

DESIGN

PROO

ENGR

P:NGR

MFGR
,AREA

STATUS
MO/YR

USED ON

CAT~GORy

oW8E-NA
f)We!:_NB

M1
M!

ER
ER

TPL
TpL

2 10112 0
2 10/'72 0

9 Nt;G

OWeE-tuX
I')xtt';'SA.

M!
VI
VB

!R

TpL

2 101,2
3 21,4
3 2/t4
3 2/'74
1 4114
1 2114
3 2 / '4

DWeE·diA,

DX11-B~

DXll",ae
DXtt;sb
0Kl1.BE
OX11';'SP'
DXlt,!,BH
DX11~aJ

DXll-eA

bltil~tB

DX11.ce

OX'-1~C~

VB

vi
VI
VB
Ve
VB
VI

DR
DR
DR

3
3

3

vB

DR

3

2/74 0

V~

OR
OR

1

v~

BY
By

BV

OXlO·SB
OXl'7';'A
OXle.AN

CV
CV

DXl'~AP

CY

DX1I",K
OX3.';'AL

CV

cV

JtM

wF

SNT

AW

SNT

AW
AM
CfM
CfM

LN

teO.A

•

tepOt.e

ECP01.C

aY
8y

DX3e~Bl

£OPoi..

DR

AHI.,

EDtil.AA

!Dioi·AB
';0201"i8

crM
crM
crM
erM

£b20~.AB

CP'M

tfl2Jf';':Of'

CF'M

!IH04.AA

!Oi64.A8

!D201.AA
£1)~04·AA

£0251.A1
£02'4.AA

ED25.';'AB

GPB
IDr£C';"'& GPB
P;DT£~.AA

CFM

crM
CFM

c'rM
~I

RI

!DTEC-SA GPB
-'"TIe ';8B GpS
!!OTiC.CA Gtis
, . !DT!c';'effGpB

RI

rf)TEe.DA GliB
'"
!DTeC;.D~, <;'8

•

D
0
0
0
D

0
2/.,. D
2/'4 0

OX28·"
OX30';'A.
OX]O·A8

DX801.'

OR
DR
DR
DR
DR

"

RI

RI

CIS
CBS
CIS

Cas

CSS
CBS

css
CIS
caS
caS
Cas

2/,4 D

1
1
1
3

2114 0
2/'4 D
D
D
D

11
11

Ot:M

11
11
11
11
11

INT~RrACE

A NEG

8 NEG

D
0
D

8

3

8/72 D

OX3S"Alf,
11

3
3

B
1/'] B

ap~s,

3

1/13 8

8 POS,

2/'.

1
:3 2/7.

] 2/'7.
3 2/7.

3 2114
3 211'
l 2/'.
3 2/74
3 2/7,
1 2/74
1 2/7.
] 2/14
3 2/7.

!

E
E
E

E
E
E

E

E

E
E
E

E
E
E

Rl

3 2/7,

E

RI

3 2/'74

E
E

E

5 SLOTS, 11SV
S~OIS,

230V

UNIBuS IN H950, 11~v 60HZ
UNIBUS IN ~9S01 a30v 50HZ
UNIBuS I~ ~957, i15V &OH~
UNIBuS I~ ~9j7' 236v 50H~

Dxl1~t$A

CDC 3200

9 NEG

D

E

IHTERrAC~i

0xll-ao + QJC22wAS, QJC22-AB

11
8 NEG

1
3
3
3

E

OM~IaUS

OE.;M DX11.SB
O~M DXll-se
Ot:M OX11.bO
DX11~8A + Q~C22.AS, Q~C22~A~
DX1i",sa + QJC22.AS, QJC22"Aa
DX11-sC + Q~C22.AS, Q~C22.A8

11

0
0

32/',
3 217.

SUS TO

5 SLOT EXPANOER MODULE SET
IBM 3bO MPX/S~L ChAN NIL TO
ltiM 3&0 MPX/SEL CHANN~L TO
I~M 3bO MPX/SEL CHANNEL TU
IbM 3&0 MPX/SiL CHA~NEL T~

11
11
11

D

) 8/,2 B
1 2/7, E

N~G

46

8 NEG BUS TO OMNIbUS INTERFACE, 5

2

3 2/74
3 2/'74

RI

8

9 NEG

2
1

DESCIHPIION

9, 9/1"
9, 91L

9, 9/1"
p~s

OXli.AN, .AP
~AP,

TU 'LX-e

IN~ER'ACi
lNTERFAC~

CO~POTgR

24-sITi

COC 3600
48 8ITS
COC 1200 INtERFACE 24 Blti
CDC 3bOO tNTE~FAC~ 48 B~TS
MOLtI;AD LI~K To lS~ J6b/50 SEL£CTQH CHANNEL
CONtROL FOR LINK TO laM 100 SLL~CTOR 'HAN~EL
coNTROL FOR LlNK TO ISM 360 SELEctOR CHANN£t
INT'RFACE TO IB~ ]60 SE~ECTOR- caAiNiL.",l<.
LONG LINE MOOULE SET
~" .' INTERP'ACE TO BUNKER-RAMO 2200 sERIEs DATA DlSPL~Y sxsrEM

8 FAMILy

8 POS
EDUSYS

~co PACKAGE TO CAus~ KRS TO CLEAR FLAG
ENG CURRICULUM PACKAGE (H309-A, H310, -H)11' Hjl~'
BC08A~3, 935, 10 &o~K~), 11~V
12
ECP01.A W H309.8 IN PLACE o~ H309~A,210V
DIGITAL LOGIC & COMP INTRFe'CURRICULUM PKG lECP01~A W HJOg.C)
1001 11/10 e Ne, BM'792-yA, Lt3l-0C, 0011 8 8, H960-CA, QJ901-Ai 115V60HZ
100 • 11/10. ND, 8M'92~YA, LT3~.fiD, OD11~8, ~9~0.ca, QJ901-A8 ~30V' SdHZ
1001 11/40.SA, DD11.a, BM792-yA, Q~901~AS, 115V bOHZ
-

12

EDUSYS
EDurSYS
EOUrSlS 100'

li/lo.ss, DDli.&,

$M'92~YA, QJ9~i.Ag,

2ioV

5~RZ

l1El0-NE, QJ921"Al\l, Q~003';'A~,-llSV 60HZ ...
EDU&YS 2001 11 ElO. Nt, Q~921.AN, QJ001~AN, 230V 50HZ
EDUSYS aoo, 11/40-ac MR11-0a RK11.0E TA11-AA D011-S Q~9~1"A~
EDUSyS 2001 11/40.80 MR11.D8 AKit.OJ TAil.A! D011-8 QJ921.AK

S:OUSYS 4100'

EOU5YS 250. ED201-AA, H960.0A, MF11-U, Qa3g25-AN, 115V' 6QH~
tOu$y& 2501 E))20l-o'A8, H960 ... 0B, MrIl-u,(;}J'92S-AN, '210v'SgHz"
EOUSYS 250. ED204",AA, MM11~U, Q~925.AN, 115V 60HZ

g~OOj-AN
QJ003~AN
~

115V
230V

eOU8YS 250. E0204.A8, MMtl~u, Q~925.ANf 230v 50HZ
POPSE ... AA, Keg-HA, LT33.0C, H960.ec, 115V 60HZ
"
PDPSE.AB, KC8.HA, LT33.00, 8960.eD, H722,-2J6v 50HZ
"w
PDP8F-AH, MRS",ec, KMS.E, Toe·~H, ~T33.0C, H960 wBC, Kca-HA, 115V 60H~
pDp8F_AJ
MRS.ECKM8.p;'i'o'e.&;H LT31itDDtrg"bO.aD-H7'22 KCS.HA ~U"ov'SoHz -•
POP8E"AE, KC8.HA, LTll ... DC, H9~OwBC, 115V 60HZ'
pDp8E.AF, Keg.HA, LT33-DD, 8960-8D, 8722, 230v 50hz
•"
POP8E.AE,
KC8.H~, MMS.E, KP~_~, K~8.E, ~oe,,~, a~8~A, ~CO~J !U~6,
•
Lt33~DC, H9bo.ac, 11sV 60HZ
~DP8E~Ar, KCQ.HA, MMe.£, KPij-£,KAS ... E, ~~~~~, ~~,~",_A-'_.J~_o..~_lU~6,
•
LT1~.DC, H9~O.8D, H722, 2jO~ ~OMZ

MODEL

NO

ENG
MeJR

DESIGN
ENGR

PROt)
[NGR

MrGR
.AFtR:A

STATUS
CATEGORY
MO/YR

USED ON

O~SCRIPlION

47

Rl

3 2/74

E
E

Rl

1 2/14:

'"
IOTEe.FA
G~B
EDriC.'S GPB
tORe.BAC'S

RI
Rl
PI

3 2/74

F.
E
E

1 2/7.

E
E

WOTEe.JA GPa

RI

3 2/74
3 2/'14

t

RI

3 2/74

E

RI

3 2/74

E

•

E

H952-HA, LSS.tA, ri970-SA, DwOS-A, PCswg, rl9bO~BC, 11sy bOHZ
•
PDP8E.AF, KCS.HA,MM8wE, KA~-!, Kue;E, Rrde, Rsije-A; Lca.t, LA30 .. PD,
H952-HA, LSS-EA, H970~BA, OWOij-A, PCS-Ea, H960·~D, ~30V 50H~·
EOUSls 10 BAsICa pDp8£.SA, MI8.~r, LT33.DC,-gfE10-SB,QFELp.Ol, 115V60HZ
EOUSIS 10 BASICa popaE.B8, MIS.EF, ~Tj3_DC, QfEl0.S&, QfELP.oi, 2l0V50HZ
EDUSYs 15 BASIC i pDp8F-AA, KMS.e, MRS,,!C, - TU8 ~EJ,· ~t33.DC, QTE1·S-.·~B-· i 1! \160HZ
EDUSYS ISBASleS popsr.AB, KMa.E, MRS.Ee, TDS.EJ, LT33.~DL Qr~l'.SB 2joV50H~
BATCH BASICs PoP8f-AA KMS.E MR8-ec CMS.tA TOS-gJ LTll~DC Q,tlS.Sa-115VlbOHZBATCH BASICI PDP8r_AS KM8.E MR8.Ee CMS.FS TD8.EJ LTl3_DO QrE1S.SS 2jOV50Hz
4 USER ~DUSXS 20, POPSE-SE KPS.E ~li.Er LT3j~DC--QFE20.S~ ~Ft~P.Ol li5V60Hi
4 USER EDUSyS 201 PDP8E.BV KP8.~ MI8 .. EF LT3J-OO QrE20.S6 QF~L~.Ol 2l0~50HZ
e USER £oUSYS 20 I P6PsE-SE MMS.tl(Ps.t Mtij.EFBE8.A·L~3j.oC- QFE20.sB QFELp.Ol 115v60HZ
EDU20.DA EXCEPT POPSE.SF, LT13.0D, 230V 50HZ
4 USER EOusrs 21e EOuaO-OA tXCEPT QfE21~Sa INST~Ag OF Qr~20.S~, ll5YbOH~
4 USER EDUSyS 211 EDU20.DB EXCEPT GrEl1_Sa INSTEAD UF QrE20.S6, 21oV5~H~
8 USER EOUSYS 21, EoU21-CA EXCEPT MM8.E~ INSTEAD or MMs-E, 115VbOHZ·
8 USER EOUSyS 211 EDU21_ca ExCEPT MMS.!J INSTEAO OF MMB~E,230VSOAz
4 USER EDUSIS 25, PDPaE.AE MMe-! KPS-E ~18.Er H960.~C KAS-e K08~E-B~a.A
TC08-HA, TU56 Ltll-OC QrE25~SC QFELP-ol 115~60H~
EDU2S-CA EXCEPT POPsE-AF, H960-ao, Te08-HS, L133-00, 2l0V 5U HZ
8 UsER EDualS 2S1 EDU2S.Cl WMM8wEJ, bUT ~O MMs.e, 115v~OH~
8 USER EOOSIS 251 EDu25~ca w MM~.EJ, BUT NO MM8.E, ~30Y 50HZ
EOUSYS 25 SUPER' pDp8t:;"'A£, KM8.B,·· Kp8.£; MRS.ec, . H96o.ac, sEe-A, ~K~-I:,;A,
TD8.Eh, LT33_0C, QFE2S.SC, QF~LP",Ol, 115V 60 HZ
EOU2S.SA EXCEpT pDp8E.Ar, H96o-ao, ~K8.EO'LT33-DO, 2JOV 50HZ
INT~RAeTIVE EDUSYS 301 Pope~.AA Ml8.Ef H960_~C KA8.1:,; KOS.£ PFl •• OP ~TJ3.DC
Q"E30-Ss QFELPIl!() 1 11 Sv60HZ
....
EDUlO.AA ExCEPT PDP8E.AB, H960.ao, DFl2wEF, LI3l-0D, 23QV50HZ
FAST BATCH elSIe EDUSYS 101 !DUlO.AA ~ CM~.Fl, 11sVbOiZ .
FAST BATCH BAsIC ~DUSYS 101 EOulO",AS w eMS.Fa, 2l0v 5 0 HZ
oECTAPE EDUSYS 31J EOUJO.BA W Teos.HA, TUS6, ~F£ll.SC; ~o Of3~' 115~60HZ
DECrAPE EOusYs l11 EOulO-S8 W TC08-~B, Tu56, yYEll.sC, NO Dr32. ~lOv50HZ
4 USER' BATCH EOUSYS 401 popel.AE KPe .. E MEa-BY H960-HC KAS-E K08-E--CMS-YA
OF32.0p LT1)-OC Qf£40.S8 QFiLp.Ol 115V oOHZ
I!:OU40.CA EXCEPT POP&E";AF, H96o.S0; CMS.fB, OF32';'EP~ LT3l~DD, 210V 50HZ
e USER & bATCH EDUSYS 401 EDU40.CA W MM8.~, ti~8.A, 115V 60H~
8 USER ~ BATCH EDUSyS 401 EOU40.Cb W MMS.E, BEe.A, 2JOV 50Hz
ADMIN EDUSYS. PDPsE-AE MM8P~ ~P8-E Mls-EF H960-BC KAS-E KDS-E CMi-FA
LS8_EA, Te08 2 TU56 LIl3.0C QrEDP.SC wFELP.Ul 115v 60hZ!DU40.PA EXCEPT POP8E-AF, H960-ao, eMs-Fa, LSij-EB, LTJ3"'OD, 2)OV 50~Z
4 uSER EDUSyS 411-EOu40~CA W TCOS.HA,TijS6;-NQ oFl2; 11Sy· b~H~ _.

.
EDTEe.HB GPB

.

..

EDTEe.KA

•

GPa

pI

) 2/7.

E
E

RI

3 2/74

!DutO.AA

]

~DU10_AB

RHM
RHM

!Dut!.~A

RHM

'"

3
3
3
]
)

P.HM

3

toolO"'DA

RHM
RHM

1
3

£OU20. 08
!DU2t·CA

RHM
RHM

9/'2
9/,2
9/.,2
9 1'12

!!bUt!·,jA

EDUliJ",88
EOU2b-CA
EDU20.G8

•

E
E

9112
9112
9/72
9/72
9112
9112

RHM
RHM
RHM

EDU1!5.AB

E

!

E
E

E
E

E
9 / ,2 t
9/'2 E
9 / ,2 E
E

E
E

EDtJ2t·OA

!!l)tl21~08

RKM
RHM

EDU2S.CA

RHM

3
3
3
3
1
3

EDU2; .. CB

RHM

1

9/'12

1

9/'2 E

3
3

9/'2 E

RHM
RHM

3
3

RHM

3
3
3
3

3/,) E
91'2 E
E
9/'2 E

!DU2t~eS

-

EDu2~.DA

~QU2$.·DB

EDU2~ .. $A

.
EOU2S.S8
eOVlo.AA
.
EDU10.AB

EDUJO';'tU

EDuJO·SS

r.DU11~8A

RHM

RHM
RHM
RHM

~HM

RHM

RHM
RHM
RHM

'"
·EDu40.aB

RHM
RHM

EDtJ40~DB

-

EDlJ40-PA
EDU40-'B
EDu4t';'CA

E

9/.,2 E
9 1 .,2 E
E

EDult-Sa
!D U40-CA
EDU40.DA

E

3

3
3

1

RHM

3

RHM

3
3

1

E

3/'73 E
E

91,2 E

9/'2 E

9/'2 E

9/72 E
9012 E
E
91'2 E
9/72 E
9112 E
9/.,2 E
E

9/72 E
9112 E

•

PpP8P;-'"A, KCS .. HA, MMS.g, KPS-t::, KAS-E,Kbe-t:;, atR-A, Mli-t;·G, UIA

EDU40~C~

EDU41~CA

4S

4 USER ~DUSYS 41:
8 USER gOUSYS 411

;~l)tJ,@t~1:).F

!!DUS';'A8
!OU,O-AA
EDU10.AB
EDU,O .. DA
!!DU10-D8

D~SCRIPTI(jN

9112 E
9112 E
9/'2 e:

~~,U.t!Q~

IDUIO-SA
!DUIO.SB
El)lTS';AA

USED ON

3
3
3
3
3

RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
RHM
"R-tiM
RHM
RHM
RHM
RHM
RHM

EDU5(j.PB

CAT~GORY

,)

'RHM

3

RHM
RHM

3
)

E

E

9112 E
91'2 E

r.

TU56,

B~8~A,

11~V

6oH~

EOU81-08 w DECTAPE IN PLACE OF PAPER lAPE, 230V 50H~
8 USER MINI R$TS.' 11/40"RA, 2 DOll •• , 115Y 60HZ
8 USER MINI RSTS. 11/40wR8, 2 DD11- A, 230V 50HZ
8 USER 11/45 RSTS, 32~, RBll, T056,"RKO$, '115V 60HZ
BUSER 11/45 RSTS, 32K, RS1l, TU56, RK05, 230V 50Hz
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EDU90-0A FOR 16 USERS, 11SV 60HZ'
£Ou90.08 fOR 16 uSERS, 210V 50Hz
)2 USER RSTS, 11/4S-RA, 2 MFll-l"P, MM11-l"P, RS11,RKOS.-AA, b 0011-.', f?611 ... A,
H960-DA, 115y 60HZ
.
EDU90.JA EXCEPT 11/4S.R6, Rill.A, RK05.SS, H9&0.-D8, 210V $oHZ .
11/40 BATCH TERM. 11/40-CA, KW11.~, KG11-A, OP11-DA, CRtl, 0011-4,
Q",e26~AB,

l,15V 60HZ

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6 10/,2 E

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6 3113 B
6
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GM11.JA
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Di:SCRIPTION

EDUBT.EA EXCEPT 11/40--Cif, CR11.A,2l(H' SOHZcOMMUNICATION PACKAGE, KG11-A, OP11-04, QJC26-AB
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LOGIC A~D INTERFACING LEARNING KIt
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8K OS/9 SYSTEM w DECtAPE, 230,,- SOMZtDUR1.AA w 12~ MEM, LOADER, LS8, 115V 60HZ
EOURl.AB W 12K MEM. LOADER, Ls8, 230v 50HZ
tDUR1-AA w OECTAP~ , DFl2"'OP, 115V boriZ
EDUR1-AS W DEC TApE , OF12.Ep, 230V ~OHZ
EOUR1",AA W 12K, LS8, RFoB, RS08, 11$V60HZ
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HARNESS FOR 2ND MF11-U fIELD ADO.ON FOR 0~D--11/40
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15 HEM SUS
FLOATING POINT (21+9 OR 36+18) OR OOUSLi PRtClsiON PROCESSOR
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FLOATING POINT (24+12) UR OUU~LE PR~ClSlON ~ROCESSOR
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GAMMA 11' PDP11 8K RKOS.Sti AA11",A -OB vTOle-AD NC11"'A CU"'4 GMil- C 2jO~ SO~Z
GM11-A, GM11-a
FAB pARTS' COSMETICs FUR GM11-A, -8
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GM11'-C W NO Eill[) PANELS DR SCOP-E-Sl1RUUu
1/'J B
4/73 B
11/40 PRoC CAS
GAMMA 11 CO~OR KlT
11 OPTION CAB
GAMMA 11 COLOM ~IT
4/11 B
12/,3 E
GAMMA SIO-MEO, 11~40"'BC, KW11-P, AA11-DA, AA1i-A, BA614, VT01-A, ~Cl1.A,
2 RK05K~tl, PC11, RK11",OE, 0011.e, GMll-E, SH11.F, Cu 4 , BM792.Y~, QJ7~O-Ab,'11SV60Hz
12/13 E
GAMMA BIO-MEOI l1L40-SD, KW11.P, AA11-0b, AA11-A, BA614, vTOl-A, Nell-A,
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12/73 B
11
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8
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STATUS
CATEGORY
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5/12 V

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8/73 V
8/7) V
8/73 V

LH

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4
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STATUS
CATEGOPY
MOIYR

PROD
ENGR

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1/,4 E
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3 211,
3 2/74

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3 211. E
1 2/7, E
1 12/'1 E

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JE
J£
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1 12/,) E
1 12/73 E

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1

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lAll1..S8 RI

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IAA8.AA RI
tiAS:'!A RI
lA~'.B~
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9/,318
9113 B
91'3 8
9/71 B
9113 B
9111 B
91,1 B

USED Of'.i

Dt;SCRIPTIUN

so

INT£RACIIVE GRAPHICS STATIO~ VT158A VV15 vIol.SA VL04 11SV bOHZ
l~TERACIIVE GRAPHICS STATION VT1S-A VV15 VTo7.ab VL04 2JOV SOHZ
INTERACTIVE GRAPHICS STATIOl'f vT15",A VV15 VT04.A VJJ04 115V-6QHi
INTERACTIVE GRAPHlCS STATION VT15~A VV15 VTU4~B VL04 210V 5uHZ
~SyNC ASCII uP to 9600 BAtiO
I~T~RActlvE GRAPHICS TEHMINjLSERIES
VT40-AA, 375, VR14-LC, LK40, DLll",E, 11sV
DITTO
VT40.A8i )75, vA14-~D, GK40, DL1lwE, 2]O~
D11TO
DITTO
VItO-AA, 376, VR14.~C, LT3l~DC, OL11.t, 115V 60H~
vr40-A8, 375, VR14-LD, LT31 wDD, DL11.E( 2JOv 50hz
DITTO
VT40-AA, l7~, VR14-LC, LAJO-ci, DLli~i, 115V bO~Z
DITTO
V140-AB, 375, Vk14.tO, tA30-CO, O~li.~, 2JOv 50HZ
DITTO
VT40-SA, 375, VR14-LC, LK40, OLI1- E, 11SV -DITTO
VI40.S8, 375, va1t-Lo, LK40, DLllwE,230v
OlTTO
DITTO
VT40.SA, 37~, VR1~.LC, LT33.D~, O~11.~, 115~ oOHZ
VI40-ss, 175, VR14-LD, LTJ3-00, DL11-t, 230V 50HZ
DITTO
VI40-SA, 37~, VR14.LC, LAJO.CA, OLli.i, 1lSi 60Sz
DITTO
VT40-SB, 175, VR14-LD, LAlO.CO, DLI!wi, 2l0V &oAz
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GRAPHICS OISP TERM, 11/108NC vTII LK40 DDil H967.KK OLl1-~ ~R17.LC rOCAL.~T-115v60
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EXPANDED INSTRUCTION SET (MUL, ~IV, ASH, ASHe)
STACK ORI~NTEO FLOATING PoINTEAt
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EXT£NOEO ARITAM~TIC E~~kENT
tolE

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RUGGED KElI-A
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1/0 INTERfACE, roxsORU
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AUTo PRlo~ltl INTIR~U~T
AUTO PRIORIty (4--LE'V£LS)' .tNrE~lHJPl' t"121 8)
15 LEVEL AUTO PRIORITY iNTERRUPT ~ PUSH, POP , ~U!H'JQM~
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POWER FAIL OPTION
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MEMEXT- CONT TO 6~K" CNO-- MP09, KX09)
XOR , c~c (~a~ ,6,_lB~ 12, ~C~~!)
REDUNOANC~ CHECK (VNC + LkC O~ CRe) (M8S4)

S~S~E~¥!,X~~~SI_~O_~_ .t~_~Tj;N~_! R§D~C1_~P-~JllC ARITHMETC PROC~S~OH
-

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DESIGN
ENG~

PRO"
ENGR

MpGR

- T(IIT.;T-"---~-- ------K!Kll0_M

FW

Klnr~U- ---

4

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KH
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K
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INT~R~UPTS

SS11-Y

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6111
6/.1

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8/,3
10/'1
10/,1
10/11
10/,1
10/'1
10/'1

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DMA INTH:Ri"AC;E W 1 UNwIRED QUAD sLOT
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11
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6/,1 K

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8 CK +1-l0V AID CONy, 5MV R~sOLUT10~, 115v
9 CR +1-toV AIO CONV-, 5MV RESOLOTlON, 230V

8/E

2

1

KIlO (WTRADE-IN OF- KAlO)

1(

4 10/,) D
1 1/7, D
:3 ~/14 0
1 1/"t4 0
)

10

9/E

6/'1 1<

MEMORX aus ADAPtER (MAlO, MSld,-MDld TO KIIU)

ASYNe ASCII UP TO 4800 aUAD
ASYNC ASCII UP TO 4800 BAUD

X

6/'1 K

OUMJfYlJ11R:tfERf01CUL1)n-ra-FI,'r-w--S---------

10

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il'f2j(

9/'1
6/12
1/'2
2/;2
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KIlO

KAt1
KA11
KAt!
KA11
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4 10/71-1(
4 10/'1 K

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8 / 11 I(
3 5113 8
3 5/'3 B
2 11/,1 B
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3 11/'2 B
3 11/'2 B
3 7h/) K
1 11/i2 B
3 11/,2 B
-- '-'-2 7112 K

XE"

USED ON

CATEGORy

MO/YR
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K~

KITOt-AA RJM

STATUS

A.EA

SIE

S/E
8/E
8/ t

AS YNCff- OATA:ClJNT "--6 OO-SA"Up, -Me 65-0.YA, E1 A
ASyNCH DATA CONt, 1200 BAUD, M8bSO-jA, tIA
ASYNCH DA.TA CON'I, 150 BAUD REC/1200-SAtJU SEND, M86S0-XA, EIA

ASYNCH DATA CONT'nu1~9 8AUUD~!C/~K4~08 B~U~ SE~O, ~~!5Q.~A, EIA
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BIE
alE
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8/E
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S/E
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S/E
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KLS"JA(M86SS)
KL8~K (MS65S) + SC01V-2s CA&L£
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Kti8-Eij---{f~i652.n)
KL8~EC (M8652~yA)
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DOU8LE sutFERED K~8.Ei (Ma652~YA)
DOUSL£ BUr'~RED KL8~£' (M~6~2iYl)
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20~A-OR ~IA

-

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w4-~4J5Jffi~-xfAL-ln55s-;YA)roRro50-"BAuD

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K~e.K w 1.0715 MHZ XTAu (M8655.YB) fOR b6,6-SAUO
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KL8""K w2. 621 MHz Xi-A" (Mi65S",yC) -YOR -56~86- 8AU'!
ANY KLS.E OR KLe-f
MOD£MCONTRO~ FOR KLeIS
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SYSTEM tE$TlD KL11-1
KAR11, OD R11
RUGGED KL11"A
RU"GGEt) KL 1 f~A (If ,;r- -CAB-LE) -ffiO?
RUGGED 1\1,,1 h.l'
KAR1!, PORtl
KAR11, ODRl1
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MEM-'RDTECT-'

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TIM~ iHAR~ OPTlON
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AsC-OCIATIv E"- MEMORx-r;xPANsION
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MEMORY MANAGEMENT-(PRotECT'--RI'OCATE)
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1000 ~PM 64 CHAR MOi5000 ~ CONT So HZ
600 LPM 96 CAAR-MbSSdoo'-cDNt 60 HZ
600 LPM 96 CHAR MOS$OOO,_CDNT_ 50 Hi

sOO LPM 1)2 tSAR ~OS5aOlf ~ COiT"60 kz
500 L'M 132 CHAR HOi5000 , CO~T 50 Hz

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LPOl.fA , LPll COJiiT

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LPoi-i1a ,-LPliCtfNTLpo2-JA & up11 CO~T
L Y 02';"Jrr,-"-IiPT l-c'Q"NT----" ----------..-----,
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TEL~TypE Co~TROL
EIA-MODEM-INT~R'ACg

9

LT19-A
LT19.A
9, 91tH

LT19-0
J"l'19-0
LT19-,., Pl'08.r

LT19-,.,

PTOB",r

LT19-F, PTOS.F
LT19-r, PToS-F

TELETYPE INtERFACE (SPECIAL)
ONE TTY lNTeRfACE
A~I CONTROL fUR UP TO 5 Ll19-~ UR .C
rELET~p~ CONtRoL MOOU~E S~TLl19.8 PLUS EIA CON~EkT~RS
Ltlg-A w $E~ARATE -c"LOCK-'P~R T~Ai"iStl\l'.l'TER
TEL~Typg CO~TROL MOOU~E S~T'
.
LT 19-E PLUS EIA -'-CuN'lERl'~RS

CABLE S~T FUR INT~RPROC~SSUH
CABLE SET FaR l~T£RPROC£SSOR
CABLE sET FuR INTERPROC~SSOR
CAsLE SET FORINTa;R£>ROCE"SSOR

bUfF~R'

~UFr£R,

butF~R,
"iHl~nR,

~o

VT
100 FT
150 fT
200 ~T

MODtt!
NO

ENG

DESIGN

MQ~

!NGR

LT19~HE

KE

LT 3 j;'af.f
LT33-CA

KE
KE

LS'31.0D
r.,'t33';'O!·
LS'l)~EA

L'jl~E8

L

KE
J(E

6

KE

6

KE
Kt
KE
KE

l

LT33",HA
LT3l;HB
I,'l33.He

K!;

LT))!!,MA

WMK

t(£

L'I'~1~M8

WMK

WMK
eRB
eRB

JC

KE

tTlS';'CA

KE

L~}.!C~

KE

L'3,8!C~

KE

Ltj'~AB

t<€

t'J.,;,ce

KE

KE

LT31.CD

KE

Ltll,DA
L'1'lS!'OS
1."I.DO
..~~JI~P-~

lotlz
MIL
--.
.- -

" xu

10
8/1, 9
8/1, 9

KSRll
11R20
l1R20
LTll-a,

64

-E;,

.~.

,

",H

KSR.) 7'Y!SO 807---''''KSRJ? DEC MODIFIED w J3/37 MOUE, l1bV 60HZ
KSRj? DtC MODIFIED w 33/37 MODE, 23QV 50 HZ
~-

...

~_

.. _ _

.~

N~

•• _

..

INTERfACE

"Q~ laM 7JS·sl:;I"I:;CtR.4C
FOR laM 735 Sli.iLECTRIC
IMPROVED INtERFACE 'OR 16M 715 SEl"Et;TRIC
INTERrAe~

1 MPAOV!D t,N~ER' AC-e-!oR. ·~8iir~I~-'~!~E~~%~-

MODtL

DESIGN
ENGR

·-NO

LVOr;rr- Ec:r---- -L'Ot-IB

LV(H~BI-

LVOt~BB

L'tl.

EC
EC

AEW
lEW
AEW
AEW
AEW
lEW
AEW

Cl

Ltt.lliaAB

Cl

Lt~t~BI

CA

Lftt-eA

L't3

CA

SNT
L,12-AA SNT
LVII-AS SNT
Lft 2;'51 .. sW"
L't~.B8
aNT

MAio

Mlio
MCO,
MC09

ATT

MCjo.a
MC7t .. S
MC'1t.C
MC'7j;D
MCS",!
Mce-EH
MCe-!J
MCS-tA

lEW
AEW

5

Ml

2

su
SKJ
RI
Ml

su

su

MD1G-E

SU

MDtO';'GI~

M£09.S

ME09;C

FW
FYI

11'2 M

7/12 M
M

5
5

3
5

CS S

2
5
5

4
4
4
4

-

1/12
2/'3
1/.,1

M
M
M
M
M
M
M

M
M
M
M

M

8/'11 M

2
2

4/13 M

TPL
TPL
TpL

5
5

M

s

TpL

5
5
S
5

M
M
M
M
M

S

M

TpL
TP1"

1112 M

5

5

M

SU

6

311'1 M

5U

6

SU
SU
Ml
MI
MI

--M-EO';A

MEtt.IJ 8

6

SU

M018-;B

MD10;'Rl
MD10.RB

11
L

6

AS

MD10;GA

L
L

so

RR
RR
RR
RR
RR

MeS-!
MD10 .. A

L

AEW

AE·w .

WI"

MCe-LB
Mce-LC
Meg.LO

1.1

2 12/12 L
2 10112 L
2 10/'2 L

WL
RR

MCS-IJA .

10113
10113
10113
10/,3
101,3
10/,)
10",3
10/,]
12/,2

4
4
L
4
L
2
I.,
2 12/72 L

WI.,

MCS-I8

MElt!L~

4

MI
MI
MI
Ml

MC'71~A

ME10,x

3
4

SU
SU

Meta.

M!;.tO

3

M%

Meio

MetO-E
MCte';'F
MClt

l

su

MA~8';'A

STATUS
CATEGoRY
MO/yR
3 10/'3 L

AEW

lEW

LVII-AI

M,GR
AREA

··Q:W·

EO

cA

PROD
ENGR

SU
SU
SR

SR

3/.3 M
1 10/f2 M

) 10/'2 M
6

5
2
5
5
3
1

M

M
M
5/?1 M
4/'2 M
1/14 M
1/14 M

USED ON

DES~RIPtION

65

LVii, LV12

8,5-11 VERSATEC PRINT/PLo-r-"SX7 -DOT,· 96-CH,- 11.SV·---_·

11

11" VERSATEC PRINT/PLor-7Xg-OOTi 96-CH, 115V
11" VERSATEC PRINT/PLOT 1Xg DOT, 96 c~, 210V
CONTROL FOR-LV01 ELECTROSTATIC PR1NtER/PLUTTER
8e5" ~V01"AA PRINTIPLOT W LVII CO~T; 115V
8,-S lf tfvOl wASPRINT/P"LOT WLVIl con-, 230V
11""LV01-SA PRIHT/P~OT w LV11 CONI, 11SV

LVII, LV12
I"Vll, LV12
LV11, LV12
LV11
Lv11

LVII
Lvl1

8~511

VERSAT~C PRINT/P~ot

511 DOT,

g~

CH, 230V

11" LvOi.S8 P~INT/PLOT w L~11 CONi, 230,
CONTROL FOR LVOi EL~CTROSTAIIC ,RINTEX/PLOTIEk

8 POS

LV01~AAPRINT/PLOt-w-~ONi,-115i

• POs

8,5-

8 POS

8,5" LV01-AS PRINTIPLOT W CONT, 230V
11 1f -LVO"l.SA -PRINT/pLOT W Cofft, -11S-v'-

8 POS
ePOS

-

11" LY01·~B PRl~T/P~O~ ~ ~O~T, 2)OV
1~ K J7 alTS 1 us~c M~MUR~
9 K 31 SITS 1 USEe ME~ORY

6, 10
6, 10

16 K

6, 10

l'~BITS1,65-USEC ~EMOR~

PoPe TO MHO! INTERFACE

8

9

CONtROL MtMORi

MAlO
MEtO

EXTRA MtMOR¥ PORT

EXTRA MEMORY PORT

-

-

EXT~A MtMORy PORT
MEMORY CON'fROL, lNCLODE-S-M'801, ff7a02, M7801
4 K -1~ bIT MEMO~y W EXT~Njl0N CONTRUL
12
8 K 1~ atT 1 usee MEMORY'
.9
4 K 18 ilT M~MORY' SPAC~ FOR ~ K
9"lJ
4 K EXPANSION, STACK ~ MODULES MC'71"A, Ne?1"C, Me71"o
MC71-A, MC'71.D
4 K 18 eIT MEMORY' spAC~ fOR 8 K
4 K (8 aIT MEMORY,· ~PAC~l'OR-8 ~
MC11.A
KM8eE + MMB"E (MEM tXt CONT + 4K MEM)
elE, 81M
KM9wE + MMe",EH (MEM-EiT-CONt + 4K-N~~)
8/E, 81M
KMS"E + MM8"~~ (M£M EXT CONI + SK MEM)
S/E, SOl·
4K 12 BIT MEMURY W ~XTE~510h CONTROL
8/1
4K 13 BIT MEMORY W EXTENSION CONTRO~
ell
4K 12 alT MtMORywi.XTE1~srcrN COi~·TRot·
SAoe, aMOS
4K 13 BXT MEMORY W EXTENSION CONTRO~
BA08, SMOS
4' 12 SIT MEMOR~ w ExtE~SIoN Co~TAo~
SMoe
4K 13 BIT M~MOR~ W ~xtENstUN eONTRO~
sM08
MtMORY !XTEN810~ CONTRO~ , 4K-M~MORY
8/S
32 K 37 aIT 1.8 USEe ~EMORy &U kZ-·
10
32 It 37SXT1,8 USEe MEMORY 5"CrllZ
10
32 K ~'7 BlT EXPANsION U~lT
MOlO"A, M010-S
MD10-A + MD10~E C&5K)
10

MY10

11

10

1040-A
1040-8
9

2

Po~T

M010-S + MD10-E

(65~)

MD10.GA IN PLACE OF 2 ME10
MD10-G8 IN ~~ACE of 2 M~10

9

M£MOR1e;XTENS10N 6; PARITY CHASSIS
MEMORY ~XTENSION, PARjTX, & PRot~CT CHASSIS

giL

MEMOR¥

10
10
11
'1

~XtENSION PROt~CT

CHASSIS -

16 K 3'7 BIT 1 USEe MEMO~Y
MElO MINUS COSM£TICs
11/05 BUX + MM11~u, S~ACE FOR 2 MOR~ 11~V
11/05 SOx + MMii .. L, SPAeE FUR f·Mb~i·2j~i

Mt~I;'AA
Meal.AS
Mil 1';;'8

DESlnN

PROO

MFGR

ENGR

ENGR

AREA

JE
JE

JE
JE
JE

ME1S';'C
MEU,wO
MEtl.EA

JI!:

MEtS;E8

JE
JE

MEtS.F

ME1!';'H

JE

MEtS.J

JE

M!e.s

AS

MP'tOwA

FW

SU

MFie';'p::
"'F10.0

Fw
f'W

SU

Mfte;'M

5t)

JO

"'Ftt';'L

MP11.LP

MP'it.M
M'11;t.4P

Mrtt wR

CA

CA
CA

cA

"'FlteRP
M'11':'S
Mrlt';'Sp

cit
CA

M'11!U
Mril;'Up

DT
01'
oT

"'ftt_ w
MP11';'WP

CA

01'

Mleee:
M19·EA

Mle.e:c

Mis"EO

Mla.I!:E

MI8~r,1(

MI8"tL

'fle.EM

MleeEN

£'15
J~

M!

HZ

MIHI.A

MI51~!_~
MLtl"~

Ml,lt';'RP

SO
81)

,~lll,SP

BD

MLTi;'s-aD

MMoteA

MMO'';'8

-;.fMO';C-.}·Ut! ~ l!E

0'1

MMt.t.F

OT

MMttfI!JEx
MMil.FJ
M~11~f~
MNt

DT

01

1.FX"'OT

M
M

M
M
M

M

M
M
M

M
M

4/fJ M
4/,) M

MOOR

)

4 h ,1·M
4/,] M

MOOR
MOOR
MOOR

MOOR

MOOR

OWS
DWS

OWS
DWS

LT
LT
LT
LT
LT

BALL

4 12/,2 M
4 12/72 M

1
3

liT

MIl'h,EH

4 12/'2 M
4 12/'2 M

4 12/,2
4 121'12
4 12/'72
4 12/'2
4 12/'2
4 12112
5
5 2/13
5 2/.,3
5 2/,]
5 2/73

LT

NR
KE
JK
JDI"
JOI"
FA
FA

3
3

3
:3

4/'3 M
4/13 M
3 11/13 M
1 11/'3 M
2 11'74 M

M

M

M

MI

pO

9/'1
91,1

4

2
5
5
5

Po

1/,2 M

6/'1 M

M

2

apr

M

1/12 M

3 2/7,

OV

PD
PD
Po

1/'2

3,1,.,

Dv
Oy
Ml
MI

1/'4 M
5/'1 M

2 11/.,1 M
3,
M
3 311] M
3 4/13 M
1 8113 M

4
2
2

DV

4/'3 M
4/93 M

3

2
4
3
l
:3
2
2
2

5
l

4
l
2

2

ai1l

OSED ON

CATEGOR~

MOOR

LT

M!a.EF
Mls"!G

Mlg-EJ

IU

STATUS
MO/YR

M

M

8/'3 M
i/73 M
8/.,3 M

DESCRIPTIUN

6b

lSI ur'lT, 115V
MEM SP fO~ 24~ lSI 9N~T, ~lOV
HEM ADD-ON
M~M SP fO~ 24K 2ND UR 4tH u~lt
MEM SP fOM ~4~ 3R~ DNITME1S.S, 16K M~M 115v ~OhZ
M~lS.B, 16K MEM 2lov 50HZ
+ ME1S.S, 16~ MEM

15

BK 18 fUT MEl'1 5P ,'Ok 241'\

15

8K 18 81T
8K 18 BtT
8K 18 BIT
8~ i8 alT
ME15.AA +
ME15~A~ •

ME1S.AA, .A8, wC, -0
ME15wAA, -AB, .0
15
15

15
15
15

M~15.C

.c,

ME1S.D • MEiS.S,

8/E

alE:
MM1S-AA, .A8, -AC, pAD
MM1SwBA, wB8, .ac, -so
MF11-L
MF11.I"P

Mfl1·L
MF11-LP

T¥PSET bECTAP£ BooTSTRAP

8 K 18 BIt 1

9

9 K 18 aIT 1 USEe
8 K 18 BIT 1 USiC
4 K 1~ sIT 22 MIL

1/'2 101
7/'1 101

5/'2 M

11

11
11/20
11
11

(M847-YM)
.

MMtl-L + KTl1.D"t~K W MEM"'MAN1GtM~NT}­
MM11.LP + KT11-0 (81 PARITY W M€M MANAGEMENt)
2 MM11-L + K'11~O"(161 ~ MEM MA~AG~iEHT) - 2 MM11~LP + KT11.a (lbK PARIT¥ W HEM ~A~AGEMENT)

9

9
11

~oAOtR

TYPSET RK~/' HOOTSTRAP (MS41.~N)
41< is'SIT-ekPANSION-KIT - - ' ,
4K 19 BXT ExPANSION KIT

1>1

M
M
7/11 M

MEM

.0

M

M

16~

2 M~15.B, 16K MEM TUTAL
9/S
MEMOR¥ EXPANSION MOUNtING KARUWAR~
10 MEM BUS
12K 11 BIT MEM, 1 USEe
12K 31 81t ~XPA~S10i 1 us~c M~M
M"
1 O-A
10 MEM BUS
Mfl0.A + MF10.Ea &5K 37 BIT 1 us~c MEM
~fl0.A, .1£, wG
8K 19 BIT" MUUuLt SET 11/ l S, BA11.0A, ·OB
BACK PLANi, MM11-L, SPAC~ fUR 2 MUR,
BACK PLAN~, PARITY CONT~ ~Mll.LP,' SPACE-fUR '2 MQRB,-l usEe
11
eK EXPANDABLE M~MI MY11-L • KT11.U SEGM~~TATIWN 11/40
11/40
91<. ExPANDABLE PARIT¥ AEM. M.fl1.{'P".""Kil1",J sEGMENTAtION
16K EXPANDABLE MEMI Mrl1w~ • MM11-L • 1111.0 SEGMENTAtION
11/40
11/40
16K EXpANDABLE pARITy'MEM. ~FllwLp + MM11"'L~ + RTll;P24K EXPANDABLE MEMIMf1lwL + 2 MM11wL +KT11"'O $EGM~NIATION
11/40
11/40
24K EXPANOABLE ~ARITY-MEMi MF11.Lp + 2 MM11.L~ + KTi1~D ..
BACK PLANE & 16K MM11- U M~M~ SPAC£ fOR 1 MORE, 1 us~c
11
BACK pLANE, pARITY CONT, 16K IM11"'U~ HEM, S~ACE·F6R-l MOR~, 1 UsEe
11
"'11",U BACK PLANE & 32K MM11.W HEM, SPACE FORt MORi MM11~U OR ",W11
11
M'11",UP BACK PLANE & 32K MMil wWP HEM SpACE FOR 1 MORE MM11.UP o~.wp
R/E
l~ wORD 1~ bIT ROM, A~LZERUS
"
HIGk/LO~ SP£ED PAPER TAPE RIM (M847"'YA)
B/E
S/E
TeO~ ~OOT$TRAP (M84'.jCj
"
S/E
RKs 800TSTRAP (M847.YU"
alE
TXP$ET RIM LOADER (M847.YE)
EDUsyst!M BOOTSTRAP, LOW SPE~D (M847wYf)
alE CEDU10, 20, 30, 40)
alE (£OU50)
EDU SYSTEM BOOTSTRAP, HIGH SP~ED ~M!47~¥G)
rOSIE &OOTSTRAP (~8i7.yH)B/E
RK8/E BOOTSTRAP (M84,.YJ)
8/E
DC72
c~t BuoisiRAp'FO~-DC1~ ~M$4i~XKJ
rU60 ijOOTSTRAP (M841.XL)
S/E

ME1S-AA, ·AB,

U$~C M~MOR¥ 1ST £xitNSl.ON
M~MOR~, 2NO'EiTtNsION
M£MORX~')Rt)£XTENSI0N
Mt~URV,

8 K X 16 aIr INtERLEAVED

1,2 USEe - ,
1.~ U$tC-M~M

4K 16 B1T 22 MIL MEMORY, 980 NS'C
8E~w£~~ ~a ,'3ijK

MM11-F MODIfIED TO .E 2K

:~

I: :ii "~~T~;fE~~~g~i~:-;~ ~~~, 9"0 HsEC

STATUS

MODEll

ENG

DESIGN

PROD

M[t'GR

NO

MGR

ENGR

ENGR

AFEA

o'f
Of

PI)

3

1
4

DT

PD
PD
PO

CA

MOOR

MMft.H

MM11-J
MMU·K

MM11';'L
MMlt;;Lf(
MM~t,;,LP

MMft.M

MM11!5
MMtl-S P
MM11·u
MM11"'UP

Of

cA

0'

01'
0'

0'1

01

MM14.A

MHi5~BB

HL

MM1",~D

HI"
HL

HI"

tAN1S.Be

MM18·CA

HI"

HL
HL

MM1S"CB

MMi~~c(!

HI"

MM11.CD

MMil;OA

NL

MM11.DB

Mil

MMiS;D(!

HL

HL

MMtl""EB
MMtS-Ee

LG
LG

MM9.r.H
MMe.!:J
MMe_tA
MMg"'tB

D'l

".Me-E

01

MM~!IC

MMe-to
MM9-tE
MM8-IF

MMe-LA
MNe-LB

HI"

HL

we

Wc

MMJl1_L

MMRt1';'e

We

R.R

TPI"

RR
RR
RR
RR
RR
RR
RR

TPL

TPL
TPI"

TPL
TPL
TPL
TPI"

PO
KH

MMpl1.~X

KH

MP09-a

Ml

MPO'~A

M1

MP09~C

MP15

MI
EM
fA

"'PB-~

8T

M'tJ~A

Mpg-r

M~e·I~

SNT

RR
RR
RI

1/,2

1-1
1/72 M
210, 4 M

7/,2 M
lit,. M
8112 M

91,1 M
7/'2 M
9/'1 M

5

M

5
5
5
5
5
5
5
5
5
5
5
3
3
5

M

2

AS

CA

CATt::GQR¥

3 11/'13 M
3 11/'1 M
5 4/'1 M
M
5
M
5
M
5
M
5

HI"

MMt5",SA

MR02

2

PO

Mil

MMB-S
MMJli';;',

4

110

MM1B"'AD

MM1S~OD

:3
2
2

PO
pD

MM1S-AB
MH1$~Ae

4

PO
PO

HI" .
tiL

MM1§~Al

MO/yR

esS

5
5
5
5
5
5
5
5
5
5
3
3
1
3
6
6
5

2
5
4

M
M
M
M
M

M
M

M
M
M

5/.,2 M
5/12 M

9111 M
4111 M
4/,1 M
M
M
M
M
M
M

M

6/,2

SI12

M
M
M
M
M

1/'2
1/,2 M
M
M

4/'2
3/'1

USED ON
11
11

11/05, MEli-I"
11/05, ME11"L
MEl 1""10

MF11-UP
14
15
15

15
MX15
15
15
15

MX1S
15

15
15
Mx15
15
15
15

MX1,
15
15

S/E
8/ E , 81 M

8/E, 81M

8/1, 12
ell, 12
9/1, 12
ell, 12
MMS.IA
MMS"'Ie
SMOS
BM08

ME8-S, OMD9.S

5

M
M
M

aK is BlT PARIT1 61 CONT-1S MIL_MEM,-9~O NSEC
16K - 1 b tHt 1 usJ::C M~M
16K 1 8 81T PARITY 1 8 MIl! MEM, 1 UoEC
MMil-1:: w ps, 14 INTt:RFACE
4 K· i S-' BIT-Mt;M ~ SP SK, -~-806 1fSEC; TRONT
4 K 18 aIT MEM, Sf SK, 800 NSEC, l.sT BACK
4K 19 BiT Mk;M, s~ SK, 800 NSr.:C,
J SACK
4 K 18 BIT MEM, SP SK, 1t2 USEe
41\ 19 BIT MBM, SP SK, 800 NSEC, Y)tONT
4K 19 BIT HEM, SP SK, 800 NSEC, 1ST SACK
41< 19 BIt HEM,- s£f8t<., 800 NSEC; -2; 3 ~A~K
41<. 1 9 BIT Mt.:M, Sf 81<, 1,2 USEe
SK 18 aiT Mt;M, 800 hSr.;C, fRONT
8K 18 aXT HEM, 800 foISEC, 1ST SACK
81< 18 aIT M~M, sOO t4SEc, 2, 3-siCK
8K i8 alT Mt:M, 1.2 us~c
8K 19 BIT MEM, 800 NSEC, f"RJNT
8K 19 BtT ",EM, 900 NSEC, lsi SACK
81< 1 9 BIT ME~, 800 NSEC, 2, 3 BACK
aK 19 B.IT Mt;M, 1.2 US!!;C
MMl S",CS-' ... MM15",CC, 16K TOTAl"
2 MM15"'CC, lbK TOTAL
·4K 12'81T MeMORY
4K X 12 BIT 1~ MIL Mt::ftt10RY, 1,2 USt;C
8K X 12 BIT Hi MIL MEMOkY, 1,2 us~c
41<. 12 BIT M£o,;MORy
81<. i2 BiT MEMURY
4l<. 11 B1T MJ!:MURY
81< 13 BIT Mh;MQRX
4K 12 BIT M£MURY E,XPANSJ,ON
4K 13 BIT Mt;MQRY t;XPAl~SlON
41\ 12 SIT Mt;MURy
4K 1l BIT Mt:MURY
4K 13 BIT M):;MORy

2;

SYSTEM tESTc.;V

9
15
e/E
9/1
9/1"

5
2

Is

S¥SfltM TES-TED MM11 ••'

M

T~L

16 81T-- 22 MIL 1.2 USEe Mt:M --

16 BIT 22 MIll 1,2 USi:C Mi,;M
SET, 8~o~sa;c
16 BIT Ii MIL MEMORY-MODUlIi:.
16 alT 18 MIll MEl" MODUl.IE SET; 900 ~SEC121(,"16 eIT MEMI MM11-L +MMll~K
9K 16 BIT PARITY e18 ~lT) M&t,;M MUDULE sET
M1L AEM,- 900NS~CMMIT';K-INSYS UNIT)
41\ 1& alT
8f(. 16 BlT 18 "'II" fidEM, gOONs (MM11-I.. IN SYs UN1T)

11/05, 11/10
l1 R20
l1R20
MEo9-A

MEog.e

TPL

-lK
21<
41<
8K

67

11

M
M

M

MFI1-L

MF11-I"P
11/35, 11/45
11/35, 11/4S
11 / 35, 11/45
"1F11·u

DESCRIPTIUN

11

8/1, B/L, 12 MEM BUS

MM11",Lj

1,5U3EC RUGGt;O Mtitl1"~
RUGGED MMll.Ex (81\ 16 1;lT INT~R~E~V~D)
PDP9 PARITY OPflON, - t5T--8 K
PARIT~ OPl'lUH, EACH ADDt.;ll 8 K
PoP'i PARIty OPtION, 1Sr- ij K
Ml\:MOR~ PARITY CONTRUL
PAR1T'i CONtHO.IJ
PARITY OP'IIUN FOR 32K, ~I)P8·E
pARITY OPTld!~ , 1ST 4K
PARITY OPTIl/N, 1ST 4.1<
. 128 --WORDs fi ~IT I) loot;- I'1gti!ORY, ALL t.E)(OS

MROi;"
"11'11.08

snT
Be

MRt.';'O
MAt4"E

JPIt

MRt4
MR14':'S

JM

DESIGN

PROD

ENGR

r::NGR

MFGR
AREA

RI
SNT

AR
AR

CON

11'
LP'

STATUS
MO/YR
3

M

2

3112 M

6

1/,3 M

6

3

1/.3 M
1/,3 M

3

1/73 M

3

1/13 M
1/71 M
1/'1 M

MRi4~F

JM

MIU 41!'H

JM

Mltt,';'J

JM

LF
LF
LF

LH

AA
JLE

3
2
4

JLt:

.3
5

Mltt4~J(
MR15~A

J~

MR16';'A

MR1'~O
Mftt'.E
"1Rl'~F
MJitt'~SL

MRS"iI"

M'11~B(!

MStl';'SD

Milt,. 8M
.' "

M 11",sP
M.l1~B~

M'il'!'B1'
MSS1.ce
Mll1;CM

MIH l~CP
M511~.A

JC
JM
.]C

WC

3 12/'1 M

AR

LsH

6 111,) M

sD
SD

LBH

1 11/'3 M
3 11/') M
3 31'12 114

I'D

LBH
JLE

aD

aD

LeH
L8H

LBH
LBH

LBA

Nrsl

~'1:1
NFt)

6

11/'3 M

2

BT

AJ

3/,2

M

3112 M
3/72 M

SRH

5

5

SG
OPS
RH

SsCAL

CV

csS

WF

e.S

1/'2 M
1/'J4M

41,1

M

5/'13 M
M

2

51') M

2

4/,2

M

4
6
6

9/'2 N

J.,J

6

N

JJ

6
6

N
N

JJ
jJ

14

BA1S
16
16
16

N
N

1i<

(M79~.XU+Y~)

HOM

RUt-l

RUM (M792)
MUM (M7J25)
aX2S6 PkUM (PCS16"'S + Oblb-A)
16X~5b PROM (~ PCslb",~ + 1 UM16-A)
INT~RrACE, ~OM SI~U~ATI~G & LUADl~G

24xi6

HdM
161M
161M

D'Ou~

a~A1D

256-X-12 tHl' REAO-oNLiMEMORY' (8241)

B/E

256 X 12 BIT ~RAID ROM, TOSwE KANDLER
lKX12 CONtENT ALTERABLE R6M-."256112 ~A~ tM~349)

8/F:, TOs-r;

e/a::

VT14, S/E
g/E, MR16X
MS11"SC,

16 B1T

32X16

1~

.ao

11/45

ROM, 512 WORD RAM
ROM SIMULATING ,-LOAuINGFIRST MOS M~M CONI (l~r£~ 1103-1)
S~cONp MOS MEM cONT" ('Nte~ 11~l~1)
450~s 4k 16 81T MUS M~M MATkli (INr£L 110~-1)
4K

MR8~f

MS11"'SC, "'8D
Msl1"'SC, ... 130
MS11",ac, .. aD

450NS 4K 18 81T MOS

MX15
11, 15

11, 15
8/E:

10 MEM BUS
11
8, 9
9, 9

NrOl, NF02
nf01, Nf"02
NY01, N.·02

MATRIX (INTEL

110i~i)

lK 16 BIT BIPOLAR MEM MATRIX 'INT~RSIL 5533)
lK 18 8iT 8IPOLAR M£M MATRIX (INT~RbIL 55~3)
TRANSf"ER REGISTER M7 loS'
..
BYTE REGIST~R M1320
16x16 sCRATCH PAD HIM M7318
16 RIGI$T~R OPTION (M7318 + M7128J
16X~Si- ~CiATCB ~A~ ~t* i131g" .
lKXl6 MOS RAM 2 USEe (MONULiThIC)
<.

16
16

10
10
15

M~~

490NS 4K 16 alT Mbs M~M MATRIx (INT~L 1103-i)
490NS 4K 18 BIT MOS M~M MATRIX (INT£L 110j~i)
81PuLAR M~M CUNT 'lNT~RSIL ~5j3) -

MSI1-CC

alE

CO~T~NT ALIERA8L~

INT~RFACE,

MS 11wCC

8/.,1 M
6/0,2 M

] 12/'3

JJ

14

MR14",H

16

M
1 10/'3 M
5
M

8G

14

MR14-Y
14

11/45
11/45

DIUD~

12 BIT R~AO ONLY MiMWRY
8RAID wITH KEEPER
12 BIT RUM, DATA-PAC
12 BIT BkAID wITH K~~P~R
MR14~D w NO BRAIOlK 12 alT RUM, MTI
lK 12 BIT BRAID wKEEPEk
MR14-h W NO ~~AID
BOOTSTRAP LOAVER (M1012.¥Al
CONSTANTS GEN~RATUR-M7J07
lK
lK
lK
lK

14
14

16
16
101M

8111 M

68

RKoe LOAD~R
9/t, aIL, 12 HEM BUS
BOOTSTRAP LOADER, 64 WOND lb bIT
11/45

8/'1 M

8/,1 M

5

SG

SD

3172 M

1
4
)

Jt"E
JLE

"'"
RLD

3
3

)
'3
5
4
4

JLf.

MX11"'A

N'oa

1/1.4 M
11/,3 M

sO

aD
aD

_.M~U~_

NFOl

M

sn

M$l'~!:

,t!_~.11-A

l

1174

DA
L8H

MaUl."

MY10-A

2
2

OA

JLE

MW".~.~ .

9/72 M
9112 M
9/'2 M
9/11 M

]
1

we

JI,,!

MI'8·C

3
1

1/13M
6/'2 M
8/71 M
8/'1 M
9111 M
9112 M

']LP..:

Mll6._!CA

MX,~~!'~

3

JLF:

M,16';'C

M.e-AA
MXto';'e

3

JLE
JLE

Mll'~B

MIte

3

JLE

MR16;S
MR16"'C

MRS-"A
MR8.rc
MRS.p'a
MRe.FE

LF

Dt:SCRIPTION

USED ON

CAT~GO~¥

4t( MOS RAM

18 BIT

(Mt;311)

-'"

..-

MU~TIP~EXEx

18 OR 22 alT' MU~Tip~EX!R
MEM BUS MULTIPLExiR, W CAS, 3 PORTS

2ND MOLTIPL£XER-LOGIC

PDP1~

-

PORT, 1 UNIBUS'PORT,

MX15"'S W PARITY"

_.

1~

MEM

au~ ~UTP~T

-

256 'x12 alI READIWRItE CUH~ MEMORY
CO~TROL, FOR l2 sll' AM~EX 163i.-R.Z;64
l~T~RFACE TO GA~MA CAMERA
2 MHZ TO' DIGITIZER ,-SOFfER
10 MHZ Tor DIGITIZER, bUFFER
8Ur"tR OVERF'LoW - D~T£CTOR-- .O~A~ lIME CONTROL
' SYNCH~ONOUS TRIGGi:R 'OUTPUj--

DESIGN

PROD

NO

ENGR

ENGR

- NF14-

N'21

JJ JJ

Nr31

J.]

MODtL

MrGR
AREA

6

JJ

Nr22

NF11

JtJ

cv
cv
cv
Cv
cv
Cv
cv
Cv
cv

NK14~~
NM14~B

NH14';'C

NKot';'"
NK01~S
NKol~C

HM04'" "

Hla'-!

~l(04~C

EW
Ew
Cv
Cv

HH01."
N80t.8
W'02';'oP

NP(I.,LA

ev

NPOI·tB

Cv

N,02.LM

NPot",LN

cv

N'11';'LM

PR

JTN

N'\l.~
HP11~M

'Rw

N'e.!!A

OF

otU,.",s

RR

0./1;10
05/1.20

STATUS
CATEGORy
MO/yR

CIS
CiS
CBS
CIS

cas

CIS
CIS

Cas
csS

6
6
6
6
6
6
6

Ml
Mi

PA61t"'Ba MY
PA611~CA M!
PA611 .. C8 Ml
PA611';'CC ReH
_!~~1 !. ... DA Mt
P1611."S Mt

PA611-DC RBM

PA611.P;A
'.611.r.s
P1611-'

PA611.~
PA61t.~C

Ml
Mt
Mt

tAt

RBM

ER
ER
ER
ER
ER
ER
ER
ER
To
tR
ER
TO

ER
ER
ER
ER
TO

N
N

6

1/~H

N

6

7/'1

N

6
6

7/71 N

A
8

3
N
1
N
2 10/,3 N
3
N
3 3 1 .,2 N
1 11/'1 N

8/E

5

B

8/S

1

3112 E
3/72 E
3/72 E

CIS

SSMU

S.CAC
1pL

s

N

3/'72 E
3/.,2 t
3112 E

P

9
11

11
11

-•

+

~liT MOO~

TRA~sr£RS

1

12.~11

NK04 111 A "'lNCRE-M1:,;NT ",oDE ~

WORD FROM
- -

~ACH

- - -----

NKo4.a + LIST MOP~
Aoe TRANstERS 1 12.~lT WOROTO Ace WVROlsA CONT
NNOi~A wITH NO VR01.A -CONT
DISPLAY PANEJ.,
2 APe D~P~NPENT/IND~P~NuENT L1St MOuE OHL~
2ND--NP02·~A

--- -

- .-

N£G BuS NP02"L"~

9

NtG BUS NPoi.lJ8

PHA INT~R~ACg, MEM !Nc R & LIST MOue
PRA INT~RFACE, M£M INCR MOO~
PHA INTERfACE, MEM INeR, LIST, MULT1SCA~EM MOU~S
PHA--INTYC-,
OfTIo~

MEMINCR-'~

MOUNTING

2 -WORO- PAIR, - Ace Mooe;

HARDWAR~

9K S/E, TD8~EM, LAlij, oSla (QfSS.b)12K 8/E, TDS-EM, Ls8-~A, VT05, OS/8 (yF~8.B)
16K B/E, Te08, TU56~

LEe."

v;r05~ OS/~ lQF'Sti .. a)

.

8K 8/E, T08 .. EM, RF08, RSoa, 1.,Se .. EA, VT05, OS/S CQt'5SIII!b)

-

16K 8/E,

•

8 NEG
8 Nt;G

4
5

P
P

PR68"A
pA60.A, PA60 .. a

,
1

1/12 P
1/?2 P

1
1

1/.,2 P

1/'2 P

11

3

1/'2 P

3

1/12 P
&1.,3 P

11
11
11

11

11

t1

11

3

1/.,2 P
1/72 P
5 / '3 P

1/72 P

11

1

1/.,2 P

11

)
3
.)

1/12 P
1/72 P
5/'3 P

11
',1

3

2 Aoe

15
15

p

3

AOC-TKANsrERS 1 12.SIT wORD Tu Ace
NK01-A + iNCR~MENT MOPE

NP02-LA,

4

3
3

2 MOR~ LE~E~S OF aUFF~RiNG
4 MOR~ ~EVE~S OF ~UFtERING
REPACKAGED NH04-A wITH APl

NF02

pos
8 POs

Cas
CSS
cs S

caS

N

c~oeK
CONTRO~ ~ PR~SCA~EA

N~oi.B

9

7/11 N
N

8 MHz-ose,

e

3
3
3
3
3

SOURCE 10 INPUT
S~N¢ START MASTER

REPACRAGEPNHo4.A wiTH -APlR~PACKAGEO NH04.e wITH API

7/71 N
N

&9

9, OWlS

CIS
CaS
CSS
CIS

3

MI
MI
MI

7/,1

e

1

p16t-"
PA61i.AA
P161t-A8
PA611.BA

N

7/11 N

8
8

01/8-9()

ER
ER

Nr01, Nr02
9, OW15
9, OWlS

7/"11 N

01/8';'80

M1
MT

N~'Ol,

N

7/11

3

PASe';'A
PA6e';'B
'A60';'C

N

6

1

01/'.70

Mf01, Nf02
Nr01

6

)l

O.,t;lD

Nr02

N
N
N

71'1

DI1:SC:RIP'IIUN

USED ON

11

11
11

12K S/E, Toa.EM,
TD8.~M,

DF~2.EP, DS32.D, LA30, OS/8 (Q~S~.B)·
RKS.~, L~8 .. F, VTOS, ~S/8 (~f~8Da)

PT

CO~TRO~

fOR

~ ~A61.A

DRIVERS
YOR 2 pAbl-A
NON.TO~E rAPEALLOTM~NT
DRIVER fOR 4 READERS ~ 4 pUNCHES
PA6il .. R + pS , MTNG-HOW li5v 60riZ
PA611-R + PS , MTNG HUW 230V 50HZ
PA611.P + PS~ MTNG ~Dw- liSV 60HZ
PA611-P + PS , MTNG HDW 230V 60HZ
PA611.R + PA611~P + PS , MTNG'HOw 11SV bOHZ
PA611-F. + PAbl1-P + p$ ~ MTNG HUW 2loV 50HZ
PA611.CA w PA611.RC I~STEAD Of PAbl1.R
2 PA611-R + ~ PA611.P + CAB + PS , MTNG HoW 115Y bOrtZ
2 PA611.R + 2 PA611,.P + CAB + Ps iii MTNG HOw 230\; -5(j~z
PAbl1-DA w 2 PA611~RC I~STEAD or 2 PA611-R
4 PA611.R • 4 PA611;P • CA8 + p$ , ~TNG-HDW 115v bOriZ
4 PA611~R + 4 PA611.P + CAB + PS ii MT~G HDw 2JOV SOriZ
2-eH YUNCri cONT-POR-6 oa ~~~EVE~ ~U'CH
2 CM ~Rb8 REAUER CONT
pAtO-A CONTNOL

PA611~R

MoolFH.:o fOR

~XTENS10h

T'r~ .. CX-R~Ai.>ERS---

DESIGN
ENGR

~ODEL

NO
"A62

MI
MY

pA6.-P'
PCOI

Mt

P(:OI';'A

EO

PCO)

EC

PA61
PA68-A

peO!

PCOJ_A
PC04-8
PC04';'SA

MI
EC

EC

eC
f:C

Ed
Pc04"SB £(1
PC04;BC EC
PC04,!,BL

,C04-8M
pe04;.C_
pC04-CA

EO
EO
EC

Ell

PC04.etl

PC04';'CM

PROO
ENGR

ER
ER
ER
ER
AEW
AEW
AEW
lEW
lEW
AEW

AEw

u:w

AEW
lEW

lEw
lEW
AEW
KE
KE

AEw

1

P

5

P

5
5
5
5
5
5
5

P
P
P
P
P
P
P

N'EG LOGlC
PCswI

4
4
4
4

P
P
P
P

PC8 wL, Pca-i, PCs-EB
pce-LA, peS-EA, wEe
NEG LOGlC

4
2
2

p

NEG 1"oGIC

P

10

P

10

P
P
P
P

u;w

4

P

2
2
1

p

3

P

2
2

P
P

3
1

P

p005-C
PC:OI;CA
pCOlwel
peo~~ce

pcos-p

'eol~pA

peO!';'PB

Ee
Ee

£C
ECl

EC

EC

t~

EC!

lEW

A8!W

lEW
AEW

lEw

'(:O'-A

AEW
lEw
lEW
AEW
EC
ltC

'CO'-C

Mt

PCiO,A

DG

ptil;A
petl
PCHZ;A

JMB

Pc:oj';'pc EC

PCO!';'~

PCOI~R"
'.C09"

,Co. •• B
peto

lie: 11

pCtl
PCfS;A

EO
Ed

2

AEW

p

P

P

P

2
1

p

MI

5
5
4

P
P
p

DG

4
6

8/,2 p

6

8/'2 P

5

.)/'2

5

3/'2 P

"MB
DDM

RR

F'
rs

DOM
FA
FA

P

P
P

2
5

TpL

5

TpL

5

P

RR

TpL

5

P

pee-LA

10
10
11
t1

PI
P
1/,2 P

RR
RR
RR

PCe·YJ

9

KD09-C
K009-C

4
4
1

pee-I

pee-rA

9

BA15-1

5/'1 P
P
p

TpI"

POs I.,OGIC
POS LOGIC
pOs LOGIC

1/12 P

liN

LN

POS LOGIC
POS ltOGle
PCS LOGIC
POS LOGIC

;)

J~.Ct-~a

PCO~.~A'OR

PRg.I, PRawL, PRewE
POS LoGIC
POS LOGIC
pos LOGIC

8A12
8A12

)/'1 P

LN

PCA.-P,:C

NEG LOGIC
NEG LOGIC
ppa-L, PP8.E
PPS-LA, PP8 ... ~A
NEG LOGIC

1/12 P

4p

LN

pce-IA

1

5

~C8-E

." -pe~i~!: A

SPARE PT READER UiEC

P

AEW
lEW

Swl~cri

BAlS-A
alE
8/E
8/E

8/E

ell

~FG)

--

..

SPARE PI PUNCH (RQYAL-MtaeE), 60 HZ
SPA~E PT PUNCh CROYAL M~BiE), 50 HZ
PI PU, HOR ~ POWER SUPPLY (~EW Pcot), 60 HZ
PIt PU, RON & POwEH SUyp~y (NE~ peOl-A) 50-Hz
PC04.a FOR POPS/I, 60 HZ

4

Ee

pe04~RfB

804,-lQ

pqEG I"OGIC

PC04_R

1/0

1& CHANNEL MUx fOR TyPESETT'Nb
ReADER & PUNCH CONT~oL
.,
R~ADER , PUNCH CONTROL
SfARg Pi READER-, PONCH ASS~MaLY, 60 HZ
spARE Pl READ~R & PUNCH ASS~MbLj, 50 ~z

P

lEw

EQ

10

DUA~ COMPUT~R

P

Ee

PC04~PM

lEW

9 NEG

8 pos
8, 8/1, 8/S NEG
8 potS

4

PC04;,PL

EO
EC

DESCHJ.PI'!UN

4

4
4
4
4

'C04""P
peO,';'PA

USElJ ON

MFGR
STATUS
CATEGORY
AREA _
MO/yR

PUPS/l,So HZ

PC04-a fOR POP8/L, 60 HZ
pC04-8A FUR p~pQ/~, 50 hz
PT YU, ROR, PS, SCR (NE~ PCo9), 60 riZ
pT PU, RD~, PS, SCR (NE~ pC09~A), SO ~z
PT ~u, ROM, PS, s~~ ~ys LOG~C, ~O~Z
PI PU, RoR, PS, SeR pus ~OGrc, 50hZ
PI PUNCh, PUw~R SUPPLx (N~w·peoi); bO HZ
PT PUNCH, Pow~R SUPPLY tN~W PCOl.A)~ bO HZ
PC04-P ~OR POPi/L, 60HZ
PCOiwPA-rOR PDPa/L,-sO HZ
PT READER, pOwE~ SUPP~¥ (~~w pC02)

PC04- R f'OR POPS/I" 6. ·-PIYPsl1:;
pI pU, RD~,-PS, stR (fREE BTAiDING pC04-C), 60 HZ
PT PU, RDR, p~, SCR (FREE STANDING PC04.CA), ~o HZ
O~M

peos-c

--

OEM PCoS.CA

PI PUNcH, PowgR SUPPLY (FRg~ STANDING PC04IJ!1P), ~o HZ
PT PUNCH, POwER SUPPLr (rREE STANDING P~U4~PA),-50 ~z
OEM peo!)"p
OEM PCOS.PA
PT READER, POWER SUPp~r (rR~E StANDING ~C04-R)
Oe;MpC;O$-R . , -

peOl MOOIrl~p FOR POpg
sO HZ· PC09·
pC09 & MOOu~Es fO~ pDp9/L
PC09-A & MOoU~t$ FO~ PDP9/L
pCOI W MOO ~UCK~TS i &CR CONTROL, 60 HZ
PCoi.A w JOD BUCK£TS ,-seR CONT~O,,56 HZ
PI RD~.PUNCH (pcos.c ~ CONTkO~), 60HZ eM1S1)
P't RDR.pl,INCfi cP-COS.C1C' -CtH.-t"ROL,SORZ -CM7iH i
PI ROR.PUNCH (PCo5wt & cONTRO~)~ 60 HZ
-

PT RDR_PUNCB

(PCOS.CA·&-CONtRDL),-$~HZ

pcoS-c , COfiTRO"

PC05.CA , CONtROL,

6~

HZ

-

~o~HZ
(PC04.B~

PT READER & PUNCH
& CONT) bOHZ
PT READER , PlHfC-R (PC04_BM &. ~ONT) ~o~z
TAa'E TOP Pca-'
--

TABLE TOP

PAP~R TAP~

9/1

p~

S/L
S/L

PI'

PCS~EA

READER, PUNCH

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2 C~ AN~~OG OUTPUT (M71S4)
SYStEM INSTAL~ATION ri~~
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32 CHARACTER BURRUUGHS

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18 bIt SY~T~M MUOuLES· PDP1 ~lTH M~MURY ~US
lb ~IT COMPUTERPDP~ PRUGMAMS (~$~S KA10)
KD11-S PROC~SSOR, OEM
KD11 .. 8 PPUCESSOR, END USE~
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pDP14"'!Jp,-aX14~

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PDP14-PX JM

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16K pOp8E, RACK MOU~TA8~E, KLS .. E, KC8",e CoNsO~E, 23Qv

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BACkGROUND/fORgGRUUHD Dls~ ~ISTt:M
POPi5~40 + BATCH
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COMPUTER MADE FROM REGISTER TRANSFER MOUULES
POP16 IN 81M 12 INCH BOx W PR~D~FINt:DINSTRuCTION S~T 115v
PDP16 IN 81M 12 INCH BOX w PRt:D~FIN£D INSTRUCTIUN SET 2lov
POPt6.MA W NO 81M BOX, 115V
POP16.M8 W NO elM 80X, 230V
POP16pM W NO 81M BOX, NO PwR SU~P~y
POP16",MA IN Is-INCH 81M BOX, 115V
PDP16 .. M6 IN IS.INCH 81M BOx, 210v
18 81T SYiTiM MODUL~S
12 iIi SYSTEM MbO~LE~
18 SIT FLIP ChIP MODU~ES POPD4 COUE
IMPROVED PDP?
12 ~lI FLIp CHIp MOPU~ES pDpS COD~
POPs",l ON--SIG CAROS; }i;XPANDi:.;O ORDER CODE
4K ij/~ RACK MOUHTA8l.1E' (kM) 115V' ,
4K 8/£ RACK MOUNTAaL~ (kM) 2lQv
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PPP14.P, bX14-DA, SY14-UA
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PDPi4-P W-EXTHA PUW~R'S~PPLi
BASIC PDP15 SYSTEM

E

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2
2

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JK
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'pjP8E"eF

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3
3

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PDP't.B£:
PDP8E-S'

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4
1
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3
5
5
5
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JK
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STATUS
MO/yR

RSR

RR

PDP'';'A

MrGR
A,REA

AR
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FA
FA
FA
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•
•
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8K POpse:.AB
4K

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(TT) 230v
81( i/E; 1T 115V
8K ill;; 1'T 2l0V
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16K PDP8E, TAaL~ top, KLe.E, Kca.E tONSOL~, 2ioV
4K alE CAalN~T MouNTED (CAS) 115V
4K Q/E CASINEt MOUNt£O (CAB) ~i~V
8K 8/l!; CAi 115V
8K 8/£ CAS ~30V
4K e/~ RM, OEM, 115V
4~ i/t RM, UEM, 2~OV
4K Y/E kM, OEM2, l15V

4K 8/E TASLE TOP

4K 8/E

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4K

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8K 8/E RM, OEM 2, 11~V
8K Q/t ~M, 61M2, 230v
lbK PDP8E, ~ACK MOUNTAa~E, RuB.E, KC8~E CONSOLE, 115V O~M
16K pOp8E, RACX MOUNTABLE, KLS.E, Kce .. E CtiN30LE, 2JOV OEM
115~"

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•
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4K ij/E TT, Q£k2, 23QV
SK 8/£ Tt,

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8K ~/E tt, OEMZ, 2l0V
lbK pOpBE, TABLE rOp, KL8-E, KC8.~ CONsOLI, 11Sv UEM
16K POPs£:, 'tASLE TOP, KLs",E, Kcs-E cllNSOLE, 2l()Y-(JE:M"

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81'1 E

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8/71 E
5/73 E
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11,2 E

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SK PDP8E, RACK MOUNTABLE, KC8.EA CONSOLE, lisV
9K PDPeE, RACK MOUNTABLE, KCS"EA CONSOLE, 2l0V
16K POPSE, RACK MOUNTA8LE, KCe.iA-CUNSOL£, 115~
16K POPe!, RACK MOUNTABLE, KCe.tA CUNSOLE, 230Y
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S/£ CAB, OEM2,
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MO/YR

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PDP'E~rK JC

po_pe"~eA

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oEM2 4K 91E, MM, RCS.Ee,

LABS.E
LABe.£:
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GREEN 8/~ W KC8.~D, RM, 115V
GREEN 8/E W KCSwEO, RM, ~36v

4K GREEN eli WKcs-to, TT, 115V
4K GREEN alE w Kce.ED, TT, ~30V
91< GREEN alE W KCewED, TT, -115V

8K GREEN Sit w Kea"ED, TT, ~lOv
BASIC POPs-' IN SHORT BOX-W KL8~E~ KCs.rL CONSOLE
4K PDP8F RACK MUUNTA8LE-115v IN 12""a6x
4 K PDPsF RACK MOUNTABLE 230V IN 12" sox
8K pDp8F RACK MOUNTABLE 115v IN 12" BOX
8K PDPsY AACK MOUNTABLE 230V ~N 1~" BUX
4K poper, RACK MOUNTABLE, IN 15" 60X, 115V
4K p~per, RACK MOUNTABLE, IN 15" BOX, 2jO~
8K popsr, RACK MOUNTABLE, IN 15" ~ox, 115V
8K PDPSf, RACK MOUNtABL~, IN lS" BOX, 230V
4K PDP8f, CABINET MUUNTEp, IN 12" 80X, 115V
4K fOPSF, CA8INET MOUN1'~-O, IN lin aox, ~16v
SK PDPa f , CABINET MOUNTED, IN 12" BOX, 115V
BK poper, CAskNET MOu~T~D, IN 12" BOX, ~36v
BASIC PDP8~1, 12 ~lT M-bERl~S
popij-l iN-CABINETPOPS-l IN H950 CABINET

PDp8F.CB

PC;

PDP'F~CF

PG

6

5/13 E

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6

5/'3 E

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RR
RR
RR
RR
RR
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TPL
Tp1"

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pops-r ON pJ:;D&:STAL -

5

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5

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TpL

5

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1P1"
'TpL

5

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5

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RR

TpL

5

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RR
RR
RR
RR
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Tp1"

5

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TpL
TpL
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5
5
5
5

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BASIC -POPij.L, MlNlMUM AND CUM~ACT PUP8-1
BIL W SLIDEs, SERVICE, TT¥
8/L W SLIDES, S~RVICE, NO TTY
8/1" W SLIDES, TTY, ~O S~RVICE
elL w S~IDES, NU IT~, N0 SERVIC~
8/L W H950, -SliRVICE, ifTY ---- ----S/L w H950, SERVICE, NO TTy
8/L w H9S0, TTY, NO S£RVICE
aIL w H950, NO TTY, NO ~E~V1C~
s/L Itt COV~R, TTY,· SliRVICE --8/L W COV~R, SERVICE, NO TTl
8111 W COVE~, TTY, NO S-E-RV leE - --

PDPeF",CE
PDpe""I
pops-te
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pDP'-';tP

PDP'''L

PDpj;id~
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--

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PDP'~LM

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PG

PDPtM
PDPIM.OC
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PD~8M_"£

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PDP,MwOF
pf)paM.OH
PDPaM.DJ
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PDP8M-MP Ja
PDP8M_MR" JC
PpP8M';'MS JC
PDP9M.MT Ja
l'DP8~S

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PLS-AB"
PL8.AC

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PLe~BB

PIIs.se
--'pLe-80
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1'"141(01 ';'A8
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Pl4Koi.SB
PMKO'.(!A

PMKoi;;es

STATUS
CATEGORY
HO/rR

PROD
F.NGR
1pL

5

E

4
6
6
6
6

21'2 E
4/13 E

4/,3 E
4/73 E
4 / 13 E

PG
PG
pG
PG
pG
PG

1
1
1

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3 12/,3 E
3 12/.,3 E
3 12/,] E

PG

Pa
pc.;
pc.;
PG
pc,;
pG
PG
pG
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Fa

PC

PG
Pc.;
Pc.;

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Pa
PG
RR
MI
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Nl
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DO
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pc.;

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4/'3 E

411J E
4/13 E

4/'3 E
3 10/,) E
] 10/?3 F.
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1 12/'73 E

1 12 / 13 E
3
6
6
6

6
1
3
3

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12/'3 E
4 1 '3 E

4/73 E
4/'3 E
4/13 E

4/'3 E
4111 E
4/13 E
4/,) E

11/,] E
11/13 E
11/73 E
11/7l E
3 10/13 E
3 10/.,3 r.

3
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5
5
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1

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E:
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3

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6 1'1 E
6/?1 E
10/'3 L
10/13 L
10/73 L

1 10/,3 L
2 10/12 L
2 10/72 L
2 10/'2 L

PC:
DZ

6

DZ

6

2

DZ
Dz

6

DZ
DZ

6
6

6

10 / '2

51,]

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B

51,3 B
51') B
5/'3 8
5/73 B

5113 B

USED UP.!

4K
4K
SK
8K
4K
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....•
..•
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PDP8M,
POPaH,
PDP8M,
PBPSM,

RACK
RACK
RACK
RACK
PDP8~, RACK
PDP8M, RACK

DESCRIpTION

74

elL ~ COVtR, NO Tty, NO S~RvlCE
BAS!C PDP8"M, alE l~ ~HORT BOX
MOUNTABLE, K~8.E, KC&-ML CON&O~E, 12" bOx, o~~, 115V
MOUNTABLE, K~8.E, KCS-ML CONSO~~, 12" bOX, O~M, ~3dv
MOuNTA8LE, K~8.E, KCS-ML CbNSOLE, 12~ BOj, OEM, 115v
MOUNTA~L~, K~8"E, KCS"ML CONSO~E, 12" ~OX, O£M, 230V
MOUNTAbLE, KLS-E, KCe-NL CONiOLE, 15~ &OJ, OEM, 115V
MOUNTABLE, KLS-E, Kce-ML CONSO~E, 15- BOX, O~M, 230V

8K popaH, RACK MouNTABL£, KLa .. E, Kce·ML CoNsoLE, 15~ BOX, oEM, 115V
9K POP9M, RACK MOU~TABLE, KLS-E, ~C~wML CONsotE, 15~ ~OX, O~M, 230V
IbK PDPiM, RACK MOUNTASLE, KL8.~, Kca·M~ CONsoL~, 115V OEM
1~KP~P8M, RA9K MOUNTAB~E,~L8.~, K£awM~ ~ONS~LE, 230Y OE~

•
•
•

II

MOUNTA~L~, KCS-ML cONSuLE, 115V OEk 4K PDP8M, RACK MOUNTABLE, Kce.ML CO~SOL~, 230v OEM
eK POPeM, RACK MOUNTABL~, Ke8pM~ CONSUL~, 11sV UEM
9K POP8M, RACK MOUNTAHL~, Kca-ML CONsULE, 2l0y OEM
16 K PDPeM, RACK MOUNTABLE, ica~kLCONSOLE, i1SV' O~M
IbK POP8M, RACK MOUNTA8LE, Kce.ML CON~OLE, 2l0v O~M
4~ PDPe~, RACK MOUNtA8Lt, KC8~M~ 12ij BOX, OEM, 115V
4K"pDp8M, RACK MOUNTA8L~, K¢SwM, l2" ~OX, O~M, ~30V
8K PDPSM, RACK MOUNTA8L£, KCS-M, i2- aox, O~M, 115V
8K POP8M, RACK MOUNTA8Lt, KC8-M, 12 P HOX, O£M, llOY
4K POfaH, RACK MOUNTABLE, KCS.M, 15~ tiOX, O£M, 11~V
4K popaM, RACK MOUNTABL~, KCS.M, 15 ft hOX, O~M, 2JOV
8K PDP9M, RACK MOUNtABLE, KC8.M, 15" aox, O~M, 115V
eK PDPaH, RACK MOUNTABLE, KC8-M, 15" ~OX, OEM, 2l0V
lK PROM POP8M, RACK MOUNTA8~E, KCS.M, 15" BOx, i15V O~H
lK PROM pgPaM, RACK MOU~TAS~I, ~C8.k, 15" BOX, 230V O~M
2K PROM POP8H, RACK MOUNTAB~E, Kca-M, 1S. BOX, i15V OEM
2K PROM PDPaM, RACK MOUNTABuE, KCij.M, 15" BOX, 230V O~M
1 bK PoP8M, RAcK MOUNTAsLE, j{CS.M cONSOLE, flSY O"EM
16K PDPSM, RACK MOUNTABLE, lCS.M CONSULE, 230V OEM

4K POPSM, RACK

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12 ~IT SEHIAL, 'LIP-CHIP MODULEi
18 8lr FLIP CHIP JODU'Ej POP7 cODe
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PROCESSOR MAl~TENANCE KIT w pT~ 'uR 8/E, 11~V
PROCESSOR MAINTENANCE KIT w PtR FoR 8/i, 236v
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PROC MAINTENANCt KIT ~ ~TR ,o~ 8/~ , 11, 11sV
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Pl READER Co. & a.LEVEL; PHOTOTRANSISTOR)
pT READER (6· , 8-LEV£L, pHuTuTRANSlSTOk), NTtA
PT RiADER (6- & 9~L~VEL; ~HtlTOT~ANS~S!OR)
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PA&1-1, PA6S-A
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pA61"'A, pA68-A
PT PUNCh 8-~EvEL, 50 HZ
PA68.Y, PA63
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PA68.r
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CPO A5YNC- MOD~M INT~RfACE W 1
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C~OCK

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TREND RDR , BURpE 11 PUNCH w Co~T 115V 60HZ
TRENO ROR , BURPE 11 PUNCH WeONT ;2JOV ~oHZ
TREND R~ADER , CONT, 115V 60HZ
TREND R£ADER , CONT, 216V 50HZ
BRP~ 11 PUNCH' CONT, 115V 60rtZ
BRPE 11 PUNCH & CUNT, 2loV 50Hz
TREND RDR , rAClT PUNCH ~ CONT, 115V cOHZ
TRE~O RD~

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TREND RPR & BRPE 11 PUNCH vi COWl', 230 V 50HZ
TREND READER & CaNT, 11SV 60HZ

S/E

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CONT, 210 V 50 HZ
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Os/8 BATCH, BAsIC, TECO, DEC TAPE
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FORTRAN IV RALI' , LOADER, LIB' MISc,SQURCE + 'LISTINGS, DECTAPE
FORTRAN tv PLOTTER, LICENSE, SOflWARi, S~R~lCE~ ~A'E~ TAPE
05/a rORT~AN IV PLOTT~R, LICENSE, SOFTWARE, S~RVICE, OECTAP£ ~
8
05/8 fORTRAN IV PLOTTER, SOORCE, DECTAP~
8
05/8 OPERATING SYSTEM, PAPERTAP~
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OS/8 OPERATING SYSTEM, OECTApE
8
05/9 OPERATING SYSTEM, CASSETTE
8
OS/8 OP~RATING SYSTEM, sOFTWARE INSTA~LAT10N
8
2780 SIMULATOR, (BINARIES & SOURCES), LIc,SOFTWAR~,NO S~R~, DECTAPE
8
QUICKPOINT MA1N PROGRAM5"6S
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QUICKPOINT MAlN PROGRAM gw69
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QUICKPOINT MAIN PROGRAM, REv10ED QF01@S(,lO",_l,1.'_,
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QU lCKPOtNT MAIN PROGFAM REvISEb -OrO 1- -8 -, it .I2l
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QUICK POINT MAIN PROGRAM, R~vlSED QY01-0 (.33)
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OUtcKPOINT MAIN PRO'RAM, R£VISEfi QFijl~E~
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QUICKPOINT MAIN PROGRAM, REVISEb QF018G
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POST PROC, PRATT' WHITNEY A',B-'--C
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POST PROC, JONES " I"AMSON'-ORIl",L W- Gt. MK2
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POST PRoe CIN DRILL " MILL w ACCROMAT1C 220
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POST PROC, wHITNEy TURRET PuNCH--P'RESS - w 'wESTINGHOu5f;
Gr0181
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CATEGOR¥
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6/'J3 Q
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12/73 Q

1 12/,) Q
1 12/13 Q
1 12/11 Q
1 12/93 Q
1 la / '7] Q
1 12/'13 Q
1 12/'3 Q
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1 12/'1
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11/40
11/40

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2 11/11 Q
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DESCRIPTION

RSX~110 (RK SJS) LIST1NG,FRTRH RUN~TIME, , ~XEC QJ580 ~EQUIHtO,PAPER
RSX.I10,CRP DlSK),LlC~NSE,SOFTWARE,5EHVlC~,g TR~ ~AGTAP~ - -,
.
RSX~11D,(RP SyS),LICENSE, SFTwR, SERVICE, D£CPA'K
RSX-l1D, (RP DlSKJ,LICENSE,SOfTWARE,SERVICE,'7 TkK MAGIAPi
RSx.l1D,(RP D15K),LICENSE,SOtTWARE,NO SERVICE,9-TRK MAGtAPE
RSX.l10,(RP SYS),LICENSE, srTWR, ~o S~RVICE, ~ECPACK
RSX~11D,CRP OISK),LtCEHSE,SO'T~ARg,~O $ERV1C€~7 TRg MA~TAP~
RSXw.l1D,(RP SYS),UPDATE PHASE 1 TO PHAS~ IIi ~ tRK MTA RSX.I1D,(RP SyS),UPUAfE PHA$E I TO pHASE II, RK D£CYACK
RSX.I1D,(RP SYS),UPDATE PHASE I TO PHASE 11, 7 lR~ MTA
RSXw.118 v1A UPDATE tROM R$X-l1C VbA, PAP£R rAPE'
RSXw.l1B V7A UPDATE FROM RSX.l&CV6A, ~ECTAPE
RSX.l1B V7A, DpOATE-FROMisx~11C V6A,' ~E£ijJ5'2-riE' ~E~pAC~
RSX.118 W/DOS, V1A, UPDATE fROM RSX-I1C VbA, OEcpAc~
RSXw.l1B V7A UpDATE FROM RSX-I1C V7A, pApER TApERSX.118 V7A UPOATE FROM RSX.l1C V7A, DECTAPE
RSX.l1 BIC MACTAPi HANDLER, PAP~R'TAPE - . RPG11 R~PORT PROGRAk GENERAtOR
RBX.I1M, ljICENSE, 'SOFT,'S£RV, eSRet FuR EXEC IN,L),OEC'PACK
RsX.l1M,LlC,sOFT,SE~v, (SOURCE FOR EX~C.),DECPACK , CAssETTE
RSX wl1M,L1C,SFTWR,SERV, CSRtE rUR'EXEC),DEctACK-, DEC1APE- RSX-l1M,LlC,SFTWR,NO SERV.,(SRC~ rOR EXEC),(QJ620.A REQiD)OECPACK
RSX-l1M,LlC,SFTWR,NO SERV,(SRCE FOR gXEC),(QJ620~A RE~D),OCPK-&CSTE
RSX-I1 M,LIC,S'TWR,NO SERV,(S~CE 'Ok.EXiC),(Q~Ob20w.A RE~D)Oe~K , DTl
RSX-l1M,EXEC,IIO oVRS,rORT RUH~TIMt,~ST,(QJ~2ij.A OR CReQO)~CRO.FeH~
RSx-l1M,EXEC,I/O DVRS,FORT RUN.T1ME,LST"Q~6~0.A OR C ~EQ'D)-PAPER
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RSX.l1M, LISTING, FORTRAN 90MPtLER, ~Qv620' R;;QO), i'fl~R~.~I~H~
RSX-l1M, LISTING, FORTRAN COHP1L~R,(QJ620 REQPJ, PAP~R
RSX.I1M, SOURCE, FORTRAN -COMPIL~R,(QJ620 RiQO); DECPACK
COMMERClAL RSfS, aINARY
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COMMERCIAL RBts, SOURCE , SINAR¥
C1.IIHICAtiLAB " .
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SFTWR, LICENS~, SERVICE, PAPERTAP~
GAMMAw.1!, RK05 CARTRIDGE
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GAMMA-ll, souiCis, (QJ720~A REQ'a, 9 TRK iTA

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MUMPS .. 11 OATA MANAGEMENT lUNARY, PEtTAPi: - .., . . MUMPS-II PATA MANAGEMENT, alNARy,9~TRK MAGtAPE
MUMPS~11 DATA MANAGEM~NT,8INA~Y, 7 TRK MAGTAPE
MUMPS-II LICENSE, SOFTWARE, SERVICt, DECtAP~
Mt.rMVs.rl LIC£Nse, SO'TwARE,S['RVICE,g fR-'MAGTA'PE"
MUMPs.l1 LICENSi, sOFtWARi, SERVICE, 7 iR MAGTAPE
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MU MP S.11 iOURC!, REQuIRES QJe~O.A, 9 TR MAGTAPE
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LISTING pACKAGE, REQUIRES QJ820-A

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DESIGN
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STATUS
CATEGoRY
MO/yR

2
2

8111 Q
8/7l Q

11
11

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2
2
2

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11
11
11
11
11
11
11
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11
11
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3/,4 Q

8/73 Q
8/13 Q

8/11 Q
e/71 Q
5 11/,] Q
5 11/'3 Q
5 11/'3 Q
5 11/,3 Q
5 11/'3 Q
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OJ92i"AC
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5 11/73 Q
5 11/13 Q
5 11/13 Q

11
11
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3 1011) Q

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GT

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5 11/1 3 Q
2 6113 Q
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2 11/'71 0
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2 12/'11 Q
2 &113 Q
5 11/13 Q
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11

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USED ON

11
11
11
11
11

11
11
11

11
11
11
11
11
11

11

11
11
11
11
11
t1
11

11

11
11
11
11
11

or;SCRIPTIUN

85

BASIC PTS, SOURCE, PAPER TAPE
BASIC PTS, LISTlNGS
BASIC Pts, MuLTI USER, PAPER TAPE
BASIC PTS, MULTI USER, SOURCES, PAPERTAPE
BAsIC PTS, MULTI US~R, LISTINGS
~
BASIC PIS, REAL TIME LPS, P~P~R TAP~
BASIC PIS, REAL-TIME LPS SOURCE, pApER,· QJ902.AB'QJ901.A~ ~E<.i' 1)
FORTRAN, 005 REAL~TIME LPS, LIC, $OFTWARE; SERVICE, PAPER- FORTRAN, DOS REAL~TIME LPS, LIC, SOFTwA~E, SE~vrc~,UECTAPE
FORTRAN, DOS REAL~TIME LPS, SUURC~, OECTAPE~ QJ~03~AC RtQ'D
FORTRAN/PIS E~T FORTRAN 4, LICE~S£, SOFtWAAE,-stRVICE,-'APEk TAfE
FORTRAN/?TS EXT fORTRAN 4, LICE~S~, SUFTWARt, SERVICE, OEeT~p£
FORTRAN IPTS ExT FORTRAN., r;rCEhSE, - -SOFTWARE; SER'flc£ ,RK(r5~DlSK
FORTRAN/PTS EXT fORTRAN 4, LICENSE, SOFTWARE, S~RVICE, CASSETtE
FORTRAN/PIS ExT FORtRAN 4 sou~ct,-R~QuI~ES QJ90~~i;O~CfAPE- FORTRAN/PIS EXT FORTRAN 4 SUURC~, REQUIRES QJ90~~A, RKOi DISK

FORTRAN/PTS EXT FORTRAN 4 LIstING, REQulRis-QJ90S-A

BASIC CAPS-ll, CASSETTE·
BASIC CAlfS-!t ,SOliRCES-CASSE"TTE
BASIC CAPS-l1, ~ISTINGS
FORTRAN/CAps.11 EXT FbRTRAN 4, ~IC,
FORTRAN/CAPS"'11 EXT FORTRAN 4, ~lC,
FORTRAN/CAps-il EXT FORTRAN 4, LIC~
FORTRAN/CAPS.11 EXT FORTRAN 4, LIC,

-

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soFTWARE, SERVICE, pApEK tApE
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SoFTWAR~,

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FORTRAN/CAPS.l1 EXT FOR~RAN .. -SOURCE,- RtfIUIRES QJ9i5"'A, -Dt.(:TAPE
FORTRA~/CAPS.l1 ExT FORTRAN 4 SUU~c~, R'QUIRE~ YJ91~"'A, R~O~ ~1~K
FORTRANICAPS.il EXT FORTRAN 4 LISTI~G, REQUIRES QJ915-A
BASIC/ Rr-11 OPERATING SXS, LICENS~, SOFTWAR~,-sr;RvlCE, PAfE~ lAPE
BASIC/RT_l1 OPERATING SYS, LICENSE, SOFTWARE, S~RVICE, bECTAP~
BASIC/kiwi! OPERATING s¥s LICENSE, sOfTWARE, sERVlct, Dlsl PACK
BASIC/RT.11 OPERATING -sys, LICEhSE,StIFTWARE, SERVltE, nSSET'tE
BASIC/RT_11 OPERATING SIS, SOORe!, DECTAPr;
- - BASIC/RT-l1 OPERATING sts, sOURCE, PECPACK
8ASIC/RT_l1 OPERATING SIS, LISTING PACKAG~
FORTPAN/Rt-llElT FORTRAN 4~ LICENsE,~soriwARE, S~RYICE, ~APEM TAPE
FORTRAN/RT"11 EXT FORTRAN 4, 'ICENS~, SOFTWAR~, SiRVICE, OECTAPE

FCH~TRAN/RT-l1 EXT FORTRAN 4, LIC£N-sE-; soFiWARE--, - sERVICE, t(KOS -D15~
FORTRAN/RT-11 EXT FORTR.N 4, ~ICENSE, SOFTwARt, S£RVICE, CASS~TTE
FORTRAN/RTl!JIll EXT FORTRAN 4 50URCC;,·- Rt;QUIRE$ QJ925.A,--OS;CIA~E­
FORTRAN/RT~11 EXT FORTRAN 4 SOURCt;, REQUIRES QJ~25~A, RK05 OlSK
rORTRAN/RTw11 EXT FORTRAN 4 LISTINGS, R~QUIRE$ ~J~2S.A
BASIC RT_l1, MULTI USER
.
LV11 PLOT PKG, LICENSE, - SO'l'WAI~~, St,RVICE, PAPEK TAPE
Lvll PLOT PKG, LICENsE, SorTwA~E, SERVICE, DECTAP~
LV11 PLOT PKG, ~ICENSE, SOFTWARE, SERVICE, DECPACK
LV11 PLOT PKG, LICEN5~, sOFtWARE, sr;RvICE, CASSETTE
LVll PLOT PKG, SOURCE, DECTAPE, Q~9l0~A-REQ10LV1l pLOT pKG, SOURCE, OECPACK, QJ930.A REQtO
LVtl PLOT PKG, Sou~CE; CASSE;TtE, QJ930-A REQ'J.)---LV11 F4 P~OT DOS-l1, LICENsr;, SoFTWARE, S£RVICE, pApEH TApE
LV11 PLOThG 00S.11 '4, LIC,-&OFTWIR~, SERVICE~ OECTAPI LV11 PLOTNG DOS-l1 F4, LIC, SOfTWARE, SERVICE, CASSt;TIE
Lv 11 PLOTNG DOS-11 F4, SouRCt.:,' DECTAPr.;
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LA8 APP1.l .. 11 RT ~tCENSE,-SO'TWAIH:,- S8RVICE, PAPER '{APE----d

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1 12/,3 Q

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2 31,3 Q
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2 1/,) Q
2 12/.,3 Q
2 12 / 73 Q
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2 3/73 Q
2 9/73 Q
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11
11
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11
11
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11
11
11
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11

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11
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11
11

11
11
11
11

LA.B APP,L.l1 RT LICENSE, SOFTWARE, SERyrCE, OISK PACK
LAB APPL.l1 RT LISTING PACKAGt, Rt;QUlkES QJ940.A
LAB APPLICATIONS.11 (CORE·O~Li), LICE~Si SERv, PAPERTAP~
LAB APPLICATIONS~11 (COR! ONL~), SOURCE (QJ941-A REQO), PAP~RTAPE
LAB APPLICATIONS-ll (CORE ONLy), tQJ9~1.A R£QO)~ LISTINGS - .
LAB APPLICATIONS-II, (CAPS-II) LICENS~, SER~ICE, CASS~TtE
LAS APPLICATIONs-i1 (CAPS-II), sOURCE KIt, tQJ942;I~REQO), CAssETTE
LAB APPLICATIONS-lt, (CAPS-i1), (QJ942-A REQOj, LISTljG$
COMTEX ASCII SUPPORT (ITTt TAP) sOFtWARE NO $EM~lCE, PAPER TAPE
COMTEX ASCII SUPPORT (ITTY TAP) sorTwA~E, NO SEkVICt, O~CTAPt;
COMTEX ASCII SUPPORT (lTTt ~A~) Sci'TWARE,
iEjVIC1, 9 t~ iA~TApE
COMTEX ASCII SUPPORT (ITTX TAP) SfTWR NO SERVICE, eAsSETT~
COMTEX AsCIl SUPPORT tITTY TAp) LICENSE ONLY···--··-----COMTEX ASCII ~UPPORT (ITTI TAP) pkE.OILIVERX KIT
COMTtx 18~ A81HC SUPPORT (2741 TA~) S6FIWARE io S~RVICE, pApE~ TApE
COMTEX IBM A~INC SUPPORT (2741 TAP) SOFTWAR£, NU SE~VICi, OECtA~E
COMTEX IBM ASYNC SUPPuRT (2741 TAP) SOFtwiR~ NO-·stRV'~9~Tk ~AGTAP~
COMTEX IBM ASyNe SUPPORT (2141 tAP) srTWR NO $ERVICt, CASSETTE
cOM'l'EX IBM ASYNC SUPPoRT (2j41 TAP) L·lc:tNSE~·-ONLi--'- ..- - - "COMTIX IBM ASyNCSUPPORt (2741 TA', PA~=DtLlvERi KIT
COMl'EX SYNC SUPPORT LICENSE & SOFTWARE KIT ,--PAPe;R ·TAP~
COMtEX SyNC, SUPPORT, L1C~Nsi & sfTWR OeCtAPE
COMTEX SYNC, SUPPORT, LIC£NSE , SfTw~ 9 TRK-MAGTAP~
COMTEx s~NC, SUPpORT, LICENSE & sfTWR, CAssETTE
COMT£X SYNCHRONOUS SUPPORT ,-L1C£N$E'· ONt.1
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COMTEX 5Y~CHRONOUS SUPPORT PR~·DELIVERY KIT
OECCOMM COMMUNICATION SIST~H $ASELrCENSE & SUPPORT, PAPER TAPE
DECCOMM COMMUNICATION SYSTEM SAsE LICENSE & SUPPORT, DECTAP£ DECCOMM COMMUNICATION SrS-SASE LICENSE , SU~PORT,-9 TR MlGTIPi
OECCOMM COMMUNICATiON SY~T~M BAS~, LICENiE & SUPPORT CASSEtT~
DECCOMM COMMUNICATION SiS' BASE LICENSE ONLY, FOR EA -. ADDITIONAL SYS
DECCOMM COMMUNICATION SXs 8ASE PRi!;.OEL1VERY KIT'
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DECCOMM eOMM Sys BASE, UPGRADE FROM QJC~O, QJD20, PAPERTAfE
DECCOMM COMM SIS BASE, upGRAD~ FROM Q~C20, QJti20, DEctA'EOECCOMM COMM SyS BASE, UPGRADE FROM Q~cao, QJ020, g-TN MAGTAPE
D~CCOMM eUMM srs bASE, UPGRAO~ fROM QJcao, QJ02Q, CAsaEtT~ OECCOMM COMN SYS SAst: INSTALl"i.'TIoN [ii'¥LY;t01\ f"AAOf,)lt~loNAr,· SYS
DOS-COMTEX csa, LIC~NS£, SOfTWARE, SERVIC~, D£CTAPE
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ALGOL.15, SOFTWARe, NO SERViCE, , TR MAGTAPE
ALGOL.1~, SOURCE, DEC TAPE
RSX PLus III SAstc KIT,(BINRY&SRCE),SHC~,LIC,sOfT,NU s~RV,DIA
PSI PLUS 111 BASIC KIT,tBINRY&SRC~)SRCE,Ltc;sorr~NoStRV,~ IRA MT
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RSX PLUS III aCKGRND/8ATCk KIT(bINR¥&SRCE),SRCE'LIC.SfT-NU SER,DTA
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RSX PLUS III 8CKGRND/BATCH KIT(~NRy,SRCE),SRCE;LIC.SFt.NO~S£R,1TR MT
RSX PLUS III GRAPHICS KIT,(.INRY&SRCE)'SRCE,LIC,sOFT,~OwSER~,UTA
RSX PLUS II I GRAPIiICS KIT, (BINR1&SR'£) , SRC£:, Ll-C, $Of'il, NO"St:;R,- 9fR ' 141'
RIX pLus III GRApHICs K1I,CiNARY'SRC!)'SRC~,LIc,s~rl,NO-siRV,7TR MT
DOS-15 SOURCE, REQUllU';S 'QM041, 42, 43, DECTAPk:
- -- DOS-15 SOURCE, REQUlRES QM041, 42, 41, 9 TR MAGtApE
DOS.15 SOURCt, REQUIR~S QM041, 42, 43, 7 tR MAGtAPE
00S-15 8INARY rOF RF15, 9 TR MAGTAP~
OQS.15 8IHARy 'OR R'15, 7 TA ~AGTAPi
OOS.1~ 8INARY fOR RP02, O£CtAPE
DOs-15 8INARY 'OR RP02, 9 T~ MAGTAP~
00S-15 BINARY FOR RP02, 7 TR MAGTAP~
DOs-15 ~INARY tOR RK05, DECiApE
DOS-15 BINARY 'O~ RK05, 9 TR MAGTAPt
OoS-15 8INARY tOR R~05, 7 fR MAGTAP~
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80SS.1S BINARY, 7 TN MAGTAPE, REQUIRES QM04i, QM042, ~M04J
MUMPS-1S, ,RCE, LIe, Sf'T~R,NO BERV" SOURCE DiclAPB
MUMPS-IS, SRCE, LIe, SFTWR, NU SERY, SOURC~, 9 tRK MIA
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SOFTWARE DEV aY PRODUcT LINE 22
SOFtWARE CONSuLTING, PER CALL
SOFTWAR~ CONSULTING, RESIDENT
sOFTWARE CONSULtING, RE~IDENT, OC10
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H1GH DEI'fSITY OIABl.IO UISK, 6TH U1'41'1', 115V
Rl'.11-CA
HIGH DENSITY DIABLO DISK, 6tH ONIT, 230~
RK11-ca
HIGH DENSITY DIABLO DISK, 7TH UNIT IV PS, 115V
RK11-CA
RK11_CB
HIGH DENSl'1'x DIABLO DISK, 7tH U~ll' W PS, ~3VV
HIGH OEHSIT¥ ')IAB~O DISK, 8TH UNIT, 115V
RK11-CA
HIGH bENSl:TY DIA8LODISK, 9tH UNIt, 230V
RK11.CB
RK03-A THRU .), RK05
12 St;CTUR CARTRIOGE FOR RKOl, RKO!:)
RK03_A THRU .. 1.1, RK05 (RKS .. E)
16 lECTOR CARtRIOGE FOR RK01, RJ{OS
RK8111!1!E
HJ.Gti DENSIT¥ DIAB,L,O OlSK, 1ST UNIT w 'AS, ·PS, l!S.x
~K8.E
HIGH DENsITt DIA8LO OIsl<, 1ST UNIT w CAS, p~, 230V
RK11·C, .0, .. E
DEC PACK DISK TO REPLACf) RK03 115V 60HZ
DEC PACK DISK TOf(EPLACE k KQ3 230v 60HZ
RK11-C, .0, ",E
Ot;C PACK DISK TO REPLAC~ RK03 115V iOHZ
RKI1-C, -0, wl!:
DEC pACK DISK TO REpLACE ~K03 2.)OV 50HZ
RK11-C, -0, -E
RKOS.AA, ri9b7·HA SHORT CAS, 115V 60HZ
RK11·C, -0, ""g
RKOS.BB, H967"HB SHuRl CAS, 230'1 SOliZ
pKl1-C, .0, .E
RKOS",AA, H9bO_CA TALL CAB, 115V· 60H~
PK11
RK11
RKOS·AB' H960""CS TALL CAB, 230V 60HZ
RK11
RKOS .. SA, h960_CA IAJ.,L CAB, 11~V 50HZ
RK11
RKOS-Ba, HIj&O"CB tALL CAB, 230V 50HZ
RKOl THRU RK05
2200 BPI 1£) S~CTOR 0151( CARTRIO\.i~ (oAME Ai) RK03-K~)
RKOl THRU TK05
2200 sPI 12 SECTOR DISK CA~TRID(;E (SAME AS RK03-KA)
DIGITAL EQUIP CURP ALIG~MENt CARTRIOGt
RK03, RK05
POSITIONER ("1008102) ----P.KOS-AA, .. AS, ·aA, -S8
CMO

,.

.

,

,,

"

.

DESIGN
ENGR

MOOEL
NO

PROD
FNGR

MFGR
AREA

Ml

RJ(O'
~J(OI.N

RJ(°e .. p

RKt1~CA
RJ( 11
f:lKU .. O
RJ(11~D!
pKU-OP'

-ca

RXtl-0R
RJ(11.0J
RJ(11~E

RJ:<1I.FA
RKtS';'F8
Rl(lS~F(!

RJ(lS;'FD
RJ(lS-FE
RJ(lS.P'F
RJ<15.rH

RKt5,;,,.J
RK18.H!
RKtS':'HP'
Rltl.tiM

RM15';'H,J

RK1!~HJ(
RJ(i8~HL

RJ(ll.HM

Rf(lS~HN

SNT
SNT

ORR

4

SNT

SNT

ORR
ORR

SNT

ORR

StlT

aD

81'

aD

3

1
3

ORR
BG
SG
sG
BG

4

()/,1 R
4/73 R
3113 R
31,3 R
J/'3 R
3/73 R
4/'1 Ro

15
15
15

R

SG
sG

5

&1'13

DO
DO

Db
DO
DO

1"0

FO
YO

'0

P'O

FO
M1

Mt
MI
MI

5

5

6/73 R
) 2/74 E
] 2/74 E

wM

3 2/7.
1 2/7.

WM
WM

WM
WM

WM

TPL

MI

Sa

sa

sa
Jot
JOL

~J(8.EE

sa
sa
sa

IlK8·"

RK8-"A
RK8_FB
R°j(eeFe
RK8.rO

SG

~k8-N

MY
M!
MI

Jot

r.MO';'A

LO
LO
MI

RMOe';'C

Ml

JtM

RKS';'E8 JLM

"11

MI

15
15
15
15
15
8

E

!

R

6/'t

R
R
R

R
R
R
.R
R

R
3/'3 R
l/') R
3/.1 R

TPL

R
5
R
5
1 101,2 R
3 10112 R

TJilL

)

C8S

l

"11
"11

ER
ER

15

5

S

3
3
3

SG

E

5
5

3

TPL

CIS

10/'3 R
11,] R

3 12/71
5
5
5
5

15
15
15
15
15

E

E
2/7. E
6/.1 R
6/'1 R
6 / 71 R
6/'1 R

2 4/'2
4 10/72
4 11/12
4 11/'2
4 10/72
2 1113
2 1/,)
1 31'3
.3 3/73

SG

RK8·EF

1 2/74
l 2/7.
1 2/7.
5

sG

PKe·EO

A-

R

WM
WM

15 UNIBUS

R

aD

0"
DO

11

R

S

FD
YD

11

11

5

5

BO

11

15
15

SG
SG

OJ)

11

61"13 R
0113 R

aD

B&

t1
t1

5
5

6/,3
6/'3
6 1 13
6/13

aD

RKge"

RM()'~[)

4

.3

litK8.!:
RK8.EA
RJ(9.ES
RK8.tC

"M08~B

9 NEG
8 pos

4

RKe-e

JK"R02
RKS· .. EA

e

R
R
6/71 R

ORR

~KA.C

RKRIH

bIll R

ORR

RIUeA

RKCO'

5
5

ORR

USED ON

CAT~GoRY

5

MI
MI

SNT

SNT

IU:e·A

RIU-,

STATUS
MU/rR

R

e

B
8
8
S/E
8/E
8/E
B/E

DESCRIPTIUN

92

(RKQ9-N + RKOij.P) + RK01.X
CONTROL FOR RK01, ~K02 ~ kKOl

01S~S

CONTROL YOR RK01, RK02 & Flo3 OlS~S
H950 CAb, Ps , CO~TRO~ fOR MK02 THRU RKijSi 115V
H9S0 CAS, p~ , CO~T~O~ rOA ~K02 T8RU RKOS, ~lOV

lb 8Ir SYST~M U~ll CaNT FUR ~~Of)
"
H96~-CA CA8~ RKI1-0-. R~~~.AA~ il~V 60HZ

H9io.ca CAB, RK11.0 + R~05-AB, 230V 60HZ
H960·CA CAB, RK11-0 + RKO~.bA, 11~V 50HZ
ij960-Ca CAB, ~Kl1-0 + R~O~.~8, 2l0V SQHZ
18 SIT SYST~M UNit CONT'FOR-~KOS
R~05-AA, RKll-E, ucls.rA, 115V 60HZ
RKOS-AS, ~K11.E, beSS-FB, 2l0V 60hz
RK05-SA, RXll.E, VC1S.FA, 115V 50HZ
RKos.sa, RK11.E, UCi5.F~, 2JOV 50HZ
RKOS-AA, RK11 .. E, UCls.F8, 115V 60HZ
RKO~-AB,
RK05_~A,
RKOS-~B,

RK11-£, UC1S.FF, 2l0v 60HZ

RXll-E, UC15 .. F~, 115V 50HZ

AXll-E,

OC1S.F~,

2l0V 50HZ

RK11·~,
R~li.~,
RK11.~,

2l0v 60HZ

veIS-HE, RKOS.AA, RK11-£, 11sv 60HZ
uelS.Hr, RKOS-S8, RKli.~, 23QV 50HZ
Ue1S. BF, RKOS.A8,

uels-HE, RKOs-sA,

uC1S-hK, RKOS-AA,

t15V 50HZ

115V 60HZ

VetS.AL, RK05.88, RKli.£, 230V 50 HZ
uCl$wriL, RKoS-Aa, RK11.~, 230v 60HZ
UC1~.~K, RKOS.SA, RK11w£, li5Y 50 HZ
(AK01-. OR RK01-S} + RKQ8
(RKOI-A OR RK01eS) + RKOH
2(RKOlwA OR R~Ol .. 8) + RKOa
l'RKoi-A OR RKOl-8) + RKOi
4(RK01-A ~R RA01-a) + R~Oij
0

0

- CONTROL FOR -UP '1'0--4 RK05
RK05.AA , CON~ROL, 115V 60HZ
RKOS.AB , CONTRUL, 230V 60HZ
fU(OS.8A , CONTROL, 115V SOHZ
elE
RK05·e8 ~ CONTRUL, 210V 50al
8/1;
RKOI.~A + R~8.E CONT, 11&V
RK01.Ls + R~8.£ CONT, 2JOV
elE
CONTROL FOR UV TO 4RK05
OWell!1!
OWl.!
RKOS .. AA , RKS.Y CONTROLi l1SV 60Hz
OW8.!
R~o~.Aa & Rla.r CONtRUL, 230V 60 HZ
Dwe.!
RKOS.SA , RKS-, CONTROL, 11SVSOfjZ
DW8.£:
R~0'.a8 , RK8.P' CONTROL, 230V 50H~
RK01-A, RK01-X _ R~08.N
8 NEG
8 pos
RK01-A, RK01-x , RKOS.P
MOVING HEAD DISKS
H~AO , DISK-CLEANING III ~ ~1* lS0PkOPY~ ALCOHOL
- - RK01-K, 02-K, 03wK
RACK fOR STORAGE dF 4 DisK CARrk10G£s-:
RKOSK, RKOX-K
ATTACHE CASE FOR 2 l>ISIrS, -4 IJECTAPESOR-!--olSK, -ff-oECTAPiS
9/E
RK8-E W WORD COuNT CAPASILltyi WlkE-WRAP
~K8.E W WORO COUNT CAPA$ILITY, PR1NfED CKf
8/E
8t( 12 BIT 0HUM {. CONTR01,.
8 NEG
16K-12 8lT DRUM ,-CONTROL
8 NEG
8 NEG
12K 12 811 DR~M , CtiNiRtiL
6bK 12 BIT oRlfM "eONftrOL ---8 NEG
0

-

0

_.

-

-

0

MODEL

DESIGN
ENGR

NO

RM(),;;;P;
RMO' .. ,
RM08.C;
RMO'tIIA
RM09.S

PROD
ENGR

MFGR
AREA

MI
MI

5
5
5

1011
"11
1011

RM09~C
Jl(MO'~D

STATUS
MO/yR

USED ON

CAT~GORY

R
R
R

5

R

5

R

9 NEG

131K 12Brr- D"RUM&CONTROI,.
196~ 12 BIT D~UM & CONTROL
262K 12 BIT DRUM , CONTRO~
3~K 18 aIT DRUM' CONTROL
65K 18 SIT DRUM , CONTRUL
131K 18 BIT DRUM • CONTROL
2621{ 18 SIT DRUM-, CONTROL --524K 18 81T DRUM" CONTROu
RH09, 'uCC·'SPECIAL wITH CA;iA PACl
sPI-eR

spe-os

SPfhY,8

8P8.tH(

JC

1
l
1
2

2
l
3

:I
3
:3
1

1

1/'2 5
3/'2 S
1/12 S
3112 5

3/,2

S

4/'3 5
1/.,2 5
1/72 5
1/" S
1/12 S
5/7l B
S

]

1/72 S

1

1/12 S
1/72 S

3

3 11 1,,2 S
2 3/'2 S
3 10/'2 S
l 10112 s
;3
31'3 s

3
1
)
3
1
3

3/'1

s

2114 S
2/'4 S
2/74 S
2/.,4 S
3113 M

USED ON

11/05

s
s
s
S

)

11'2 5

14

P'A

80

1
1
3
3
3
:3
J
3
3
3

80
SO

1
3

5
S
S
5

)

80

3
3
3

LT
LT
RBR
AOL
AOL

1
3
3
3
3

s

s
S

9112 S
1/72 5
1/12 S

1/,2

S
S

1/12
1/'12 5

1/72 S
1/.,2 S
1/.,2 5
1/2 S
1/12 S
9/.,2 S
9/.,2 5
9/,2 5

9/.,2 S

9/.,2 S

97

SPARE PA~TS FOR-KA11 W KR11 OYTION
SPAkE PARtS fUR Kelt
SPARE PA~TS FOR KC11 W ~Hl1 OPTION
KOli-a $PAR~ PARTS KIt
KD11-A SPAR~ PARTS KIT
11/05
COM~O~ENT SPAkE PARja'
MM11-E
SPARE PARTS~
~-MM11.'
SPA~E PARTS
MMI1-K, -L, -M, .. S, MFLuwL
SPARE MODU~~S
MM11-s
COMpONENT'SpARES
MF11-LP, MM11· LP
Gl09, M7259, G2l1
MR11-A
spARE pARtS FOR MR11-A
H7 20-A, ·8
SPARE PARTS
H720-E, .f
spA~E pARTS
H742, H744, H74~, H746
SPARE aOA~D ASSEMbLXES
H742, H744, H745, H,146
SPARE COMPONENTS
H740
sPARE PARTS FUR H740
(11 / 40) H742, H744, H745
SPARE PART&
(11/35) H744, 540972s.ya
SpAHE pARis
11/05
SPARE PARTS FOR H740 (1ISV)
11/05
SPARE pARTA FOR H740 (2,OV)
11
H217.0 16K NON.PARITY SlACK
11
H217-c, 'M1259 PARiTx ~TACK ~ CONTkOu
11
H754 fS R~GULATOR SUARD FOR lijK STACK
11
Ga3i,-Cl1i,-Mij2j3 NON~PARIT~ CONT-MDDUuES

12
12
112
2
12

S

I)~SCIUPTION

KAt1 + KHlt
Kelt (11/15)
Kel1 + KHll
KD11-a (11/05)
KD11wA (11/3S, 11140)

5
5
5
5
5
5

BD
SO

-SP45;MC

STATUS
CATEGoRY
MOIYR

LG
AR

BO

SP4';K!

A~EA

5

SO
80
SO

SP41-J(!)

MFGR

ltG

P"A
FA
FA
JuE

S'4!i;;'KC

SPS-DL

SR

OJD
OJO
D-JO
DJD
OJD
OJ!)
80

s,lt.-pM

SPll;'UD
S'11!U M

DJD
OJ!)
OJD
OJD
WOB
DJD
OJD
OJ!)
OJD

PROD
ENGR

EXCHANGE liK MM11-L FOR 41< MM111!11j1,

12
12
MR14
15/10
15/20
15/30
15/40
161M
11/45

11/45
11/45 CONSOLE

KT11-C MEMORY MANAGEMENT
r P11-B fLOATING POINT
11/45
MSll-SC, .SO, waM MdS MEM
MS11-CC, ~CM 81POuAR MEM
MS11_SC, ~ao
MS11.CC
CR8.E, CM8wE
CRS-E, CMS-E
D8S-E
O~8.EA, _Ee
OKs-EA, wEC

-'- -

MODULE SPARES, PDPla.A
MODUL~ sPARta, PDP12.&
MODULE SPARES, PDf1a-C
SfARi pARTS, CIRUITCOM~ONE~TS
SPAR£; TtY-PARTS, TOO1jS-'
SPARE PARTS FUR PPPl4
MOOOLE SPARES, POP1a.c
SPARE PARTS, CIRUIT COM~ONENTS
SPAkE MODuLEs' 'ORMR1~ SPARE MODUu£S, COMPONtNTS, IT~
s~A~E MuDUL£s, Co~pciNENfs, lT~
SPARE MODUL~S, COMPONENTS, IT~
SfA~E MtiOULES, CO~ptiNEN1S, Tt~
SPARE MODULES
touus
PROCESSOR SPARE
S~stEM

MQOuL~S
SPARE--BOARO-'ASS£M~Li

-

SPAkE MOOUL~s
SPARE MOOULtS
SPARE COM~O~~NTS
SPARE MODUL~S
SPA~E MOD~L~S

SPARE

COMPO~E~TS

SPA~E COM~O~ENTS
SPARE P~Ris, 1st LEvE~
SPA~E PARTS, ~NO LEVEL

SPARE pARTS
1ST L~V~L SPARE PARtS
2ND L£V~L SPARE PARTS

PARTS , TOOLS
jAjTi , TO~L~
PARTS , TOOL&
pARTb ~ TouLS

MODEL
NO

ENG
MGR

SPS"'P;A

1,8_E9

S'e-EC

SP8-P.:O

BPS-FA
8P8-"6

Bpe-Fe

8p8",ro

Je!

JC
JC

JC

JC
JC

spe·r~

8519-18
SPS.KA
SPe-KO
SP9-KE
SPa-KG
SpS",KM
spe-J(p
SP9-L
Spe.LC
SPe-MA

S'8 .. M~

SPewMC

spa.,.,,,
SPS-Poil

spe-Mp
SPewMQ
S'ewMR
SP8.,.D
SPe-TE
s,ewxy

JC!

JC
JC
JC
Ja
JQ

DE81(;N
ENGR

JC

JCJ
Ji!
JO
JO
JC

Mp'GR

AREA

JK
JK
JK
L1K
JK
JK
JK
RR
RR

3
3
3
3

3
3
3

TpL

1

TpL.

3

LT
Ll
GHL

)

1
3
3

R8R

LN
LN

JK
GHL
GML
GHL
GHL
LT
ST
BT

l

TpL

1
1

1
3
1
3
3
3

1
1
J

we

1/'72 8
1/'72 S

91,2
9112
91,2
9/'72
9112
9112
9112
91,2
9112
9112
9112
9/,2

5
S

S
S
S
S

S
S
S

S

KMS·E
KPS-e:

3 / '3 s

S
S
S
5

DA

1

vC

LN

DA

J
3

JO

S
9/72 S
9 / '2 S
9/72 S

2

OOM

)

4/'3

1"12.'

DOM

$'Mll.10

OOM

3
3
3

IPP'tt_ MM

8,"t2."
s,rt!.e

DOM

S'MI~"40

aPR!!

S1:D8E .. eA

RaM

JC

.'''BE.es Je
S'''8r.ec "e
ITDir,·eo Je
ato,,,';';,,
'"e

:·;gi~;:;~

~~t?t.!'O

IWSOP",to

JO
Jti

Je

Ae

pc;
pc;

PG
pc;
pc;
pc;
pc.;
pc;

sf!

BY
DpS

1~O~~pA.

Be

Dps

TAo';NB B!

ae

DPS

DE'S

CIS
SSCAL
SSCAL
ssCAL

s.eAL

2

2

8/L
Lee",!

81M, ,to(Swt;, MMs·E
81M, KKS .. E', MMS",E
elM, KKe-E, MMe",E
81M, KKS.E, MMS.E
'418·£
MPS-g

MPe ... E

MRe-E

T08.1;

T08"'£
XIS",!:

11

la-A, "'s, "'C

S
S

12

S

S
5
It

E
E

T

1/.,3 T

~

1/73 T

2

1/'3 T
111) T

2

KGB"'!

S
S

) 12/'7J E
3 12/,3 E
1 12/,3 E
J 12/73 E
3 12/,3 e:
1 7/'12 Q
J 9112 Q

DHD

TA01;'A
TAOI·NA

S

s

3
J
3 l11l
3 12/73
3 12/73
) 12/13

DHO

SWSTD.I0

TAO._P8

:.

ODM
OOM
DOM

IPM12';'ZO

SPM12-10

KD8",g

S
S
S

MMS"'k:

MMS.E
e/E, KKa",g, M~8"EJ
B/E, KK.S",E, MM8.E-J
S/F, KI<8",E, MM81!1E
8/F, I(K8",1::, MMS-£;
81F, KK8"'E, MMe-EJ
8/F, KKS-E, MM8-EJ
9/1, NEG 8US
8/1, POS 8US
-KA8 .. E

KES .. E

9/'2 5
1/,3 S
3/,] S

1/7.1
9/'2
9/72
9112
9 / ,2

KKS",g,

12

OESCR~PTIUN

ON

KI<8 .. £:,

S
S

Ja
Ja

USEO

CATEGORy
STATUS
MO/yR
J

JK

RR

JO
JC
J(!

PROD
ENGR

9ti

1ST LEVEL St> MY 60HZ
POP81!:",FT, MlS"'EL, TAe-AS, RK8",EO, LA30"PO, !.ICS"'E, O~/~, H960lllt;O, 210V 50HZ
OEM STDBE",CA, 115V 60HZ
OEM 8TDeEeCB, 2JOY ~OHZ
OEM ST08E",CC, 11 5V 60HZ
•
OEM BTOSE·CD, 2l0V 50HZ
DATA PROC SUP~ORT PKG. 20 W1< sOFTWARE suPPORT
10
STANDARD SUPPORT PA~ItabS)
T08.~ + TU50-t1H
l'Ot> )
TD8.E + TU5b .. t'\J (TABLe;
- - -

S/E

alE
alE

TUcO,

TAPE fORMAT CIJNVC;~'1'EK
OECTAPE CUN'lRUL W sPACE FOR 4 Tu5~
GENERAl" MAG-TAP£!; CONTROL.
MAG TAP~ CONTHOl, rOR 1U20
MAG TAPE CONTKOJ,J- t.. UR TU~O
-- ,TC59 ON Pi)P15
TO ACCEPT TU10 .. lOR TU 4 0 MA~TAPt.S
CONTRUL W SPACE FUR-] TU5~, 60 HZ
CiJNTROL W SPACE FUR 1 Tu5~, 50 HZ
EXTt.NUER CAij fOR TD10-A,
CONIROL w 5t>ACE "UR' 3 ;.6, 60 HZ
C:ON'tROlJ W SPACEYUR 3 TU50, 50 HZ

alE

5/'1 T

,'OR

" ,

glE

T

T
T
T
T

COr~THOlJ

OECTAPE/~lNC

15

T

99

TAll + TUoO-AA, RACJ( MOWPJ'I, 115V
TA1i + 'XUc,O",A8, RACK MOUNT, 2l0V
rAS.g + TU60-AA, RACK ' MOUNT, 11SV
TAS-E + TU60-A8, RACK ~UU~T, 2l0V
CA5S~lTE CONTt0 IPS 16 0 0 aPt PE'FQRMATEl<
800 BPI Nt:tz F~R~ATT~R
1~0 IPs 1600 SPI ~E
l~O liiS 800 BPI NRZI fORMATTER
CAS- n)~ 8 DI:,;C'IA~Es
D~CtAYE CON'nof.UL
TC11 + TU56, 115 V
Tell
1U 56 , 230V

LINe

12

T
T
T

T
5111 T

2 10/,2
2 10/72
2 10/ 7 2
2 10/72
3 2 / '2

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RtADIv4RlTE IlVCR TAPA;:

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'I'RANSPOR'tS

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TRANSPORT

TRANbPORTS

TRANSPORT.S
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FOR PEC 6000/7000 8Y8C-REAU/~Rlll,-1-UNlf
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fOR PEe 60()O/7000 sYille-R~Aorw~lTt, l' utaf
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CONT
CONT
CONT
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CONT FOR PEe 6000/7000 SYNC READ/WRITi, 2 U~ITS
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CONT, PEe 6000/7000 SyNC READ~WRI1Ei 1-4 UNlT$
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CONT, PEC 6000/7000 SYNC READ ArT~R ~RltE, 1 ONIT
CONT, pEC 6000/7000 SYNC ~EAD AiT~R W~lTE, 2 0N1TS
CONT, PEC 6000/iooo SYNC READ AFTER WRItE, l UNITS
CONT, pEe 6000/7000 SYNC READ AFT~R WRItE, 4 GN1TS
CONT, Pte 6000j'ooo SYNC READ ArTER ~~ITE~ i.i-UNIT~
CONT FOR pEe b640 pHAsE EHCOD~O-TApE ~ 'QRMATtE~ - CONT & fORMATtER FOR 4 pEC i6~0 p~ iAG tAPES CONT & 2 fgHMATTERS FUR 8 PIC-6b40 P, E, ~A~ !APES
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WRAP vERSION Of tR07.rC
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CONT FOR 2 TC10.P~ OUAL DENSITY FORMATT£RS
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DUAL O~NSITy 1501PS TAPE SySa fROQ.F + TC10.PH + TS043~8, 50Hi
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TC10-P, .PN
Tel0·p, .~N
TCI0.pN

3 10/.,3 T
3 10/1' T
3 10/'3 T
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DESCRIPTION

USEO ON

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150 IPS 9 T~ 1600 BPI PE MAG TAPE UNIT, 50H~
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W QUICK.LATCri CONN (9 TRACK 4S iPS 430V 50HZ)
W QUICK"LATCH CONN (1 TRACK 45 ip~ 115V 60HZ)
W QUICK.LATCH CONN (7 TRACK 4~ IPS ~30V 50HZ)
T~11.A, TU10-EA IN H967wKc.: (9 TR 45 IPS MAS1'f:;iot 11~V"60HZ)
TM11-S, TU10-ED IN ri967.KO (9 TR 45 IPS MASIE~ 2]OV 50HZ)
TU10-EE Ih H9&7-KC (9 TR 45IPS~SLAV£-115V ~OriZ)
Tul0wEJ IN H907.KD (9 TR 45 IPS S~AVE 2l0v ~OHZ
TM ll-A, TU 1 O-FA IN H967-KC C1 TR 4s1P$ MASTll;R'-11s v bOhZ
TMll-S, TU10.FO IN k9b7.KD (7 TR 45 IPs MASIE~ ~10V-50HZ)
TU10.FE IN H957.KC (7 TR 45·IPS-SLAVE-115~ bOrlZ;
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10
1.0
T/lUO"A + TU10A·fo'J (7 TRAC!\ 45 IPS MAG TAPe;, 2.$0'1 SOliZ)
TM11-A, TM8.E
l'ul0·£.A l~ tt901·UA 6liuRI CA,;
TUI0flltO It, rt9b7·Utf ShORt CA~
T1Hl""a, 1MB"£:
Te5S TC59 Tul0.£.A "FA TU100 .. EA ",FA
Tul0-C;E Ii'. i't9b7.EA bHUR'i CAb
TC5l:i TCS9 TU10 .. ED -YO TUI0 D- EO .. Fo
TU10·C;J Ih ti907-£b SHtiR'I CA~
TMll""A, TMS .. E
TM10-YA 1.~ H9b7 .. UA slioR'l' CAS
TM11 .. A, TM8.E
TM10-fa IN ii9b7 .. ua SHUR'l' CAB
Te5S TCS9 TU10",i;A .. fA TUI00 .. EA ""FA
TU10-fE It. H9b7~£:A ShWRl' CAti
TeS8 TC~9 Tu10 .. £;D -fD TU10D .. EO -FO
Tu 1 Ol!llp'J IN h9&7 .. Eb SHU;(,£ CAB
MASTt::1< 45 IPS 5) T~ACK DuAL I1EAD'
TMI1-A nt1S-E
DEC MAG TAP~ lJNIT~ ~o HZ 115V
TMllllS TM8 .. £
60 HZ 230V TU10 .. E~
Ttttl1\1J11A TMSII!IE
50 nZ 115V T!JI0.EA
50 ~~ 2.)0\1 '1'UIO.EA
TM11-8 TM8""E
TCSS TC59 TU10""EA, ."A
SLAVE 45 lPS 9 TRACK UUAL Ht:AD
DEC HAG TAPE UNIT, 60 l:i~ 115V
TCS8 TC59 TU10 .. E8, -FB
60 HZ-2l0vtUloillEU;
TCSS TC59 TU10-EC, ",FC
SO HZ 11Sv T010.E ..
sO HZ 230V 'tU10.£1::
TCsS TCS9 TU10 .. £l', -FD
MASIEER 45 IPS 7 TRACK DUAl.I HEAD
TMtll1tA TMe-E
DEC MAG TAPE UNIT, bO HZ 11~V
60 HZ 230V TU10.FA
T~H I-a TMS.E
TM11-A tMa,.t::
50 HZ 11S V TU1O.F.
50 hZ 230V 'rUlO.FA
T~11·B TMS.g
TCSS TC59 TUI0IlllEA, .FA
SlJAVE 45 IPS 7 TRACK DUAL HEAD
DEC MAG TAPE UNIT, 60 HZ 115V
TCSS TCb9 TtHO",I:!;B .. FB
60 liZ 230'~ TU10.FE
50 riz 115V TU10.F~
Te 5 s TCSg TU10!!lLC .FC
Tess TCS9 TU 1O .. EO .F'O
SO f.iz 210" 'fu10 .. 'E
OATAMEC 9 TRACK 2020 u£c MOD 60HZ
TCSS TCS9 TM10 TUIO.EA,a .. FA,a
OATAM£C 9 TRACK 2020 UEC MOL) i:)OhZ
TCSS TCS9 TM10 TUI0.EC,O .Fe,D
TeS8 TC59 T~HO IU~OlltEA,8 ",FA,a
OATAMICC 7 TRACK 2020 PEe MO&) 60MZ
TC5S TC59 TM10 TU10 llt EC,O ",FC,D
DATAM£C 7 TAACK 2020 DEC MOO 50HZ
TR02",PA, PC, NA, NC, fRO]
PEe IiIlCR '1'U 200 BPI, '1 'lRAC" , RtADlttR,J.;Tj;
PEC INCR to 200 8PI, 1 iRACJ(, ~~liE-·O~LY
TR02""P8, PO, NB, NO, 'i'R03
'1' R0 2"'PA, PC, HA, NC, fR03
TU22-A wITH 8.5 l~CH REgL~
TR02.p8, pO, NB, NO, fR03
TU22 ... 8 wITH 8,5 INCH HEEL::>
TR02",PA, PC, NA, NC, TR03
PEC lilCR TV 556 8Pli 7 tRACK, Rt;Au/WR.&.ri:
ptc lNCR TV 556 BpI, 1 TRACK, W~l~E'O"L¥
TR02-pB, pD, tJ B , ltD, fR03
TU25.A wIl'Ji 8,5 INCH. AEr;;t.b
TR02.PA, PC, NA, NC, l'R03
TR02-p8, pO, NS, tolD, fRO]
Tv2S.i ~ITH a,s It4CH ·i\EEtl>
PEe INCR TV 800 8£11, 7 TRACK, R£AU/WR1TE:
TR02.PA, PC, HA, NC, TR03
Pi;C XNCR fu 800 8PI, 7 'tRACK, WlUtE--O~J.,l
TR02-PB, PD, HS, NO, tR03
PEC Il'4CR 1'U 800 BPI, 9 l'RACI<, RiAO/wR1TE
TR02.PA, PC, NA, HC, fRO]
pEC INc~ TU 800 BPI, 9 tRACK, WRl'ue OHL¥
TR02.P8, PD, NS, NO, fRO)
TR02.PA, PC, HA, Ne, TRO)
Tu2i .. A wiTH 8,5 INCH R!i:;lIS
TR02"'PS, PD, N8, NO, fRO)
TU28"& WITH 8,5 INCH REELS
TR024!!'!pA, pC, NA, Ne, fR03
Tu2S.C WITH 8,5 INCh RE£Ls
TR02!OPB, PO, NS, NO, TROl
TU2~-D WITH Sl5 INCH REELS
TeS8 r C59 TMiO TU10",EA,8 .. t"A,a
DATAMEC 3<1,)0 9 TRACK £IEC t40 0 oOHZ
D1TIMEC 3030 i TRACt'- bTtC 1Il0D 50HZ
Te5i TC59 TM10 TU10",EC,D ",fe,l)
TCSS TC59 TMtO TU10",EA,8 ""~'A,S
DATAMEC 3030 1 TRACt. bEe MOA) 60iaz
TCSS TCS9 TM10 TU10.e:C,O",FC,D
DA'l'AMEC 3030 1 tRACK o.E~--MO~ ~o~z

MODEL

NO

T1T4t.A

Tg40~B

T040-el
TU4e"'CB
T,4f)~GA

ENG

ENGR

ElS
EAS
EAS

RLO
RLO

EAS

Rl"O
RLD
RLO

EAs

Tta4').·GB EAS
TU48 .. tJA· EAs
EAs
TfJ40~UB
l'lJ4G-vA EAs

TU4e~vs

EAs

TU41'!A
T1I41",e
"41-C.A
TU41-CI
TU41-GA
TV 4 t-.GS
'l'W41- RA
TU 4 t·RB

tAS
EAS
EAS

TU41~UA

T1:141"UB
T\14t;'VA
TU41!!11V8
TUSS
TUSSI!IA
T056
TUS6-C
TUse .. "

EAs

tAS

EAs

EAS

EAs

EAs
EAS

tAs

EAS

PiL

1'tl56,!V

RBI"
RaL
RSL
RaL
R'L
RBI.!
RIL
RSL
RIL
RBI"
RIL
RBL

T05,6'!w

RilL

1'fJ56~He

1(156- M

Tu~6~Me

TU56~MD

'1'US6 .. MH
TU56~MJ

Tl.lS,6!MR

TU56-Y
TU5i-Z

TU6e~AA

TU60"'A8
TtJ60~1(

TU60!LH
TU60.R
T866
T066;'Ae
TU66"AE~

T\166-AP"

TU61-A
TU68';'S
TU68.C
TW68';'D
TU68_Dl
TU6'';'E

TU6'~EA

TU68-F

DESIGN

Mt4R

RBL
RSL
RSL
RSL
R8L
Mt
R!L
RW
RW
pw
pW

A~EA

STATUS
MO/yR
1

1
3
1

•

-

T

1/,2
1/,2
1 8/,2
:)
8112
6 10/ , 2
6 10112

T

8/71 T
8/71 T
8 / 7 1 l'
T
T

5
5

RR

5

T

3
4
3

2/71 T

RR
~R

HD

2
2
3
1

HD

HO
HD
HD

:1
3

HD
MOL
MOL

1
3

Jot
MOL

l

3

RW

LVP
Lv P
LYP
LvP

C~S

pw

CsS

l

BM
R~of

BM

Pw

T

T
T

5 / ,1
5/'11
4/'2
4/12
4112

T
T
T

T
T
T

4/72 T
8/,3 T
&1,3 T

2 10/72 T
2 2/ 7 3 T

MOL

SK
SK

T

3
1
2

liD

SK

T

2

HD

T

'"

!!II

~R

T

8/71 T
8111 T
8/71 T

III

HD

T
T
T

'"
'"

liD

Sf(

8/71

-

RLD
RLO
RI"O

MI

8/71 T
8/'1 T

J
3

RLO

MI

8/12 T
8 / 72 T

7/72 T

II'

HO
Ml
HO
Ml

1/72 T

7/'2 T
8/71 T

RLD

RLO
RLO
RlIO
RI"D
RI.!D
RI"O
RLD
RLO
RLD

1/12 T

6

•

Rl"O

CATEGO~Y

6

RLD

RW
PW

MyGR

~NGR

Rx"D

RW

RW

PROD

caS
CIS

LvP

csS

LyP

csS

1/73 T
2/72 T

3 10/.,2 T
3

3 / 73 T

3

3/73 T

3

7/71 T

1171 T
7111 T
:3 7 h /1 T
3 12/72 T
3

3 7 / 71 T
3 12/72 T
3 7 / 71 T

USED

ON

OESCRIPTION

TM10 TU10I!llEA, .. ES, . . FA,

""FB

101

150 IPS 9 "TRACK MAG

TAP~

-UNIT,

-{)O HZ

TM10 TU10"'EC, .EO, .FC, "fO
150 IPS 9 TRACK MAG TAPt. uNJ.T, 50 HZ
10 1/0
OF10, TM1Q wS,·TU40I!llA (9TR 150 IPS TAPt., "60HZ)
10 MEM BUS
10 1/0 + 10 MEM BUS
OF10, TM10.S, TU40.B (9TR 150 IPS TAPt;, 50H~)
10
orl0 + '1't.110"'S
2 TU40 .. A
10
DFlO + T~H O-tj
2 T040"b
(10) Tu30 .. AA, .SA
TU 4 O- A tw TRADE-IN OF 'Tu30-AA OR .. BA)
TU40-8 (w TRADE-IN lUlO!IJAB UR .S8)
Cl0) TU30"AB, .. SB
(10) TU20.CA, .. PA
TU40-A (W TkAOE.XN OF-TU20-CA O~ .DA)
TU40~a p.l TRAu~.I~ OF TU20-CS Of' .. Db)
Cl0) TU20.CS, "DB
TM10 TU10-EA, .iB, -FA, .YB
150 IPS 7 TRACl( MAG-'TAPi uNlr, tlO Hi.
TM10 TUlO-Ee, .iO, -re, -fD
150 IPS 7 TRACK MAG TAPt; UN.lT, 50 HZ.
10 1/0 + 10 MEM aUS
OF10, Tlia o.. a, TU41·A (7 T~ 150 IPS TAPE, (,OHZ)
D~' 1 0, TM10",S, Tu 41",a (7 TR 150 lf5 ~A~i, ~O~Z)
10 1/0 + 10 MEM BUS
10
DF10 + T~HO*8 + 2 T041-A,
OF10 + TM10-a + 2 TU41 .. 8
10
TU4l·(;A IN PLACE OF TM10G-EA OR TfellOG.fA
1,040-A, 1050-A
1040-8, 1050-8
Tu 4 1-GB lr. pLACE o~' Tt410G.E8 OR TM10G.F8
(10) TU30 .. AA, .SA
TU41. A (W TRADE;IN OF TU30llAA OR .8A)
Tu30 ... AB OR -S8)
(10) Tu30.AS, .. BB
Tu41 11 S (w Ti·H
MrG pANI:;L su 8 ASSt:MSL'X
TU56
CHASSIS SUS ASSEMBLX TU56
TU5b (2), TU5b-H, (1)
TAPt.: GUIDE :>U~ AS,sEMBLY.
TAS.-E, TAll
DUA14 CASSETTE, PHILJ.PS CARTkliJ(,;t. kACt< MUU~TA8Lt 115V
OVAL. CA~Sf.;TTE, PrilLlPS CAiOL_·_.
CHAkACTt;R MODE· -OPfION~
-- - POINT" PLOTTING 01$P~AX CONTRO'
DISPLAY CON1ROL MOOUL~ SET
DISPLAY CONTROL MODUL~ bET
C, 0, ~
GRAY.GREEN fACEPLATE rzLT£R
St.;ARCH LOGIC
CONT.ROL --rolc: VI8 .I:A, "E8~-6 4-C~A-R,60iiz

MODEL
NO

DESIGN

PROD

M,GR

ENGR

ENGR

A~EA

STATUS
CATEGOR¥
MO/yR

VJ(g",,!C-

PK

4

'Ke-EE

PI(
PI(

4

VIU",EM
VL04

VMOl

La
DC
Ml
DO
MI

VM01~8

Ml
MI

VLOl

VLOt
flLll
VM01~"

VM01-C
VMOl
VMOI

KS
ST

vP02~N

ST
fA

VPOI.p
vP09

VPio.

"12.;,,,8

VP12."C

SNT
SNT

SNT

VP12~8A

SNT

SN'i'
SMT
SNT
8 NT

SNT

Vpll."

VP1!.S

ciS

RR

RR

V,g"'LB
VROt-iA
V~Ol';'B

RR
RR
RR
AW

VR03-"
VRO)-A

8MT

VB01';'S

gMT

VI'14
VI\J 4~A
VR14-8
VR14·C
VR14';'O

SNT

Aw
LH

SNT

1,,11

8NT
SMT
SMT
SNT
SMT
5NT
8NT

LH
LH

LH
LH
Lk
1..11

LH

V
V

2

V

5

6/'1 X
1/73 X

1

TpL
TpL
TPL
Tpt
TPL
TpL

v

7/71 v

4

1

CSS
TPL

5/71 V

7/71 V
V
V

5

•

V

4
4
3

RI
LH

RR

VP9""LA

V

3
3

3

LH
LH

V,e-IJ

V

3

6
5
2
2

e.s

LH

V'e-IS

VR14",LC
VRt4 .. I"O
VI'14-V

TPt

RI
RI

RR

3

V
4 10/11 V

OG
RI
RI
Rl
RI
Rl
Fl

SKJ

6

31'2 V
11,2 V

1

LH

VPt5"'81"
vP1S-C
VP1,,!,CL
V't5.MA
VP8"'t
V,8-tA

VIU 4-E

TPI"

0(;

V'12-S1
tPt:t .. BC
VPt2:'cA
V,t2.CB

VPi2"!'CC

TP~

AW
tofI
LH

yM,8

VP12';;AA

5

2

MI

8NT

VPOl

VPI0-.A

4

2113 V
2/'3 v
2/73 V
4/71 v

1/,3 X
6/'1 X
1/,3 X
1/,3 X

5
3
:I
5
5
5

til11 X

5
1
3
S

6111 V
2/,2 V
3/,2 V
X

1/11 X
1/73 X
V
V
V

S

X

5
5
5
5
6 5/12
5
6 5/72
6 11/.,1
6 11/11
5 21,1
5 2/'1

X
X
X
X
V
V
V

v

V

V
V

v

5

21tH

5

2/'1 V

5

2/'1

3
3
2

6/,2 V

5

v

2/.,1 V

6/72 V

3/72 V

USED ON

8/E
8/E

8/E

VT04
vT07
9
8

DESCRIPtION

105

CONTROL FOR VTS""EC, ",ED, 64CHA1{, 50HZ

CONtROL FOR VTS""EE, -~F, 12 CHA~, 60HZ
CONTROL FOR V1S-EH, -EJ, 12 CHAR, 50Hz
370; CABL&, MODUL~, vt04 ~T P~N INT~RfACE
370"'C, CA8J.,L, MODULt;, vTO' liTO

pr;~. INTERf'ACE
FUR 338
INTERFACE FOR 30;'WT~K 501/5~4 SCOPE MOUhT1NG riARDWA~'
vMOl , ~IGHT PEN MOUNTING
VMOl fOR H9S0 CABINET
VM01-S pLOS LIGHT-P£N ~UUNT
IHT~RfACE

34
34
34
34
vce.E
ell, VSOa
vT1S
LINC/S
9 wITH API
15 WITH API
BA09

MUX CONTROL + LIN~ vR1V~~ FUR Q~ TO 8 VI02
MULTIPLEXER fUR 4- vTO~,-VT01, Etc
TEK-si4 SCOPE ON LIRcie
POINT PLot DI~PLAX CONT W P~OG CHAR G~N
POINT PLOT ~ISPLAY eONT W PROU CHAR GiN
POINT PLOTTING DlsPLAX CO~T~OL ~ VTU1-

10

POINT PLOTTlNGolSPLAY

10

CONT~O~, 50 HZ
HOUSTON COMPLuT -12.1r·( PLOTTtP,--l 0 MIL STEP

XY 12

XY12
XY 12
Xy12
XY12
XY12
XY12
XY12

M~N~!A~DWARE F~RT~K ~Q?,

POINT

P~OTT1NG

~o~ !N_~~4~_~A

CONTROL, --60HZ

DISP1A¥

HOUSTON COMPLOT 12.IN PLOTTER,
HOUSTON COMPLOT 12.-1N P~OTTt;R,

5

MIL STEP

100 MIL STf;P
CALCOMP 5&5 PLOTTi:R--C12.UO 10 MIll STEp
CALCO~P 5~5 PLotTER (12-1 j ), ~ ~It STEP
CALCOMP 565 PLOTTLR (12-IN), 100 MI~ ST~P
CALCOMP 5&3 PLOTTiR C~O-I~) 10 MIL STEP
CALCOMp S~3 PLOTTLR (lO.lN) 5 M1L STEp
XI 12
CALCO~P S~3 P4.tOTTER (30 .. 1 N) 100 ·-f41L STEP
BAtS".
PoINT DIspLAY CONTRUL - W1Th VIOl 'BAtS.A
POINT DISPLAY CONTROL W1T~ TEK RM50J
IU1S-A
VP15 .. s WITS LIGHT Pt::N
BA1S-A
POI.T DISPLAY-CONtROL w~TH yR14
8AlS"A
Vf15"C WITH LIGHT P~N
vP1S"A
Muxi ALLOWS yP1S.A to CONTROL 8 T~K 611
8/1
PLOTT~R CUNTROL
8/1
CALCOMP 561-pLoTT~R , CoNTROL
8/1
CALCOMP 505 PLOTT~R & CONTROL
BAOS
p~otT£R CONTRoL
BAOS
CALCOMP 563 P~OTTER & CUNTRuL
BA08
CALCO~P 565 PLOTTiR & CONTROL
VC9~I, VC8.L
TEK503, VM01-B
Vce-I, VC8"L
T~K 503, VMol-C , 370.A
vce-I, yCS-L
TEK 564, yM01-B
VCe-E
T~K 602 W VM03
vCS-g
T~K 601 w VMOJ
MANY
7X9 OlS~LAY, RACK MUUNT, 115V
MANY
7x9 DlSPLAY, RACK MOUNT, ~lOY
MAN!
7X9 DISPLAY, RACK MOU~T, lOOV
MANY
7x9 DISpLAY, !A~L~ TOP, 115v
MANY
7X9 DISPLAY, tAdL~ TOP, 230V
MANX
7x9 DIspLAY, 1A6L£ TOP, 100V
GT40 .. AA, .AC, .AE, .SA, ",jjC, .. BE
VR14.C MODIFliD fUi<--1l5~ GT40
GT40"Ab, -AD, -4F, ",sa, .. ~o, -SF
Vk14~D MOulfI~O fuR 230V ~T40
ANY VR14
2-B~T I.TENSIIY CQNiROL (~lUE6)->

.

-

MOOEL
NO

VRt'';;'Le
VR17.LO
VR28

VR20';'.
VR20~B

VR20';'C

,1\20;'0

VR20-[

VR2G':'Lr.

VR20~LD

VR30

VR1()~D

VIUO-G

VIUO .. N
V301
VS 08')1'N
Vloa·p

v-:u

VIOl.

VTOt-A

V'l'01~K

''l'Ol-Ir

TAB,L,El

GkA~'A'l'RAN

TRACING lH<,;y lC~
INTl!:Rf'ACE FOR BOICE lPAXlS

Dlbl=rl:G~t<

zua M LOGIC

-

..

KA10 CONSOLE
SA10, TOI0"'A
BAtO, TDtO"A
BAIO, T010-A

CHANNt:L SRISTUL Rr;CUROER ~NTr~ 1\IT
PERP'OfU4ANCE ANAlIYZIi:R
CALCOMP P,LOT'l'E~ CON'l'R(JL
CALCOMP 565 PLOTTER & 'CUNTROL
Cull;'IRuL
CALCO~P 563 P.iJOTTt;R

11, 0011
12
OWlS
OWlS

INCREME!'1TAL PlIOrTLR CO~l'ROL
CALCOMP PLOTTERCON'l'RUL'
CALCOP'tP 565, 10 MIL . ' STtP, l i t(.I1 115v, 60HZ
59 HZ 791.
.,
,,1 W REDuCED RIppLE «O,S')
56HZ 791·S
~/.65v, +1.90"
+1-100v, +1-l10V FOR 6 CURRENT DRIVERS OF A~Y KIND
.,.eo, 75, 70, 60, 55, 50, 45V 400 WATT t

R~

112
'13
114
814.A

•

7
'7
6

•

6

•

7

III

Ill-e

T1'!;

Tpt

..

i1S

""
""esS

8t,

cs.

816

tHe

9i9

'20
91i
,2~

823
924

825
825·.
826
826.A
827
128",8
829

810

lui

112
932"'A

132.8

t12·C

112.0
,12-E

e12.'

.,

6
7
'7
'7

•

.,.,
.,
.,6
6

TPL

RR
RR

TpL
TPL

RR
RR

7
6
6

1 PL
1Pt,

RR
RR

1pt
1pt
TPt

RR
RR

""
TPt
TPL

RR

aV
•

Tp!.;
TpI,

TPt
1PL
TPL

1pt

CSS

'"

1)5

1Pt

835.8
'36

TpL
TPL

919
819

140

TPL
TPL
TPt.

.41"'A

15
15

841 .. C

15
15

e43
844
844"S
845
84S .. C
846

15

842

6

RR
RR
RR
RR
RR

CsS

8)2.1(

84i .. 8

•

css

81]
814
9)4.8

':17

RR
""

10
10

'0

.

R.R

.

Rft

""
RR
RR
RR

FA
FA
FA
FA
FA
KE
KE
KE

C5S

AIiDA~

10

SU

DESCRIPTION

STATUS

7

6

.,

POWER CONT W INTERLOCK, 17"
PoWER CONTROL FOR DUPLEX TAPE, 11", PDPl
POWER CONTROL FOR HOLLY PRINTER, PDP1
POWER CONTROL FOR MICROT~PE (NOW DECTAPE), PDPl
2 1/2 AMP POWER CONTROL FOR TELETYPE PUNCH, FAST UN, sLow OFF, 17"
2.STEP POwER CONTROL, 1 WIRE, 17"
2.STE~ POWER CONTRoL FOR ANELEX' PRINTER
2.STEp POWER OONTROL FOR EXTRA M~MORIES
PoWER CONTROL PANE~, SX19
powER CONTROL PANEL, 3 1/2 X 19
UPPER POWER CONTROL PANEL WITh fRENCH DOORS, 5 7/8 X 19 1/2
LOWER POWER CONTROL PANEL WiTH FRENCH DOORS, 5 7/8 X 19 1/2
POWER CONTROL FOR PUNCH & READER, PUNCH IS FAST ON, s~ow OFf
SINGLE STEP POWER CONTROL W REMOT~ TURN ON, FILETERS, Cl~CUiT aREAK~~, aXl1
MARGINAL CHECK PANEL
poWER CONTROL FOR TAPE UNIT so
SCR 1.AMP CONTROL
poWER CONTROL, 2 SWITCHES, "lC U , "DIRYERS", 3 1/2 OR 5 1/4 X 19
2.StEp powER CONTROL (813W lOOMS HoLD ro~ PO~EM Loss)
825 W DELAYED OUTPUT CONTROLLING .15V O~L¥
811 WITH 3 HG RELAYs, HV CONTROL DC
?

PoWER CONTRUL , 10V SUPPLY
6
PowER CONT, 5 1/4119, ca, 40UTL~TS FRONT, 4 BACK, CHROMACOATED
2 wSTEP POWER cON! FOR POP6
6
6
2.STEp poWER CONT FOR 570 MAG TAp~ TRANSPORT
POWER CONT W tERM STRIP, OPT CB SIZE, LIGHT
6
2.STEP PWR CONT W HG RE~AYS AND ELAPSED TIME METER, 8X17
6
7
2.STEp PWR CONT, 50 HZ, TIME METER (NEVER MADE)
2 .. STEP PWR CONT, 230V 50HZ W METER
6
6
8)2 ~3()AMP Cs
2.STEP 115V 6eHz 20A pWR CONT W INT~RLOCK, TIME M~TER, ECc 6/71 TO K~MOYE M~RCUK~
5
~
2)OV 50HZ 20A PWR CaNT W INTERLOCK, TIME METER, Eca 6/71 TO REMOVt MEHCURY
115y 60HZ 30A Pw R CONT w INTERLOCK, T1ME METER, ECO 6/71 TO R£MOV~ MEHCUR~
5
5
217 2 812 wF EXCEPT KG COMPONENTS REPLACED
AS2 w NO ELAPSED rIME METER (NEyER BUILT)
7
t STEP HG POWER cONT, 11SV 20A, ECO 6/71 TO REMOV~ MERCURX
5
1 STEP riG Pw R CONT, 230V 20A, Eec 6/11 TO R!MOy£ MERCuRY
5
8)4 W 6,3V TRANSFURMER
6
6
814.8 W &.lV TRANSFORMER
DC RELAY PANEL W 4 DIODE INPUT FOR CONTROLLING 832, 834, 85J, 854
6
'7
DC RELAY pANEL W 1 OIOO~S , AC RELAX FOR CONTROLLING S3~, 834
poWER DISTRIB0TIO~ PANEL 4X17
6
3 PHASE PWR CONT rOR 237 DRUM
'7
-15Y OELAy PANEL FOR POP7-A
7
115Y lOA pwR CONT FOR PDP9
6
115/230v 30A PwP CONT w SwITCH & HG RELAy
6
115/230V 30A pWR CONT W ROWAN CONTACTOR
5
RESERVED FOR 17" 841'5
1
FESERVEO fOR 19" 841'5
1
2.sr Ep PWR CONT FOR 10 PERIPHERALs
5
19" 844
1
3 pHASE pwR CONT 115/230V, 60/50HZ
6
2 4/72 845 W 3 PHASE POW~R FAIL RESTART
OVERVOLTAGE P~OtEcTOR CCROW~AR +13V) FOR ADDER PRuT~CTOR
6

113

PRnO
LINE

MonEL
NO

147
'47 .. ~
84e
849 ••
8,9.~

849 .. CA
849-CA

150
'51
'52
A$3 .. ,r,

OES
ENGR

C5S
('ss
10

TPG
IPG
IpG
ypG

-

OG
MORO
MORO
FE

I'O",!:,

'60.e
'60-0

I't ••

-

15
15
10
10

!1
11
11
11

PS

.64

PS

193

8

IPG
tPG
A002",YA IpG
SseAN
AOO!
SSCAN
A004
IPG
AOO!
AOO!

AOO!

AlOI)
AlOI
AlOI
A1Q]

CAT

Al!1

CAT

Alia
At20

Al2t
A12!
At2)

Ii

5

86)"8

Alto

t

r;

862.A
882.R
86].A

a61-e

1

'5

PS
PS
PS
PS
PS
PS

86i·e

'·6
5

1
1

,54",1:'

.60-A

19" 847

FE

854

854"C
855
'56
'57
,18

RrMOTE PWR CONT

1
J

2 3172
7. )/'72

e5).,.

CAT
fPC;

CAT
IPG
CAT

OV

ELlA
KE

KE
BDw

BOW
BOw
BOW

'5
'.5
5

4
1
t
1

t

2

SU

,
1

BU

1

8U

1

OREW
DREW

DREw

1
!
t
6

AKI
AKI

4

RG

2

LN

OF
OF

AK!

(~/l.

114

11")

1 MALE. 1 '~MALE PLUG, DFLA~ ~~LAX (4 S~C) fO OELAr PUWtR TO
PWR CONt fOR Arc ~ uOc
2)OV A49-A
849 w T~ERMAL Curuur rOM 11/07 11~V
210V 84~·CA
RI!:LAY PANEl"
RELAY PANEL
REtJAY PANI!;L
to-1/2 x 19 8l2-E, I!;Co 6/71 TO HEMOVE MtRCURy
10-1/2 X 19" 832-Y, ECO 6/71 TU R~MUY~ MEkCURY
7x19 834, ECO 6111 TO R~MOY[ MERCURy
7~19 a J4 -A, EC O 6/71 TO R~MUY~ ~ERCURr
9)4-B ~lTH 115 VAC CONTHOL INPuT, ECO 6/71 TO R~MUy~ MEHCuR~
L rlLT~RED PW~ CONT, 115/230V, JOA fOH RFOg

TU~s'S

19" 816

MASTER PWR CONT FUR KIlO
lUX POWER CONTRUL W 3 PHASE Pow~R FAIL (USED wITH 8~7J
4/72
115V lOA PwR CONT FOR BOTTOM OF CAB, 8/E • 11 COM~ATlijL~
2)OV 1SA pWR CONT FUR BOTTOM OF CAB, ij/~ & 11 COMPATIBL£
A60- A w BOTH OUTPUTS swlTCH~O, 115y
5/72
5/12 860-8 W 60TH oUTPUTS sWITCH~O, 210V
9/12 ~ pOLE 4 wIRE 16A 12~/2~OV pOWER CONTROL, 19 X 5,25 INCHES
9112 2 POLE 1 wIRE IbA 2~OV POWEH CONTROL, 19 X 5,25 INCHES
9/72 2 POLE 3 WINE 24 AMp 115V poWER CONTROL, 19 X 5,25 INCH~S
9/'2 115V t6A TABLE TO~ powER CONT, 4 SWITCHED OUTLETS, NO CKT HRK~, 1 PIN
9112 2)OV I b A 862-A
7/71 5 WIRE 11SV ?5A ) PHASE POWER CONTROL, KLI0
7/7,1 5 WIRE 230V 40A 1 PHASE POW~R CONTROL, KLlO
7/73 SySTEM POwER CONT~OL (CONTROLS 863, 861, ETC)
64 FUSES, 1/8 AMP EACH USED W 793 IN DCOS-C, EUkO~E

2 7/71

au

au

DESCRIPTTL)N

STATHS
MO/YR

4

3
]

t

cONTHOL

!N~UT

it-SIT + SIGN AID FOR tlDC, usEs PADDLE SOARD A002, 1-1000 P~OG GA1N +1-15v OC/O~ COhV~RT'K' QUAD
8 CH ,LYING CAP SOLID stATE MUX PADOL~ ~OARD rOM Aoot (1.5 HZ 8ANbwIUTH, HI~OLAH)
A002 W 60HZ BANDwIDTH, UNIPoLAR
Ad01 w CON~ECTORS tOR X BUS (SEE M7829)
9/73 4 CH FLYING CAP MUX, BERG INPUTS, X BUS CONNECTIONS (SEE M782~)
1/74 8 CH rLrING CAP HG RELAY 12_B1T ADC, PROG GAIN, 1 HZ aw, aI~OLAR (AUU02J, H~X

2/74
2/74
7/73
9/71

MX SWITCH SIMILAR TO 15780, 2 SINGL~ POLE TRANS Sw, 12V MAX I~
(OBSOLETE), MX SW, SIMILAR TO 15781
(OBSOLETE), MX SW, SIMILAR TO 15782
6
MX aw, 81M TO 157~1, 2 SINGLE.PUL~ sw, JOV MAX IN
5
(OBSOLETE), RELAy MX, sAME PIN CONNECTIONS AS Al00
6
LOW-LEVEL RELAY MX, 2 3·POL~ GUARDED aw, 10V MAX IN, CUMMUN OUT~UtS,
5
5 11/72. REED RELAy REPLACEMENT FOR All1 (MORE OFFsET ~ sLUW!R, bUT wO~Ks)
(OBSOLETE), 1 BIT F~T MX
1
M~ a w, 4 SINGLEwPOLE MOS FET sw, lOY MAX IN, I~DEp uUT, NEG LUGIC
5
A121 WITH 3.INPUT AND GAT~S & OUTPUTS COMMON
5
MX SW, POS LOGIC, 4 SINGLE-POLE MOS FET Sw, COMMON oUTPuT
5
'5
6

MAT'N'LOC~

~.~

MOnEt

NO
A'-24

p~OD

LINE
TPr.

DES
ENGR

STATt1S
MO/YR

5
A123 WITH SEPARATE DIGITAL' ANALOG G~DS
5 2/74 QUAD MULTIPLEx FET SW, OPEN CKT w NO POwER, CAN R~P~ACE A124, SlNGL~ 5
2 1/74 B CM CMOS ANALOG MUX, DOUBLE S
5
MX FOR LINe, 4 CKTS
5
MX FOR PDP-12, 8 CHANNELS, ORIVES AN A215
7
(NEVER RELEASED), FET GATE DRIV~R
5 11/71 e CHANNEL FET SWITCH FOR KIlO, 0 TO +10V kA~G~
5
2 CHANNEL ANALOG SWlTCH, 2/CARD, U5~5 s~lTCrlA~L€ UP AMP, fON VT15
5
8REAK POINT GENERATOR FOR VT15. USED WITH Alll

A125

IPG

~t2.

tloGle

DCB
FE
RF

l130

12
12

JDL
Rl

10
15
1.5

DREW
LH

IPG
IPG
IPG
IPG

MORO
MORO
MORO
MORO

A131
A132
A133
A14G
A141
A142
AISG
l151
A152
l1S)
A168

AI61
A162
A163

"164

CA'1'

CAt
CAT
CAT

CAT

HI"

DCB

5
'5

2 3/72
1 11/71
5 1173

DCB
DCB
DCB

5
5
5
5

Dca

A16~

CAT

DCB

A1611
A161

CAT
CAT

Dca

Dca

7/73
7/73

7/73
7/73
7/73
5 7/73
" 8/70
5

DESCRIPTION

8 CHANNEL FLYING CAP MUX, QUAD, CONNECTOR ON HANDLE END FUR l~PUT
BLOCK SgLECT FOR AM07~A
soLlO STATE AlSO
SOLID STATE A151
8 CHANNEL MUX (ANALOGIC), 20 a AlbO, DOu8~E X 5
8 CM MUX wITH 1'1 AMP (ANALOGIC), 20 .... Albl, DOUBLE X 5
8 CH MUX wITH DECODER' ENABLE (ANALOGIC), 20-A162, DOUBLE X 5
8 CH MUX WITH 111 AMP, OECOOER, & ENABLE tANALOGIC), 20~A16J, OOUaLE x ~
A eM CONSTANT IMP MUX (ANALOGIC), 20-A164, DOU8LE X 5
8 eH cONST lMp MUX WITH 111 INVERTING AMP, CANALOGIC) 1000 OHMS/VOLT, 20 . . Alb5, uOUa~g X 5
9 eH CONST IMp MUl ~ITH OECODER(ANALOGIC), 20-A166, OOU8L~ X ~
8 CH CONST IMp MUX WITH 111 INV AMP CANALOGIC) 1000 OKMS/VOLT, wITH DECODER, 20.A167, DOU~L~ X

AMPLI'IF.RS

CAT
A2nO"YA IPG
Aaoo'!'yB fPG
A200 .... YC IPG

6
5
5
5
5

A2()O-Yl
A200';'Y'
A201
AI02
A203
A204
A206
AIO,

5
5
6
5
7
7

A200

A200~y" IP~

fPG
IpG
12

A207';'YP
AI07.YR
A201.Y8
AJQ8

018
CAT
CAT
IPG
IPG
tpG
tpG
lPt;
IPG
IPG
IPG
fPG
IPG
IPG
IpG
IPG
IpG
IPG
OlS

AI09

12

A20'~YA

A20, . . YB
A20.,.yC
A207 .. YO
AZO.,;'YE
A~O"~yF

AIO,,,,,YH

AaO'~yJ

AIO,-YK

_~~O'J~yL

AZO" .... YM

A20,~yN

Fi

5
5
5
5
5
5
5
5
5
5
5

aU

CL

5
5
5
5
5
5
5

OIF Op AMp, HIGH DC GAIN, PURCijASED, ENCAPSULAr~D, 10V, 20 MA OUT
-tOV TO +10V INPUT, OV To -10V OUTPUT
Ov TO -10V IN, 0 TO ""10V OUT
OV TO +10V IN, 0 TO ·10V OUT
.... iV TO +5V IN, 0 TO -lOy OUT
OV TO -SV IN, 0 TO -10V OUT
Ov TO +5V IN, 0 TO -10V oUT
(OBSOLETE), OP AMP SIMILAR TO 1751
2 ANALOG pREAMPS, FOR POp8/L
CAPSTAN SERVO PREAMP
DEFLEcTION PREAMP
DIF O~ AMP, FAST ~ETTLING, PURCrl FROM ANALOG DEvICES, lOy, 15 MA OUT
OJ' OP AMP, ECONOMICAL, G~NeRAL PURPOSE, lOY, 15 MA OUT
""1 0 V TO +10v INPUT, 0v TO .10V OUTPUT
OV TO -10V IN, 0 TO -10V OUT
OV TO +10y lN, 0 TO -10V oUT
.... Sy TO +SV IN, 0 TO -10V OUT
OV TO .5V IN, 0 TO -loV OUT
OV TO +5V IN, 0 TU -tOV OUT
o TO .lOV l~, 0 TO +10V OUT
o TO -10V IN, .10 TO +10V OUT
o TO -10V IN, -S TO +5V OUT
. . 10,51V TO +10,51V IN, 0 TO +10,51V OUT
o TO +10 V IN, +10,51V TO OV ouT
o TO .10.51 IN, 0 TO +10,51V OUT
o TO +5V IN, +10.~lV TO OV OUI
o TO . . 5,25V IN, 0 TU +10,51 OUT
.... 5V TO +5V IN, +10,51V TO OV QUT
poWER OP AMP FOR REMOTE DISPLAY, 200 MA OUT
2 PR£AMPS FOR 0 TU +2V, MODIFIED A202 fUR LINe, GAI~ Of 5

115

~

MOOEL
NO

A210
A211
A212
12t3
A21'
A214·YA
A214';'YB
AI14.YC
A214.yD
Ai14.YE
A214.YP'

PROD
IJ tNF.
IPG
IPG
IPG
IPC;
12
'.2
12
12
12
12
12

A21'~yH CSt!

A214""YJ Csa
A214.yK Csa
A21S.
12
A21h,yA 12
A211;'YB 12
AI16
IpG

A21'1
A2t7';'YA
Aal1';'y8
A218
A2"
A220

15

CS'

CSS
12

fPC

IPG

li21

'5

A222

IPC
tPG

A22)
A224
12
A224"'Y. 12
A224"y8 12

A224~YlVE-TERS
A'OO
A'Ot
A802

Ae04

CAt
IPG
CAT
LO'

llO)

AltG
AI111

CAT

1\'11

1.1

A841

8/E
CAT.
CAT
CAT

A.60
A861
1\862
A86)

"864
A86~

A866

A871

A871

At74

AI'!
AS77
A878

A17'

Aa80

".81
Aie2

IPG

MORO
DCB
JJL

GPS

MORO

12

LOP
LOGIC
IPG
IPG
Jp(1

IPG
IPG
IPG
IpG
IPG
IPG
IPG

Dca

MORa
EI<

RG
RG

IPG
IPG

~?94

IPG
IPG
IPG
IPG
IPG
IPG
tpG
lPG

.'02
A90)
A90) .. yA
A90S
A~1J

A914
A91~

14990

CA'!

A'91

CA'l'

A995

1 4/70
1 7/71
5 10 / 7 3
'1
5
5 1172
4 5/73
5
7/13
5 7/ 7 3
5 7/73
t 12/71
5 1173
1 4/72
5
1/74
2 5/73
2
5/73
2 5/73
1 2/"12

MORO
MOPO
RG
RG

1 9170
t 12/71
2 5173

~G

2 5/73
1 2/74

DEB

SrGN~L CO~oITIONING

A900
A,01

6
5

MORO

MORO
MORa
MORa
RG
MORa
MORO
MORO
MORO

MORC

1

5/72

CARDS,

~ISc.

4
7/71
6 9/'70
6 9/70
5
3 5/71

.,5
2 2112

1 11/71

:1 l/72
c;
5
7

(OBSOLETE). AID, 10 BITS, WITHOUT INT~RNAL REF
AID, 10 BITS, 0 TO +loV IN, 10 USEC CONY TIME, wITH INT REF, POS ~OGIC
12 aIT + SIGN AID, 8.5" QUAD, 20 USEe
9.8IT AID, ANALOG OEVICES MICRO~DAC
12 aIT A/O, +! TO ~5V
(NEyER RELEASiD)
Ae01 uSING +SV SUPPLY INSTEAD OF +10V
18 aIT AIO, 0 TO +10v INPUT, 10 USEC CONy rIME
1e aIT AID WITH_S&H, A405 + A811 CKIS, A08-£A
12 aIT AID (SIGN + 11 8ITS MAGNITUO~) +/~2v tN, 9 MaEe, 20.A860
12 BIT AID UNIPOLAR, 0 TO +10V IN, 48 USEe, 20~A8Ql
12 SIr AID BIpoLAR' +1-l0V IN, 48 usEC, 20-A862
12 BIT AID BIpOLAR +/~ lOV IN, 48 USEC, 20~A801
lS- SI T BIpOLAR +1-10V AID, 18 usEe, 3 THICK, DouBLE X 5
REPACKAGED A8A4 DOU8LE 8.5 2 THICK
12 SIT 15 USEe AID, PHOENl~ DATA, DOU8L~ 5, 20-A8b6
12 BIT AID, BIPOLAR, +1-l0v IN 18 USEe, PHO~NIX DATA, LIKE A862 Ext ~o SERIAL OUTPUT, lO.1009~
11 sIT aIPO~A~ +1-10Y IN, 6 USEe, PHOENIX ADC711 ON DEC BOARD, DOUBLE X 1 X 5
12~BIT BIpOLA, .1-10y IN, 6.5 usEC, PHOiNlx ADC712 ON DEC BO, DaLE x 1 X 5
12 BIT 0 TO +10V AID, 6.5 USEC, PHOENIX ADC71~ ON DEC SOARD, lO-108bl·5~
11 Blr AID, 8IPOLAR, +1-10V IN, 36 usEC, PHOENIx, ~OuBLE X 8,S
13 Blr AID BlpO~AR, +1- 10 V IN, 10 USEe, ANALOGIC, DOUBLE 5, 20-AS78
12 SIT A878, • U5~C, 20. A878
i1 sIT A878, 20_1 88 0
10 SIT A878, i.5 USEC, 20-A881
14 81T UNIPOLA~ AID, 0 to +10v IN, 45 uSEC, PHOENIx, SAME EtCH AS A~77, DOUbL~ H,5, 20-A8&2

8 CH~NNELS, 0 TO 10V, WITH 8 PAIR FORKED LUGS FOR TWISTED PAIR CABLE, PLUGS INTU A1!)O
AgOO EXCEPT 0 TO 100V,PLuGS 1NTO AlSO
A900 ExCEPT o TO 50 MA, P1"UGS INTO AlSO
8 CH, 0 TO 10V WITH FINGERS ON HANDLE END FOR RS07, PLUGS INTO Al!)O, DOUBLE X &"
AgOl MODIFIED FOR +1- 10v
AgO) EXCEPT 0 TO 100V
A90l EXCEPT 0 TO So MA
A,O) wITH FUSE

wItH rU5E
A905 wITH fUSE
AMPLIFIER BOARD FOR MOUI\iTlNG oP AMP (NOT INCLUOC:O)
AMPLIFIC:R BOAIlD
(CANCE1.ILED)

1.904

119

p~OD

MODEL
NO

LINE

DES
ENGR

DESCRIPTION

STATTTS

120

MO/YR

B SERIES MODULES, GATES
~!04

CAT

Bta'.YA TPt

1141

5
2 3112

~10~

CAT

5

8113

CAt

el1$

5

CAT
CAT
CAT

5
5
5
5

eli"
13123
~t24

812'
i130
8131

8132

eliJ

8t34
el35

8136
R117

IU3,
1141
8141
81Si
8155
IUS.

CAT
15
CA.;
15
15
10
. 10

10
10

to

10
10

f\

DOANE:

5

WH

5
5
5
5

WH
WW

5
5

SU

5
5

wH

5

WH

8

5

10

5

CAT

WH

5
~

IS6i

10
10
10

5

8166
8161

10

5
5

"16'

10
10
15

il'l

CAT

5

10
10

5

816;
~16'

'U~9·YA

1'1;.
81'1

to_

j181

csi

!t91

10

8191

10
10

8192

e19'

10

819.

10

8200
8201

CAT

1204

121'0
~ll1

8212
821)
121.4

BIS,

CAr
CAT
15
10
10

5

!5
5
SU

SO

JJL

4

5

2
7
7

7
5
5

5
5
5

15
10

5
6
5
5
5

10

S

4 INVERTERS, 3 LOADS
2 MA FAN IN, 3 , 4.7 K LOADS
5 INvr.RTERS, 5 LOAOS
4 2.tNPuT NEG NAND GATES, 3 LUADS
3 1.INPUT N~G NAND GATEs, 1 LUADS
2 6-INPUT NEG NAND GATES
4 2-1NPUT SERIEs tRANSISTOR GAT~S, 3 LOADS
1 SETS OF 3 INVERTERS IN PARALL~L, 1 LOADS
(OBS), pOp1X INVERTER LOGIC
4 3.INPUT ANOI OR~D, BOTH OUTPurs, PARITy fOR J BITS
Pf) P9 ADDER
Pfl)P9 LINK

ADf)~R

2 MA gQUIV TO 8111
4 2~lNPUT POs AND GATES, 1 LOADs, 2MA EQuIv TO b124
~ MA gQUlV TO 8115
)MA 8134
2 MA EQUlv TO Bl17
PDP10 ADDER (B131 WITH ADDED plOD! TO KILL rH~ CARRY QUICKLY)
1 2.. 1NPuT GATmS, 2 MA INPuT EQUIV TO R141
DIDDE GATE, 8141 ~ITH 10 MA LOAbS ON INPUTS r,J,L,N,R,T,V, FOR POPe
BINARywTOwOCTAL DECODER, R151 WITH HIGHER FAN-IN & NO CLAMP LOADS , NO EMITTER ~ATING
HALF BIN.TO.OCTAL DECODER, a aITS, 2 ENABLE INPUTS
2 MA EQUIV TO 8155
6 2.INPUT GATiS, 1 PAIR~D COMMON INPUT, 2 MA EQUlv OF R12l
2 MA DIODE EQUIV or B105
COUTING GATE FOR se ADDER OF PDP10
8 ,wINPUT NANDS OR~D TO 4 OUTPUTS WITH ~ ENABLE INPUTS, 21 4
4 3-INPUT NAN~S OREO TO ) OUTpUTS WITH J ENABLE I~PUTS, lXl
DIODE GATE EGUlV TO 6129, PDP9, 8 2~INPUT NANOS DREg Tb 2 OUTPUTS, 4 ~NA8LE INPUTS, 4X2
2/74 8169 W NO LOAD RESISTORS (MFIO)
6 SETS or 2_INPUT ANDS O~~D, 80TH POLARITIES QUT, POP1
rASTER B171, i MA FANwIN
14 INPUT NEG NAND GATE W ONE INPUT PRECEDED By A 10 IN POs NAND, ME10
7/71 leMHZ R1el DC CA~RY CHAIN
(NEVER MADE), ADDER, pOP10
(NEVER MADE), NtGATIVE ~OOK AHEAD ADDtR, PDP10
(NEVER MADE), POSITIVE LOOK AH~AD ADDER, PDplO
PROTEcTION COMPARATOR, PoP10 HEM, 0 , -lV IN , OUT, COMPARES 2 a-sIT wORDS
FM ADDRESS DECODER FOR 82~O IC'S, DOUBLE

CHEAP to MC

COUNT~NG

Fr

SINGLE FF
4 f'F's

AR FOR PDp?
Fr, BuFFERED, NO DELAY
DuAL RS 'r, PoPl0, BUs DRIvER OUT, DELAyED & NOT DELAYED RS INPUTS
PePg Fr, SlNGLE INPUT JAM, NO DELAY
4 rr,s, 8204 MAOE OvT of 3 MA DIODE GATEs
rr MEMORY, POP10, FAIRCHILD Ie'S, 8X12 BItS/CARD, DOUBLE SOARD

PROD
LtNE

MOt)EL

NO

OES
ENGR

DESCRIPTION

STATUS
MO/yR

121

DELAYS
BI01

CAT

alO!
Il1t
e)11

MTIT
10

1112
B'20
tU60

MOD

1 3161

10

to

Ie MC ONE SHOT
tG Me ONE SriOT, RAMP GENERATOR, INTERNAL OR REMOTE (PROGRAMMABL~)
4 DELAY LINES, DOUSLE SIZED
5
TAPPED DELAY LINE, 200 NSEC, 25 NS ST~PS, EMITTER FOLLOWER INPUT
5
5
DtLAY LINE, B)11 CONTINUOU$'Y VA~IABLt, DIODE INPUT, PDP10
1 11/65 TAPPED DELAY wITH PULSE AMP, 25~200 HSEC IN 25 NS~C STEPS
'5
SOREwDRIVER DELAY LINE + PU'SE AMp, 200 ~ 250 HS MAX
5

DOANE

CAT

O~LAY

CLOCKS

5
A.TT
WH

VARIAaLE CLOCK
CRYSTAL CLOCK, 2 TO 10 Me
vOLTAGE CONTROL~ED CLoe~, 1-10 Me, 40 TO 100 NSEC
i 12/64 10 Me FIXED FIEQ MULTl WITH EF OUTPUTS

5
5

N~G

PuLSES, POT AVJuST

INPUT CONVERTr,RS
8501

PULSE AMPLIFIERS

e802

86 0•

8610
8611

e611

Ot,TTPUT

CAT

1,5

10

to

8i20

CA'
10

"39
a681

to
CAT

388)

10
10

aea4

&sel

SU

5
1

6
S
4

DUAL 10 Me

PULS~

AMf

1113 ~UAL PA, LIKE 8602 BUT WITH 2 OUTPUTS FROM EACH PA, PD P7

(08S), 25 NS PU~SE AMp FOR USE wItH
DUAL pULSE AMp, 25 NSEC, PDP10
2/74 DuAL PULSE AMp, 60 NSEC, Mrl0

B~12

CONV~R'l'ERS

!'ll

.$9_

RI

CAT
to

5
ATT
ATT

DOANE

5
5

S
5
5
5
5

REGISTER CARRy CIRCUIT, 2 BITS +
8133 W &534-C TRANSISTORS, SINKS
1/71 e13S w b534~C TRANSISTORS, SINKS
4 POWER INVERTERS
4 aus DRIvERS
1 SUS DRIVERS, OR OUTPUT, 50 OHM
2 BUS DRIVERS, LIKE 6684
3 DIODE GATE DRIV~RS, 2 CKTS, sO
1/73

lNVERTERi
63 MA
~] MA
LOAD, 0 .3V
MA

~ ~ND,

a

MA @

~lV,

PDP10

C SERIES EQUIPMENT, PANELAIOE KItS

coot

CQ01';'A
C!OO!
COO~,!A

0003-8

8

'1

B

7

A
8
A

'1
'1
'1

'1
5 9/66

COOtl

R

COO5
COO6
COO7

9
R

0100

MOD

coo,

,..,

R

JJO

'1
'1

liD KIT WITH H999wP
AID KIT WITH H900AwP
AID KIT WITH t943WP
~EAL TIME CLOCK PANELAID KIT, 60 HZ
58 HZ VERSION
?DP8 TO POPij/1 INTERFACE CONVERTER~BurFLR
poPs/S 110 sUs INTERfACE CONNECTOR PANELAID KIT
INPuT/OuTPUT IUfFER FOR POPS/S PANELAIO KIT
INPUT BUFFER INTERFACE FOR d OR 8/S, REPLACES DOOb
MEMORY TIMING , CONTROL KIT
KIT, 12 SIT INTERACE TO POS BUS (USES £100), 2 sLOCKS, rOR 4
MODULES eM737, M739, MiO')

SINGL~

CARU

lNTERrAC~

MODEL

PRO'"

LINE

NO

DBS
ENGR

122

STATUS
MO/YR

CABINET SF:Rh:S

CAs.i

6

eA8·1.~

6

CAS-J

6

tAe.2

6

~A8.5

6

C!Aa·50
eAB-"
eAa·8A

CAA-AB

CAS8.AS

6
6
A

I)

8

"6

R

eAa8~IA R
CASI.IS 9
CAS.IC 8

OA8·9A
OA8.98

C!AS-,C
ela.90
0

9
9
9
9

6
6

6
I)

"6
6

4/13 STANDARD C~BINgT, MAY B~ ORDERED wITH OR
4/7] BLACK CAS-l
4/73 SPARE SySrgM CABINET, SIMILAR TU CAS-l
4~73 rRENC~ DOOR~ BELD~,

~ITHOUT

PA~ELS

0001"A

DOOt.O
DOOltr.:

DOot-F
0002

DOO)
0004

D005

e

I)

"

6

8

6

9

6
6

9
8
8
8

PAN~L

4/73 DouaLE CAa~5 WITH LONG TASLE, 2 CONTROL PANELS
4/73 CABINET, pDp6 TIP', INDICATOR PANEL AT lOP

4/73 CABINET FOR PDP8 wINGED TABLE
4113 CABINET FOR POpS RECTANGULAR TABL~
4/73 CAB FOR POPSIS
4/73 OpTION CABINET (OLD)

4/73 H.50 t 8/1
4/73 OLD CABINgT + 8/1

4/ 7 3 1," ExPAHDER CABINET, FULL WIDtH DOORS, aLACK, GRAY E~D PAN~LS

4113 SAME AS 9A ~ITH INDICATOR PANEL
4 / 73 SAME AS 9A, aUT SNAP.ON COVER~ UN FRONT

4/73 SAME AS 98, BUT SNAp-ON CovERS ON FRONT

e

11"BIT
BCD QuAD DECADE oeTAlo
(OBS), 8.BIT DIGITAL cOMPARATOR OCTAID
Up-DOwN COUNTER, DECIMAL DECODER, , CONvERTER OCTAlU
(OBS), pope IS INPUT 8UFF~R INTERFACE aeTAID (SEE C007)
COBS), pOp8/s OUTPUT BUFFER REGISTER OeTAlO
DOAL g_BIT SHIFT REGIsTER OCTAID
DUAL 8"SIT BINARY UP COUNTER OCTAIO

6
6

6

DOO'

8

6
6

e

11 "SIT
12_ S1T

6

8

0008

a.BIT OIA oeTAIO KIT
10"'aiT

6

0006

E I[Rt[S EQUIPMENT, PANEtlAloS

Eoot

Eooa

EOO)
E004
E005

E006
EOO'
Etoi
Eto'
EOI0

.~o.il

&:012
Eft)

'tOt4
E01~

toi'

~011

EcU8

,
7
1
6
7
,

,

,
,

PANELAIO FOR C005
PANELAIO C005
PlNELAIO C006
PANELAIO C006
PlNEuAID C006
si73 5t04453'
PANELAID C001.A,.~
PANELAIO, POP'/S INPUT
PANELAID COO?
PANE~AIO COo9
PANELAIO C009

6

5/71 540 8 0)7
5/73 54080]8

6
6
6
6
6

5/13 5408039
5/7) 5408040
5/73 5.08041
5/7) 540i042
si73 540804)

6

~NU

BLANK AT TAdLE LEVEL, PLYWOOD TUP PANEL

4/73 POPS CAB1NE1, INCLUDING TABLE, BLANK CONrROL

SERIES EQUIPMENT, oeTAIO KITS

D'O~~c

OR

INTERrAC~

C007

PloD
LINE

MODEr.)

NO

t019

[020

El0D

8lf
15

MOD

DES

ENGR
pc;
JJO

E724

E'2S
E126

6

5

.,
..,
.,

9/7] PDPS"E sus
2/'12 VT05 BUS

PANELAIO
PANELAIO
PANELAIO
PANELAID
PANELAID
PANELAIO

1

..,

E'21

.,

E'6t
r.879

DESCRIPTION

STATUS
MO/IFt

7

(USED IN C1OO), 2 BLOCKS
COOl, !iliA
COO2
COOl, ""A
COO2
COOl, -A
C002

""
"

COO 1, "'A & C002

COOl.A,IIIe

PANtLAID COOl",A,.8

r 'FRIES EQUIPMENT, DCTAIDS
..,

FOOt
FOOl
FOO)

(;

6

Fe04

6
6

FOO"
F006

6
6

FOO'
YOO.

6
6
6

"2')

"28

F'.4J

6

F86t

6
6

F862

oeTAlo 0006
(oa S ), INpUT eUfFt;R INTt;Rf'ACE
(08S), lNpUT euFFE:R INTERFACE
aeTAIo 0006
CeTAlo 0007
oeTAlo 0001
ceTAto 0008
OeTAlD 0008
oeTAlo 0002
OeTAlo 0001""A THRU ",r
QCTAIo DOO1 .. A THRU ",r
oeTAlo 0004
CCTAlo 0004

SENSE AMPLIFIERS

GOOl

GOoa
cQoi
G004

Geol

15

5
5

15
8
8

6
6

10

Goo.

R

GOI0
G011
GOt2

15
15

5
5
5
5
5
5

8

6

G(1)

15

G014

15

G006
GOO?

GOO,

G020

G021
G022
G(2)
C024
.~050

G051
G052
GOS)

Gos4
C05S

Gor;6

G860

10
FI

e

6

DV

ov

8

9
10
10
1. 0

PERIPH
pE'RIPH
PERIPH
pERIPH
PEPIPH
pF,RrPH
PFRIPH
PERIPH

SU

Rsli
RBL
RBI"
RBI"
RBL
RaL
AEI<
RBL

6

'5
5
'5
5
5

4
5
1
1
1
1
1
1
5

PoP",,? SENSE AMP
SLICE CONTROL FOR GOOl
(OBS), POp",,8 stNsE AMP

(OBS), SLICE cONTROL FOR GOO)
4 INPUT SE~SE AMp (DOuBLE), pOp-6, 2 US
MASTER SLIOE CONTROL, tOR Goos

PDP .. e SENSE: AMP

SLICE CONTROL FOR GOO? & G009
2 INPuT SENSE AMP FOR PDP .. 9, (NO PAl, ALSO USED FOR GOll , ij014
SENSE AMP SELECTOR FOR PDP",9, 164, ALSO USED fOR G012
(OBS), 2 INPUT SA FOR BIG 8"PIN COMPATI8LE wItH G007 (EXCEPT SELECTION LEVELS)
COBS), sENSE AMP SELECTOR, NEwe, 164, .. 5 TO ",8V, UsEs G010·S0ARD
(085), SENSE AMP FOR PDP",,9L, 4K MEM, Goo9 BOARD
2 INPUT G01l, G009 BOARD
SENSE AMP FOR BIt, SINGLE, ON G021 CARD, lC LEVELS
DUAL SENSE AMp fOR all, IC LEVELS, ALSO USED fOR G020
4 INPUT S~NSE AMP FOR PDP~10, SlNGLE, wITh CA8LE, +6.2y, ~6.2y
MASTER SLICE CONTROL FOR G022
2/74 MASTER sLICE CONTROL rOR M'10, +3,5 TO +6.5 V, SENSE AMPS ON G113
9 TRACK, 45 IpS, OUAL GAP HEAD READ AMP
7 TRACK, 45 Ips, DUAL GAp HEAD KEAO AMp
8/69
8/69 9 TRAcK, 45 IPS, SINGLE GAP HEAD READ AMP
7 TRACI<, 45 IpS, SINGLE GAp HEAD READ AMP
8/69
8/69 9 TRACK, 75 IPS, DUAL GAP HEAD READ AMP
7 TRACK, 75 IpS, PUAL GAP HEAD READ AMP
B/ 69
12/72 9 CH READ AMP (Tu16) HEx a,s
MAG TAP~ COMP~ESSOR, 9 TRACK

123

DES
ENGR

STATt)S
MOIVR

pgRIPH

RaL

PE~IPH

RaL
R8L

t 8169
5
1 8/69

pr.RrPH

R..,L

RBL

5

pEJUPH

p~oO

MODEL

LINE

NO

G06l
G062
GG6J
G064
G065
Go..80

GOSl

PE1UPH

PERIPH
15

G082

GOel
Ge94

8

PERIPH

G08'0
Ge8.

t.2

G08?

G0870

Goel

G08'
G090

to

6

PM

5
5
5
6
1
3
4.

I'D
RH
Rtf

5
7 2/'10
5
5

G091

G092

(Hoe

15

(;101

t 1

Gt02

XML
XMt

Gla4
G10!

GtoS

£lIE

S/E
xML

G107

XML

G108

xM1J

GIO'

5
5 It/7t

10
10
pE1HPH
CS$

pERIPH
PEJi\lPH
PERIPH

Gl0l

11/66

5
5
!5

PE~IPH

Goa$

t

6 8/66
5

XML

GIO'-YA 15

XML
Gtl0~YA XML
XMtJ
Gll1
XML
(11,2
GU)
10
XML
G114
XML
Gl11
PEAIPK
Gteo
PERIPH
GUll
PERIPl{
Glel.

Gl10

OREW
wp'

HO

as

PO
Po
PO

Po

PO

PO

NL
PO
RH

5173
7/73

4./71
2/11
11/73

10/73

5

4. 5/71
7 8/73
7 7/71
'2 l1i70
4.
1/72

4

5/73

4

1/72

OwS

1/71
5 9/72
1 2/72
4. 2/74.
4. 6/71

ES

57!7 3

we

ows
su

we:

ES

CHI

2

13/73

1
4.

11/70

2174

D~SCRIPTIUN

MAG TAP~ COMPRESSUR, 7 TRAC~
MAG TAP~ PEAK DETECTOR, 9 TRACK
MAG TAPe PEAK DETECTOR' 7 TRACK
MAG TAPg SLICER, 9 TRACK
MAG TAPE SLICEP, 1 TRACK
(OBS), DRUM SENSE AMP
MAG TAPE READ AMPLIfIER
n~UM AMP , SLIC~R
DISK pR€""AM'"
MAG TAPE RgAD, RECTIFV, SLICE AMP, TU20, ALSO USED ON G08b
OISK AMP, (REPLActS 1/2 GOSl + 1/2 W532) + (1/2 w533)
OISK AMP FOR OF32D, D532.D
CosS), MAG TAPE R€AD AMP, RECTIFY, SLIC~, PEAK PICKER
MAG TAPE READ AMP, R~CTIFY, sLICE, PEAK, TU30
~ASTER SLICE CONTROL FOR GOS7
DISK READ AMp WITH COMPRESSOR , pEAK DETECTOR, RSb4
2 eN TRANSFORMER 10 ADAPT IBM TkANSPORTS TO GOS7, Go88
DEC TAPE SKE~ TESTER
Rlo8 CHECKOUT TEST€R (G08S WITH PIIIIP Ave VOLTAGE AMP)
TIMING A~p + LOGIC, RS03, OSL x a,s

stNSE AMP & INHIBIT DRIVER, POP15, 3 WIRE, 3D MEMORY
SENSE, INHI~lT, & REGISTER FOR ~Ml1"'A
SENSE, INHIBIT, & REGISTER (4 BITS) FOR MMll ~ ME10
MEMORy VOLTAGE LEV~LS, MMll , MElO
SENSE, INHIBIT, & 12 Blr REGISTER FOR MMSwE, QUAD, 8,5
S£NS~, INHI8IT, 8 aIT REGISTER' PARITY CONTROL FOR MP8~E, QUAD, ij.5
MRll""A ROM DRIVE & sENS~, QuAO, 8,5, usES Gb42
M~11"'A WOROLET SENSE & INHIBIT, DouaLE, 8,5
G102 wITH 2 BITS ONLy
ts-alr 11/05'11/25,11/45 CONTROL, DATA LOOPS, HEX X 8,S (S~E G231,G232)
GI09 W M SELECT FF , DATA LOAD PULsE pINS, usED l~ NElS
Ii aIT GI09 (900 NSEC)
850 NSEC GI10
11 BIT alE SENSE' INHt81T, 8,5 X QUAD
20 BIT SENSE/INHIBIT, 1bK SENSE, a,5 HEX, MM11.U
19 aIT Mr l0 DATA LOOPS, HEX S,S (SEE G231) (8K SENSe)
G112 W 8881 , laO IN PLAC~ or 99 l a
Gtll FOR 8 OR 4K STACKS
LOW DENSITY (1100 aPI DOUBLE FREQ), R/W FOR RK04, OECPACK, DOUBLE x a,S
HIGH DENSITy (2200 SPI DOUBLE FREQ) R/w FUR RK05, OECPACK, OOuBLE X 8,5
RIM HEAD AND oETECTlONI RSOJ, PSL X 8.5

Pop~7

MEMORY

pULS~R

G200

t5

5
!'$

PDP.' INHIBlT DRlVER

8202

15
15
8

'5

PDP-' MEMORY DRIVER
(085), PDP ... 5(A) M~MORy SE~ECTOR
COBS), pDp.S INHISlt DRIVER, 2 d lTS
~oe5"
PDP"8 INHISIT DRIV~R, REPLACED BY G208
~EMORy SELECTOR, POP.6, 2 US, DOUaLE, U~EO fOR G212
INHIBIT DRIvE., 4 QUADRANT, PDP .. 6, 2 US, DOUBLE

G201

GaO)

G204

GIOI

GIO'

Gao?

8
8
10

10

"6
6

!
5

124

PROD
LINE

MOt"llL

NO

GIOI
G20'

G210
G2t1

G21!
G21,

G21'

Gil,
G221
G222
(;2?1
G224
Gt25
G221.yA

Ga;6

G227
G228
G229

G2lO

G250

G2St

GISi
GIS.
G254
GI60

GI61
G262
(26)

G26 4

(;270

G271
G272
G273
G27.
G275
G276

GI71

G278

GI79
G280
G2S1

G2e2

GIel
G284

5

8

5

15

5
5
5

8

.t 0
10

1,5

11

XM1;
11

.XMt.
8

9
XMl»

10

XML

XML
MT'T
MTST
MTIT
MTIT
MTST
MTST
MT'T
MTST

MTaT
MTaT
MTST
MTST
MTST
MT'T
MTST
MTIT
MTST
MTST
MTST
YTIT
CSS
CSS
CSS
15

G286

8

10

5

'5

PO

., 2170

SU

PO

IS
5 1/12

SU

5

pO
1'0

SU

Po

we
we

Po

Wc

DWS
OWS

5 / 71

5
S

'1 7/71

5 11/71
4 5173
t
9/73
! '7/71

5 1 oi7]
1 3/73

4

6/73

t
6

8/73

6
6
(,

6
6
6

6
6

6

6
6
6

6
6
6

6

"
"
(,

5

5
!S

6
5
5

5
5
6

DESCRIP'tION
PDP.a INHIBIT DRIVER (REPLACES G205) fOR + POWER SUPPLY, USED FOR G218 '

5
5
5
5

15
8
15

G19'

G2~8

SU

15

PEQIPH
PERIPH
PERIPH

G285

STATUS
MO/YR

8

XML
G231
G231:'yA 10
XMt,
G232
G233
XML
XML
Gil.

02lS
G236

DES
tNGR

7/73

pop-a MEMORY SELECTOR (HOT SIDE), (REPLACES G20l) FOR + PON~R SUPPLi, USEU FOR ~210, G219
Pepg CONTROL MEMORy DRIVER, DESIGNED TO DRIV~ G920, USES G209 BOARD
MEMORy DRIVER, 8 LINES, DIRECT COUPLED
MEMORy COMMON DRIvER, (;206 + MIse R&D, G206 SOARD, FOR POP6 2USEC M~M
WORD DRIVER, MAlO, USES G219 FOR DIGIT ORIVER
INHIBtT·D~IVE. (A G20a FOR NEG SuP131.ty), FOR POP9
MEMORy SELECTOR (A G209 FOR N~G SUPPLY), FOR PDP9
MtMORy DRIVER, IC INPuTS, 4 CKTS, sINGLE, FOR S/I, 8/L
M~MORy SELECTOR, Ie INPUTS, 4 CKTS, 3 WIRE, 3D, PDP15
READ/WRITE DRIVER, IC INPUTS, 2 CKTS, sINGLE, 3 W1RE, 30, pDp15
MM11 .. A SELECTOR
cuRRENT SoURCe, SINGLE x 8.1/2, ME10, MM11
G225 MODIFIED FOR RuGGED STACK
Xy SELECTIOH sWITCH, sINGLE X 8-1/2' ME10,MM11
XI sELECtION, CURRENT SOURCE, REGULATOR FOR MMS-E, QUAD, 8.5
INHI8IT DRIVE., Ie INPUTS, 8/1, S/L
Mwl1·A WORDLE! WORD DRIVE
G225 WITH DELAY LINE ON INPUT, 0 TO 40 NSEC
Xl SELECTION, CURRENT SOURCE, ADDRESS LATCH, 8K DECOO~, H~X X 8.5, SE~ ~109, G1l0
Gall w OIFFERENT SUBSTITUTE PARTS LIST
4.1( G231
xy SELECTION, CURRENT SOURCE, ADDRESS LATCH, 8K DECODE, 9,5 X QuAD, SEE G11l
XI SELECTION, CURRENT SOURCI, ADDRESS LATCH, jK OR 4K DECOD~, QUAD 8.5, S~E Gl11, G~15
l~K Xy DRIVE, CURRE~T SOURCE, DECODE, HEX 9,5, MM11~U, MIlO, H21712K Xy DRIVE, CURRENT SOURC~, DECODE, HEX, MM11.W, .WP
coa S ), WAVE SHAPER FOR 2503
(OBS), REGULAR FOR 2503
(oa5), PRoTECTOR FOR 250]
(OBS), REGULATOR FOR 2504
COsS), PRoTECTOR FOR 2504
coBS), ~AvE SHApER FOR 2603
r08S), REGULATOR FOR 260)
COBS), pRoTECTOR 'OR 2603
(OBS), REGULATOR fOR 2604
COBS), PROTECTOR fOR 2604
(OBS), RELAr I/W SwITCH, REPLACED By G379
COB5), ~AVESHAPER 'OR 2500, 2600
COBs), NEG OUTPUT AMP FOR 2500
(OBS), POS OUTPUT AMP FOR 2600
COBS), NEG DRIVER POWER MONITOR
(08S), POS DRIVER POWER MONITOR
C0 8 S), POwER MONITOR
COBS), SCR R/W SWITCH
CoBS), READ~WRITE SELECTOR
(OBS), RELAY MODU~E, REPLACED B~ G]79
DRUM WRITER, 240 MAl SIDE
X SELECT, O~UM, 2 PAIR fORM A
Y SELECT, DRUM, (4 FOR~ A)
(OBS), MAG TAPE NRzl wRItER
DISK wRtTER, gISK
SERIES SWITCH, DIsK
CENTER TAP SELECTOR, DISK,
MAG TAPE WRITER, 2 CHANNELS, 100 MA H~AO CUR, NO CENTeR TAP, 0 TO -15V
(OBS), DRUM W~ItER, 150 MA/SIOE, G280 BOARD, ALSO FUR TU79

14!5

p~OD

MO"EL

LINE

NO

Glel
GI90
G291
G294
G295
G296
GlSO
G1Sl
G152
GIS]
Gl!54

(US!

G);O
Gl71
G)72
GJ7l

GI?
G)'7S

G]76
G)77
G378
G379
Gl90
G191
ROMS

to

PgRIPH
PF.I'IPH

DES
ENGR

STATUS
MO/YR

GS
PM

S
5
5
5
5

6

e
9.

B

pE~lPH

PE~IPH

PERIPH
PERIPH
pgRIPH
PERIPH
MT51
MrST
MT8T

~BL

RaL
RBL
RSL
RaL
RaL
BU

aU

MrST

MT8T
MTST
MTST
M1ST
MTST

MT'T
PERII'M
PE~IPH

7173

';

1 11/69

, 11/69
t 11/69
1 11/69
1 11/69
'7
(;

6
(;

BU

au

6

"
6

F!

aU

6
6

D~SCRIPTIUN

rOBS), DRUM W~ITER, 2 CHANNELS, 65 MA HEAD CUR, G280 ETCH, 180 UHMS INSTEAD OF 130
OISK ~RITER, INCLUO~S 2-1/2 MHZ FF
OISK wRITER W +20,.5,-15 POwER rAIL, RS64
DISK WRITER, + LOGIC gQUtV TO G284
SERIEs SWITCH, + LOGIc EQUIV TO G285
CENTER TAP SELECTOR, + LOGIC EQUIV TO G286
9 TRACK, DUAL HEAD, 45 lps, MAG TApE wRIT~ DRIVER
1 TRAcK, DUAL HEAD, 45 IPS, MAG TAPg wRITE DRIVER
9 TRAcK, sINGLE HEAD, 45 IPS
7 TRAcK, SINGLE HEAD, 45 IPS
9 TRAcK, DUAL H£AV, 75 IPS, MAG TAP~ WRITE DRIVER
7 TRACK, DUAL HEAD, 75 IPs
(oas), BIPOLAR READ/WRITE SWITCH, REPLAC£D aY G371, Gl1~
(085), BIPOLAR R/w sWItCH, DOUBLE BOARDS, LIKE G370, ~XCEPT CUMEs APART, VERTICAL D~CUO!N~
COBS), alpOLR R/W WRITCH, LIKE G371 SUT HORIZONtAL DECODING
C08S), MULTIPLEXER, DOu8L£ 10 FURM C CONTACTS, MAGNECRAfT R~LAYS, 12V, 300 uHMS
(085), 8IPOLA9 R/W SWITCH, REED RELAY EQUIV TO G171
COBS), BIpOLAR R/W SWITCH, REED RELAY EQUIV TO G37~
C08S), PRoTECTION CONTRO fOR 2500 + 2600
BIPOLAR REED RELAX TREE, 16 OUTPUTS, 2X8 REpACKAGED G379
GJ17 wITH DIFpERENT OUTPUT WlRING
COBS), SAME AS G279 aUT WITH DIfFERENT INPUT uBCODING
OUAL 5 AMp SOLENOID DRIVER, S, OUTy 'ACTOR, 'OR LAlO
LINE rEED SOLENOID DRIVER FOR LAlO, 6 AMPS

CAy
CAY

5 11/71
S 11/71

A.DL
01
D1

2 1110 CHAR GEN ROM, MOs, 64 WORDS, 5X7 DOT MATRIX (EAJ400 24 pIN
4 5/73 4K X 16-81T MOS RAM, 8.5 X HEX, 4 LAYER
4 6/7] 18 SIr G401

& RAMS

0400
9
G401
11/45
G401_yA t.lj45

~C)

TeST P!QUIPMENT
G500
G8000
G5001

GI002
GIOO~

GI004
GiOOI
GI006
GI001
GIOO'
6500.

GSa!

GI010

(;1011

GI01'-

Glolj
~~Q!4

GI015
CI016
CIOl,
G5018
GiOl,

1 11/71 TUSS/56 SKEW TESTER, SINGLE X 8,5
1 4/73 FAILURE SUMMATION & TIME SELEcT, 2340, QUAD
1 4/73 PIN PgLECTOR, 2340, QUAD
8M'"
BMM
1 4i,3 22 PIN COMPARATOR, 2140, QUAD
PROe;
BMM
t
4/73 RANDOM PATTERN GENERAtOR .1, 2340, QUAD
PROE
BMM
t
4/73 PANOOM PATTERN GE~ERAfOR -2, 2340, QUAD
PROe:
BMM
1 4/53 RANDOM PATTERN GENERATOR #1, 2340, QUAD
PRoe;
BMM
1 4/53 RANDOM ADAPTEJIt, 2340, QUAD
PROe:
8MM
1 4/73 ADAPTER INTERfACE, a340, QuAD
PROE
8MM
1 4,73 ADAPTER INDICATOR, a340, QUAD
PROE
·GD
1 tO/71 1K )6 SIT PROM, TU16 XQR, oUTpUTS TOP rINGERS To G50!), DouaLE (SEE G5015)
TE
FS
' . DOLL 2 7/73 LOGIC MAINTENANCE MODULE, 3r" 4 GATES, 2 INV, lONE iHor, SINGLE 8,5
t 9/73 AVGERAGE AMPLITUDE DETECTOR, RS04 TESTER, DOUBLE a.s
pgRIPH ROl'T
JOB
t
91'3 M140-TA CoNTROL BOARD, DOuBLE 5
PS
PWK
1 9!73 EeL FAN.OUT, • LAYER DOUaLE 8.5, ~Ll0pTA
TE
GO
t 10/73 DATA BUr'ER MODULE, 1u16 xOR, DOu8LE 8,5, INPUTS TOP rINGERs
TE
JV
1 10~71 BIDIRECTIoNAL SUFfER, 11/05, RK11-0 XOR, SINGLE 8,5
TE
wEK
1 10/73 li2 H]53
TE
WEK
TE
t 10/73 112 H35J
] 1/74 TEST CARD FOR A002/ADU01, SINGLE 5
AKI
IPG
RMe
1 11/71 eMT RESISTOR CARD (MS1400), SINGLE 5
TE
Ase
1 ·1/74 DVM SELiCT, 2223, DOUaLE 8.5
TE
FS
PROg
PRO!

aMM

MODEt)

OES
ENGR

STATUS

TE

ES
ASC
Aae

TE
TE

Ase

2 10/73 DECPACK WRITER EXERCISER, OOUaLE 8,5
1 1/14 D~IVER MUX, 2223, OUUBL£ 8,5
1 1/74 !XTERNA~ PATTERN REGISTER, 2223, DOUBLE S.S
1/74 ~EGISTER MUX, 2223, DOUBLE 8.5
1
1/74 INDICATOR DRIVER, 2223, QUAD
1 1/74 REGISTER DRlVER A, 2223, DOUBLE 8,5
1 1/74 RtGISTER DRIVER S, 2223, DOUBLE 8~5
1 1/74 T!PWRITER KEY SWITCH TESTiR, QUAD
1 1/74 9,00 BAUD CLK , BELL DECODER, SINGLE 8,5, BLANK FINGERS, ALL SIGNALS fROM Hi54, USED ON 11/05 XOR
1. 1/74 LOADS FOR H763-TA, QUAD
1 1/14 CONTROL FOR H.6l.T1, gUAD
t 1/74 DD11 XOR TEST HEAD ADAPTOR fOR M1800, DUUBLE 8,5
.
2 10/73 DtCPAC K POSITIONER EXERCISER DOUBLE 8.5
1/74 +sv BCD SELECT, 2223, DOUBLE 8.~, wAS 93.05530.0-230 OR 93.05S30~O~174
2223.GB _15V 8CD SELECT, WAS 9l.05530~0.175, DOUBLE 8,5
1 1/;4
1/7 4 2223 P MS -15V ICD SELEcT, WAS 9 3.05530-0.314, DOUSLE a.5, US~S GSOll ETCH SOARD
1 1/'74 +20V SCD SELECT, WAS 93.05530.0-229, USES ETCH SOARD OF GS03l
,. 2/" RANDOM PATTERN GENERATOR, 22 OUTPUTS CHANGING ONE AT A TIME, 2340, ~uAD
.
2/14 lK 104 aIT PROM (3 GS009), HEX
2 10/73 SSST Tu56 SKEW TEST~R, SINGLE 5
1 1/74 2223 VARIASLt CLOCK & BAC LINE BUFFERS, WAS 93 8 05S30-0-163, QUAD
1 1/74 2223 DATA CHANNELS, QUAD, WIRE WRAppED VERSION, WAS 93.055)0.0.156
2223 1 OF 8 POT SELECT A, DOUaL€ a,s, WAS 93.055]0·0-157
1 1/74
1 1/74
2223 1 OF 8 PoT s~LECT S, OOUBL~ 8,5
,. 1/74 2223 1 OF 8 PoT SELECT C, DOuaLE &,5
1. 1/74
2223 1 OF 8 POT S~L~CT 0, OOU8L~ 8 p S
t 1/74 2223 1 OF B POT SELECT E, DouaLE 8,5
2223 1 OF 8 POT SELECT f, DOUaL' ~,5
1 S /..,4
2223 1 OF 8 POT SELECT H, DOuSLE 8,5
1 1/74
1 1/74
2223 1 OF 8 PoT SELECT J, OOU~Lg ~.5
2221.MB 1 OF • POr SELECT K, DOuBLE 8,5
1 1/14
t 1/14 2223-K vxy A POT SELECT, DOU6~E 8,5, USES G5046 ETCH
1 1/74
2223-K VZ A PoT SELECT, DouBLE 8,5, UsEs G504b ETCH
2223-K VZ B PoT SELECT, DOUBLE bAS, USES G5046 ETCH
1 1/74
t 1/14 222l~MB STROBE poT SELECTS AI DOUBLE 8.5, USES ~5046 LTCH
1 1/.,4 2223.MB STROBS POT SELECTS S, DOUBLE 8,5, USES GS046 ETCH
1 1/7 4 222l·M8 STROBE poT SELECTS C, DOUBLE 8.5, USES GS046 ETCH
1 1/14 2223-MB STRUBE POT SELECTS D, DOUBLE 8,5, USES G5046 ETCH
1 1/1'
222l-K VTH POT SELECT A, DOUBLE 8,5, USES ETCH OF Gti046
2223~K VTH POT SELECT a, DOUBLE 8!5, UsEs ETCH OF G5046
t 1/14
3 2/74 8/E XOR TESTER OMNIBUS DRIVERS, SOARD H, QUAD 8,5
2223-K VXY CONTROL 8, DOUBLE 8,5, USES ~TCH OF G5046
1 1/14
1 1./74 2223-K STROSE POT SELECT A, DoUaLE 8,5, USEs ETCH OF G5046
1 1/74 2223-K STRo~E POT SELECT S, DOUBL~ 8.5, USES ETCH of GS046
1 1/'4 2223-K STRO~E POT SELECT C, DOUdLES,S, USES ETCH OF G5046
2223-K STROBE POT SELECT 0, DOUSLE 8,5, usEs ETCH of G5046
! 1/'4
1 1/74 2223-MB VXY~ POT SE~ECT, DOUBLE 8,5, USES ETCH OF G5046
1 1/'4
222J-MB VxYr POT SELECT, DOUBLE 8!5, US~S ETCH OF GS046
2223.MB yTH G POT SELECT, DOUBL~ 8.5, USES ~TCH OF GS046
t 1/74
3 2/74 8/E XOR TESTER OMNIeUs BUFFER, ~OARo C, QUAD a.5
2!24-AA DATA GENERATION, QUAD
t 2/74
2224-AA ADDRE,S GENERATION, QUAD
1 2/74
1 2/74 2224-AA ,~lICio5~
8K 16 BIT Mllj, PS )010654, 900 N.5EC
950 NsEC H214
8K 18 8lT H2 1 l, PS-3010654
Sf( 19 BIT H21J, P5 .. ]010654
16 K 20 aIT STACK ON G647, PS H217"0
18 K 19 aIT STACK ON G647, PS H217.0
t~K 18 BIT STACK ON (#{)47, PS H217"o
16K 16 BIT STACK ON G647, PS H217"O
12K 20 ~IT STACK ON 50.10 7 04
32K 19""slT STACK ON 50-10104
32 K Ie-SIT STACK ON 50-10704
32K 16""'aIT STACK ON 50-107()4
8~ 12 81T, PLUGs INTO G649, MM8.AA
16K 12 BIt, PLUGS INTO G649, MM~ .. AB
4X, 12 SIT, 22 MIL STACK UN G619, PS 30098)4
256 x 16 aIT, 3 W JD STACK, 20 MIL, ON G615

,

9.

MODEL

P~OD

NO

Jf24c,-H241

L!NE

if

8/r.

M14!

t/E

lUOO

'IPr.;

H101

IPG
IPG
IPG
12

RI02
M)()J
M)04
Hlo~

H)()6

HJ07-A

H101'S

"t°"-C
Hlo';o

12

nIS

DES

ENGR

PO

BT
8T

MORO
MORO
MORO
MORO

ex..
cx..
Aot

12

AW

12
12

Aw

H)01i!:

12
12

HJ08

8

HJ09';'A
HJO'~B

12
1.2

"Uo,., 12

AW
Aw
AW
AW
WH
RAW

"':to,-c

8/~

RAw
LN

A3tO

,2

Hji 1.

12

RAw
ON

HJtl-A
H313.A
HJ14,
H)14"'A

Hll'~B

H;U!
H)16",A

8
9

12
12
12
11
11

Hlt~·a
H11'1

11

H]19
Hl19
HS20;A

EOU

H120-8

11

't'pL
't'PL
TPt,

JER

JER
RAw
RAW
RAw

PJ

55
85

va

AM

JW

JG
JG

STATUS

DESCRIPTION

117

MO/YR
1 21'0 8~AID ASSY (G106+G642+8RAID+HARDWARE) FOR MRtl, 256 WIRES X 64 CORES
S 8/73 BRAlO ASSy FOa MRS-EA, 128 WIRES X 24 COR~S, M880+Gb43
1 6/'1 BRAID ASSy fOR MRS_EB, 256 wIRES X 48 CORES, M886+Gb42

PUSH sUTTON BOX, J BUTTONS & AMPHENOL CONNECTOR
HIOO , W809 MaDULE
CONNECTOR PANEL (BETwgEN H30) , AHO))
5
4 10/69 AMP. MOUNTING PAN~L , CONNECTORS CAr07)
CLINICAL CHEM TERM SOx' (FOR AUTO ANALYZER, T~CHNICON)
S
8 CKT DISTRIBUTION sOX, cONNEcTS TO H304 , AGL2
5
JOy STIcK rOR KY8/1
5
4 21 7 0 SMA 12 1 6 0 RELAY DELAY (CLIN LAB TESTER aOX), 11,V
3 51'70 SMA 4, SMA 7 RE~AX BOx, 115y
1 5/10 SMA 12/3 0 RELAY sox, 11sV
S
2)OV H307.A
5
2)OV H107""B
4 4/69

5

2~OV H107t!!1C

5

5 5112
5

2

8/70

BC01A TO aeOle ADAPTER, (R$2128 _ RS2328) NuLL MOOEM
9~75 X 10,5 1/0 ACCESS PANEL, PROVIDES .5V , 2A, 6 CONN, J 1/0, 2 DATA sRK, 1 SENSE
19 X 5,2 5 HlOg_A
H109-S WITH 5 CONN & H110 SUPPLX, 1 I/O, 2 DATA aRK
MODULE TEST ASSEMBLY

5 4/72
5
1 5/10 TOOL KIT FOR uSE wITH H310
5 10/71 NULL MODEM fOR ASYNC OR SYNC cOMMUNICATIO~ LINE
5 2172

DtC TTY TO EtA 232.C INTERFACE

2 9/72
2 9112
1 7/72

DuAL TELEGRAPH LINE INTERfACE, G861, G8&2, K7l1, G8003 IN A BOX,
2)OY H31 6 ""A
TtY DISTRIBUTiON pANEL, D~11

INTEGRATED CIRCUIT 5AMP~ER, 180 IC'S
5
INTEGRATED CIJCUIT SAMPLER, ADVANCED SELECTION
7 1/71
INTEGRATED CliUIT sAMPLER, BAsIC sE'ECTION
7 1/11
5 5/73 ASYNCH MODEM TEST CONNECTOR

"

1

8/72

11~V

LOGIC DESIGN • COMPUTER INTERFACING KIT

9/73 28 MA CURRENT LOOP RECEIVER (OPTICAL lSOLATER RECEIVER, PASS.~THRO~GH tRAN~M~T!E~)

t 10/71 8 CM TELEGRlPH RECEIVER, 115V
1. 10/73 8 CN TELEGRAPH RECEIVER, 2]OV

CONNECTOR ASSEMBLIES
H350

15

RE

M151
MJ52
HiS)

QC

WEK

H16&

10

SU

H400_14

PS

H400';'S

PS

10
10

J(E

BU

aU

H400.C

11

CRB

H400;'0
H401
H'02;'A

11
Ps

CRS

a

BU
PG

2 w850'S , HA~OWARE FOR CONNECTOR
2 WiS1'S , HAaDWARE FoR CONNECTOR
6
2 W852'S , HA~OWARE FoR CONNECTOR
1 10/73 CI01S + GS016 PHYSICAL IIC FAULT INSERTER
5 12/71 2 M922'S JOINED & CONN TOGETHER WITH ON~ HANDLE
5

5/12
5 5/12
1 10/72
1 11/72
1 81.,2
5 1/74
~

7A CKT BREAKER, FILTER, , OUTPUT CONN IN BOx (FOR 81M, 11/0J,11/05), 115 VAC
4A CKr aREAKE~, BILlER, , OUTpUT CO~N I~ 80X (FOR 81M, 11/0~,11/05), 230 VAt
H400~A w lOA CKT BREAKER
H400~B W sA BREAK~R
SPACE FOR FUSES (lOA MAX), FILTER, DuAL VOLTA~E IN.PUT BUX (~/M, 1~/05J ~E~L~~~s H400)
H400 wITH H401~A OUTPuT CONNECTURS

MODEll

PROD

NO

LINE

H402':'a

R

DES
ENGR

STATUS
MO/YR

PG

5

DESCRIP'l.' tON

138

1114 H400 wITH H40t-e OUTPUT cONNECTORS

COMPUTER LAB, LOGIC LAB, 1'01'16 CABS
H500

~OD

MIOO-)

MOO

H501
"502

!DU

MOp)

K510

AM

MOD

Hi20

MOD

H520-A

MOD

H5ao';'B

MOt;)

RYN

RVN
RvN

H120':'C

MOD

RVN

"'121

MOl!>

RyN

MOD

~YN

H$21
""24

MoD
MoD

PVN

HI28

Mob

H522

MOD

HI2S

MOD

1412,

COMPUTER LAS, 110Y, 60/~O HZ
COMPUT!:tt LAB, 2l0V, 60/50 HZ
t 3168 MouNTING BRACkET fOR COMPUTER LAB, }o'OR 19" RACK
1 2/12 COMPUTER IN1'ERFAct PANEL FOR DBS.EB OJ/E) (8UILT IN CARLEtON PLAC1\;)
2 10/69 '<.SERIES LOGIC LAB, 1tOVAC, 60 riZ, l-K900,1-K901,1-K902,&2- 4 913
2 2/71 M""SERU':S LOGIe LAS, 115V, USES HSOS
2 3/7 1 M.Si:RIES LOGIC LAB, 230V, USES l1eOe
1 3/71 M SERIES LOGIe LAB, 11 5 y, USES H80l
1 3/71 M SERIES LOGIe LAS, 2)OV, USES 11803
5 12/71 AUX MEMORY DEVICE FOR M"sERIEs I"OGIC LAB
DRAWER, WITH SLIDES
2 31'11
:2 3/71 DRAwER' TABLE TOP
:2 3/'1 CABINeT, TA8LE TOP CAS I'OR K950 + MODULES
3/7 1 REMOTE eAaINET
5 12/11 OPERAtORS CONSOLE
2 3/,1 CONTROL PANt;J.,
5
5

RVN

RVN
RyN
RVN

,.

POWER AMPLIFIERS
H600

10

H6 0 1

1.0

H't'l

10
Pp;IIPH

H604
M601
H606

PERIPH
PERIPH
PERIPH

""OGO

9

H,o.s

H100 t

"'7002

R'OOl

7 2/68
7 5/67

7
MOM

OJ
CAY

vH

ADL

9

ADL

11
11

DV
DV

5
5

5
2

l
1

1

(OBS), CAPSTAN POWF.R AMP "OR TU79

(oa S ),

.REEL SERVO POWER AMP FOR TlJ79, REPLACEO BY W042
(OBS), CApSTAN PowER AMp FOR '1U79
CAPSTAN SERVO POwER AMP FOR TU10 (PREAMP IS (;932)
4112 DECPACK HEAD pOrSl'l'IOH SERVO POWER AMP, (PREAMP IS G938)
5/ 7 3 MoTOR DRIVE AMP, LA.) 0
1/14 TU16 pOWER SOAR.P (CAPSTAN PREAMP, POWER AMP, REEL MOTOR

2/74

2~74

2/74

1 2/74

AMP~,

8RA~E

A<;TU.ATORS)

TELETYP~ SIGNAL STArIC FI~TER
PDPS-E STATIC FILTER KIT (INCLUDES H7000, BRACKETS, CAPACITOR, TAPE & INSTA~LATro~
TTY SIGNAL STATIC rILTER, sHIELOEO CAaL~ TO MAT'NtLOCK, MAT'NILOCK INPUT
TTY SIGNAL STATIC rILTER, SHIELDED CABLt TO H8S6, MATIN'LOCK INPut .

INSTRU~T~O~S)

POWER SUPPLIES
H'701,

CAT

H?Ol-A

CAT

H'ot

5
!Ii
6

'CA'

'!'

'"

H101

5

I I'

WlO4

H104"A

f41o'.e

H104"C
""04-0

"'704';'H
Hl05

,

....

CAT
IPQ
MTiT
IPG
IPG
IPG

MrlT

S
5

RG
r.G
RG

2 6/70
2 6/70
2 6/70

+10V , O.4A fLOATING, ~15V , 0,5 TO 3,OA
58 HZ VERSION OF H701
RiG PowER SUP'Lt, MOUNTS ON re MNTG PANEL SAR,o TO 0.4 AMP 15y FLOATING, 0 TO 0,4 AMP 20y '~TG,
FOR UsE WITH 1201, A120, TAKES THE PLACt; OF TWO S-MODULf.: BLOCKS, wILL FIT S¥SlElfl MODULE M'IC,.- PAN~Ls TOO (971b" sPACING ONLy)
REGULATED POWSR SUPPLY, MOUNTS ON r,c, MTG PANEL BAR, 0 TO 1"'1/2 AMPS 10VfLOATIN(J, AND
o TO 1-1/2 AMpS 20Y FLOATING FOR usE AS DIGITAL OR ANALOG S~STe:M pOWE;H wHJ!;N--ClIOCK'
'_DELAY JITTE~ MUST BE REDUCED, WILL ALSO ,tT 9/1 6 " SPAC~N~ SYST~H HOOULt MN~G·PANILS
~EG. DUAL POWeR SUppLy, 15V @ 400 MA fLOATING, MoUNTS ON 1943 ok H911, 115V
.'
SAME AS H704, EXCtPT IT MOUNTS ON RIGHT ANGLE BRACKET, 11SV
14704 MOUNTED ON A PLENUM DooR PANEL WITH TERMINAL STRIp, 115V
H~04 MOUNTEO ON 1 9 X 5 1/4
PAN~L, 115Y

Hl04, 230V

H1704",C, 230V
~6SV' -iSV, 200 MA EACH (DRB6S·,2/.2)

PROD
LINE

MOOEL
NO

DES
ENGR

"'OS·S , MTST
H~()6
MTIT

H!lO'

CAT

15

""ot

LH

IpG

ON PLENUM DOOR LIKE 8704s
10V 1~1/2 AMP SUPPLr, POwER MATE, (USE H717 INSTEAD)
H,06 MOUNTED ON PLENUM ~OOR
6
LlKE H704, BU, 1,5 AMps FROM EACH or TH~ TWO 15 V SUppLIEs, DELTRON
5
2 11'0 H707 WITH NO BRACKET, FOR VT15
2 12/69 DUAL SUPPLY, 15V ~1~1/2 AMPS, 20V i 1~1/2 AMPS, 115 VAe, DE~TkON, MOUNTS ON
230 VAC H'708
5
5
+aOV 1.5A & +10V 1,SA, DELTRON ON 19X 5,2~" PAN~L, 115V
230 V H709
1 3171

8'oj-s

IPQ
8

"'70,-s

9

CAT

5
5

H
12
R
, ,' 1.)

i~c;

RG

H114
"'15.8
H71S.C

SIt.

"1 4/69
1 9/69
1. 9/68
5

!pG

DEB

JPG

DEB
ER

5
5
1 7170

"'01
H'ot~A
"'10
H",l

e

,

H'11';;'A

""t6

Hlt6.A
H716-6

H'16~C

",,16-0
""1"1

H1 1 8-A
H'UI~a
"'"11-C
""1.9

H'20';'A
H720-a
H'20~C
H720~D

H120;E

8/L

9

IP(;
IPQ
1PC
PERIPH
8
8

TptJ
11
11
11

11

11

M120-gJ , 1
H"I20;F 11
""20.F,' 1 t
H'20~H

H120.J

"1
11

"'721

1.5

•
",,22

11

H723
H124

10
BIt

""24.A

9/E

H'26';'A

14

H125

to

H'2'~B

14

H'27~A

""28-0

IPG
IPG
IPG
tpG

H"30 .. A.

PE~IPH

H726';'g
R"26;F

H127.a
H'21·C
H12~_

t1

1J9

H~05

""0'';'8
H10'';'C

DESCRIPTION

STATUS
MO/YR

BN

BEST
WH
WH

t

",,09 FOR
4/69

10/68

5

DEB

3 7/70

DEB

1 7/.,0

MORO
GS

8H

BM
MI

BOW
BDW
SOW
BOW
BDW
BOW
BOW
BOW

5
5

2 3110

5 12/71
2 4169
6

10/73

6 10/73
5

5
5 12/71

1 7172
1 9/70
1 '/72

OV
ELlA

4 5/72
5 5/72
5 12/71

PJ
DREW

5

DV

JDM

:2 )110

5112

4 3/11

JDM
DREW
AR
AR
BPF

4 3/'1
5 5/72
t 4/70
1 4/'0

DEB
DEB
MORa
MORO
RTH

5
5
2 8/'0
2 10/70
1 10/70
5

BPi'-

MOM

1 12i71

1~4J

OR H900

2~~OV

+5V 5AMP SUPPLY, us~o IN H910 COyNAGE)
(OBS), +5V j lA, ·1SV @ 1.SA, OR +sV , 5A
(OBS), 50 Hz H111
DEL ELECTRONICS POWER SUPPLY, MOUNTED ON A PLATE, FOR YR12
2.H707'S ON A 19" pANEL, GAS CHROM.e,(Af06A), 4 fLOATING 15v REG SUppLY, 1.1/2 AM~ ~ACH
LINE FILTER, Z50VAC, 2 X 30 AMPS, CHO~E INPUT, LINE l' FRAME GND, N~UTRAL OR LINE 2
CAB MOUNTING, 19" pANEL AUTOTRANSFORMER, 95,205,230,250 IN T6 115V-OUT, l,7S"'KVA
TABLE TOP (fLOOR), 9S 205,230,250 TO 115 VAC AUTOTRANSFORMER 50/60 HZ, 1 75 KVAfOk ~L
+5V 4A,+/.o·3%, .15v 1-1/2A, wANLAss,2 BLOCK spACE (4"XS..,1/4X15,,50760RZ,126/240V (IIOV ~iCli.pl'ACl"E)
H~71b wITH 2JOV RECEPTACLE
- - 19" H716 (11Sy RECEPTACLE)
H71b..,S WITH OUTPUT RELAy SwiTCHED FROM +5V
H,16-S WITH 2,OY RECEPTACLE
I&V 1A REF SUPPLy (FOR lAOS), TO REPLACE H706, MADE 8y KEPCO
Hl14 ON 19" PAN~L WITH CB , LIGHT, JOA, 11sV
t5A 11 5 y 161 CORD wITH P_NEL MOuNTED rlLT~R IN MIDDLE
30A H71s.e
H'16 + 160 Mr, 20Y ON 19" 110.1/2 pANEL
POP11/20 SUPPLY, +5V @ 16A, ""15V@10A, +8V RMS~1.5A, ""25V@lA, 11~VAC, AC LO, DC ~O, LTC
2)0 VAC VERSION OF H720
19 X 10,5 INCH H720.A
19 X 1 0 ,5 INCH H7~O.B
H120~A wITH POwER CONTROL & REMOTE/LOCAL POwER INTERLOCK, .sy 22A
SySTEM TESTED H720-g
230V H720.E
sySTEM TESTED H720~r
RUGGEO 11 POWmR SUPPLY FOR 11R20, 115V
H120-H EXCEPT FOR 230V
+ev +/~2' i 20A, ",,1S,5V+I-l0% i 3~1/2A,+10,5V+I.I0' 8 2-1/2A (PDP1S P~RIPH) AUTu TAPS,
20 MS HOLD uP, 5.1/4" X 19 X 6-1/4, NORTH EuETRIC, 88~132 vAe, 176 • 264 ~AC, 41-63 HZ
STEP.oOWN TRANSFORM~R, 4 A ~ 115 V OUTPUT (LIKE IN TTY) MOUNTED ON A 19" PANEL
8, i 40 AMPs FOR KOlO, 4.10 AMP OUTPUTS wITH CBIS, 50/60 HZ R£SONANT TRANSFORMER
POWER SUPpLY FOR POPS/E, +sV, -lSV
"
230V H724
tS V ~ 20A SUPpLY FOR KIlO, 50/60 HZ RESONANT TRANSFORMER
5y 7A, 47 .. 500 HZ, 115/230 PARALLELA8L!, 5X10-1/2X2 (SAME sp~C As 71~) 515IE~ UNIT
H126.A MOUNTED IN PDP11 SYSTEM UNIT WITH SWITCH, FUSE, & OUTLET, 5E~ h014
12-09933-03 POW~R FAIL H726.S
H126-~ MODIFIED FOR 5,9V i 5 AMPS FOR OT11
DUAL SUPPLY, 15Y 400 MA, 20V 400 MA, MOUNTS ON 1943 OR H900, 115 VAC
2)0 VAC H727"A
DUAL SUPPLY, 15V ~2A'20V , 1.2A, ON 19X5.25" PANEL, 115V, FUR A~15, D~LTRON
230V H728.C
12A 30 V UNREG SUPPLY (FUR ONC)
Tu10 powER SUpPLY, 115V 60 HZ, TIME METER, -15V 4A, -1SV 4A, +5V ~A,+/~17,Sv- lOA,+I-lbV S~-

MOOEL
NO
H'10';'S

H'l~-C

M130';'0
H1l1-A

PROD
LINE
Pp:RIPH
PElitIPH

PE~IPH

My 31;'S

H7]2

10

"'''33
H7 34 ...~
""34':'8

15
U.
t1
pEJUPH

H715
H71S.A

H1:n-B

PERIPH
PERIPH

""36

PERIPH
PEJiIPH

H'13S';'S

IPC;

H7)7
H7]8.A

tPG

""3t .. A 11
H"19~B

11

R"40~D
H140~P
H"41~A

PS

""42';'A

11
11

M"4i~a
H'41~C

H742-"

H741
H'44

""45
"146

16
11

15
15

PERIPM
11
11

H,4,

11
PERIPH

""49
""5 0

11)35

H'751"A

In51.8
""5~

16

PERII'M
PERIPH
14

DES
ENGR

STATUS

MOM
MOM
MOM
RTH

3
3
3
1
1
5
3
2
2
5
t

RTM
DREw
BOW

BOW

CAY
CAY
CAY

PM

SERG

RG
RG
VB

VB

Su

ICF

au

eu

SERG
GP
Gp

OP
LN
"LE
GP

MOL
MOL
AR
AC
Gp
AW

14

LF

PERIPH

AEK

""61

H'62

H161.A

--··MIJ6J;S

H764

«'65

PS
14
8
8
PEtUPM

PS

1 1/71

1 1/71
5 5/12
5
2 3/72
5

5
5 11/12
1 4/73
1 6/71

7/7 J

"'757

PS

5S
5S
HRL

DRE:W
DREW

DREw

5 9112
5 8/72
4 5/1 3
t iii7l
1 3/72
2 7/72
2 7/72
5 5/13
1 5/7 2
5 1/74
1 8/'72
1 10/7)
1 1/73
5
1/74
5 1/74
1 6/7 3
2 8/73
1

7i7 3

1

7/73

Aft

l

AOL

1
t

AOL
ttl,","

FL

,
t.

CONNECTORS, (ALSO HISO)
",800;',.

CAT-

4111

2/12
1/11

4 7/73
4 7/73
8/73
5
5 9/72

11
1..0'

H1'O.S

4/71

HI..

H~54

H7~~!A

loi70

5/72
3112

'/73

.'55
"'56

"'"5'.a
",, 59
'8
PS

10/70

5

CLP

COM
eOM

2/ 71

5

H153.

""5_~A

1/71
2/71

GP
HI.,

DESCRIPTION

140

MO/YR

s

tO/7 3
9/73
9/73
10i73
1/74

2)OV 60 HZ H730P.A
115V 50 HZ H7JO-A
2)OV 50HZ H710-A
.15y, -15y, 3A T01A~r lOvAC, 250y 20 ~A, 115V 60 HZ
sG HZ H711-A
MARGINAL CHECK SuPPLy, KIlO, MANUAL, 19 K gUAL FRE~ VERSION Uf 702
VTo5 pOWER SUpPLY, +5y 4A, +12V SooMA, "12V lA, -sv tA, 6.)VAC SOMA, JO"1012S, 115/230V
19 X 10,5 INCH,+15V J2A, .. 15V 12A, AC Lo, DC LU, 115y, REMOtE/LoCAL DC ~WH INTERLoCK, R~O~,03
230Y H7)4""A
..
tAlO SUpPLY, ~15V SA, +10Y 4A, +5V lA, "15V SA, DUAL fR~Q RESONANT SUppLY 16-10416
50 HZ H71S
DUAL FREQUENCY H735
Rs64 DELTRON &UPPPL~, 11S/2JOV
RS64 DEC SUPPLY, 115/230V, +20V 1,5A (5409484), +5V SA (5409 5 03), -15V 2A (5409484)
'14 & H128 ON 5 X 19 PANE~, 115V, +5V SA, +18y 2A, ~18V 1.2A
714 , H728 ON 5 X 19 PANEL, 230 V
714 & H707 ON 5 X 19 PANEL, 11Sy, +5V 5A,+15V 1.5A,~15v 1,SA
210 Y H739~A
+5V20A, -15v5A, +15YIA, ACLO, OCLo, LINE FREQ sIG, 115/230V, 47.6lHZ (5409728) 3,5X19 PAN~L
BATTERY STANDsY FOR H740 CO 5 HR)
PS FOR 11/25,+5Y.40A,~15@141,+1$Vj1.5A,ACLO,OCLO'~I~E rRE~ 51G, 115/230v,47M63H~
PS'CHASSIS FOR 11/45,6 30VAC 6A EACH,+15V@2A,+HVilA, leLO, D~LU, L1N~ ~REQ S~G, 11&V
2)OV H742.A
a142-A MODIFI8D FOR PDP1S
",,42-S MODIYIID FOR POP1s
H'37 REPACKAGE FOR RK05 PLus SATTERY
+5V 25A REG FOR H742, H765
.t5V lOA REG FOR H742, H765
+23,2V 1.&1, +19,7V 3,3 A, .5V l,6A FOR H742, H7b5
+5V 4A, +15V 150 MA, .15V 150MA, VT20, 95.130VA', 190~2bOVAC
-12y pS, 750 MA, GB32 ETCH, SINGLE X 5, USES Iv ZENER
l11l5 SUPPLI. 540972a.YB, H744' 2 XfMRS, POWER INPUT FROM BeOsT el1sV 12A) OR B~05U (230Y 7~)
CASSETTE P, s, (TU60) +SV 4Ai +1 5 v 2A, ~15v 2A, 95-130vAC, ~5Es 5410131
1,O~260VAC a7s1-'
REPLACEMENT FOR 714
R102 pOWER SUpPLY, +250V lOMA, +12' ]OOMA, -12V 300 MA, +5Y3 A, 95 8 135 OR 190.2?OXA~
~20Y 1,5A .5v R~G FOR H742, H765
LPS SUPPLY' +5V tl A, +1-15V +/ P .03% 2A, LINEAR REGU~ATORS, 100, 115, 200, 2laX +1-10%, 47.6J hZ
REpACKAGED H744 W TRANSFORMER AND FAN, .5V, 25A
TU16 pOwER SUpPLY
H151-A ON 5,2& x 19" PANEL, 115V
M,51-S ON 5.2S X 19" PANEL, 230V
+10V O,SA, -lsV l,SA, TAP INPuts 90~232V
KLI0 RAW SuP IOiv leA 60HZ DELTA Cl PH), +12v 105A, -12V 450A, +15v 4A, -15V 2A, R~SO~ANT xfMR ~EG
KL10 RAW pS 416V 9A 50HZ DELTA (3 PH), +t2V 10SA, -12Y 450A, +15V 4A, -15' 2A~ ~E~OiA~T-X~H~ ~tG KL10 SUPPLY REGULATORS, 9 .5,2v )5A, J +5v 35A, 4 w~V 35A
HI T~MP H740-D, 90.13~V/1808270V, 50/60HZ~ +l~V lA, +5V 20A, ·tsV SA, ACLO, OCLO, LINE '~~Q
PDP8~A POwER SUPPLY, 115v
PDPS-A POwER SUPPLY, 230V
TWO 5409728 CH740) REGULAtORS' EACH .Sv 17A, -lSY SA, +15v lA, ACLO, UCLO CRP04)
PI CHASSIS FOR 8Al1~K, 4 lOVAC 6A EA, +1SV 2A, eV lA, ACLO,DCLO,LIN~ FREQ S~G~AL

MODEl,

NO

RIO-o"W
HaOl_'

P~OD

llhl!

eAT

H802

CAT
CAT
CAT

H80J

CAT

R80)0
"'104

CAT

M80r';'W

DES
ENGR

STATUS
5
5

5
5

DN

!IS

HIOI

CAT

2
'1
5

H'01
HI08
"'109

CAT
CAT

'1
5
5

HaO,
R'Olij

CAT

CAT

ON

DESCRIPTION

141

MO/Y~

5
2

a-SoCKED BLOCK, WI~E WRAP, 12.02244
SET OF 18 CONECTOR CONTACTS, YOKKED SO~OER LUGS, 12-02525
SET Or 18 CONNECTOR CONTACTS, WIRE wRAP, 12~02244
SINGLE CONNECTOR 19 PIN (1712~18.PCC), 12~02625
288 PIN CONNECTOR, 12~05148 (SEE ri803)
4/73 '12 PIN CONNECTOR fOR DOUBLE HEIGHT CARD (SLlCE OF HaOl)
COBS), 144 PIM CONNECTOR (ON 288 PIN MOLD)1/68
stT OF 36 CONTACTS rOR 288 PIN CONNECTOR,A=AMPHENOL,C=CINCH,S~S¥LVANIA, 12.0534~
CNEVER MADE), DOUBLE MODULE TAP~R CONNECTOR
2/68
CONNECTO~ B~OCK,36 PIN sINGLE MODULE DOUBLE.sID~D CONNECTOR, .025 SQUAR~' 12.0912$
CONNECTOR BL OtK,144 PIN, 4 MODULE CONNECTOR, .031 X ,062, 12-09114
sET OF 36 pINs FOR H80S, 12-09114
4/73 72 PIN CONNECtOR fOR JUMPER (Hest) ~IKE 2 Re07'S GLUED TOGETHER
rtIP~cHIP

TOOLS

H8te

CAT
CAT
H8Uf;s . CA1.

5
5
5

H8t(h-A

He10.c
H818.0
Hell

H8tl;;'A
HI12
Hlt2 .. A
Hill
H81:).A

CAT
eAT
CA'

H81~

CAT

H820

CAT
CAT

lof't,

HI21
H825

H826

H8io

!'j

5
5
5
5

CAT

14816

H114-A

5

CAT
CAT

CAt'
CAT
CAT
CAt
MOD

Ma14,

2 6/,1
2 6/71

5
5

1. 7/67
:3 9/,0
3 9/70
5
5

CAT

CAT

5
S

CAT

CAT

5

DOANE

t 4/66

(.24) WIRE WRAP HANO TOOL (PISTOL GRIP)
(.30) GARDNER DENVER NO. 14HIC
(,24 + #10) GA~DNER DENVER
BATTERY OPERATEO wIRE WRAP HAND TOOL, #24 WIR~
H810-C FOR ,lo wt~E
('24' HAND WIRE TOOL, A20557-12
e.30) GARDNER DENVER NO, A20551~29
('24) HAND UNWIRE TOOL, 500130
~.30) GARDNER DENVER NO, 50S 244.475, UNWRAp tOOL
124 BIT
#30 BIT
124 SLEEVE
*~o StEEVE
GARDNER DENVER Gu~ ALONE
1s 953 WIRE WRAP SOCKETS, 75 952 PINS, 1 8li-A TOOL, 1 s12~A TOuL, 1 STRIPP~R
Hat6 wITH 15 '54 SOLDER $OCKETS
.
toOO GRIP CLIpS FOR Haoo, AMP PART NO, b0477-2, SLIP.ON PATCH CORDS, '24-20 W1R~
tOOO GRIp CLIps FUR HaOl, sLIpwON pATCHCOROS, AMp ,24.30 wIRE
HAND cRIMPING TOOL FOR H820, AMP PART NO, 90084
HAND CRIMpING TOOL FOR He2t, AMP .9019-1
STAK.oN RIVETING TOOL, tOR ASS~M8LING FLIP cHIP NO HANDLES to THE aOARD,
ALSO ASSEMBLEs 1951, tNOESTRO MfG CORP TOOL #824, PAl~TED DEC
SLUE AND TOOL TURNED DOwN TO WORK wiTH OUR HANDLE RIvETS
AMP TgRMI.POINT PUSH-ON , PULL.OFf HAND TOOL, AMP PART ~o 405430-1

CONNECTOR' (ALSO SEE HeOO)
H850

"'851

Ha511
H8511

H8514
H15te)

H8 5 !

H85)
""54

Has,

H15.
H857

B/E

e/ E
8/E
B/E
8/E
15

11
11
B/E
B/f:
8/E

15

MORRIS
PG
OA

OA
OA
JE
DN
ON

WH
WH
\IIH

FA

1 1110
5

4 8/71
5 2/74
5 2/74
5 11/72
1 41,0
1 4/70
1. 6/.,0

1 6/70

1 6/70
t

9/10

HANDLE EXTENDER, 5" TO e~1/2"
E~GE CONNECTOk, 2 HS01'S JOINED BY PC sDlRD FOR ADJACENT MODULE CON~ECTIONS AT HANO~E
He07 w ALL CORRESPONDING slOE 1 & SIDE 2 pINS CON.NECTED ToGETHER
3 H807 JOINED BY PC SOARD FOR BUSSING 3 MODULES AT HANDLE END
4 H807 JOIN~D 8Y Pc BOARD FOR BUSSING 4 MODULES AT riAhDLE ENDS
2 SETS OF 3 Ha07 JOINED 8y PC BOARD BUSSING 1 MODULES, PINS AH2, A~2, AV2-UPEN-~ODULE HOLDER FOR 4 MODULES WITH 0,5 YERTICAL SEPARATOR
H852 wITH NO VERTICAL SEPARATOR
40 PIN CONNECTOR, MALE, USED ON SIE MODUL~5, 12-09941
~ATES TO H854 , 3M RlaSON CABLE (121120b)
MATES TO H854 WIT~ POKE HOME CONTACTS (SERG) (1210090 HOUSING, 1210089 ~lNS)
H807 MOUNTED AT RIGHT ANGLE To PC CARD lrOR KC15-S)

E~D

MODET.!

NO

PROD
LINE

H858

8/E

HIS'

S/l'::

101860
HB62

1.2
11
U

10186)

8/E,11

H'61
Hi64

t1

""65

MOD

.. 861
101868

1.0

101866

to
10

HS6,
H870
H871

fS

HI'72

FS

~SS

11

DE::SCRIPTIIJN

DES
ENGR

STATUS
MO/YR

Pc;

3 5171 CURRE::NT LOOP CONN~cTOR, (2 H807 1S JOINED BY WIRE LOOPS INST~AU or Pc bOARU)
SHORT M922 SOLDER~D TO H807
5
5 3/'72 H854 TO Hs07, M90l CONN~CTIONS
'5 12/71 DM11~B8 TEST CONNECTOR (4 H854 ON CARD wITH INTERCONNECTIONS)

pc;
AW
RL

RMS

LOREN
RMS

RJM

O~!W

DREw
DREW
EM
POT
POT

POr

1. 7/'71

BURNOY MD12 MXR.eX

142

~IRED

AS TES1 CONNECTOR FOR SCOIW

5 10/72 HBOJ wITH sLOTTED EhDS
1 71'71 RS2J2 '~MALE TEST CONNECTOR FOR aC01V,BC05C
1 7/71 RS-232 MALE PLUG ~ HooD

MEMORy aUs TERMINATOR (AMP QUICK LATCH)
1/0 BUS TERMINATOR (A~P QUICK LATCH)
TU40 TERMINATOR (AMP QUICK LATCH), NEGATIVE BUS
3/71 TU40 TE~MINAToR (AMP QUICK.LATCH), POSITIVE BUS
1/74 MASS sUS TERMINATOR, PLUGS INTO·HSS4
1/74 H854 TO H8S4 (CASLE EXTENDER) SINGLE 5, NO CONTACTS ON fINGERS
1/74 MASS BUS TEMINATOR , OISPLAy, DOUBL~ 8,5, GND ONLy ON P'lNGERS

5 3/72
2 5/72
5 3/72
2

2
2
2

MOUNTING PANELS

H900
CAt
H900·CA CAT
H900~CC CAi'
H,nO,!,OA CA'

5
5
5
5

H900.0C CAT

H'Oo.JA CAT.
H,OO':'"C CAT

5
5
5
5

H'OO~KA CAT
H,OQ.KC CAT
HtOl
eAf
H902
CAT
H90)
CAT

M908

H910
H911'!'C

H"1-0
HitliJ

"tll!K
H911"L

MT.'

CAT
CAT
CAT

CAt

H911liR

CAT

H,'.1",5 CAT
H'12
14
M9it~AX 14

H9!t-AY 14

H9tl!P~ 14

Rfft.OY 14
H9t6';'M

CAT
CAT
CA1'

H919

CAT
8

H91' t

CAt
8/E

"'12.1

C~T

Hg190
101920

H922

sz

SZ

Moli

MOD

'f'~7

2

CAT

H,p~P

H9!1;L
H'14-L

5

5
5

CAT

SZ
SZ
AR
AR
AR
AR

AR

PG

SZ

P(;

5

1

3
5

FLIP-CHIP MNTG PA~~L & POWER SUPPLY,cUSES H701)
HgOO WITH FORKED ~UGS & 50 HZ
H,OO wITH FORKED LuGS & 60 HZ
H900~CA WITH POriER aus
M,OO-CC WITH pOwER aus
H900 wITH WIRE WRAP PINS , 50 HZ
K,OO.JA ExCEPT 60 Hz
KeOO-JA WITH POWER BUS
KgOO.JC WITH ,OWER BUS
PATCHaOARD MOUNTING PANEL, SPACE FOR 10 MODuLES
swITCH, INDICATOR PANEL
CLASSROOM O.A MNrG ~ANEL
1/66 S.ECIAL RACK, MODIFIEO 1943, FOR MEMORY TEST
MOUNTING pANEL, ]6 pIN H900, 4.H803 BLOCK +Sv ONLY, 47.&3 HZ
9/73 H911wR w SLOTTED BLOCKS (H863)
9/73 H,11-s w sLOTTED BLoCKS (H86l)

MNTG PANEL, 18

Pl~

1941,

~o

M,tl-J PREWIRtD FOR PoWER
5
3 1/69 R911.J wITH Me SwITCHES
3 1/69 H911.K wItH MC SWITCHES
5 12/71 H911 wJ wITH 8.5" END PANELs

POWER aus

5 12/7 1 Hgl1.K WITH 8,S" ENO PANELS
3 10/73 BLANK I/O MT N6 PANEL, SPACE FOR 16 H1000 sERlEs I/O UNllB
3 10/'.) HI12 W 16 H1560 (120 vAC INPUTS TO ~v LOGIC)
3 10i73 K912 W 16 H1600 (5V LoGIe TO 120 VAC 2A oUTPUTS)
3 10/13 M912 W 16 H1510 Cl0.55 VDC lSOLAT~D INPUTS TO $V LOGIC)
1 5173 Ht12 W 16 H16S0 C5V LOGIC TO ISOLATED 55v 2A QUTPOrs)
MNTG PANEL, HI10 wITH Haos's
5
MNTG pANEL, H,11 WITH HiOS'S
5
MNTG PANEL, H716 POWER sup + 6.H80)'S ON 1943 MNTG bAR
5
MHTG PANEL, H,16 + 6-H80e'S
5
PDP8wE sUs CONNECtOR sLOCK ASSEMBLy
5
E~PANDER MTNG PANEL FOR alE, 10 HaOl SLOcKS PREWIREo FOR STO PWR ON~y, US~S H019 CASTING5
5 12/71 pnPS.M Bus CONNECTOR sLOCK ASSEMBLy
MODULE DRAWER, 3-aAR MOUNTING FRAME FOR MOUNTlNG UP TO 24 CONNECTOR BLOcKS
5
M920 FRONT PANEL
5
ReSERVEo FOR H9ao REAR PANEL

PROD
LINE

IIIODEL

NO
"'92)
11925

K92e~A.A

CA'!
CAT

DES

ENGR

AR

5

sz

5
2
2

SZ

H'21,BA
Hi26·AB

M92'~B8
15
K9~'~A

PpM

"'29.a
H129-C
H'29.0

PeN

H"O

H931
St31""A
H'3l-!
H'33.C
Hg31-CA
K93i~D

15
is
15

CAT

MOD
CA'
CAT

PpM

az
JB
I1B

CAT

JB

CSS
CAt

1,,0

H931-0A

H94e.AA

J8

Sz
SZ

M94Q~BA

M94HiIIAA CA1

H941~8A CAT

H941_S8 CAT
HI41
12
H,41';'AA 11
H94$~A8 11
HI4S"BA 12
"'41 .. 88 12

M04S-cA

POM

12

M'4!~C8 12

sz

SZ
sZ
GPB

CPs

GPB

GP.B

GPB

GPB

GpB

OESCR[PTION

STATUS
MO/yR

4/73
4/73
2 4113
2 4/73
7/70
1 7/70
t 7/70
1 7/70
1 4/73
1
5 4i13
5 4/73
5 4/73
3 1/74
5 4/73

,

141

CHASSIS SLIDE$ FOR H920
MQOUIJE DRAWER, POPS"I" STYl.IE BOX, ROOM FUR 18 CONNt::CTOR bLOCKS
BAR WITH 9 H800-w
BAR WITH 9 HBO)
H02&-AA WIRED FOR StEPPING MOTOR DRIVli,;RS
H,26-SA WIRED FOR COMPUTER INTERFACES
19"X 7" MNTGBAR FOR 8 PANELS ON 2!1'XNCH CENT£:;RS
2 X 5,25" FILLER PANEL
4· IN CH PANEL FOR 16 SNe CONNECTORS
2.INCH PANEL wItH AMPHENOL sERIES 20 321!1!PIN MALt:;
11/35 BOX W BLANK FRONT PANEL BUT NO PS, .·ANS, SYSTEMS UNiTS OR HARi'lESS
RESERyED FOR DEEp H930 wITH 22 BLOCKS INSTEAD Of' 16

SySTEM UNIT WiTH 3 Heoo"'W
SYSTEM
sySTEM
SySTEM
SySTEM

UNIT WITH ) Haoo""
UNIT WITH l H80l
UNIT W 1 HeOl, 2 H863
UNIT WITH 3 H8aS

4/13 05 .. 3/4" ASSEMILy (3 BAy AoSy), INNER & OUTER FRAM~
4/73 CoVER
5 4/73 19" MOuNTING ,ANElI f'RAME, 4 SAY ASSEMBLy, pDp14
coVER FOR 5" MODULES
5
5 12/71 CoyER 'OR 8.5. MoDuLEs
SERIES NAME
5 2/7,2 MOUNTING PANEL WITH HIM PANEL SPACING
5 3112 TABLE TOP Hg4S
5 2/72 RACK MOUNTA8LIl H945
5 2/72 11S V TABLE!; TOp H945 WITH POWER SUPPLY
5 3/'72 210V H945.BA
5 3/12 11 SV RACK MOUNTABLE H945 WITH POWER sUPPJ,..Y
5 ]/'2 2JOy H945 .. CA

5
!5

,

CABINETS

".50

CAT
"'50-A CA'I
H9S0.AA CAT
H950;SA CA"'
H'50,!B~ 10
M950.S0 MS
M'5 0,!CA CA"
H9S0,,!,C8 12
H9S0.ce 10
H950;'oa CAt'
H'~Q,E~ CAT
H'50_'~ CA.T
H'~O~G~

CAT
H'SO.HS CAT
,- 'M'50;'HC CAT
H'50.HO CAT
M950;H! CAT
",9S0!HP' CAT
M,50'!JotG CAT
H9~O,!HM _CA!
H9s0"'HA

H950."hJ CAT

GG
ON
Aw

Aw

ON

5

5 9"2
5
1 9/71
3 4/72
5
t 6/'1
1 t/72
5
5
5
5
5
'5
5
5
5
5
5
5
5

19 INCH C~BINET, SERIES NAME
CABINET FRAME
M950~A + H952 CASTER SET, H9S0-SA P'lLTER,

H952",EA LEvELl.IER sET
"uLL LENGTH RH ODOR BLACK
14e BLASI BLUe: H950-AA
FuLL LENGTH RH DOOR, 131 BRITE COPEN 8LUE
FuLL LENGTH LH DOOR BLA.CK
OFF WHITE FuLL LENGTH LH DOOR (H950""CA) (b8 GRAy)
14 9 81"."51 BLUE liM DOOR
MNTG pANEL DOOR, RH
MNTG PANEL OOOR, LH
MOUNTING pANEL DOOR SKIN
TABLE FRAME
SHORT DOOR, COYERS 21" MOUNTING HEIGHT, COVERS BOTTOM PAN (101 GRAY)
SHORT DOOR, 22.3/4" HEIGHT (101 GRAy)
"OOR, 26"'1/4" <101 GR~Y)
"OOR, 31-1/2" 001 GRAY)
DOOR, 3b_3/4" Cl01 GRAY)
DOOR, 42" (101 GRAY)
DOOR, 47 .. t/4" (101 GR~Y)
DOOR, 52"1 / 2" (101 G~AY)
DOOR, 57·3/4" (101 G~AY)

MODEL

PROD

Oe:S

NO

LINE

ENGR

H959';'HK CAT
H,SO.HM 12
H9!50~HO 12
H,50-HX CPL
R950;;'JA
H9s0-J8

A)i

AW
BALL

H;SO~.JC

H'Se.JO
K950~JE

H9S0"J' "48
H950-JH MS
H'50~JJ( IPG
H9S0.KA 11
H9S0~KB ..
K9S0-rWt< CO£llT UHHO-OA, DC)
861 .. 6 230'1 20A (lbA) PWR CONT (l
12 aIr COMPARATOR, <,=,>
FUNCTIONAL GATE MODULE fOR PDP.12, 4 4-81T OUTPUT ~ULTIPLEX~RS
1.3-3~2-2.2-2_2 AND-NoR' 3.2.2-2 AND-NOR, H, KIlO
4 TO 1 MUX t 4 CKTS, 5Q-08912 ETCH 74153, SlNGLE
QUAD BUFFERED 1 12-s1T WoRD INT£R.ACE, QUAD x-a,S
SINGLE 12.81T WORD 8/~ INTERFACE, QUAD X 8.5
DUAL AS1NC SERIAL alE BUS TRANSCElVER, QUAD X 8.5
DuAL 12.81T WORD O~NIBUS OUTPUT INTERfACE, QUAD 8,5
B/E UNlV INTERFAC~, SPACE FOR 16 16-PIN + 2 40-PIN ICtS, PARTIA~ wIRE~RAP, QUAD
2,2,2,3 AND~NOR, 3 CKTS, DIfFERENT PINS TkAN M127
UNIBUS DOll-A INTERFACE W WIRE wRAP PINS, SPACE FOR 19 16- P IN leIS
16 TO 1 MUX IHV, 74150, 50-08908 ETCH, SINGLE
2 EN X 9 OUT MIXER, '4H50' fOR KIlO
NON-INVERTING M143
4 EN X 9 OUT MIXER, 74H~31S, KIlO, DOUBLE
7 3.1NPUT AND GAT~S, 74H, KIlO
NoN.INVERTING M147
8 EN X 0 OUT MIlER, 74H53, 14H62, KIlO, OOU8L~
16-S 1 T REED RELAy REGISTER, 100v OR O,SA, 10 wATTS, aUAD
NON~INVERTING Ml11
M162 wItH FAST ICls, H
4 ARITHMETIC LOGIC, l~ ~ OUT sUffERS, SN7418t, US~D IN FP P12
2 LOOK~AH€AD ELEMENTS (74182), usES w961 BOARD, US~O wITH M190 UR M159 (8UA~D 50~Oa~12)

153

P~OD

MODEr)

LINE

NO

12

"'192
M194

'5

DES
ENGR
SNT

DESCRIPTION

STATUS

1~4

MO/YR

5

11/71

2 8wlNPUT PRIoRIT¥ ENCODERS, 9318 IC, 50.08912 aOARu
tl0 BUS MUX CONT FOR POP9 PERIPHERALS (ENABLE sus IN/uur .3V LOGIC),

ELlA

5

RCR

4 5/73 18 8IT REGISTER W PARIT~, DOUBLE 5
2 8/73 2 4w81T TRI.STATE 0 FLIP FLOP RgGlSTERS, SINGLE 5
1 2/'4 2 74174 HEX FF O~ W960 ETCH, SINGLE 5
t 2/~4 7417 4 HEX FF PLUS 7585 COMPARITOR ON w9bO ETCH, SINGLE 5
5
3 JK Frs, S, CL, C
5
8 S~T.RESET FrS, (M11l GATES)
5
4 JK FFs, CAN DO SYNCHRONOUS BINARy COUNTING
5
5 0 FrS, ALL PINS AVAILABLE

~E~

Ml04

FLIP.FLOPS
MIOOO

"AS

"'205

eA'l'
SSCAL
SSCAL
CAr
CAT
CAT
CAr;

"'206

CAT

M201

CAT

",2001

"'2002
"'200)
M202
M201
M204

M20,

RF
CER
CER

Dca

CAT

14201
MllQ~
M210ft

M2101
"1211

MI12
M211
M214

MalS

css
CSS

CAT
12

CL

CA'l'
15

DO

Mill

15
8
12

M2tt
M219

15

MI17

15
8
12

"122 0

MI21
M222

t2

M22)

M224,

15
tt

M22.*JA

11

"'221

~J

M225;JA

Ma26
M221
M12'

15
15

CAT

12
CAt
9

11
14
MOD

"'2';4
MIl!

M216
"'Mjl'f

MOt

MI3t

~A1'

- '-Mij!

11
15
10

MI40
M241
"124:8

11
1,5

LH
RI

CL

ex.,
JO
JO
JO

JO

15

"'22'
M210
MiS!
M212
Mall'

J~~4~

JTN
JTN

,

ts "
'0

DR

"Jo
INT
AR
wH

5

6 0 f'FS

5
5
,
,
1
1
S
5

~K Frs
, aIT SHIrT , BUFFER REGISTER, 0 Frs
(NEVER MADE), 8 BIT UP/DOwN COuNTER
(NEVER MADE), 10 aIT BUfFER SHIFT REGISTER
TTL OUTpUt MODULE, 16.BIT REGISTER, OPEj COLLECTOR TO H854, S~NGLt a,s
TTL INPUT MODULE, lo.eIT REGIST£R FROM H854, SINGLE 8.5'
6 BIT UP/DOWN COUNTER
6 81T LEFTeRIGHT SKIFT REG, LOAD fROM 2 SOURC~S, '2~R212'S)
1 D~CAOE BCD UP/DOwN JAM COUNTER wITH PARALLEL READ IN
6 BIT ACCUMULATOR WITH l INPUTS
4 BITS OF 3 REGISTERS, COMMON AODER PER Blr, COMMOH CLOCK P~R wORD
6 D FF'S, (M206 WITHouT CLEAR ~UMfER CHOICE)
CLOCK REGISTER FOR PDP-12, 4 eIT COuNTER wITH BuFfER REGISTER FOR PRESET OR R~ADOUT
BI-DIRECTIONAL SHIFT REGISTER, 9 eITS, 2 PARALLEL LOADS
7 BIT SfNCHRONOUS COUNTER WITH JAM , CLIAR PREsETS, DOuBLE
R~GISTER FOR PDP.S/I, 2 SITS EACH OF MA, MB, PC, AC, & ADDER
REGISTER FOR pOp~12, CM220 pLus EXTRA LOGIC)
TAPE REGISTER FOR PDP-12, 2 81TS, 6 REGISTERS, DOUBLE
REGISTER FOR pDp.15, 4 SITS, MA & Me
9 BITs WITH DATA PAiHS FOR KAll, 2 LATCHES, ADDER, ~OUBLE 8,5
SySTEM TEsTED M224
PROCESSOR MEMORY tOR KA11, 16 BlrS x 16 BlrS, DOUBLE 8,5
SySTEM TESTED M22S
1 BIT ALL REGISTERS (EXCEPT Ace) FOR PDP.~5
AecUMuLATOR 'OR PDP-IS, 9 BlTS
MARK TRACK DECODER FOR TC08 f TC15
4 UNIT St~ECTOR DRIVER, VP1S.M, 4FFS wITH BUFFERED OUTPUT GAT£S
BINARY/SCD/BINARY CONvERTER, 12 BITS, 5 MHZ COUNT RAT~
DUAL 12 elTP~ESETTABL! REPEATASLE COUNTe~, DOUBLE, USED IN AIP12
t~ WORD 1 BIT MEMORY wITH COMMON CLEAR
12 wORD SHIFT REGISTER wITH PARALLEL LOAD, CLEAR, COMMON CLOCK
l 8 8IT REGISTERS, ADOER & ~/R SHIFT, ~~11·A
1 12 sIT REGISTERS, 2 StORAGE, 1 CTa FOR 14/L, DOUBL~
12 sIT SYNCHRONOUS UP/DOWN COUNTER WITH PARALLE~ LOAD, ETCH 80 SO.Ob9Jl
~DIGIT BCD SYNCHRONOUS UP/DOWN COUNTER WITH PARlLLELLOAD, ETCh 80-50e08911
2 4.81T SYNC ijP/DOWN CNTR WITH PARALL~L LOAD, SEP UP ~ DOWN CLOCKS, ETCH aD 50-08912
1 4.81T COUNTERS (8291'5) OR 74197,PARALLEL LOAD, SINGLE X 5
6 SET.RgSET FF'S MADE r~OM 74H40 SUFFERS
6 D FF'S (74M •• ) wITH COMMON CLOCK
M EQUIVALENT TO M202
8 0 r"$ C14H'4) wItH 2 COMMON CLOCKs, 4 BITS EACH

5

5

5

S
5
5
5
5
5
5
1 7/12
5

5
5
5
5
5
5
5
5

lR

5
5
5
5
5

PJ

5!73

t 1/72

5

JJO
DCB

9/73
9/73

5
5

SR

J.:IO

6 INOEPOENOEHT

5/13
5/13

5/7l

5/73

5/73

5
5 1/72
~
5/71
5 1/72

PROD
LINE

MODEL
NO
M244
M24'
Mi46
M241
MI4a
Mi4.

11

DES
ENGR
SD

DCB
WW
SU
DCS

CAT

10
10

CAT

AR

t4

STATUS
MO/YR

155

5

6 CKTS, EACH J INPUT ~x W LATCH, NON.INV, ENISLES 4 & 2, l TIMES, Sl~GLE X
2 4.S1T SHIFT REGISTERS W PARA~LEL READ IN, USES ~OARD 50.0a912 (SE~ w9bl)
5 D FLIP-FLOPS, A~L PINS BROUGHT OUT, (74H74)
6 SET.RESET ',tS, CLOCKIO TO 6 D fr l 8, SIHGLE x 5"
8 aIr SHIFT RIGHT, PARALLEL LOAD, 50-08914 ETCH, 7495 ICtS
12 elT SUF REG wITH OPEN COLLECTOR OUTPUT GATES, SINGLE X 5

5 1/72

16 WORDS, 4.81T

!IS

5

S 1112
5 4/72
5

~.5

MEMO~IES

Mise

M2500

10
11

"1251

10

MI52

10

"125:1

10

ATT
01

ATT
ATT
ATT
BNT

MI54

12
10
11

TO

"'259

101260

10

M261
MI62

CAT

MISI

SO

CAT

ATr
DCB
DCB

M268

tP~

EK

M2100

10
QC

OREW
Ew B

MI,O

ONE~SHOTS,

M)02
MI020
M)(')4.

M,O&
M)07
MJ070

MIOS
M309

SING~E 5, 5009912, NEEDS -12V
1& WORDS, 8.aIT M~MORy (903l), M250 PINS INTENDEO, KIlO
2 10/ 6 9 16 WORDS, 4 BITS (MOT 400SL),KI10, M250, oOUaLE
16 wORDS, 12-IIT MEMORy, USgS T1 7489
5 1112
1 5 / 11 256 20-SIT, 1 256 WORo 4.sIT RAM, 120 NSEC CYCLE, QUAD X 8.5
5 2/74 25 6 X 12 alT RAM ,INTEL l10', + SUFFER, DOUBL~ 5
ASSOCIATIVE MEMORY, 2X8, SHIFT REG CAPABILITY, SIHG~E, 8,5, Kltl
5
5 1/72 A$SOCIATIvE M£MORY' 4 WURDS, 12 BITS, KIlO, 410~ IC, fAIRCHILD, 35 NS MATCH
SLO SyN/RESPONSYN STEPPING MOTOR TRANSLATOR, 4 ~INDINGS
5
5
FUJITSU/WARNER STEppING MOTOR TRANSLATOR, 5 WINDI~Gs
K20& wITH INPUT FILTERS REMOVED
6 4111
256 X 12 ROM, SN741S7, RF10, SINGLE 5
1 3/,2
1 11/73 8X32 ECL aLASTA8L£ PROM (10139), 4 LAyER SINGLE 5, 5010874 (W9611)

CAT
12
MOB
12
10

to

MORO
RI
JJO
GpB
DREW
SU

5
5
5

5
5
!.5

AR

5
2

MSI0':'YA 8
Mll1
15

AC

5

CAr

Ml2t

15

10

M]60

CAT
10
10
IPG

M362

M)61

M380

M401
M402

M.oa~yA

CAT
15

sse A

M401-YB SSCA
Mio)
CAT
CAT
M4 0 4
M40~
CAT

M.O'O
M40SI

COM

TYP

T~ME,

DELAYS

CAT

M312

(f9035), KIlO

.,

14

M)'O

M~MORY,

5 11/12 2 64-wORD 4-81T MOS 1sT IN 1ST OUT MEMORIES,

5
5
5

ATT

5

SU

!.5
S

su

5

5

ELlA
OPS
DPS

uS

JB

SS
JG

2 ONE.SHOTS

7 1 13 2 ONE.SriOTS TO REP~ACE M302, HYST£RlSIS ADDED TO PREVENT NOISE TRIGG~~~NG

4 ONE.sHOTS, 100 NSEC OR 1 usEC ONLy
INTEGRATING ONE SKOT, 500 HSEC MIN
DOALINTEGRATING ONE-sHOT, usEs FAIRCHILD 9601's, 5 UsEC TO 500 MsEC
1/72 DUAL INTEGRATING ONE SHOT, 200 NS~C TO 20 MSEC IN 5 STEPS
4/'2 INT~GRATING ONE SHoT, EDGE UR pULSE TRIGGERED, CLOCK, poWE~ Up ~ DO~N
2/74 POWER SEQUENCE FILTER (2 DELAYS CIRCA 500 USEe) SINGLE SIS
TAPpEo DELAY LI~E, 500 NsEC ToTAL, 50 NSEC TAPS, 2 PAtS, iC L£VEL~ IN & OUT
5/73 MilO wITH Fl INVF,RT~O , 2,3 USEC LONG
2 TAPPED DELAY LINES, 250 HSEC EACH, 25 NSEC STEPS
6 100 OHM DELAYS, 2 AT 30 NS, 3 AT 50 NS, 1 vARIABLE 0 TO 40 ~s, 14h40 INPuTS
1/12 MJ11 EXCEPT 1 D~LAY LINE, t OUTPUT BUFrER CAN DRIVE 30 TTL H LOADS
VARIABLE DELAy LINE, IC LEV~LS IN, (LIKE 8360)
1/12 DELAY, 2S TO SO HSEC
1/12 DELAY 15 TO 80 NSEC, INVERTS
11/71 SINGLE SHoTS, OReo

5
5

1
3

1173
1/73

5 3112
5 4/72
5

5

1/74

1 10/73

VAR1AeLE cLOCK
RtMOTELY VARIABLE CLOCK, USES 5V PHOTOMOD, 2 HZ TO 1 MHZ
R8 CHANGEo TO 690K, Cl CHANGED TO 1 MFO (HALvES FREQuENCy)
Re CHANGEo TO 680', Ct CHANGED TO 3.9 MFD
VARIABLE cLOCK, 1 KHZ TO 50 KHZ, 2 ONE-SKOTS, 14123
CRYSTAL CLOCK, 2MHZ TO 5 KHZ, BINARX OR BCD COUNTDOWN
CRYSTAL CLOCK, pOS & NEG PULSE OUTPUTS, 5 KHZ TO 10 MHZ
CRYSTAL CLOCK, 5KHZ TO ~ MHZ, NOT TUNABLE, NO CHOKES
8/E OMN1BuS M40S0, HANDLE END FINGERS FOR Dp8.lC-(M866), QUAD

DOu~L~

MODEIJ

pRon

NO

J"IN.E

~4tO
MOO
M410",yA 15

M41~

12

"'45a

15
PERIPH
MOD
CAT

M452';'YA

FS

M453
"'454

9
,1

M,540
M455
M499

9

M420
M4201

M4 3 0

11
~/E

DES
ENGR

STATUS

AR

5
.\ 5/70

FA

5

Ft.1S
wH
VB

6 4/71
5
t 10/71
5
2/74
5

MC
ER

wH

QC

Ewe

M~OO

CAT

(lCB

M!Ol
M502
MIO)

CAT
CAt

M5000

12
MtiO)~YA fl'S

MI04.
9
MPJOi
CAT
M506';;'Yl Css
CAT
MS07
M$Oe
e
MiO,
14
M5to
CA'
M~10';'YA

MS11

14814
MI15
M616
MI17
MSll

12

10
PEJitXPH

15
9
8
8/E

M819

pEJUPH

"'120
M521

MOD
CAT

MI22

TY'

MS21~YA MS

MI23
M510

TyP

PERIPH

14 56 3

10

M16'

to

=I~~
MIS.

10

MS

j,.,

M588

MS89

EK
JO
AR

Dca

AW

ww

5

4
5

2/74
8/7 1
t 11/70

1 12/73
!IS

5
5
5
5 '0/73
'7 3172
5

2 9/69

5
'.)

5

5
6 4/71
5 ili7!
5
5

JO

5

MeA

5

LN

JB
lIN
P'P

JW

MOO

M$11

5

ELlA
PM

Dce

DREW
Su
su
AR
MC

MC
8Mw
AR

INPUriQUTPUT CONVERTERS

DESCRIPTION

MO/YP

5/73

5 11/71
1 1171

5

5
]

5
2

.,

10/72
8173
2/74
7/69

5
2 7/72
5 1/72

.,5

2/74

2
5

8/73
2/74

3

1/74

5 11/72

MEED CLOCK
879 HZ M410
20 MHZ XTAL CLOCK
PHASE LOCK CLOCK, RP09, RP15
PHASE LOCK CLoCK FOR RSb4, NOMINAL 750 KC
MULTIpLIES INpUT fR~Q BY ,001 Tl~ES X TO THE -N POWER,X 8ET~~EN 0 & 10, N B~rw~~N 0 & 3,
TELETyPE CLOCK, SWUARE WAVEs AT 880 & 220 Hz, FOR M70b, M701
S,65 uS M452 FOR PMK02
"'452 wITH VARIA8LE fREQ
CRYSTAL CLOCK W SIMULTANEOUS OUTPUTS OF 28.8,19.2, 9.b, 4,8, 2,4, 1,7bO KHZ
2,152 KHZ, SINGLE 8,5 (fOR DCll-A, DP11-A)
M4S4 W MOREFREQU!NCIES AVAILABLE,
VARIABLE cLOCK, 2 RANGES, 4 • 20 MS, 0,4 • 2 MS, bY JUMPER
teO KHZ CLOCK • PULLS MEM START IN 8/£
~ESO~ANT

4 CH EeL TO TTL CONVERTER, MC10125, 501081 4 LAYER SINGLE 5 (W9611)
NEGATIVgaUS RECElV~R (NEG EQUIV TO M510)
SCHMITT TRIGGER
NEGATIVg lNPUT CONVERTER, 2 CHANNELS, 0 , -3V IN
DIFFERENtIAL SCHMITT, 2 CHANNEL~, Pi IN EACH
REPLACE MellO, ~ITH LH0024 TO MAKE rASTER, sLOI
4 SCHMITTs, 4 ONE-SHOTS
N~GATIVE INPUT CCNV~RT~R, 6 CHANNELS, 0 , "'3V IN
M506 wITH 470 INPUT R'S CHANGED TO laO OHMS
NEG BUS To POs BUS CONY, 6 CKTS, OPEN COLL OUT, GND IN
GNU OUT
NEG BUS To POi aus CONV, 6 CKTS, OPEN cOLL QUT, GNO IN : PLUS OUT
10 DIFFERENTIAL sUS RgCEIVERS (fAIR 9622) 130 OHM DIFfERENTIAL TERMINATORS
110 6U S REC~lVER, 8 CKTS, POS 80S
Ms10 MODIFIED TO ACCEpT RTL INPUTS WITH 1 VOLT ThRESHOLD
UNIBUs RECEIVER' 15 CKTS, SINGLE X 5, 4 GND, Os11, DL10
TU10 TRANSCEIVER (FOR CO~NECTION TO TC58, TC59, & TH10), SE~ M519, DOUBLE
REAL rIME CLoaK, 12 VAC INPUT ON TABS, USES +11V , +5V
pas INPUT RECEIVER, 6 CKTS, 1,4V THRESHOLO, (M506 PINS)
MS07 wITH AN ENAB~E INPUT
1 DIFFERENTIAL $CHMITtS & 8 81T INPUT R~GlSTeR_ (A503 CKTS), 088~EA
TU10-C,~D 8US TRANSCEIVER' sEE M514
POS BUS RECEIVER wITH STROBE, 6 CHANN~LS, HIGH IMPEDANCE
4 eM K TO M CONVERTER ~ SCHMITT TRIGGER, INV & NON-INV oUTPUTS
M521 W 3 CKT W 1 MS TlME CONSTANT, 1 CKT STND
2 INPuT CONVERTERS O&.6Y l,6MA, 40U5, lCH +15&OV, 2CH 0&5V CLAMP w 'I~TER (fOM ~HUTUCOMP)
SELECTABLE RANGE INPUT CONVERTER + SELECTA8LE LOAD RESISTORS & VOLTAGE, SINGLE ~
(NEVER SUILl), NEG iUS RECEIVER
9 CHANNEL NEGATlv~ BUS RECEIvER wITH N01S! fILTERING (PIN COMP wITH M50Q)
4 XMTRS , 4 ROVRS, RSJO, SINGLE x 5
110 BUS RECEIvER, NEG eus, pes LOGIC, 8 CKTS, LIGHT INPUT LOAD
M£M BUS RgCEI'ER, NEG BUS, POS LOGIC, 8 CKT~
(NEVER MADE) EIA INPUT CONvERl'ER '1'0 TI'L OUT, REPLACEs W570, 5v INSTI£AO of lQV, 4 CifANNE~s
t CM ASyNG MODEM OF11.BA (BELL l1lA) ORlGINATE ONLr, DBL x 8.5
1 eN ASYNC MODEM or11.S8 (BELL 1138) ANSWER ONLY, OSL X 8.5
4 eH 01fF sENO/REC fOR OM11 (OM8820, DM8830), sINGLE X 8,5
1 eN OPTICAL COUPLED 45 OHM 200 ~c SEND & REC, SINGLE X 5 W MATE",N-LOK

UOUB~E

X

=

S!N~LE

5

5~

MODEL
NO

PROD
LINE

MI90
MI900
M5901
MI982
MS90)

CSS

MI'04
MI90S
MI90e
MS9t
M592
MI9 3
M94
M§94.,YA

1.1

,1
11
11
11

MI90J-y,,'lJ
CBS
eOM
11
10

eSI

it
\1
MI94"YB 11
M5940
10

M5941
MI942
1.19541
"'595
MI96
MI960
M19?

?1598

M$99

OUTPUT
M6000
M602

MiO)
M606

M610
M611
Mill
M6tl
Mr.20
M621
M622
M62)

M.24
1.16240
M62S
M626
M827

M628
M629
1.1830
M631

Mill

Mi3l

DES

£NGR
PETEPl5

VB

va

VB

POT
POT
POT
SPRY
RAe

va

SU
K8

RI"

RL

SS

CSS

WW
SPRY

11

S8

CBS
11
11
11
COM
COM

COM

DRS
PI"

Me

DR
DR

RF
VB

DESCRIPTION

STATUS
MO/YR

157

1 2/70 DIFFEBENTIAL lEND/RECEIVE, 'OR MARK CENTURY INTERrACE, a CH
5 1/'4 16 CH TTL RECEIVER, OJ11, DOUBLE 8.5
4 5/73 16 Cft EIA TRANSMITTER, OJ11, DOUBLE 8,5
4

2/74 18 Cft FULL DUPLEX TTY TRANSCEIVER, DJ11, DOUBLE 8,5
9/73 MASS BUS TERMINAL TRANSCEIvER, DOUBLE 8.5

4
4
5

2/7 4 MS903 W TERMINATORS

1.

1/74

'

1/74 MASS sus CONTROL TRANsCEIvER, DOuBLE 8,5

1 2/74
5
5 1/72

2 4/72
!5
1 6/73
5 1/74
5 3/72

1 8/12

2 10/11

2 9/73
5 8/72

16CH EIA~CCITT TO TTL, 16CH TTL TO ElA-CCITT, MODEM CONTROL DOU~LE a.~
l' CM EIA_TTL, TTL~EIA, PRIORItX SOCKETS, 2 Has., DH11.AD, .A~, DOUBLE 8,5
5 CH EIA TO DEC, 4 CH DEC TO EIA, SlNGLE,8,5
I/O DEVICE sELECT (USED wITH M7100)1074H Ic's
6 CH DIFFERENTIAL RECEIVER, NAT SEMI 8820
8 eft EIA-CCITT TO DEC, 7 DEC TO EIA~CCITT, DF11-A, sl~GLE 8,5, lV HYSTEREsIs
M594 + CLOCK ~ECOVERY
M894 w lV H¥STERESIS
M594 sTD sINGLE Slz~
8 CM MIL lB8C TO DEC INTERFAC~ FOR DrSl1~ri, SINGL~ 8.5
8 CM EIA.CC1rT TO D~C, 7 DEC to EIA-CCltT, 30d, 600, 1200, 18uo BAUD XTA~ CLK,
5 CM EIA.CCITT TO TTL, 4 CH TTt" TO TRI.STATE, SlNGL~ 8,5
CURRENT MOOE cONV fOR 301 , 303 MOOEM, of11
20 MA. TO DEC, DEC TO 20 MA, 4 CHAN EACH, SINGLE X 8,5, DF11, REPLACED By M5960
REPLACEMENT MS96

DF11~~,

DOuB~E 9~5

5
7i71
4 2/74
'5 11/71 6 CH IBM RECEIvER, +BUS, 50-08 9 12, SIG 8r14 (W961)
5
5/73 1 CH oPTICAL cOUPLED 20 MA TO DEC SEND ~ RECEIVE, 8,5 X SINGLE, DFll~K
2 1,0/71 4 CM xMIT , REC wESTERN UNION HIGH LEVEL (+I-bV lOMA) T~LEX, SINGLE X 8,5

CONVE~TERS

QC

CAT
10
CLP
CL,P
\5
10

CAt
MOr\
15
CAT

CAT
CAT
SSCAL
15
TPG
CAT

EWB

t 11/73 QUAD TTL TO EOL TRANSLATOR (10124), 4 t"AYER SINGLE 5, 5010874 (W9611)

ww

5
'5 1.172

JJO
JJO
ELlA
ATT

Et"IA
DCB

5
3 8/72
5 5/73
5
5/13
5

~w

CAT

M&33-YA SSC"L
tpG
M6~6
PE~IPH
M640

5

DPS
JZ

10

CAt

'5
7 7/69
5
!IS

ELlA

15

5

5
5 1/72

Dce

t5

MOD

5

ELlA
DC8
DCB

5
5

5/7 3

H/7t

7 7/69
'5
5

RWI

5
l
5

MOM

5

6/73
5/73

2 POLSE

AMPLIFI~RS

2 PAts, NEG EDGE IN, 1 POS 60 NS ~ 1 POS 45.100 NS uur, 4 2eIN NANDS (74HOO), 3 3~IN ANUS (?4rtl1)
6 PUt"SE AMPLIFIERS
6 2.INPUT HANDS, OpEN COLLECTOR, (PINS OF M620)
14 POwER INVE~T~RS, 6 GNOS
6 PO~ER GAT~S, 6 GNOS, 5 lNPUTS pER GATE pAIR
6 4~INPUT NAND BUttERS
(NEVER MADE), 6 CKTS, sus GROUNDERS, POi BUS DRIVER W1TH STRObE
8US DRIVER' 6 CKTS, ENA8LES FOR EA OF 2 6-S1T WORDS
8US GROUNDER, 8 CKTS, USES 74H50, FOR MEMORY & 1/0 BUS, 2 INPUT N~G AND EA
8US DRIVER' 12 CKTS, OPEN COLLECTOR, 100 MA IT GND
8US DRIVER, OPEN COLLECTOR, 12 INPUTS, 1 ENABL~, 2 l~PUTS , ~N, 1 INPUT INV, 100 MA ~ GNU
PIN COMPATIBLE W M624, PUTS OUT 300MA AT GND, SINGLE 5
sus swITCH FOR PDP~15, ij CKTS
M623 WITH GROUND ISOLATION (WITh TRANSFORMERS)
6 4_INPUT NAND BUFFERS, eH VERSIOh or Mb17)
3 SWITCHES, 2 81T ADDER, 1 M621 TYPE DRIVER, FOR MX15
BUS DRIvER, 11 CKTS, FOR + ~us, PDPil, 88Sl1'S
(NEVER MAoE), NEG 8US EwUIV TO ~620
NEG 8u S EQUIV TO M621
~EG BUS EQUlV TO M622
NEG BUS EQUlV TO M62l
M633 W INVERTED OUTPUT
M633 wITH GROUND IsoLATIoN
TU10 sUS DRIVeRS (30 CKTS)

p~OO

MODEL
NO

LtNE

DES
EHGR

STATUS
MO/YR

JO

5
5

M650

CAT

M6S1

e

M652

CAT

5

"'860
"'161
"'662

CAT
CAT

5
5
5
5 5/73
5 1/72
5 1/72
1 5/7,)
5 2112
10/ 7 3
'7 6/72
5
4
8/73

8
10

"'66)
M664
Me65

1,0

10

PS
SU
SU
SU
OH

M66S-YA CSS
,..666
to

to

SO

M667
M670

AR

M6'71

CAT

"'683
M684

fPG
TPG

""95

1Pt;

"teel

IPG

1Pt;
"'68;0
"'68!.yA tpG
IPC;
M686

DRI£w

J8

MORO

5

RG
8wH

",69'

fPG

IPt;

RG

MeAB

11
cs$

CA

SPRr

CS.

Bv

M6S.0
""99

css

Meg]
M694
M697

COM

"'''001

""002
""003

M1OO4

M1005

""ooti
"'1 00 7

8
15
15
15
15
15

15

15

H1008

TY'
Ty;
TYP

~"O10

LOP

M,OOg
Mfo!
""011

M~Oli
M101~

8
T.lOP
LO'

LOP

M7014

LOP

Pln018
1'4,015

LOP

"p.,'6i.':'YA Lip
M'Ol'
M,01e
M"Q~'

"'7020

OR

5
5
1 2/74
3 5/73
!5
5 1/72
1 2/74
5 9/72
2 10/73
2 3/72

,

1/72

5 11/?1

NEG OuTPUT CONV, 3 CHANNELS, R6~O TYPE WUTPUTS
MiSO wITH OUTpUTS CLAMP~O TO GNO WHEN 5V GO~S AWAY
NEG OuTPUT CONY, 2 CHANNELS, 0 ~ -3V OUTPUT
POS LEVEL DRIVER· r'OR. ell aUS, 3 CKTS, +/--50 MA our
paS LEVEL DRIvER FOR. BII BUS, 3 CKTS, OUTPUT CLAMPED TO +3v, M6bO PINS
6 CKTs, NoN·INV BUS DRIVERS FOR KVGS (VT02), 0 US RISL , f'A~L INTU UP~N L1N~
3 NEG MEM BUS DC DRIVERS, POs INPUT, SO OHM LOAD, KIlO
1/0 BUS DRIVER, 0 TU +lV IN, 0 to -3 V OUT, 8 CKTS
MEM BOS DRIVER' 0 TO +3v IN, 0 TO ~3v OUT, 8 CKrs
~66S w 130 NSte OUTPUTS
1/0 aUSRES~T, 12 OUTpUts, 20 MA @ -lv, III DUTY FACTOR MAX, sl~GLE X 5"
PHOTO COUpL~D ISOLATOR, 4 CKTS, RS10, S~N~L~ X 5
(nEVER MADE) [IA ~I~E DRIVEH, 4 CKTS, TO R.EPLACe ~610 EXCEPT +5v INST~AD OF +lOV
M TO K SERIES CONVERTER, 4 CKTS
ISOLATED M68 5 RELAY DRIVgR
6 RELAY DRIvERS, K683 CKT, FOR DRao, DOUBLE
12 sIT FLIP~FLOP RELAY URIV~R FOR uee (0001)
16 BIT M684
16 aiT fLIP.FLOP DC OUTPUT (ICMDC-OA) DR AC OUTPUT WITH "1600 (lCMAC~OA), H~X
MISS W 55V 500MA OUTPUT
12 BIT SINGLE SHot RELAY ORIVtR FOR UDe CDOO\)
16 BIr M686
16 aIT SINGLE SHOT DC OUTPOT (ICMOC~OB) OR AC OUTPUT WITH H1600 CICMAC.OB), HEX
UNIBUS POWER FAIL DRIVER, SlNGLi 5
10 SOLENOID DRIVERS, 330 MA UP TO 30V, USES SC40F CABLE, QUAD
6 eM DIFFERENTIAL ORIVER, NAT SEMI 8830
4 CH CDC )000 DRIvER, +,.20 MA, 2 IN NEG OR
4 CM IBM TRANSMITtER, 50.08912' BIG 8 T1 3 (W961)

LOGIC MODULES

COMPT... EX

M7 00
M100d

.,

DI'.;SCRIPTION

t,OP

LOP

LOP

LOP
LDP

DOANE
DOANE

DOANE
TM
1M
TM
vOL
fiL

HL

AA

GEG
6Q

BQ
AW
AW
Aw
AIN
Aw
AW

5 5/73 MANUAL TIMING GENtRATOR.FILTER, ONE.SHOTS, 8/1, aIL, DOUBLE
CURSOR CONTROL FOR VT05, QUAD X 8.5
5
5 11/71 CHARACTER GENERATOR' TIMING, VIOS, QUAD X 8,5

MOS MEMORy, MEMORY TIMING, VT05, QUAD X a.b
11i?! t/O InTERfACE, VT05, UP TO lOO SAUO, QUAD X 8,5
11/72 x,o INT~RFACE, VT05, uP TO ~400 SAUD, QUAD X 8,5
1/71 M~004 PLUS TRANSMIT opTloH
9/71 SpLIT SCREEN OPTlON FOR VTos
4
5/7 3 F~11 cONTROL, VT20, QUAD 8,5

5
5
5
1
1

4

2/74

vt20~B

DISPLAy CO.TROL, Hix 9,5

5 1~14 VT20~6 DATA INTERfACE, HEX 8,5
5 5/73 DISPLAY CONTROL FOR Vce/l
5 11/71 V'1S TIMING' CONTROL, DOUB~E X 8.5
4 5/73 UART sERIAL IHTERfo'ACE, SINGLE !S, H854 + spLIT LuGs, L1\40

1 3/72

4
4

4
4

5/73
5171
2/74
2/74

4

2/,4

4
4

5/73

4

5/73

5

2/,.
2/'14

7~8 X 8 BIT ROM, ~o ROMS lNCLUOEO, SIMULATES peos, PLUGS INTO PCO~ CASLE SL9T, SlHGLE 8.5
VECTOR GENERATOR _ CHARACTER GENERATOR CONTRO~, V140, Hgx 9,5
UNIBUS CaNT' BOOTSTRAP FOR VT40, QUAD S,5
M,OI4 VI NO BU. TERMINATORS
UNIBUS INTERFACE FOR LPS, QUAD 8,5
PROGRAMMABL~ ~EAL TIME CLOCK W J SCHMITT TRIGGgRS, LPSKW, QUAD b.~
DIGITAL 1/0, 16 81TS, TTL LEVELS, SIMILAR TO M8&1, LPSDR, QUAO 8.~
AID CoNTROL, PART OF LPSAOw12, LPSAOw15, USED WITh AQ04, A8b5 ; A406, DOUB~E 9.5
DISPLAY caNT, PAR'f OF LPSyC, COt.OR TUBE, STORAGE l'U8~ , PLOTT~R CAPA8"lL~T¥, DOUtU"j,; ~ I!_~ , ,_
LP$AO.NP, NPR CONTROL 'OR LPSADi DOUBLE 8,S

158

MODEL

NO

M'Oll

pltOD

DES

LINE

!NGR

STATUS
MO/YR

HI"
BQ
HI"

4
t
4

LOP

M'OI2
"',Oll

LOP
LOP

"'903

8

"'OlD
M:tOll

CSS
CSI
CSI
CSI
CSI
Css
CSI
TY,

M'OI2

"'''O~3

Ml0J4
M'OJI
M10j6

M'1018
M'POJ9
M,04

M'040
M,044
M'04!

Tyit

B

esa
cs l

CSI

"1,05
8
. 14'P050' pE~IpH
M7050.YA 8
14106
eAt

PWD
PwD
VWO

2

JTN
JTN
TM

TM

JTN
JTN
JTN

MDL
KQ

11

RI"

M'70'5

11

RL

M108

8'
8
9

M110"yA TYP
"11tOO
10
M9101
Tpt

M1102

1'pL

,.,'10)
TpL
""104
TPJ;
""'04.YA TPL
N'105
TPL
M'10S.YA CIS
Miio5.YS TPL
M110!5.YC cas
M'h06
TPL
N'H 0e.YA cIs

""106.Y8 CiS

M,10'

~"'il
M111.0

M't11

M?112
M112

M'11

M'14

Ml1!

CSI
12

JO
JO
ER
SU

ER
ER
ER

sa

S. G
.

SG
LO
SG
LO
SG

LO

t"o

LO

ww

10
10

DREW

10

SU
8M

8

B

PS

8

8

M11s;'YA 8

KQ

M'15':'ya

Csa

BM

M'17

15

M,,'70

\5

FA
JE

,.,,16

e

t
1

2
2
1

"TN

CAT

M10t
M110.

1

"TN

M10'

"11065

5

1
t
5

t
1
2
5
5
3
5
5

5
5
5

5
5
6
5

4
4
4

4
2
4
1
t
2
5
1,
2
1

5
5
4
4
5

5
5
5
1

2
5
5
5

DESCRIPTION

11"13 M7014 W aus TERMINATORS ONLY

5/73 VW40 LOGIC lNTERFACE, DOUBLE 8,S

2/74 DIGITAL I/O, 16 81TS, LATCH CHOICE, INTERRUPT ON ANY INPUT alT, LPSDR~A, QUAD
POWER rAIL ~OGIC FOR 8/1
11/72 CONTROL FoR CTS11·V, QUAD 8,5
11/72 DRIVERS, RECEIVERS, CODE CONVERTER rOR CTS11.JA, DOuBLE 8,5
11/72 DIIVERS, RECEIVERS, CODE CONVERTER rop eTSil-J8, DOUBLE 8.5
10/73 SCANNER MODULE fOR USE wITH HICKOK CARD EQUIPMENT
10/73 89 COLUMN DRIVER FOR USE WITH HICKOK CARD EQUlPMENT
1011J 22 COLUMN DRIVER FOR UsE wITH HICKOK CA~D EQUIpMENT
1174 DIODE MODULE ASSY FOR USt WITH HICKOK CARD EQUIPMENT
2/,. VT20·C DISPLAY CONT, HEX
VT20-C DATAINTERfACF., HEX
PLOTTER CONTROL FOR 8/1
l1i72 x.y REGISTER OARD, yeOS, QuAD 8,5
11/7 2 VEcTOR CONTROL CA~O, ve08' QUAD 8.5
9113 v!CTOR DATA CARD, VS 08, QUAD 8.5
5 / 13 READER CONTROL fOR 8/1
~tADER CONTROL ~ItH FEED HOLE STpOBE , FEED KOLE TRANSITION OUT or TApE sENsE, DOuBLE
5/73 M1oS0 MODIFIED TO DRIVE PR68
ASYNCH ~INE RECEIvER, 8 OR 5 8IT, (EQUIV TO 4106), fOS LoGIC
5/73 SyNeH LINE REQEIVER, 6,7, OR 8 SITS, SING~E X 8 5
ASYNCH LINE XMTR, 8 OR 5 8Ir, (EQUIV TO 4107), POS LOGIC
SyNCH LINE ~RANSMITTER, 6,7 OR e SITS, SINGLE X 8,5
CLOCK CONTROL, 8/1
CLOCK COUNTER, 8/1
PuNCH CONTROL FOR 8/1
4/71 M,10 wItH SHORTER PUNcH DON~ DELAy RECOVERY TIME
2/72 110 DEVICE CONTROL, UsED WITH M592, 1074H IC'S
2/74 TIMING, TAKEs 8+ TO GEN 8/E TIMING, 9,5 X DouaLE, Dwoa.g
7/73 AC TRANSFER, ',5 X DOU8L[, DW08.E
7/71 DATA TRANSF~R, S,5 X DOU8~E, Dwoe.E
5/7) DATA aur , STATUs, RKS"E, QUAO X 8,5
3/7] MODIFIED TO RUN WITH owe.E
5/73 MAJOR REGISTERS, RKS.E, QUAD X 8,S
7/'72 MODIFIED M7105 fOR CODON RKS8E
3/73 MODIFIED TO RUN WITH DW8.~
11/73 Ml105 MODIDIEQ FOR K~S8.E
10/73 CoNTROL, RKS-&, QuAD X 8,5
8173 M,106 MODIFIED FOR COOON RKe-E
11/73 M'106 MODIFIEp fOR RKsS-E
1/73 4096 wORD COUNT TRANSFER MOOULE
SOOPE CONTROL FOR POP_12
syNCH MODEM INTERfACE FOR OS11, QUAD X 8,5
'1/72
5/73 ERROR CORRECTION 'OR RF10, 5 BII CORRECrloN/128 16 bIT WORDS
5/73 CONT FOR MY10, OOUSLE 8,5
DISPLAY CONTROL fOR Kvell
MULTIPLEX INTERFACE FoR KV8/1
CONTROL LOGIC I FOR CRS.l,CR8.L
REAO~R CLOCK FOR peS/I, C~OCK ACCELERATOR, PAtS, NO~ IC PARTS or M705
5/71 M71S MODIFl~D TO DRIVE PR68
1/'2 M115 MODIFIED TO HAVE LONGER START-UP TlME
CONTROL LOGIC 11 fOR eRe-I, CRS"L, OO~BLE
2/74 DISPLAY CONTROL FOR VP09 , VP15
1t/73 POP15 TO MM11.L INTERFACE, DOUBLE 8.5

2/'.

159

PPOD
LINE
14'11'71.
M11'
M'11 C}

15

""20

9

11

12

"'121
141210
14721i

11

SR
SR

11
11
M121J",YA CSS

11

tt

M7216
11
My216-YA 11
"'721'
11
""219
11
M'21.
11
M'219",YA SICAt"
M122
11
""22&
11
MY211
1.1
M7212
11
M1221
11
M'224
11
M72i~

W'226

",.,22,

""228

M1219

1.1
11

CSI
11

"",1
M;2fi

"'2232

11
11
11 7 40
11/40

11'40
M'234
11/40
M'214",YA 11/46
M7~3S
1.1740

Mli21]

M'2JS';'yA
",,~J6

M12.'

i1/ 4 0

11/40
11/40

14 72,)$

'.1{4 0

""2._,

t1

""2)'

11140

M'24.JA 11
M'24",YA 11

,.,"40

CL
JO

""212
""211
M121~

RH

11

11

"'7214

OES
ENGR

11

VB
VB
P"A

CRa
CRa
CMD

JO
JO
JO

KK
BLE
PO
KK

«K

KK
RL
KK
KK
VB
GSZ
BOW
BPP'

PO
RlA
RAA
RAA
RAA
RAA
RlA
RAA
PJ

PJ

STATUS
MO/YR
5
4
5
5
5
5
5
5
5

BOS INTERrACE FU~ PDP.!1
5 / 7 3 CLOCK SYNC' DECAvE COUNTER FuR KW12

NON.ExlSTANr MEMORy DETECTOR,
8US INTERFACE 1, KAll, a BIts

,. 9/70

5

5

5 11/71

1 1/74
2
5 11/71
5 1/72
5 1/72
5 lt/71
5 1/72
5 1/12
5 1/72
4
8/7 3
5 1/72
1/74
5
'7 6/69

5
5
5
4

2/74
1/13
1/73
5/73

1

3/73

[5

1/74
3/73
1/7 4
5 8/"2
4 5 / 71
4 5111
1
5

RAA
RAA
JO
JO
VO

5

V8

!S

i 1/72

5

5/73
5/73
5/73
5/73

va

5

""2')

11

VB

Va

5
5 5/73
5 11/71

RL

2174
2/74
5 2/72

M724'

""241
""2.8

,.,1249

"'725

1i

t1

11

11

11

VB
RL

V8

MC

vO

IN

~

NS

!S

5

5 1/72

5 4/'72
5

0TH~R O~E",SHOT'

, MISe

SINGLE

~OGIC

OUT, SlNGL£ 2.5
pER EACH uF 10 CH,

SING~E

:'~UMPERS

READER INTERFACE FOR PDP11-MA, DOUBLE X 8.5
OOU~LE x 8,b

5 11/71 PRIORITy, CONTROL, Kelt,
M.,216 FOR KH11-A
5 41,2

VB

11
11

ONE-SHOrt

1 5/71 :;:1~E:~~~~~E~O:~R~~icF~:S~8~1~Tg~u~~~s:
1 9/70 READER CARD FOR PDP11.MA, DOUBLE X 8.5
5/73

11

M"2.~

INT~G
GAT~D

K!11-A OArA CONTROL, QUAD X 8,5
Kill-A REGISTER CONTROL, QUAD X 8.5
ADDREsS LINE BUS kEpEAT~R FOR DB11, 75

11

M,2'"

160

2174 COLOR SWITCH FOR VP15.0, SINGLE 5

10112.1

'",.,242

De;SCRIPl'ION

powER FAIL' RESTARt, KP11.A,
X 8,5
BUS REQUEsTS
Ret! aus INIERFAC', QUAD X 8,5
M,219 MODIFIED TO ADO "SAOO LOW·
A SOURCE, TIMING FOR MM11
Ret1 cLOCK CONTRO~, SINGLE X 8,5
Ratt DIsK INTERFACE, QUAD X 8,5
Retl sTATuS CONTROL, QUAD X 8.5
CONTRoL FOR Dpl1~AA, gUAD X 8,5
Rel1 uNtT , T~ACKSELECTOR, SlNG~E X 8,5
Ret1 sTATUS CONTROL ExTENDER, SlN~LE X 8,5
ON!t CONTRO~, DOU8LE X 8,5
Xyl1 pLOTTER eONTRO~
~EAL rIME PROGRAMMABLE CLOCK, Kwl1.P, 8,5 X QUAD
DR11-S INTERfACE fOR DAlt-S, DB~E x 8,5
(NEVER aurLT), A ~OGIC fOR HMll
DATA pATHs, KD11.A, 8,5 HEX
U WORD, lOll-A, 8,5 QUAD
IR DECODE, KD11.A, 8,5 HEX
TIMING, KDI1-A, 8,5 HEX
M7234 AS USED IN 23)8.3 XOR TESTER
STATUS,PROCESSOR/KD11-A, 8.5 HEX
M723S AS USED IN 2338.3 xOR TESTER
KTI1-0 MEMORY MANAGEME~T, 8.5 H~X
STACK LIMtT RsGlSTER, SINGLE'S,S
EIS (EXPANDED INSTRUCTION sgT) BOARD, HEX 8,5, K~11"'E
rIS CoNTROL KE11-f, QuAD 8,5
BUS' CONSOLE CONTRO~ FOR «All, QUAD, 8,5
SYSTEM TESTED M724
M724 FOR KHI1_A
D,.,11-A CONTROL
DMt18B CONTROL, QUAD
DMtl""C CONTROL
DM11 TRANSMITTER D
DM11 TRANSMITTE~ ~
DM11 RECEIVER, QUAD
MODEM CONTROL SCAN, 16 LINES, DM11·sa
MODEM CONTRO MUX, 8 LINES, DM11",SB, siE M7807, M7808, DOUBL~
UNIBUS REPEATER aBS¥, SINGLE
MoLLERlrHCHEe K (MULTIpLE ONEs ERROR DEtECTOR), SINGLE x 5, FOR CD11
BUS INTERFACE, IR, KA1l, QUAD, 8,5

X 8,5

P~OO

DES

LINE

ENGR

If':fi;JA- iT

JO

M'l2~.YA 11

,)0

M12!O
M'72!H
M'252

GM

M?2Sl

'-"'214
M,255
M7258
M'2!'
""258

M1254J

M'26

M126.JA
M72';YA
M1260
M1261
""21

11
11
11
SSCAL
-11
11
11
11
tl
11
11

11
11

1110 5
11105
~1

M127-~'A 1.1

M'727"yA 11

14127i
10«12'72

M.,1l

M1214

M'2;~-

,..,216

ssn
5StJ
ssn
ssa
SSW

sst1

M'211

,.,,2,. 1111
M12"~

""2$

11
11
11

""21"JA
M121",YA 11
M'2'~

M72.,

M,282

11
11
11

M"211
11
M;284
11·
M'285
11
M;2'5.YA CIS
M'28611
""2&U)

11
11

M721.
M"29
11
M729.YA 11

M'2'0
M'~9'

M'2.2
1011291

--1.4'-294

11
'.1
11

11
1.

1

"'7,95

11

M'2'6

11

M1299

11
11

M~291

M9299

~s~U

M730

CA'

RL
8D
OP'

ORR
ORR
ORR
ORR

Le
MOOR
Jo

1 71"12 SySTEM TESTED M725
5 5171 M,25 fOR t(.Hl1",A

., 9/12

4
4
5

5/73

2i74 Lsi1 INTERFACE, QUAD 8.5

t 1/'2
1 i/12

MUT
MUT
MC
MC

MC

JO
Jo
JO

Va

JFB
JF8

apr
aPF
VB
RLM
TM

MC
MC

Po
PO
PO
RA.C
DRM

aws

sJ

SJ

sJ

SJ
DR
WK
OCB

2

4112

2 4/72
4 5/73
5 1/14

5 2/74
!5
t '1.,2
5 5/73
5 1/74
4 5/71
5 1/74
5 10/73
5 10/7 3
5 1174
1 8/73

4

5/73

5
5

1/74
1/74

5
~

5/73

1/12

!S 11/71
4 9/73
5 5/71
1 11/72
4 2174
4 2/74
5 1/74
5 10 / 73
4 8173
2 6/7]
5

KG11~A

REGISTERs, RK11"'O, QUAD X 9.5

5/'73 80S CoNTROL, SK1I-0, QUAD

GO

GO

MOS MtMORy MATRIX, 4K X 18"SITS, HEx X 8.5

5/73 XOR , CRC BLOCK CHECK, DOUBLE X 8,5,
1 9/'1 6~ 16.BIT ROM BOOTSTRAP
3 9/73 11 to LEAR SI~GLER 7100 TERMINAL
4 5/7l ST~TUsCONTROL, RKI1-0
4 5/73 DISK CONTROL, RK11-D, QUAD X 8,5

5

JO
JO
JO
GO
GO

SNT

161

MO/YR

4 5 / 73.
5
1 7/12
5 5/73
4 5/73
4 2/74
5
1 7/12
5 5/73
1 1/72
1 1/'72

JO
JO
SNT

DESCRIPTION

STATUS

PAR~Ty

CONTROL

~OR

a.s

MF11"LP, DOUaLE s.s

I I DECODER FOR KAll

sySTEM TESTED M72&
M726 yOR KH11.A·
KIII-B BOARD ,1, DATA PATHS, 8,5 X HEx
Kelt"'B SOARp .2, CONTROL LOGIC' MICROPROGRAM 8.S X HEX
STATE CONTROL, KAll, QUAD, 8,5
SySTEM-TESTED M727
M727 FOR KH111,A

BOARD 1 OF CAll-A, QUAD X 8.5
BOARD 2 or CAll-A, QUAD X 8,5
BOARD 3 or CA11",A, QUAD X 8.5
BOARD 4 OF CAll-A, TER~INATOR, ON 5009045 (W940)
8RPE 11 PUNCH INTERFACE, DOUS~E -8.5
TREND READER INTERrACE, DOUBLE S.5
xMIT SCANNER, NPR, DH11, HEx 8,5
REGISTERS, ByTE COUNT, OHil, H~X 8.S
1sT IN 1ST OUT BuFFER, OHll, OJl1, DOUBLE 8,5
TyMING & sTATES, KAll, QUAD, 8,5
SystEM-TEsTED M728
M?28 FOR KK11.A
e UARTS ON QUAD 8,5, oJl1
C111-0A UNI8Us TO 32 pOINT RELAy DISTRIBUTOH MOOULE, HEX 8.~
cell-SA UNIaUs TO b4 POINT INPUT SCAN, HEX a,s
WINDOw DATA PATH SOARO DAll-', QUAD 8,5
WINDOW CONTROL, DAII-" QUAD 8.5
OJl1 MUX CONTROL BOARD, HEx 8,5
M?285 w BAUD RATE Of 50
YK11 INtERFACE, VT20, QuAD 8.5
LINE PARAMETERS CONTRoL, OHll, HEX 8,5
RECV sCANNER, OK1l,
8.5
coNTROL LOGIC, TIMING FOR MM11.E, DOUBLE, 8,5 (16 UR 17 BIT), 1.2
M,29 MODIfIED FOR 1.5 USEC RUGGED MEMORY
M'29 FOR 980 NSEC MEMORY
16 POINt INPUT INTeRRUPT fOR call"HA, HEX 8,5
Tu60 INTERFACE, QUAD 8.5, 0011
TIMING & CONT , UNlaUS INTRFCE, MM11~U, MMll.UP, QUAU 8.5
DATA BUrrER, CONt, RHt1, HEx 8,5
SUS CONTROL, _H11-A, HEX 8.5
CONTROL & STATUS REGIsTERS, pH1l, DOuBLE 8.5
MASS BUS PARITY CONTROL, RHll, DOUBLE 8,5
WATCHDOG TIMER W RESTART' CRYSTAL CLOCK, 11/40, QUAD SIS
CONTROL FOR CALCOMP 936, xYl1.a, QUAD
POS BUS TO PO$ LoGIC tOR 9/1, FITS IN £100, DOU8L~

US~C

MEM

pAOD
IllNE

"1']On

16

M1301

16
16

"4.,302
"17303

'6

M1304

16

"41305
M7306

16

M7l07

M'7308

16
16
16

'4'7 30,

16

""31
M1 1 tO

CA.'\'

DES
ENGR

STATns
MO/IF

RVN
RVN
RVN
RVN

PoP16 GPA CONTROL, GEN PURPOS~ ARITHMETIc U~lT, 4 4-s1T B~T~S, USiD ~lTH M7l01 1 S, ouUijL~ X ~,5,KAC16
5
5 11/71 PDP16 GPA REGISTER, GEN PURPOSE ARITH UNIT REGIST~RS, 4 4-B1T B~T~S, DOUBLE X 8,5, K4x16
PDP16 K-SIMPLE, 5 OR 6 INDEPENDENT CONTROL ellS, SINGLE x 8.5
'7

Dca

RV N
RVN
RVN
RVN

RVN
DCB

16
16

JL.r;

M.,l12

16

M1lt3

1.6

JLE

"41114
"41315

16
16

JLE

JLE

M7316

16

FlVN

",'31;
M1)11

16

'4'11,
",732
'4132"

16
CA.T

M13!!

\6

M7:j2'

16

147321

1.6

"'7324
M7125
""126
14'131'7

16

""311

M'll'~YA

16

16

16

16
16

16

14111,.Y8 It
M'7321_YC 16
Ml3.I'7.YO 11
"11311

M7~J9

M1"

16
16

CAT

"'y330

16

M'111
147])2
141331

16
16

16

M!3J~

16
16
14733616
M1l~~

M'li,

"'13)8

16
16

JLE
RVN

RVN

JLtE
JLE

JLE
JLE
JLE
JLE
JLE
JLE
JLE
JLE
JLE
",Tt,!

JLE
JLE
JLE

JLE
JLE

JLE

JLE

JLE
JLE

JL!

JI.,E

Jl"E
JLE

16

JLE

----~j14b16

JLE

Mf339
M'734

"'~~41
M'l42

CA.t

CA1

CA'f
CA.T

"'"341
M',j44.YA CAT
M' ~4~ •.Y~~!T

M1344-YC

C~T

CyR
CYR
Cn~

OM
OM
OM

5173 POP16 K.OECISION, 6 CkTS, SPLITS CONTROL rLOw, SINGLE x 8,5
PDP16 BUS SENSE, SENSES ALL ZERO, OVER'LO~, MANUAL START, DUU~LE X i,5, KbS16

4

5
5
5

5 11/71
2 12i70
2 12/ 7°
5
5
5
5
5 5173
5
5
5

!5
5

5/73

5/'71

5
5

,

7/72

5

8/72

5 8/72
5 8/72
2 5/73
5 11/72

5173

4

5 8/72
5 2/'74
5 2/74
5 2/'74
5 2/74
5 8/12
5

8/72

S
t
1
5
5
5
!
5
2

11/71
11/'a

11/72

8112
11/12
11/72

S."r
2·

11/72
317)
1/'73
3/73

5

2

3/7 3

2

1/74
1/74

2

2

1/74

2

1/74
1/74
1/74

2

2

Ib2

pmP16 TRANSFER REGISTER, PROvID~S 16 BIT DATA STORAGE, MA~KING , 8YT~ CUNTROL, M516-A
PoP16 FLAG MODULE, 1 SINGLE BIT STORAGE AND CONTROL, KFL16,·SINGLE X s,s
.
PDP16 CONsTANTS REGISTER, SMALL ROM, MR16-A, DOUBLE X 8,5
PDP16 TO 11 INTERfACE
PDP16 PARALLEL MERGE, A GATE MEANS Of RETURNING TO A SINGLE CONTFOL PATri AFtER A ~RAN'H
PoS BUS To ~lv ~OGIC FOR 8/1, FITS IN Elo0
POP16 EVOKE, • CKTS, MORE GEN VERSION or K-SIMPLE, KEV16, SINGLE X 8,5
PDP16 GPI, GEN PuRPOSE INPUT/OUTPUT, OB16-A, OOuB~£ X 8,5
.
PoP16 2. W• Y BlANCH (K O~CISI0N + K SIMPLE), 8 CKTS, SINGLE X 8.5, K81 0 .A
P9P1 6 TTY INTERFACE, TPANSDUCER, TTY XMTR , RCVR, DC1b~A, DOuBLE x e~5
POP16 EIGHT~WAY BRANCH, 2 3-81T LATCH & DECUDER, KB16.S, ~INGLE X 8,5
PDP16 SUSROUTING RETUR~' 6 CKTS, 6 SITS, INDEp STORAGE, K&R16, SINGLE x 8,5
PpPl0 OUT.PUT INTERFACE, 16 8ITHEGISTER, OB16.8, DOUBLE X 815
PDP16 INPUT INTERfACE, 16 GATES, SINGLE STRoSE, OBlo-C, DoU~LE X 8,5
POP16 SCRATCH PAD, 16 16.B11 WORDS, MSt6.C, DOUBLE X ~,s
PoP16 SCRATCH PAD, 256 16-81T WORDS, MS16~O, DOUBLE X 8,5
POS BUS FROM POS LOGIC fOR 8/1
8yTt REGISTtR, REG TRANSFER, MS16~B, DOU8LE X 8.5
NO.OP MODULE, SINGLE X 8,5, KN P 16, DOUBLE xa,S
PDP16 BUS MONITOR, KBM16, DOUsLE X 8.5
CONTACT tNTER~OGATER U~IT, PDP10
tK l16 MOS RAM, 1 USEe CYCLE, DOUBLE X 8.5
24 X 1 6 ROM, DOUB~E X 8,5
peS CONTROL, MICRO-PROCESSOR CONTRO~, DSL X 8 S
pCS INSTRUCTION MEMORY, 256 X 8 , sING X 8,5 PROGRAMMED B~ M8~07
sASIC OIAO (OPT) ROM 0
BASIC DIAG (OpT) ROM 1
8ASIC DIAG ROM 2 BASIC DIAG ROM 3
pes EvOKE DECODER, 32 STATES, DSL X 8,5
peS MULTIPL~X INPUTS, 29 INPUTS, OBL X 8,5
POS BUB FROM .3v LOGIC FOR 8/1
ARITHMETIC REG UN!T, OPERAT~S ON 2 16~alT WDS, oaL x 8.~
lAU ENCODER, usE wITH M7330, OSL 1 8,5
8US CoNTROL, DBL X 8,5
'
8ER1AL INTERFACE ADAPTER, OC16-S, SING x e,5
PeP16 LIGHT & SWITCH INTERFACE, DOUBLE 8,5
pep16 S€RvICE BOARD, DOUBLE 8,5
EXPANDED PROGRAM CONTROL SEQUENCER, DOUBLE 8.5
PDP16/M~TU60 lEAD ONLY INTERFAce, DOUBLE 8,5
PDP16/M.UNI8U, CONVERTER/lNPUT INtERFACE
PDP16/ M HHC (HAND HELp CONTROLL£R) INTERFACE, DOUaLE S,5
110 BUS MULT1'LEXiR, 3 12-811 wURQS TO SUS
PoP16/M EXTENDED CONTROL MEMORY
PM CPROGRAMMAaLE MODULE 800S-1, QUAD
PM MONITOR/CONSOLE
PI FOUNDATION MOouLE, QUAD
IK X 8 STATIC MOS RAM CINTE~ 2102), QUAD
2l X 8 STATIC MOS RAM (lNTE~ 2102), QOAD
4~ X 8 STATIC MOS RAM (INTEL 2102), QUAD

O~

MODJ;IJ

NO

M'fl''!I

M1].6
M735
M"lliO
"'736
M;31
M1l7'
M7378
14737.
M'31

M738h

p~OD

IJ%NE

eAT
CAT
CAT

CLP
CA1'
CLP

CLP

DES
!NGR

STATUS
MOiYR

OM
OM

2

AC

2
5
2

JJO

5
5

EN

t

CLP
CLP

EN

t

EN

eLl"

"JO

4
5

CLP
eLP

EN

4

JJO
JJo
PDM
pOM
JJO

4
4

""3a,

eLP
CL'
CLP

EN
EN

4

M~l.g

CLI?

EN
EN

M138t
Ml1'2
M'3el
MY)8,

CLP
eLI?

M71h;

ClIP

M1 386

"11)88

eLp

Ml)89- YA CLI?

CLp
CLP
M13'1
14119,
Ct'
M,j9j
eLP
M13,4
CLI!>
M7194.yA MOD
C'LP
M13'5
M7396
CLP
M'396· YA CLP
CLP
M')',
eLP
M'39R
147390

M1399

eLP

M140
M7400
M7 40)
""404
M1405
M1486
M'40'

14
14

Ml 4 1

M14i
M74J
"474)1

M'412
M1431
M744

".1441

M7443

M141
M7450
""451

""46

M147
M'41

14

'4
14

JJO

14

14
14

4

4

AC
C¥R
AC
AC
AC
AR
VDS

vos
vos
voa

1,,0

14
14

4

AC
AC

14

14

4

RJM
RJM
AC

RJM
RJM

14
14
14
14
14
14
14
14
14

4

5
'7
5
5
t
5
1

VDS
LD
AR
AR
AR
AR

14

4

AR

AR
MoRa
MORQ
AR

AR
'AR
AR
AR
AR

2

4
:)

1
1

..

6
5
5
5

4
4
5
5

5
5
4
4
4
5

4
4
5
5
4
5
5
5

DESCRIPTION

li74 SOCKETS FOR 4K X 8 REPROGRAMMABLE PROM (INTEL 1702A), QUAD
1/74 PM POwER FAIL, 6.3VAC INPUT REQUIRED, QUAD
IJO TRANSFER, 1a 81T REGISTER, 12 OUTPUT BUS DRIVERS
2/74 R102-C, -0, -E BADGE READER, DOua~E 8,5
PRIORITy INTERRUPT, 4 CHANNELS
1/0 BUS RECEIVER WITH ijUFfER RgGIST~R , sUFYER€O UUTPUTS, F1T~ IN E1DO
1/74 SERIAL 1/0 W 10 CHAR BuFFER , REMOTE RESET, QuAD, USES 54PD M70 FOUNDATION MODULE, PDM70 INTERFACE + WIRE WRAP PINS & l/C LOCATIONS, YUAU
1/'74
9/; .l CLOCK, 110 TO 19.6K BAUD, POM70, DOUBL! 8,5
110 BUS TRANSMITTER, PARTIALLY HEPLACES M7l2, FITS IN El00
2/74 CONTROL, pDM7 0, DOu8LE 9.5
2/74 DIGITAL INPUT, 32 BITS, PDM70-D, QUAD 8,5
2/74 DIGITAL ouTPUt, 32 BITS, pDM70-E, QUAO-S.S
2/74 4 CM ANALOG INPUT CARD, PDM70. F, QUAD 8 5
2/74 2 eM ANALoG OUTPUT CARD, pDM1o-H, QUAD ~.5
9/73 BIT SERIAL INpUT/OUTPUT EIA OR 20 MA, PDM70~J, QUAD 8 S
2/7 4 CHARACTER SERIAL INPUT/6uTPUT, 16 K~YKEY80ARD DISPLAY! pgM70-K, QUAD 8,5
9/73 HARDWARE ~EAD_IN MODULE FOR POw~R FAIL/RESTART POM70.N, SlNGL~ i.~
10/73 CHARACTER SERIAL INPUTIOUTPUT GENERAL PURPOSE, PD~70.H, QUAD 8.S
5/73 ADDREsSABLE AsyNC TRANSCEIvER wITH PROGRAMMAB~E CLOCKs, 110 TO 4800 BAUD, o8L X 8,5
.
2/12 M,)89 W OPEN COLLECTOR OUTPUTS
5/73 ASYNCH TRANSCEIvER, RTOl, DOUBLE
5/73 12 X 4 BUFFER, RT01
2/71 NIXIE DISPLAY, RT01, RENAMED 5409457
11/71 1i CHAR KEYBOARD ENCODER, RTOl
5/12 16 CHAR KEYBOARDICARD READER ENcODER, RT01-A, -8
16 CHAR KEyBOARDICARD READER ENCODER, RTOS
4/'72
5/7 3 DISPLAY CONTROL, RT02, SINGLE 8.S
5/ 7 3 16 KEy NKR KEyBOARD ENCODER, SINGLE 8.5
2/74 M,)96 W RTOl KE¥BOARD DECOD~R
1/73 KEyBOARD + ELECTRONICs, MHC01, DOuBLE 8,5
1/73 DISPLAY + ELECTRONICS, HHC01' DOUBLE 8.5
2/74 AuDIo ALARM, RT02 8B , DOUBLE 8.5
7/73 INSTRUCTION OECODIN~ , REGISTER CONTROL FOR POP14, OOUB~E, OOUB~E
8/'72 PDP14 INSTR DECODER' CONTROL, TO R~PLACE M740, D~L X 5
11/72 TIMING FOR OL14, DBL X 5
11/72 CONTROL FOR DL14, DBL X 5
5/73 MEMORy FOR OL14, DBL X 5, 256 X 4 + 156 X b
5/7 3 STEPPING MotOa CONTROL, HEX s.5, SMCOl~A
2/74 MM11~E INTERFACE, QuAD b
MAJOR STATES & TIMING FOR POP14
SwITCH , POwEM CO~TROL FOR PDP14
K INTERrAcE CONTROL FOR POP14
2/74 POP14/l0 MEM CONTROL, QUAD 8,5
2/74 PDP14/10 1/0 TIMING CONTROL, QUAD
10/73 pDP14/30 I/O MULTIpLEX DRIVERS, QUAD S.S
COMPARE CONTROL FOR POP14, COMPARES 2 12.81T WORDS wITH EACH OTHER OR Z~RO, OOU~L£
2/74 KEYBOARD CONT~OL' OMNIBUS, VTI4, QUAD, ToP CONNECtED TO M7443
2/74 VIDEO CONTROL, OMNIBUS, VT14, QUAD, TOp·CONNECTED TO M7441 INTERFACE, PDP14 10 PoPS/I,L, 72 ~INS, DOUaLE SUS TERMINATIUN INCLUD~D
11/"12 POP14 TO pope INTERFACE, REPLACES M745, DBL X 6
2/74 PDP14/ 10 TO PnP8 fOS BUS 1/0 INTERFACE, QUAD 8.5
Bus REGISTER FOR PDP 14, 6 0 FF's ~ITH OPEN CO~LECtOR OUTPUT GATING, DIRECt sEts' COMMON
8US REGISTER FOR PDP14, (SIMILAR TO M746), NCREMENTS , OECR~M~NT5
11/"12 SERIAL TRANsMITtER' 14 SIT ERROR CORRECTION, AsyNC,OOU2LE i 5 -

103

~L~A~

MonEL
NO
",'14'1

M74'~

"''74,
M150
M951

""5a
"'151

PROD

OES

LINE

ENGR

14
14
14
8
8

'-'

8

"'754
M755
""56

8

",,159

CSS
CsS

l-1'760

12

""57
M'75'

M160t')

M7601
M161
M162
M'6l
M164
M16~

M166
""'67
"'''610

","6,t
""672
",,'671
M'7674
M168

""769

""'70
M1700
M1701

M770~

M7703
M771

8

12

12
',5
15

PE"jPH
'PEIUPH
PERIPH
'PERIPH

PERIPH
PEPIPH
pERIPH
PE-IPH
PERIPH
PEJlIPH
PERIPH
pgJIPH
15

PEJIPH
pgRIPH
PERIPH
PEPyPH
PE~IPk

M~7tt

~ERIP~

M771t

M171)
M77tl
M7715
""716
""7717

pERIPH

pgRIPH
PE~IPH

pgRIPH
PEjIPH
PElIPH

"'f'j~

fEaIPH

M'772

M?7%~,·.·

PEllPH
15
PERIPM

"'~722

pgRIPH

""1 7 1'

M'711

M~'14

MY7!!

M171
""7)1

PE~IP~

PE~IPH

BCCAN
15
PERIPH

M,~ji~tA PERIP~

104

MO/YR
4173 M,48

+ M74 9 , PDP14/30, QUAD a,5

AR
AR
AR
RL
AC
AC
AC
GORMAN
GORMAN

5 l1i72 SERIAL RECEIVER, 14 SIt ERROR CORRECTION, ASYNC, DOUBLE X 5'
LINE 1/0 CONTROL, EQU!V TO 2 w7S0 l g, OOuBL~
5
LINE REGIsTER , R REG FOR DCOal, 110 SUS CONNECTION, DOUBLE
5
INSTRUCTION DECODER & GATES FOR OC08A, DOUB~E
5
CONTROL FOR 2 DATA SET LINES IN DCosF
5
t 8/69 TELETyPE REC~:IV~;}~,· 6,7 SITS

wri

1 4/69

WH

Ka

KB

Rl
MORa
AF
HI"
HI"

JH

uH

JH
JIi

uK

JH

uH

JH
JH
JH
uK

Es
ES
ES

tS

15

""~l~

D!:SCRYPTION

STATUS

CAr
CAY
CAY

CAY
CAy
CAY
CAY
CAY

CAY
CAY
FA

CAY

CAY
LOM
CAY
DSR

FA
RF
Rr

1
4

2/74 UART vERSION OF M1481, 2 8.LEvE~ CODE WORDS W PARITr,

1 8/69

1
6
6
5
5
5
5
5
5
1
5
1
5
5

4/69

4/71
4/71

8/,2
5/73
5/73

5/73
8/69

5i73
8/69

5
!5
5

TELETyPE TRANSMITTER 6,7 BITS
TELETyPE RECEtV~R, 5'6,7. OR 8 BIts
TELETypE TRANSMITT~R' 5,6,1,OR 8 ~lTS
SyNCHRONOUS SERlAL DATA REC~IVER, (0,8 aITS),

OOU8L~

QUAD

8,~

dUFFERiO

SYNCHRONOUS SERIAL PATA TRANSMITTER, (6,8 BITS), DOUBLE BOFFEMED
AIO CONTROL FOR POP~12, POSSI8L~ GENERAL APPLICATION
M760 WITH MODIFIED TIMING FOR AD12~F, SlNGLE
CONTROL FOR TEKTRONIX 611 OR COLOR SCOPE
12 TO 8 BIT MULTIP~EXER
ROM DIODE MATaIX kECEIV~R
9 TRAcK WRITE eUFFERi FOR TU10, NEG LOGIC, SEE M893
7 TRAcK WRITE BurFER, FOR TU10, NEG LOGIC, sEE M894
9 TRACK READ sUFFER, FOR TUI0
7 TRAcK READ surFER, FOR TU10
CLOCK. SKEw DELAX ~OGIC FOR TU10
FORWARD BOT TIMER, IU10
MASTERISLAVE IUS DRIVER FOR TU10 MASTERS, 25 CKTS, DOU8LE X 5
TUtO MASTER CONTROL BurfERS, DOUBLE x 5
Tul0 DATA CHECKER, oOuaLE x 5

1 12/72 IMPROVED M7670
5
5
5
5

517 3

5/73
5 5/73
5 5i73
1 11/70
S 51.73
5 1/'2
5 11/71
5 21'2
5 11/71
5 11/71

5 11/7 1

5
5

5 1172
5 1/72
5
5
4

5/13
5/73

1 10/73

5 4172
3 3/73
5 Si7 3
5 5/73

2 2/7 2

DELAY SELECTOR FOR TUtO W.ITH TCSe, TC59, TMI0
FUNCTION CONTROL rOR TU10
EAE CONTROL FoR PDP.15
sECTOR CTR, INDEX' PAOrOAMP FOR OECPACK, DOU8LE X b,5
CoNTRoL' SAFtTY INTERLOCKS FOR DECPACK, DOUBLE X 8.5
TRACK ADDREss , DIFFERENC~ CNTR FOR D~CPACK, OOU8~E X 8,5
otCPACK OFFLINE TESTER
INTERNAL DEvIOE DECODER FOR POp-IS
PRINT CYCLE TIM1NG, LA30, DOUaLE
CONTROL LOGIC A, LAlO, DOUBLE
CONTROL LoGIC S, LAlO, DOUBLE
RIBBON CONTROL , LAST CHAR VISIBILITY, LA30, DOUBLE
CHARACTER GENERATOR, LAlO, OOUB~E
LINE FEED CONTROL, ~AlO, DOUBLE
MOTOR TRANSLATOR, LAlO, DOUBLE
MoTOR CONTROL, LAJO, DOUBLE
~Ey80ARO INTERFACE, tA30, CONNECT TO 8/1, 8/L, 12, OR 15, PARALLEL (CAN
TRANSMIT DATA TO LAlO PRINT~R, PARALLEL, (CAN REP~ACE M707), DOUBLE
CONSOLE CONTROL #1 'OR pDp.15
KrY80ARD TRANSMiTTER, LAlO. DOUBLE
CONTROL LoGlC A, eM771! wITH 8ELL LOGIC) tA30, DoUBLE 5
LAl6 MICROPROCESSQR,HEX, TEST FINGERS
Mt'14 WITH 74,4'S INSTEAD Of MC4015 t S
SMORT CARRIAGE RETURN CONTROL, LASlO, SlNGLE 8.5
CONSO~E CONTROL .2 FOR POP w ls
stRIALINTERFACE CONTROL, LA30
"7731 W PULL U~ RESISTnRs 4.7K INSTEAD OF 220 OHMS

REP~ACE

M706),

~OuB~E

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M'"41
M175

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14
14

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AR
AR

5
5
4

15

M,.,51

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"'7752

PEIHPH

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M'75J

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PERIPH

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M!714

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M'7SIpEttIPH CHI
M77"
PERIPR Try
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M'76
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M'7tO
PERIPH MOL
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PERIPH MOl.l
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p[IIP", Tft"
M7771
PERXPH T~'r
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PERIPH -KG
"41773
PERIPH KG
M1'114
PEIUPH SERG
"'7715
PERIPH BERG
M'77g
pERIPH 01"
KG
M.7777
PE~IPH
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PEIUPH KG
M7751

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11

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M180~YC

11
M.,eO-YD '-1

M180~y! 11
M180.YF 11
M780~yH

M1s00

P'S
11

M18()o.yA 1t
M1800-YB 11
M18tH
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'41804

CSS
11

M780~

11

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pJ

PJ
PJ

PJ
PJ
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SKJ
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BES
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11
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M.'781
M1910
M'812
M181'

M'9i~
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M'182
M1820
",1821

11
11
11
11
11
11

11
11

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DJD
RL

RL
RL
RL
RL
RL
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2 10/72 U'PE~/LOWER

4
4
4
4

4
4
4

4
4
5
4

•

2/74
5/73

2/74
2114
9113

2/74
2114
6/73
7/'13
1173
2/74
5/73
5/73

4

2/74

4
2
2

2/'14

2
2
2
2

1/74
1/'14
1/14
1/74
1/74

2
5

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5

5
5

5
5
3 3172

5 11/7 2
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3 10/73
2
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2 1/7l
2 1/7]
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1

1/71

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1 11 /7 3
1 11/7]
11'74

2
5
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11112
2114
4 2114
4
4

2/74

2
2
4

1/74

1/74
2/74
6 10/71

11

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5

11

SR

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CASi LA30 CHAR GEN, DOUaLE S,5
INSTRUCTION DECODER
P~P14/l0 TIMING' REGISTERS, QUAD 8,5
TIME STATE GENERATOR
ENCODER.OECODERPLL (PHASE LOCK LOOP), 4 LA~[R DOUBLE X 8,5, RBO)
(STANDARD DOUBLE INH~R
DESKEw LOGIC, RBOl, DOUBLE X 8,5
DATA BurFER, .503, DaL x S,5, INCLUDES cRe
ADDRESS REGISTER, RIOl, OBL X 8,5
CONTROL, RSO], OBI" X 8.5
ALTERNATE TRACK OPTION, RaO), DBL x 8,5
RI04·TA (TIMING TRACK WRITER) QUAD 8.5 .
RI04 HEAD MATRIx
COMMAND DEeOOE, DOUBLE SIS
READER REGISTER
CASSETTE LOGIc, TUbO, HEX 8,5, NO FINGERS
c,S&ETT~ SERVO' READ, 1U60, HEX 8.5, NO FlhGERS
RIOl STATUS, DOUBLE 8,5
RIO) FORMAT, DOUBLE 8,5
RP04 SyNCHRONOUS LOGIc, 4 LAyER HEx
Rf04 ASYNCHRONOUS LOGIC, HEX
RP04 REGISTER LOGle, HEx
~'04 DUAL PORT LOGIC, HEX
Rp04 ERROR CORR~CtION LOGIC, 4 LAtER HEX
Rp04 MOLl (MIN DEVICE LEVEL INTERfACE) TRANSMITTER, DOUBLE ~.5
Rp04 MOLl RECeIvER, DOuBLE 8,5
TELETyPE TRANSMITTER, RECEIVER FOR KL11, 110 BAUD, DOUSLE
150 BAUD M780
300 BAUD M780
610 BAUD M780
1200 SEND, 110 RECEIVE M7iO
2400 sAUD M790
uSED IN PMK02.C OPTION
AaYNe TRANSMI,TER & RCVR,KLll, JUMPER SAUD RATE FROM 110 TO 2400, TO REPLAC~ M7ijO, .MiOs, M782
M,eoo wITHOUT EIA CHIPS, CURR~NT LOOP ONLI
M,800 w 24,6 K SAUO
DATA WORD CONTRoL FOR MCtl
ADDRESS CONtROL FOR MC11
AJBITRATION CONTROL FOR MC11
ARBITRATOR CARD FOR MAil, OOUSLg 8,5
TIMING, MAll, QUAD 8~5
PORT, MAll, HEX 8.5
M'247, Ml05, M7821 ON ONE QUAD
M1241 & M7246 ON uNE QUAD
teCH 10 SI ! AID, 1 eM DIA, CLOCK, 4 LAygR HEX
PCfl CONTROL BOARD, FOR KA1l
M,el + M10S + M7821, QUAO X 8.5(INTERFACE SgTWEEN 11 & HIGH SPE~O R~AUER/PUNC~)
OQ11-AA Bus SELECTORS, CSR'S, sHIFT REGISTERS, HEX 8,5
Og11-AA CHAR OOUNt, suS ADDRESS, SHIFT CONT, HEX 8.~
DQ11-AA MODEM. CONTROL C0011-SA), SINGLE 9,5
DQ11~AS BUS SELECTORS, BLOCK CHECK CHAR, HEX e,~
nQll-AS CHAR ~ETECTION & SEQuENCE CO NT (OQll-aB), HEX 9,5
DQ11-AA HARDWIRED CHAR DETECTION' NPR CONT, DOUBLE 8!5
INTERRUPT CONTROL, b sITS, 1 pE~ pDp11 pERlpHERALINTERRUPT CONTROL, 7 BITS, 1 PER PD P 11 PERIPH~RAL, wI~L BE ~E~LAC~O B~ M!~2l
FAST M7820
PpP14~L

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M1A2i

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M7834
""825
M1826
""82'7
M1828

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11
11

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11
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CSS
CSS
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SCRAN
11

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11

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M7834

11/40

DES
ENGR

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MO/YR

FZ

4
2i74 DUll, QU.AD 8,8
2 11/73 WATCH DOG TIMER, K~11.W, DOUBLE 8,5
3
5173 PUNCH INTERFACE, CPlt.UP, QUAD
1 7/73 BACKuP FOR M7'22, DUll, H~X
2 9/73 DVS11 SERIAL LINE XMIT/RECEIVgR, SYNC, ASYNC, ISOCHRONOUS, DOUBLE 8,5
t
9/73 xy3t! CONTROL SOARD, DOUBLE 8,5
2 9/73 R~MOTE OT03 BUS swITCH CONTROL, DOUaLE 8.5
3 9/7l x 8US TO UNIBus INTgRYACE, USED WITH W7400 MODULEs
12 aUs DRIVERS, PUP-tl, SINGLE x 8.5
5
WATCHOoG TIME~, G~N PWR FAIL AFTER 20MB, pEsTAPT AFrgR 4 sEC, WlRE W~AppED
1 2/'74
1 9/72 4K 16 BIT STATIC N-CHAhNEL MOS MEM, HEX 8,5
1. 10113 8K lS-SIT DYNAMIC RAM (4K CHIPS), 4 LAY~R HEX
1 1173 TIMING (PARITy), KDlt~A, S.5 HEx
')
2 / 74 TONE ALERT, USED IN Oo.11,SlNGLE 9.5
t 2/74
0vl1 ALu & TRANSFER BUS, HEX
1 2/'4 DV11 UNIBUS DATA ~ NPR CONTROL, HEX
t 2/'74 DV11 ROM, RAM, & BRANcH, HEX
1 2/74 SYNCHRONOUS MUX LIN~ CARD, HEX
5
UNIBus RECEIVER' pDp~1t
UNI8US DRIVER, RECEIVER, 8 8ITS, PDP~11, SlNGL~ x 8 5
5
5
UNIBUS TRANS, REe. & REG, 16 BITS, pDp w l1, DOUBLE,
M786 + Mia5 + M7 8 21, QUAD X 8.5 (GENERAL DEVICE INTERfACE TU 11)
5
LINE FREQUENCy INTE~RUPT CLOCK
5
5
MR11.A CONTROL LOGIC, DOUBLE, 8.5
1 2i70 MR11~A DEVICE SELictOR, DOUBLE, 8.5
4 7/73 M,292 W 8881 , 380
1 2/'0 MR11wA DATA RiGISTER, DOUBLE, 8.5
5 11/11 LA30 INTERFACE FOR PDpl1, DBL X 8,5
4 5173 M,91 + M10S , M7821, QUAD X 8,5 (PARALL~L INTERFACE BETwE£N 11 & LAJOP)
5
32 WORD, 16 BIT ROM DIODE MATRIX, ALL DlODES IN, QUAD, 8.5, USED IN DUll
5 11/11 PAPER TAPE LOADER
5
OISK LOADER ROM
5
5173 CARD REAOER BOOTSTRAP ~OM
5 S/72 CARD 1 OF ~Rl1.DB BOosTRAP LOADER
5 8/72 CARD 2 OF MR11.DB aOOsTRAP LOAO~R
5 10/73 D5500 LOADER 10M
4 5113 TAtl SOOSTRAP LOADER
1 4/7 3 BELL SPECIAL TM11 LOADER
4
2/74 VT20 BOOTSTRAp
coNTROL FOR LINE PRINTER (LP11), Doue~E, 8,5, SIDE M904 CONNECTOF
5
) .3/'72 CoNTROL FOR DATA PRODuCTS 2440 , 2770 'fORM FEED)
t 10/72 CONTRO~ FOR DATAMETRlcS MC3000 LINE PRINTER
5
5i73 M,9l • MioS + M7921, QUAD X 8,5 (INTE~FAC! TO DATA PRuDUCTS L1N~ PRINTERS)
1 1/73 M,900 W ADDEO ZONING & VERTICAL FORMAT
MoDEM iNTERFACE & CONTROL CARD (DC11~O)
5
WORO COUNT & CURRENT MEM ADDRESS, DoUaLi x 8,~
5
UNIBUs MASTER CONTROL, SINGLE X 9.5, USED WiTH M792
5
M.!9~ W C1=5ur CDA28wC)
2
R~GlSTER SELECT MODULE' SINGLE X 5, USEO WITH Mi0S
5
UNIBUS ORIVER, 16 CHANNELS, wIRED OR INPUTS, SINGLE X 5
5
DISPLAY CONTROL 'OR AAll, DOUaLE x 8.5
5
5 3112 LABt1 COLOR CONTROL, SINGLE X 8,5
3 11/71 M7 99 wITH ABILITY TO HANOLE A LIGHT PEN
6 RELAYS &6 M050 DRIvERS' DOUBLE
5
,. 4173 SOLID STATE MaOO, 50 MA MAX, +1. 50V, T~LEDYNE 640 w l ~ELA¥S

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M795
M196
M9860
M787
M'8a
M'99
M'9'2
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11
11
11
11
11
11
11
11
11
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M'91

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M'79a.YB 11
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M'96

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4 5/71

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DESCRIPTION

MO/YR

5/73
5/13
1 7/72

5
1 7/71
5 5/73
5
t 7/72
5 5/73
5 5/73
5

tIC MoUNT Rf;LAYPLUS oPIVER ON w960 ETCH, SINGLE 5
6 LATCHING RELAXS, OOUB~E, 0"
12 BIT LATCHING RELAYS FOR 0001
M802 WITH JUMPERS INSTEAD or RELAyS, DRIVES CUSTOMER RELAyS
t6 8IT M802
16 BIT LATCHING R~LAYS, ICMRL.OA, HEX
12stT FLIP FLOP RELAYS rOR 0001
16 81'1' Me04
1~ BIT FLIP FLOP RELAYS, lCMRL~oa, HEX
12 8IT sINGLE SHOT REALIS rOR 0001
16 eXT H806
16 81.T SINGLE SHOT RELAYS, lCMRL"'OC, HEX
~A$~!~ CONt~OL FOR Ieall, HEX
MASTER CONTROL fOR ICSS, HEX
lei rILt BuFrtR, H€X
DAP (DATA PATH MOPULE), 11/45, HEX X 8,5,4 LAYER
GRA (GENERAL REGISTER ADDREsS), 11/45, a,s H&X, 4 LAY~R
IRC (INSTRUCTION RE~lSTER CONTROL)1 11/45 1 8,5 HEX, 4 LAYER
RAe fROM- ADDRESS CONTROL), 8. S HEX, 4 LAYt.;R
- --_. -- -POR (PROCESSOJ DATA & UNI8US REGIST~RS" 11/45, 8.5 HEX, 4 LAIER
TMC (TIMING' MIse CONTROL), 11/45, 8,5 HEX, 4 LAYtR
ule (UNIBUS CONTROL), 8 5 HEX, 4 LAXER
SA' (SEGMENTATION ADDRE'S PATHSj, 9,5 H~X 4 LAYER
SSR (SEGMtNTAtIONSTATUS REG), a.5HEx4LAxER
TIG (TIMING GENERATOR), 8,5 QOAO-~4'LAY£RMEM CONTROL FeR MOS MEM, 8.5 HEX, 4 LAYER
1K X 16 SITS BIPOLAR MEMORy
18 BIT M011l
riM (FLOATING POINT ROM CONTROL) 8,5 HEX, 4 LAy~R
FXP (FLOATING POINT EXPON~NT DATA PATHS) 8,5 HEX, 4 LAYER
'RH (FRACTION HIGH ORDER DATA PATH) 8,5 HEi~ 4 LAtER
raL (FRACTION LOW ORDER DATA PATH) 8.5 HEX, 4 ~AYER
SJB (SEGMENTATION JUMpER SoARD), 8.5 HEX, 2 slOEs
VIRTUAL MACHINE EXTENSIONS, 4 LAYER DOU8LE 8.5
UNIBUs INTERFACE FOR M8111,-DOU8LE 8,5
.
M£M CoNTROL FOR B~POLAR MEM,4 ~AIER_~E~
FlO (FLOATING INTER;'ACt DATA PATM), HEX 8,5, 2$1'0"£5
FIC (,LOATING INTERFACE CONTROL), HEx X 8,5, 2 SIDES
DATA PATHS CONTROL, KAtl, QUAD, 8.5
SYSTEM-TEsTED M820
MEMORy CONTROL, KAll, DOUBLE, 8,5
SYSTEM-TEsTED M821
FLAG CONTROL, RA11,DOUBLE,8.5
SYSTEM-TESTED M822
M822 FOR KH11 .. A
CODES, DATA, PDP.11, SINGLE, 8,5
SyStEM.TESTED Mi2l
P~IORITY, KA11, OOUBLE, 9.5
SYSTEM.TEstED M824
M824 FOR KH1111tA
POWER FAIL, SINGLE, 8,5
sySTEM. TESTED Mi2S
M825 FOR KH11.ANpR EXPANSION,KH11wA
1~ Ter 250. NS CLOCK WITH SR, (9 PHASE CLOCK), BINGLE- ,iCe;s-

107

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11
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DA
DA
DA

-Af(

STATUS

DESCRIPTION

loB

MO/YR
5
CLOCK & STATES, KE11-_, QUAO, 8,S
5 11/71 Kyll-a .CONSOLE BOARD, DDUaL€, 8,5
5 5)7 3 coNSOLE INTERFACE FOR l1R20, KII1-g,." QUAO X 8,5
5 11/71 CARD R~ADER CONTROL, OOuBLE X 8,5, FOR CR11 , CM11
5 5/73. M829 + MIOS + M829, QUAD X 8,5
'
4 7/73 M'293 w NO 88]8'S
1 8/73 12K TIMING' UNIBUS INT~R'ACE, MM11· W, .~P, QUAD
6 1111 MAJOR REGIstER FOR KKe-E
5
MAJOR R£GlSTEJ FOR KKe.E, REPLACES M830 WHEN USED WITH MellO, QUAO
1 7/72 lIE INDEX REGISTER OPTION' QUAD 8,5 WIR~ WRAPpED
4 5/73 LVO! CONT, LVI, QUAD 8,5
1 9/,2_ VT8~E MUX, USED WITH Mg13S." QUAD 8,5
1 11/72 tNTEG~AL MODEM (lIlA kQul~ALENT), DrS.SA, QUAD 8,5
, 11/72 INTEGRAL MOOEM (1138 EQUIVA~ENT" DfS-BH, QUAD 8,5
2 5/71 sMCOI INTERrAcE, QuAD 9,5
1 1/73 PROM SI~ULATOR/LOADER CONTROL, LOADS M1l27
2 6/73 COORDINATE MEASURING SYSTEM INTERFACE, QUAD
6 6111 RtGISTER CONTROL fOR K~8wE
5
R!GISTER CONT~OL FO~-KK8.E, REpLACES Ma3t WHEN usED WITH MalOO, ~UAD
6 2/12 LOAD RESIsTORS fOR 8VS, 8/E
S
BUS ~oADS FOR alE, REpLACEs M832, QUAD
1 2/'4 MODIFIED MB320 FOR S/E XOR
5 1i14 TMS.E OUTPUT CONTROL
4 5/73 TM8~E CONTROL & BREAK
4 5;73 tMSw! TRANSPO.T STATUS CONTROL
5 1/12 INTERpROCESSOR SUFFER, S/E TO 8/t, uP TO 8 PER COMPOTER, QuAO
5 9/73 TM8 wE REGISTERS
5
Bur MEM CLAMP LOADS, sWITCHES & INDICATORS (SMa-L), QUAD
1 2/74
M832 8 DEPOPULATED FOR BM812wl
5 511l LCS.E PARALLEL INTERFACE TO LAlO.p, 9.5 X QUAD
6 2/~~ tiMING GEN FOR KKQ~E
5 5/71 IMPROVED M83l CiEE Me]47), QUAD
1 2/74 MODIFIEO M83l0 FOR S/E xoR
5 2114 CASSETTE CONTROL (TABlE), QUAD
5 11/72 DC14~B CONTROL (USEO wITH UP TO 12 M8l13tS), QUAD x 8,5, P'UG INTO QMNI8Ui
5 1/73 D014~C AayNCt4 BIT ERROR CaRR, XMIT , RE~EIVE, 8,5 ,QUAD, PLUG INTO OMNI8US
5 lij72 b~14·D CONTROL (OSEO wItH UP TO 12 He~3lf$)~ UnIBUS COMPAtlijL£~ -QUAb X ~.~
5 5/7~ v18~E KEYBOARD .PRINTER CONTROL, QUAD 8,5
5 1/74 VTS-E FR£QUENCY DIVIDER, QUAD 8,5
4 51,73 V1 S,,! LINE SUFFER, QUAD 8.5
3 2/'2 8/E INTERFACE TO FAC!T 4001 " 4003 PAPER TAPE READ£R
1 2/72 alE INTERFACE TO yACIT 4060 , 4061 PApER TApE PUNCH
5 --1/72 EAE INSTRUCTION- DtCODtR;'QUAD
~~ 11~72 EAE REGISTER CONTROL, QUAD
5 10113 t~S~£ PARALLEL CONT. wILL REPLACE M8329
t 3/72 Reel! BOARD 1 QUAD 8.5
1 ll12 RCel E BOARD 2 QUAD 8,5
~_JI1a
RC8/£ BOARD l QUAD i,s
1 3112 jeBIE aoA-~.D 4 QUAD 8.5
7 91 7 1 TIMING GENERATOR FOR a,E W STOP CLOCK INPUT, CAN REPLACE M8330, QUAD ij~~(KM8.r) (ECO'D INTU_~8l30)
4 9171 lK12 BIT PROM ,CONT+ 256 WORDS R/W, (INTEL 1702 REpRoGRAMMABLE ROM), NEEDs +5V-&-""15~i--Q~A~ 8,~
~
7/71 M8l4 9 WITH ONLY 256 WORDS Of PROM
2 8/73 MS149 W 1K 12.s1T PROM ONLY
2 8113 MS]49 W 512 11.BIT PROM ONLy
4 ~;~4 ~~349 wIT~ONLY IX 12 81' PROM 'NO SWITCH STARt LoCtc

MODEL
T- - f,fO

DES
ENGR

PlOD
-LINE

".J

-, ---lffrt------g-tr-----t~--

MI310

8/!

MI3tl

8/i!
8/E
a/!!

liT
00
GHt.
GHt"

'M115e.UQl!
M.~82

141111

---'Mj 3!4- -

M8115

MI:ng
M'~6

MI360
M8:n

-'81~-

at

8/t

. alt

-Rt

B/lt

LK
LT

S/E
SIr.

Mij;fir-- - 8/i
8/E
MIla
Mlj,
8/£',-

GRL

'-GHL

liN
-L~'

R8R
RaR
liN

M840
ell!!
M140;yA 8/E
e/E
M8 4 01

KQ

CRa

-.. M'4f -- ei!--

L,N-'

alE

LN

_ "'M4
1 41_

8/E

LT
MB
ADL

M'46

lit

MI42

M'I426 S$Mu
el E
MI43
M143.-yA eSI
Mj4y

Ai!

81E

M'4'h~yA 9/P;
M'4,~ye lIt

M84'1.yl')

e/t

M84-'·YP! B/E
MI4'';'Y' 8/1:

-Mj4',-{O 8/E

MI4,.yM

II!
M84t~YJ 8/E

M847.YK 10

)4147 ;;fC- 8 jE
M84,.YM TVP
Mt4,';'yN TyP
el E

~t4',,M 480

8/E

~'4?_

a/!

",.~!~_O1

css
CSS
CSI
csl

MISO

MISOI

,_~~_~o,

M8504
M150!5

--'M-iio6

9

('51
T ---

-cs

MIso'

CsS

MlsO'

Cst __

M860

fl/!

'--MI50 8
MISt

ess'
IPC;

Mi6i--· -'" --ej'E---

"_0-

STATUS
MO/YR

-,.-.,,-{

,

ADt.

LT

L'1'

LT
liT
liT
NR
KE

-1,,1

voL

JDL
LN
LN
ADL

WH

DH

Dlf

JTN
JTN
"TN

JTR

JLt4
JLM
JLM
FE
LN

'ST

DATApRODuCn-LXtff:

5

,

LT

PoSlT1VEsUS tNT!'RFACt- CARO-FOR POPS"E

2 10/73 MARS (MAJOR AGTIVE REGISTERS , STATUS BITS) PAN~L DRIVER, QUAD
2 10/73 KtYOPTION, IiIjTeRES Ke:YS TO MEM ADDRESS REGISTER " HALTS, QUAD
6 8/71 DATA BREAK aUa INTERYACE CARD FOR PDPe-E
rlSTER M8l'~ IEPLACES M836, QUAD
S
MEMORY
EXTENSION CO~TRO~
FOR pope-E,
ALso TIME SHARE
5
cpaOAR1),Hff . .
...... -- -.
----.-.--------7/73
7 11/70 ASYNCHRONOUS CONTROL FOR DTS-E
5 11/72 SyNC MOO! INTERrACE CAStO FOR OP8.!:
5 1/72 ~d04-&L , PCO'-iMC~NTROL (PC8-g, PCS'-EA)
.
3 5/73 M840 MOOIFIED TO DRIVE PR69
1 9/70 PR68-D INTERfACE to OMNIBUS, DOUaLE x 8,5, FOR POP11-MA

wK

LT

169

5 11/71 FASTER M835, REPLAC~S MB]5, QUAD
5 9/72 MSlsO MODIFIED rOR TERRADYNE IC TESTER
1 611] MASS BUS INTERrAC~, CARD 1
1 6/71 MASS aUs INTE~rACE, CARD 2
.1 6/73 MASS BUS INTERFACE, CARD 3
1 6/;f3 MASS sus INTn-rACE,-CARO-4

5
2

liT

DESCRIPTtON

6/73
5 11/7 1

2 1/71

7

l/71

1 1/10

5
5
5
5
5
5
5
5

9/,2

8/'2

8/72
8/12
8/"1'2
8/72

8/72
3/72

P~INTER-

CORTROL,-LPs.r;:-

Xy PLOTTER COnTROL
CoNtROL FQRCALCOMV 9)6, Xye." QUAD
GIl CARD READER CONTROL
M.43~JTR nEVICECODE or 33 , 37
T!MING ~ CONTJOL FOR VS8.~
CHARAC1.'E'"R -GENERATOR 'oR vAS_E
PUSH DOWN LIST CONTROL, KMS.!
RoM, MIS-E, ALL DIODES IN
ROM FOR MI8.EA HIGH/Low SPEED PAP~R TAPE RIM
ROM roR Mts-Ec,TC08 BOOTSTRAP
RoM FOR MIS-ED, RK8 BOOTSTRAP
-f(OM FjjR MIS"!:!; TYPSET RIM LOAoER
ROM FOR MIS.!" EOU SYSTEM BOOTSTRAp, Low spEED
ROM FOR MIS"Ed, toU SySTEM BOOTSTRAP, HIGH SP£EO
TD8~E BOOTSTRAP (MIa-ER)
R~8/E BOotSTRAP (MIQ~EJ)
CRR BOOTSTRAP FOR DC~2

5 '1/73
5 6/'13
5 9i7l TU60s0O'TsffRAp (MI9;EL)
5 91'13 TyPESET DECiAPE BOOTSTRAP
1 2/74 TyPSET RKs/t ~OOTSTRAp
POWER FAIL DETECT' AuTO RESTART,
5
6 9/72
~

S

1
1
2
2

9/'11
9111
11/71

, 6/,2

11/71

6112

1
2 10/71
2 10i7]
1 1/74
5
5 6/73
1 2/'1

a-E, QUAD
IMPROvED M848, UsED ONLI wItH Me330
Rrt SHIELD, e.E, QUAD
EtA FuLL' DUpLt·x LEVEL CONvERTER, w076-- p-Itfs",-plN -x fofu-sf S"E'·.TSV
TeLEX INVERTER,DdL X 8,5 (W941)
TELEX DIALER, QUAD X 8.5 tW940;
DP11/DMA CONTROL CARD, QUAD X 8,5, WIRE WRAPPED
DQS11-A REGISTER CARD, QUAD X 8,5, WIRE WRAPPED
DOS11.-0 REGlSTtR CARD QUAD 8,5, wIRE wMAPPEO
DQS11 CONT'ROLcARo, QOAiY 8.-5, WIRE-wRA'P'ti'E-o READER INTERFACE & CONTROL (3 PORT AsyNC MUX), RT90, QUAD 8.5
KEYBOARD ENCODER MODULE, DOUBLE 8.5
.' INDICATOR MOD, 24 LIGHTS ON 1 1/16" CENTERS, 12.6v CT
BUS RECEIVER, e HIt ADbRESS DECOOER '~R 0002..
REAL TIME CLOCK, OKe-Er, ewE, QUAD
2$6 WoRD RiW, 8,.E;~OAD, otUVtRS, DECOf)E

MODEL
NO

P"OI)
LINE

M8610
M861t
M,62
M863
"'164

9/1
8/E
8/E

S/!

8/!

"'165

8/E
M'6j;YA 8/i

M'61_y9 elt
MI6'-YC rs
MI610
SIt
M1610-VA e/E
M16S0.ye ro
Mi6§itSi
,..8S8,
alE
M'6!2~YA alE
M1652.Y8 8~E
MI65~.iC 8}e
M@Je~!!OC~S

MS6.2.Y! TPL
MI,6"
e/E.
M865S
S/!
M8655-YA TPL
M86S5.yB TPL

,..1655-YC TPL
M866

M16'
M868
M869

M,6'~Yl

MI70
MS;1
M871

DES
ENGR

STATUS
MO/rR

8T

1
1
1
5
7
7

BT

8T
AW
lOL
R8R
R8R
RBR
EB
RBR
RsR
fS

8Y
RSR
paR
R8R
RBR

WE
MY
R8R
RBR

JG
JG
JG

9/73
9/73
t 8/'0
1 3/71
1 6112
5

5 12/71
1 9172
3 4/71
5 2/74
4 5/7)
4 5j71
4 5113
] 12/7 1
t

4

4
1
3
1
5

SNT

5 5/73 IMPLEMENTS SIMPLE CLOCK IN PDP12
1 10/jO 2 16 sIT ~EGI'TERS, 1 4 aCD rORBINARY.aco-aINARY CONY, NEEDS MS72, DOUBLE X 5

DR
DR

4

7
5

5
1
1

,.'-IS2

--e/E

8/E

Aot

4
5
7
5

M18)

8/E

ADL

6

JK
AW
WH

S
5

BIt
alE
~/f

M 81
M88e

8/!

AOL

----M.90-- - --PERiPif- jk
"'1901
PERIP" JH
-- 'M8'-Oj-----PERiPHJH'
"'890)
PE~IPH
JH

-~-"Mi9i4"-

M'9'~

- M8g0eMI90f

PElf PH

JH

PERIPH

JH

---,rtlfiPH J'H _.

'---lfj"iof
~'908_YA

PElt PH

pERYPli --

HO

HI)

P!R1Pk HO
PEIIPM - -RD
MI91
p!~XPH
MOM
- -M'~9-io'--"PE-'IPi- '1H
)4-19.99

2/74 MoDEM CONTROL, KLi-M
2~14 KL8~J, QUAD, 110 TO 9600 BAuD CONT, 20 MA , EIA
1/74 MQ6S5 W 4.435 MHZ XTAL FoR 1050 8UAO
1/74 Me6S5 W 3,0735 MHZ XTAL FOR 66~6 8uAO ~
1/74 MI6S5 W 2.621 MHZ XIAL FOR 56,86 SAUD
5/73 tiA LEV&L CON,tRTERS FOR M819 COpS-E)
5/71 INCREMENTAL TAPE CONTROL (TRS.EA)
1/72 D~CTApE CONTReL, SIMPLE, (TOI.EA)
l1j11 POINT PLOTTING SCOPE CONTROL SECTION 1, eVca-E), QUAD x 8.5
7/72 MODIFICATION ,OR HP130C SCOPE (10 USEe INTENSIF1 PULSt)

12

csi

DA
AC
MS

RH
WH

MI84

6/73

RBR
OF

12

-~i~]~

2/72

2!6 WORD sTACM BOARD
MS610 WITH CORE STACK ATTACHED
2!6 WORO R/w SENse, INHI8IT, & DAtA REGISTER, S/E, QUAD
12 eM DIGITAL 110 (DRs-EA)
MULTIpLEX INTERFACE FoR VSS.E
CONSOLE TELETYPE CONTROL, 110 BAUD, KL8.E, QUAD X 8,5
150 BAUD, KL8_EB
100 BAUD M865
M865 FOR PMKOI CASSETTE
REPLACEMENT FOR M865, QUAD X 8,5
REPLAcEMENT FOR M865~YA
TTY CONTROL, pMK02-a
CONSOLE TrY CONT~OL, oJF QEVIC£ coot FOR TTy (40 & 41)
DOUBLE SUFfERED ASYNCH DATA CONtROL' QUAD X 8,5, KLS.fA, 110 SAUD
M8652 150 BAUD, K~8_fB THRU .rG
M.652 134,5 BAUD, KL8.rH
MI6S2 (14,746 MHZ CRysTAL), KL8.FJ
M8652 WITH 13,107 MHZ CRySTAL (fOR 100 SAUD)
M'652, 4800 SAuD, KL8.FL, COMMuNICATES W DL11.C

S/E
8/B
9/E
9/2

12
141'3,
11
MI7).yA 11
M'8~
a/g

Meat

2171

6/71
2/71

170

5

7
5
2

2
2

2

2

2t

-1

1

2

5
2

1~/70

CONTROL FOR M'71
2/74 UNIBUS RESTART W SPACE FOR 4 ROMS, £A 25614, QUAD
2/14 UNIBUs R~sTART w 128 WORD ROM, INCLUD~S M792.YA, -ys, .~O, ~YE, -yr, -YM, 0011, QUAD 8.5
5)73 2~6 W~RD ROM, 8.E, QUAD, (USES G64)(MRS.EA)
9/'~ AQTOMATIC PRIORITY INTERRUpT, 8.5_QUAD, KF8-E
RfAL'-TIME CLOal<. LINt FREQUENCY (01<8.£A, i 5,- QUAD
2/72 REAL TIME CLOCK, CR~STAL, (OKS-Eel 8.5 QUA4, ) FRtQ CholC~' REPLACED BY M~l30
1/72 MISl wITH 4 "IEi CHotCE
RtDUNOlNCY CHICK, eRe , LRC , VRC GiN, CHECK, KGS.E, QUAD X 8.5
5j7~ ~OINT P'OTTING SCOPE CONTROL SECTION 2, (Yee-E), QUAD x 8,59/73 to2~ wO~ORO~J_ @~i, QU~D, _~SES~~6~2
MoTION CONTROL FoR TU10, DOUSLE X 5
2/74 DATA SyNCHRON1ZiR, TU16, QUAD 8,5
lj74 tMb2 ~APtcONTROL, PE, QUAD
2/74 TM02 TAPE CONTROL~ COMMON MODE, H~X
1/74 TM02 TAPE CONTROL, NRiI, QUAD
1/74 TM02 MAINTENANce REGISTER, QUAD
1/,4TM02 16-etT FiDDLER, QUAD
2/14 1 H8S4, 15 LINES TO PINS, 5 DRIVEN IN BOARD, DOUBLE 8,5, TM02
2"'4 1 Hes" 12 LINtS RECEtVEo ON CARD, 28 BROUGHT OUT, OOUSI"E 8.5, TM02
2/74 M,908 WITH tERMINATOR RESISTORS
2/74 TM02 MASS 8ua INTERFAC!, HEX
c~c & WRITE GAT1N~ FOR Tu10, DOUBLE
2i74 Ttii6 LOGIC" wRITE 80A'RD, REX{f~'s"

MODEL
NO

PROD

LINE

DES
ENGR

""'-1I1T····- ·"tTIPlf """JH.."
Ma9t!

PERIPK

JH

M891l· - PE.IPJor-lfI)
MI91J.YA PERIPH HD
Maga
PEIIPH MOM
MagJ
PERIPH
- MI94
" PEnps

Meg!

PERIPH

Mfg ,PPIPR

Meg,

M898
Mig,

JR·

M'ae

A.

M900t.yB pERlpH HD

M90oi-TC

PERI~H

pE_IpM

HO

JH

M9oo1

Qc

EF

M'004

QC
10
10
QC
TPL

EF
SU
SU
IR
AJM

M'OOI
M9001
MIOOg
M9004
M901
MIO!
M~OI.YA

M'O~.ya

MIO)
M,04

171

". "2·· 2/74 Tu16 SLAVe CLoCK, MOTION OELAY, DOUaLE 8."5 .
2 1/74 Tu16 SLAVE TEIT FUNCTION GENERATOR, DOUSLE 8,5
12/i4 2 He 5 4, 10 LINES DRIVEN· FROM SOARD, 20 LINES SROUGHT OUT, TUlb

1 2/74
5
'7 1/71

Me91] wITH TERMINATOR R~SISTORS
GAP TtMING , READ PARITY, FOR TU10 MASTER
9 TRACK WRITE BUFFER FOR TU10, +LOGIC VERSION or M7b3

., 1},1 '1 TRAeK'W~ITE SOFFER FOR TU10,+LOGIC VERSION OF M'f64
5
READ, WRITE TIMING FOR TU10 MASTER, DOUBLi
5 11/71 e_cc CHECKER pOR TU10

, TERMINATOPS

M,OGO COM
~AC
M9001
PE~IPH
JH
- -"Mg·oo"i ';'1 A·PERTPM . Hb

Mtoo~

DESCRIPTION

MCllY~

PEIiIPft

CONNE~TORS

M'002

srATUS

TP~

CAT
15
8
8
CAT
CAT

M'o.
MIO,·

·CAT

M'O'~yl

. MQO'7·

12
CAt

M90S.

CAT

AJM

HL
MA
MA

8

MtO.';'YA 15
MI08~Y8 11
~r909 .... CAlf"
Mlto
CAT
··MI100· MOD
MilL .... 15
M911-Yl SSOA
M9l2
CAT
--'Miff
MOi\
M!1.4
t5
M'ts
CAT
M9t6
15
Mil?
CAT
MillO
10

M91.··· ·CAT

MOOR
OV
D~

DCB
DC8
DCB
HL
Dps
DCB

5
5

! 2~~l4 :~~6~O:~~~T~RL~N~:5~~~U:g~g~o TOGETHE~,~L~.§~lG~~.~~.

1
1
1
1
1
1
2
1
1
1
5
6
5
5
5
S
5
5
5

5
5
2
5
5

S

5
6
3
5

1
DV

Dca
fA
DCB
JD
DeB

CONNECTOR TO ./1 CONSOLE, 30 SIGNALS, 2 GND5, TTL BuFFERING
2/74 GIANT CONTINUITY ~OARD FOR UNIBUS SLOTS IN CSll, oOUBLE 2 3/8

5
5
5
5
5
5

COME 0\1T,

~~"~~~~ .~_a~!L .!9. ~~~~5...~.~~~~$~~

M,OOl TERMINATED
2114 M~001~YA TERMINATED
3/71 BuS TERMINATO~, 1 H854, ALL SIGNALs COME OUT, DoUBLE 8,5
1/'74 DOUBLE MOoUtJE TO FLAT MYLAR (40 51GS), ALL PINS, ROOM FOR R£SlSTORS TO +5-, GND,·, INSERltS
6/7) 1 H8 5 6, 2 H854, CAN BE WIRED TO ANY CONFIGURATION, tU60 XOR8/73 MA20 TERMiNAToR , SAME PINS AS 149006, 0006l,,£ 8,-5 .
..
9/7' MA20 ssUS CABLE SOARD, 2 3M CA~LtS, 40 SIG, DOUeLE 8,5
9/7l)J 1000. 0 HM RESISTORS TO +5v
10/73 H854 TO 36 PINS, A, a, OU, VV NOT CONNECTED, SINGLE 5 (5409~09)
10/73 HIS4 TO 36 PINS, M, N, P, S NOT CONNECTED, sING~E 5
'LA~ f,f~~AR CABLE CO~NEC'l'OR, ~O.~HMS IN A2,B2,Ul "V.1'" 2_qA.811ES
1/71 TERMINAtOR, 1, 100 OHM REsISTo~S, M90l , M904 CONNECTIONS
18 470 OHMS RES1STORS (MS TERMINATOR 8 + BUS)
6 100 OHM' 11 470 OHM RESISTORS ( tERMINATES Ae, lOP, ONe·+ BUS)
fLAT MYLAR CONNECTOR, 18 SIGNALS, 14 GNDPIHS
COAX CONNECTOR, 2 g-tONDUcTOR COAXES, MjOl )INS
SPECIAL RIBSON CA8LE CONNECTOR, DF12
CABtJE TERMINATOR, 220 OHMS fa· +sV', CIJAMP!:-t,·to·]V '" GNO, M90l. ~IN$ _.
5/73 ~906 wITH NO 220 OHM RESISTORS
Mg06 WITH CLAMPS ONLY TO GNO
RIBSON CAB~E CONNECtOR, 10 OHMs IN A2,82,Ul &V1, ALL OTHERS STRAIGHt rHRU
1/70 RPo9 MAINTENANCE CARD, REPLACtS CABLE TO RS09
5113 M908 wITH HANDLE
TERMINATOft, 18 68 OHM RESISTORS TOGND,-rOR 15- l}O sUs .-.. TERMINATOR, 1. 68 OHM RESISTORS TO +SV, FOR 15 1/0 6US, PRO~~ND
5/73 2 HBS4 ON SINGLE 8,5 CARD
1/71
TtRMINATOR, 11 100 OHM RESISTORS TO +5V, FOR 15 M~M BUS
1/71 M.II W 1.2K RESIsTORS
...1/0 BUS CARD, 36 PAIRS, M904 CONNECTIONS
7/69
(NEVER MADE)' 6 TERMINATORS, PIN COMPAT·lsli£ irITHMs20, sJef,-"620 ,~,- blO
CABLE CONNECTOR, RF09 TO PArCH PANE~
lS WIRES TOPoP-15 CONSOLE WITH PULL-UP RESISTORS
35 wIRES TO PDP15 CONSOLE wITH +5v CLAMP DIODEs
M,O. wITH RI8s0N CABLE COMING IN EITHER SlD£, - FoR ·MMis9/73 Mg17 W SPLIT LUGS , CLAMp ON SlOE 2
"'901 WIT"S C-ABLEo·-COMING OUT £lfH-E~ SloE sUY· ·uUM··P£RS·'-l-N·-- U-1 ,- V-l·-,_·-t1·oNE --IN A2' ,- 82"-·' - ,._._,___
2/'14

0.-

TO

GRO~N~

P~OO

MODEL
NO

LIN!

M9i 9

11

M.19~

10

M9191
"'920

M9200

KA

CSS

M925
M'26
Mt21

11
CAT
11

M,29

T1

""9290

'0
tt

Dce

cv
PJ

DCB

CA

eRe

STP
PIo1

MtlG
M9l0.JA 11
MllO-YA 11
""300
'.1

PJ

KA
sJ

to

",9~1

SU

FF
AR
AW
PG
PG
pG
M1
MIPP
AR

10

M931
M914

CAT

"'936

8/E

12

M915

elP!

M911

BiE

M938

e

14 9.19

8

M940

14

M941

pe;RIPH

"'941

IP8
15
IPG

"194)
M944

M'48

HL
MORO

fPC

IP~

",946
M94'1

SU

10

'0
10

M'~,I

M949
M950
. ·'.f'SI

$U

So
SU

10

Css

M?5~

CV
ATT

10

""53

pG
PG

8iE

"'95.

8/1

'ajf '

"Mt~1

::'~~"

5
1
1
5
5
5
5

CRB
SW
LG

M924

MIlt'

eRB
STP

11

CAT
PERI PH

M922
M921

STATUS
MO/YP

11
11
12~

M921

DES
ENGR

-

0<

pC;

su

~~,

'Dce

FS
M957~YA LOP
-, M,sl.YB PEijPH' p'M
M~5'
PEIIPH

-M 9!r9-'-Tf'~'-

M'60

-'~--'Mi6l

M962

Mt6J

8/!

'8/E
16

'..

KI(

PK

'Pi(

RyN

~E.fP~ ~wwo

,,-il:!q'--. ;~:I:'~ --,-;:~

5/71 11 EXTERNAL BuS, 2 60.WIRE MYLAR, DOUBLE, 2,5, 56

9/71
5/7 l
5/71
5/73

7 4/72

5/73
6/73

1 7/72
1 8/71
4 7/73
5 1/'2

1 11/69

5
5
5

5
5
5
5
5
5 517)
S
5 5/'13
5 5/73
5
5
!S 11/71
5 1\1.71.
!S 11/71

5. 11/71
2174

5
5
5
5

5/73

5
5

5
5 1/72
5
2/74

2 9/70

-5

SlGNA~S, 14 G~D PINS
WlTH +5 ON AA2, SAl
~'19 w SIDE 1 , 2 INTERCHANGED
71 WIRE MYLAR, 11 INTERNAL sUS, 2 BOARDS I" APART, M919 PINi, DOUBL~
M,20 w BOARDs 0,5" APART
DEVICE COOE SELECT ~UMPER MOOUL~, rOR 3 lOT'S
M,01 wITH JUMPERS INSTEAD OF REsISTORS f~OR IN01CATDR 8Us, NOT TO BE usED ON B01'ft'ENOS OJ' Al'JX CASLE
TU56 oPTION CONNECTOR, REPLACES W012 WHEN READER/WRITERS ARE IN TUSb
24 LINEs IN, ROOM FOR SERIES , SHUNT CaMp TO COMMON
SHORT M903 WITH NO SLoTS, RIGHT ANGLE
MeOl WITH 100 OHMS IN SERIES wITH SOME of THE PINS
S
. WORT RIGHT ANGLE M904 t 'OR_DP11~R,SlN~L~ x J I 75
MIRROR IMAG£ or M91~ FoR OTHER END OF cisL!
M929 wITH +5 ON A12, 8A2
T~RMtNATOR Faa PDP w ll sus, (Mg19 PI~S), 120 OHMS 10 .3V, lOOOPF ON aFl & ~'2, ooUaLi l ~/i
SySTEM.TEsrED M930
M'30 w EXTERNAL CA8LE rOR +5V , GND
UNIBUS B TERMINATOR (M930 + NpF LoGIC)
lSTERMIWATORS, 2K 10 +5V,CLAMPED AT'+.7S" +jV, M90l PINS EXCEPT 9 INDICATOR OtTTP~TS, K~10
DOUBLE HEIGHT M901 WITH CABLE CLAMPS IN MIDDLe " HARDLESUN END
28 RI8BON CABLE LUGs, ALL STRAIGHT THRU, sP FOR sHUNT COMP TO GND OR JUMPER S£LVOLT bUS
ROBOT CHEMIST CABL~ CONN, 14 CH, ATTENUATORS, AMPS
VARIATION OF M920FOR 8/E INTERNAL SUS, DouaLE
PCPSwE INTERNAL SUS CONNECTOR
MIRROR IMAGE M9l6
M903 cONNECTIONS WITH lS 3K LOADS CLAMPED TO ~3V
M906 wITH lK RESISTORS INSTEAD OF 220 OHMS
M933 PINS, 10 GNO, 10 SIG wITH 82 OHMS TO +5V, SINGLE
JUMPER/EXTENDER SOARD 'OR TU56
MglO ETCH, DIFFERENT RtSISTO~S' D002
Mt03 wlTR CA8LE COMING OUT EITHER SIDE
BuS TERMINATOR fORAM07
ExTERNAL SUS CONN~CTOR FOR UDC, M935 CON~ECTIONS + Al & 81 GNP
MIRROR IMAGE M945
INDICATOR DRIVE~, 24 cKTS, CAsLe OUT BACK
~. RES~.~TOR~TO <=ABllE,
4 RESIS~ORS TO COMMON POINT, COMPANION 1'0 Mg47
9 INDICAToR DalvERS, 18 SIGNALS, FOR KI CONSOLE
-.
gRESISTORS TO CA8L~, 9 R TO COMMON, 18 RC fILTERS, COMPANION TO M949
SELECTABLE CLAMPs MODULE, 12 cKrs, M906 PINs,CLOW VOLUME MODUL~)
LEVEL TERMINATORS, CLAMPS AT +,75 , l,25 V
40 CONDuCTOR 3M CABLE TO M903 CONNECTIONS, ,05 SPACING, usED ON BC08J.XX (1i ~IGNALs)
2 40 CONDUCTION 3M CAaLiSTO M901 CONN.'190H~S IN ~2,82,Ul,Vl,.Q~~~~9~NG
t 40 coNDbCtOR CABLE TO w071 CoRN"
10 oR~s IN A2,$2, pC~~E ~
11 1Jo OHMS TO +l.OV, M901 PINS
8,5" LONG M90., NO HANDLE, CABLE CLAMP ~oCATION ON SIDEs , ~NO
M,57 wITH DIFFERENT VALUE R~SlsrORS
M9S7 W HANOLE, 0 OHMS t~ A2, 10 OHMS IN l2, UI, V1 (RSO])
+BU~ TERINA10R, 32 OHMS TO GNP, DI0DEC~AMPS,_SINGLE X S
22 FORKED LUG$ ON SHORTsOARO -ro~ -RIssONCASLi:, --C~11
COMMAND CABLE CONNECTOR rOR Tu56
DATA CABLE CO~NlcTOR rOR TUS6
~t K·SU$ TERMINATOR, REQU1RtD TO TERMINATE RTM aus, DOUBLE x 5
eoNNEcTOR FOR LAlO PRINT HEAD (14 COND)
CONNEcTOR FOR LA30L PRINT HEAD (15 CONO)

6/73 ~919

5
5
5
5
5
t
5

112

DESCRIPTION

2'

5 11/71
5 11/71
5
5
!S IOl13
1 11/70 TtRMI~ATO.

rOkotCPACK

-

J

PRoD

MOnEL
10

LINE

-l(96T----~"

M9610
Mi6-'

M961
""6i

M'68f)

M9S'---

p!JttPR- c-AY--

PERIPK

- - IS

PEIIPH

8P'

COM
8/E

M9ll-M971
Mg710
M914

M9;'
Mi76

M9;60
M9780
M979
M980

1 Pll

M981

11
15

M990

~ERIPH

SIt

PElltIPH

M99t
14992

PE~lPH

M99)

TPL

PEIfIPH

Mt-91

B/~ __ "
QC

M99,

1. . D'

M99~

1

~EL

5
5

CRS

11
M984;'yA 11
10
M'88

Mte9

AJlt1

CA

M984

ERP

1)J

OR
DR
JRP
GKL
NF
NY
NF

sG
OA

ALFf

AW

OS

M999

PROE
11'0 5
FS
'S

-FS

EB

__~9._99~

FS

Ea

r·'991

M9970
",998

Mi980

5
4
5
5
5
5

RAA

5

4- 2/,4
2/72
2/7 2
8/73
3112
1112
5?73
4/'2
5 2/72

5/7)
5 5/73
5 11/7 2
5 1/74
5

1 5112
1 5/12

1 5/12
5/73

4

5/71

t

8i;2 -

4

5/73

2 10/72

E8

5 1/74
:3 11/71

EB

1 11/73
2

-LA]O -

is 50.0HM RESISTORS To +2.5V, M903 PINS
CONDUCTOR 3M CA8LE, RIGHT ANGLE, ALL PINS aROUGHT OUT, D THRU P, OUU8L~ ~._!~~
JUMPER BOARD ,'OR DR11 ... a TESTING
2/74 M968 JUMPER BOA~D FOR OR11.S TESTING WITH CKT FOR INCREASING DELAY 8ETWEEN CYCL~S
-- -- -.. ------.- --.------ .---------------11)7 t 24--1i£v EI,,''i'''ERr-r lNltORSt!KE K952 +1' tlfERMrStOR
1/72 KaS4 MTO ON SINGL£ X 8.5 CARD, ACCEPTS scose , BC01Y
2/74 M"O W sPLIT LuGs INSTEAD OF- H854. USED ON 8C05M",XX
4/72 HIS4 MTD oN SINGLE X 8.5 CARD, ACCEPTS SCOiR
1/74 MI7l W ~ IO.pos , 2 SpOT sWITCHEs (~T90)
11/73 ONE PUSH sUTTON , 1 DPOT SWITCH, RT90 MAINTENANCE MODUL~, SINGLE 9 S
CABL EC OHNECTtjR,2 FLAT ClBlIEi,--sl"NCiLE Xi'5 ;-Mg--ol W·lO-Olf;.r-;--tCA-2 -, 'B2-C)N'i"Y---TTY MAT.N.LOCK, 5 PINS
10/73 '.INCH M97l
DMl1 MAINTENANct JUMPER 80A~D
11/71 DoUaLE tLIP CHIP TO 2 Ha54, M,O) CONNECTIONS
2/72 M'l' wITH SPLIT LUGi

5
5
4
5
5
4
5

-~

READ- -eABLE CARDrOR

9/73 HEAD CABLE CAlD FOR LA30L

'- 11/70

ss

MI
!!R

~~

5

1
S
5

'8
ER

11

1

SS-

ov

11

1- -lll'ftJ

,

CA

Ii -

173

MO/Y~

CV

5S

11
11
11

STATUS

WRS

R8R
JLM

CSI
-11
11
11

LDP

M982
M981

DREW
R8R

Css

M977

Mile

PM

PJ

M971
M'71!

HL

11

10
elf!

""711;

PNH

11

M970

M910~

DES
ENGR

'/73

3 10/73

40

9~ 5

M976

W f'lt,TEl\S .

RIGHT ANGLE MISJ, SINGLE X 3.75, CABLE ON V SlO~
c61TROL END
PR6S~D CABLE
M978 ETCH, CONTROL END OF PR68-A CA~LE w rl~T_~RS (70.0506,)
CONTROL END 0, PP67eD CABLE
DR11-A TEsT BeARD

0,

M'20 IN·TEffNAI.taO$ JUMPER -WITKM930TERl11NATIONS-,

2 - BOARDS

Iff

APA~1t---'

TERMINATOR fOR CR1S, sINGLE X 5, USES Wi64 ETCH
ALL SlOE 1 PINS-TO FORKED LUGS, DBL X 8.~, 2 ROUND CABLES OUT V SlD~, RK05
",,02 WITH 51 OHM RESISTORS
14,84 wITH 2 PINS SHORTED , 1 RESISTOR REMOVED
2 BOARDS 0,5 TO 0.75 APARTw AMP PINS, SOCKET MAKES STRETCHABLE JUMP~RS
'ltMINATOR- rOR 8/E TO 'tU 10.M C-ABLE"
.. ...
.. - -- ..... - - .. --- - RSOl sUS INPUT CONN, 3M CABLE, 40 BIG, AA~-AD2, 8A2-B02, AS!-ASV, eSl-BSV NOT USED, DOU~L~
RIOl BUS OUTPUT CONN, BUS CABLE uSES M99~ ON ONE END, M991 ON OTHER. 00tiBLE i.5~
TERMINATOR, PtN$ LIKE M990, Mg'l, 75 OHMS TO +3.6 V, DOUBL~ 8.5
RKS.E CONTROL CABLE, 23M, 42 sIGNALs, ')8 GND
40 COND 3M CAeLt TO M901 PINS, 10 OHMS IN A2, 82, U1, Vi
1 HSS4 ON DOuaL! 8.5, 22sXGEACH'--'-~'----' -..
,
3 LAYER (MIDDLE LAYER GROUND SHIELD), FRONT , BACK PANEL INTERCONNE~T~ONS, ~p~, H~X 8.5
Ha54 ON DOUBI.ti X 5 MODULE, ALL pINs BROUGHT oUT
Mg97, H854 fACING EDGE A, DOUBLE a,5
M999 w FINGER, INSTEAD oP H801, SINGLE 5 (USE M9980 FOR OTHER E~D of CABLE)
M998 FOR OPPOSITE END OF CABLE
Meo' ON SINGLE X 5 CARn FOR

"'199 FOR OPPOSITE END OF

2' 3M 'CABLES-, F1

F~-Nl

N2---JUMPER--GND' (VSE-1(9990 TOR -OTHER

CABLE

J-SERtES MODULES, GATES
~OOl

--Ro02

.012
_.. -Rio;
RU1
~lil0

Rlll

CAT

CAT-DV

15

CAt
CAT
10
.~~_'t.

RllJO- . to

___

ATT
ATT

5
5
5
5
5
'5

5
5

NETWORK, 7 DIODES, BOTH ENDS BROuGHT TO PINS
GROUPS OF 2 0100E5, CA"'THOOI::S- eOMMON~
nlOOE NETWORK, USEs R002 BOARD, REVERSES DIOD~S, ANODEs COMMO~
1 INVERTERS, 1 WITH EXPANSION NODE
3 2~INPUT GATES, EXPANDABLE, OPEN COLLECTOR, 3 CLAMP LOAD RES!S~O~~ __
1/73 Rl11 W 2MA FAN.lN , 6534.C TRANSISTO~S, Sl~KS 6)MA
52-INPUT GATES
1/7) "'113 W-2MA FAN.IN , 6S34.C TRANS"lSTORS,'SlNKS 63MA .
DIOD~

r)lOo£ NET"fORK, 5

ij.~

-END-~F CABLE)

PROD
LINE

MODEL
NO
1it121

Rl,2
Ri2l
-131
R141
-1 5 1
R152
R1Bl

DES
ENGR

.. CAT
CAT

R200

RIOl

RaOI

10

6 4167

CA'!

!5

CAT

5
!5
5
!5
!5
!5

CAT
CAT

R20§

CAT
CA't
CA'l'

Riii

8
8

R220

e

RZO)

R204

Rlto
Rltl

R2g.

!5
5
5
5
5
5

CA1'
CAT
CAT
CA'1'

A

8

WH
WH
WH
WH
WH

174

STATUS
MO/yR
2 2.IN, 1 3~lN, 1 4.1NPUJ GAT~S
LOGICAL COMPLIMENT OF R121
INPUT BUS GATE, 6 GATES, 1 INDEP INPUT, 1 PAIRED COMMON INPUT
EXC~U5IVE OR, 4 CKTS, OUTPUT IS ~3V If INPUTS ARE THE SAMt
AND/NoR GATE, 7 SETS OF 2-INPur AND GAT~S NORED TOGETHER
8~NARY.OCTAL DECODER! 6 INPUTS + AN E~ABL~, 8 OUTPUTS
COBS), R1S1 WITHOUT CLAMP LOADS, sEt 8152
DC CARRy CHAIN, 6 I~TERCONNECTEO DIODE GATES + 1 INV~RT£R

SET~RESgT FLIp.FLOP
RS f'P' WITH 3 SET ' 2 RESET DCD GATts
DUAL Fr, DI~ECT CL~AR, COMMON S~T' 1 ~ET , 1 REsEr oeD GAT~$ EAC~
T~IPLE Fr, DIRECT C~EAR, SET oeD GATES fOR EACH
QUAD F~, DIRECT sET FOR EACH, DIRECT CLtAR FOR 2, COMMO~ rOR 2
DUAL Fr, COMMON DIRECT CLEAR, 1 OCD GATES EACH
PDPS ACCUMULATOR, DOUBLE sIZE
MB,PC,MA (PDP,j, DOUBLE SIZ~
MQ (POPS), 2 rFts, SR, SL, READ~lN, CLEAR
] BIT SR, PARALLEL READ~IN, OlbOES OUT FOR DETECTING ALL o.S IN Rill NouE
QUADRAFLOp, PDP~, 4 STABLE STATES

5
!5
5

5
5

DE~AYS

RI02
~JO.J

CA'i
CA1

5
5

·CA'

5
!5

2 ONEtillsHOrs

INTEGRATING ONEtillSHOT

CLOCKS
.401

R40~

R.O'
lIt,C)?

R,oe

~'Ol.
~4!50

.R4S1

CAT
15
15

8

1~

DV
OV

WH

to

51)

!5
5
.~

5

!5

5
5
-~
5
1
5

5

e
J.Q._.
8

PULSE AMPLIFIeR, 6 oeD GATES,. 100 OR 400 NSEC PULSES
AMP, 2--cKtSi 2 oco GATts & 1 DlOOl: lNPUl' EACH; 100 oR 4o6N-SEC'-PUL'StSF~OM--ON~' ------.
PuL~E ~MP, l aKTS, 1 DCO ~A'l'E 6( 1 OIOD~ INPuT EACH
.
R&Ol THAT CANNOT BE TRIGGERiD FROM OUTPUT, WITH S MA LOAO$
5/73 R60l wITH 40Q usEe PULSEs, USES R60J ETCH, RETROFIT FOR LINC.S
BUS-DRIVER, 2 cKTS, 2 INPUTS & NOO!- . .
.- 2/12 816) W OEC ~$'4C (6 2",INPUT NANOS, 1 INPUT/GATE + I IN~UT/~AT~ ~~~R'_ 2 MA. _r.~~,~l~,>,.____ .____ ._. ______._
PULSE

5
5

J
5

cLOCK, 30C'S To 2 Me

Cl"OCK, 5 KC To 2 MC AVAILABLE
eLOCK FOR PDP'IL, 1,5 USEe
PIP9 PARITY CLOCK, 1.2 USEC
pope cLOCK
.
PDP9 CLOCK, 1 Me
~~oc.'ti*ust WITH ~ELETYPE, FIRst PULS~ tOMts 1/2 PE~Iob LAT(
TeLtTyPE CLOCK, rOR FASTER TELETYPE, OT~ERWI8EAN R450

5

8

8

VA~IABLE
C~YSTAL

.

Rl07 WITH 5 Ml CLAMP LOADS
Rl11 wITH 5 MA CLAMP LOAOS
(NEyER RELEASeD), ~lt3 wITH 5 MA CLAMP LOADS
~121wItK 2-Mi rANtilliN
..

PlOD
LINE

MOOEL
NO

DES
ENGR

STATUS
MO/YR

8151

g- .

5

Sl02
1201

9
9

5
5

5
!5
5

R202 wITH 5 MA
R203 wITH 5 MA
~205 wITH 5 MA
Dec 4258, 12K,
RI84 wITH 5 MA

8

5

Reo2 wITH 5 MA CLAMP LOADS

8

5
5

liOS

9

1101

5284

15
9

1602
560)
Si23

WOOS

wG06
W010

DV

12

W~SERIES

WOOl

175

CLAMP LOADS
CLAMP LOADS
CLAMP LOADS
82 FY, 10 MA
CLA~P LOADS

C~AMP

LOADS

R,Ol ~lTH 5 MA CLAMP LOADS
PULSE AMPLlrItR~ R603 ETCH, 400 NS!C

PULS~S

MODULES, CLAMp LOAOS

CA!
CAT
10

5
5
5

-15 2 MA CLAMPED LOADS, USES WOOS BOARD
1! CLAMPED uOAO S , SOARD USED ON W002
1~ 5 MA CLAMPED LOADS wITH DIODES ALSO TO GNO
15 10 MA CLAMPED ~OAD5 TO .1sV

CAst_E CONN~CTORS

W011
Wthl

CAt
10

WOt)

10

wtH5

to
15
15

Wet4

WOf,

WOtl

. wOl'

wtH'
W020
W021
W022
W023
W024

DCB

~

5
5

9

CA1'
15
MOD
CAT
CAi'
CAT
CAT

5
6
5

DCB

W02~

W02'
WQ27
WG2S
W029
W030

WOlt

WQ32
W033

8

MOD
CAT

PERIPH
CAT
PEJitIPH
CAT

\tiH

12
15
t5

CL

Dca
DCB

vlOl4
WO~$

w03'

wo~,

w031
W03t

5
5
5
5

DV
OV

5
5
5
5
5
5
5
5
1
5
5
5
5
5
5
5
5
1

W021 AMPUTATE~ BY 1 3/4"
FLEXPRINT INDICATOR CABLE' .15 +15 SIGNAL, PoPl0
WORD sINK STACK CONNEcOTR, WOln BOkRD, POPIO, 2 1/2 D M~M
DIGIT STACK CONNECTOR, PoP10, 2 1/2 D MEMORY, MODIFIED W01S LAYOUT
DIGIT STACK CONNECTOR, PDP9
WORD sINK STAoK CONNECTOR, POPg MEMORY,DOUBLE
DRIvE CABLE CONNECTOR, POP9 MEMOR¥,DOUBL~
18 LINE RIBSON CASLE cONNECTOR, SERIES DIOD~, W020 SOARD
COBS), SIGNAL CABLE CONNECTOR, pDp7 EAE
INDICATOR CABLE CONNN, 18 RI8BON CASLE 1,5K RESISTORS
SIGNAL CABLE CONN,lg WIRERISBON, 9 H6T, ~O GNp, SlGID,E,H,K,M,P,S,T,V, ~N~.~,~,J,~,~,~,~
W021 EXCEPT-9 100 OH.M SHUNT TERMINATORS FROM EACH SlGNAL wIRE TO SHfELD 18 LINE RIBSON CAaL~ CONNECTIONS, COMPONENT SPACE NEAR PINS A & a, OThERS ST~AIGHT THRU
CONNEcTOR CARD, 220 OHM REs IN A , B, SHOMT TO OTHERS, C , V GNP
32 SPLIT LUGS, 4 SLOTS, DOUSLESIZE, MEMORY PADDLE SOARDS USED FOR w075
CONNECTOR CARD INDICATORS, DIODEs IN A THRU N, wIRES IN RLST, -WiRE COMEs UUT TOP OR BOTTO~
W020 wITH WITH 3K RESISTORS
W021 wITH LUGs FOR SERIES OR SHUNT R OR D IN SIGNAL LEAPS
W021 wITH CABLE COMING OuT BOTTOM
otc TAPE CONNECTOR
rLEXPRINT W02t
5 SH.IELDED TRIPLES, DEC TAPE SIGNAL CON~ECTOR, DOUB~E H~IGHT
FLEXPRINT,W02) CONNECTIONS ON "A" slOE, sIDE ENTRY CABLE
FLEXPRINT W024
.
FLEXPRINT, W0 24 WlTH 100 OHM SERIES RES
SAME AS W02b FLEXPRINT, uSED ON W031
FLEXPRINT W027, USES WOJ6 BOARD
FLEXPRINT w021
FLEXPRINT W02,

PROD
LINE

MODEL

NO

DES
ENGR

176

STATUS
MO/yR

DPIVE:P5

W040
W041
w042
WQ41
w050
WOS1

WOS2

W05J
W054
W060
W061

CAT

S

MOfti

6

CA'l'
CAT
CAT
CA'
MOD
IPG
MOD

5
~

5
5
5
t 9167
5

2 SOLgNOID DRJVERS, 2 INPUTS PLUS A NODE, 0,6 AMP MAX, SIM to 4113+4681
(OSS), SOLENOID DRIVER, 3 CKTS, OUTPUT 4eY 250 MA MAX
4 10 AMP DRIVERS, HIGH CUR CONNECTIONS Sy TAPER TAB AT HANDLE E~D, COMMON
2 SOLENOID DRZVERS, 2 AMP MAX, ~IN COMP WlTH w040 EXCEPT 2 MORE GND PINS
'7 INDICATOR DRIvERS, 30 MA -20v MAx
7 IhOlCATQR .. SoLENUID DRIVERS, 100 MA -1SV MAX
8 INDICATOR DRIVERS, usEs PIN A AS INPUT, FOR EDuCATIONAl.. MTNG PA~EL
to INDICATOR LAMPS ON DOUBLE HEIGHT, SIGLE THICKNESS
lQO MA DRIVERS, 30V, CLAMPS ON pIN V, Rl07 CONNECTIONS
(RESERVED fOR LOW~CURRENT VERSION or WO~l)
4 RELAY DRIVE~s, 250 MA, +55V MAX

H~AT

SINK FOR 4

WQ61 .. vA sse

CAT

5
3 2/69

WG62

MO"

6

cosS), PHoTON_COUPLED DRIVER,

5
5

TtLETyPE CASLE CONNECTOR, popa
poWER CONNECTOR, DOUBLE SOARD, KEJED TO FAN HOUSING, PDPg
LINC 8 TO sCOPE CABLE CONNECTUR, DOUBLE, 3 OUTPUT CA8LEs
LINC 8 TO LINc' TRANSPORT CASLE, DOU8LE
cb8S), LINE TERMINATOR CONNECTOR, 8 500 OHM, 5 WATT RES, DOUBLE, US~D IN 68l
CONNEcTOR, 32 SPLIT LUGS, DOUBLE SIZE, ONLY ONE HANDLE (BOTTOM)
TELETYPE CONNeCToR, FROM POS LOGIC 8/1, LOGIC EQUIV'TO ~o10' .
1~ OHMS A & S, OTHER STRAIGHT THRU,FLEX PRINT, CA8LE At END
We76 WITH AMP CONNECTOR INSTEAD OF CASLE
.
Wo78 MOOIFIED TO PROVIDE ADJ CURRENT fOR A DISTANT TTY
2 ISOLATEo AC.OC SWITcHES, PHOTOTRANSISTORS CAN SWItCH 250 MA, 135V
CABLE CONNECTOR WITH SALUNS, CONNECTION& OF W022 wITH 100.0hM TERM, 9 CKT~, FO~KEO LUijS

1/4

AMP, 55V,

SLO~

SWITCHlNG

CONNECTORS
w070
WG'7l

8
15

w012

12

5

w07l

12

5

WG74

R

6

WQ''1S

W076
W07?
WO"

W07.';'YA

5
8

5

9
15

I}

css

woeo

CAT

Wl00

10
10
10
CAT
1.5

5

R8H

5
5

W092

WIOt

wlO!

wl03

wt04

Wl05

to

Wr01

10
10

w!oe
wlO'

W109
Wl10

Witt

<_,

5

5
5

ww
su

~At

15

to

',0

5 1/'72

5
5
t 7/68
5 8/72
5
5

5
SU

K!
JO

4

7/73

1 4/69
1. 10/68
S 5113
5 11/71
5

wll)
W122

to

~t2J·

8/E

LK

11
tt

"6
JO

10

su

5 4/72

Wl1)
11
WS34~YA FS

8D

5
5

wll"

.w1}1

wt12

WI 34~Y.l~

FS

SU

HRL
HRL

5

5

5/ 7 3
1/14
1/74

7 EMITT,R FOLLOWERS, 6 10 BUS TO R SERI~S GAT~S
10 BUS DRIVER, SIM TO 4657
MtMORySUS TRANSCEIVER, 1665 TYP~
poPe DEVICE SELtCIOR
P~P9 10 BUS MuLTIPLEXER CONTROL
CROWBAR, poPto 110 BUS, IN PERIPHERALS
PRIORITY INTERRUPT GRANT
110 RECEIVER, POP10, 7 CHANNELS
D~CoDER DRIVER, 8 CKTS, USED IN pOpS-S MEMORY
P,P9 DEVICE SELECTOR
WIOO FOR MF10
Wl02 wITH 70 TO 100 NS PuLSE wIDTH
WIO] WITH 600 US wIOE PULSES
PULsED 8US TRANjCElvER' PIN COMPATIBLE wITH W102 & W112, +LOGIC
Wt0 3 wITH PA lEPLACED WITH DC AMP (OUTPUT PULSE
lOP PULSE)
MAINTENANCE BOARD 1, 29 LIGHT DRIVERS, pLuGs INTO KA11
MAINTENANCE BOARD 2, 29 LIGHTS, 4 SWITCHES, PLUGS INTO wll0
MEMORY BUs TRINiCEIVER, KIlO, NEG BUS, 4 CKTS, SIM TO Wl02
DOUBLE MAINTENANC~ BOARD 1 (2 W1JO'S)
CONN & pWR SUpPLY FOR 60HZ LINE MONITOR BLOl wA
CONN & POWER SUPPLY FOR 50HZ LINE MONITOR BL01.a

=

II'

C~TS

PfltOD

DES

-LInE

ENG~

MODEL,

fro

W200
WI01

W2to

MOt)

WH
WH
DOANE

KE

Wl50
10
WZ!51 - -"-0
W252
cSI
w15)
~-s.
D!:LAYS

1,,0

WJoo

DO

8

WItH
WJO,
Wl!O

10
10
MTST

wloe

tPG

IPG
w'oe.y8 TP(;
w400-YC! IPG
w401
pERI PH
IPG
W'02.
w402-YA tpC
W402"YB IPG
W40t.YC IPG
TPG
w401
W40)"'YA IPG
w404
11
W..OO~YA

w,o,

w406

W410

ww

LO

STATUS
MO/YR

'1
5
1
3

1

DESCRIPTION

177

12/64 9 LIGHT INQICATOR ASSEMBLY
12/64 11 LIGHTS INDICATOR ASSEMBLY
8167 (OBS), 10 SCR SHIfT REGISTER
12 INOICATOR eRIVERS, FLEX PRINT, GND , .15V FROM MALE END
11110 63 8ITl WORD DIODE RoM,- DOuBLE X 5
10/73 ~oUNTING SOARD fOR 40 LEDS
9173 wi52 W 20 swITCHEs

6/73 TAPPED 800 NS DELAY LINES WITH 50 NS TAPS 3 OUTPUT AMPLlf'lERS ~EPLACEO BY W301
TAPPEo 800NS DeLAY LINE, PUt COMP WITlofwlOo aUT Dlf'FE~ENT lHP-(Jr LCfitDING AtHJ-IM~RO-V~D MAR~lNS
1 11/65 6 BIT DELAI PROGRAMMER

6

5

5

DEB
RG

BWH

5
2
5

1

5
5

RG

RG

2
2
)

5

IP(;

DEa
SS
BWH

IPG
IPG

MORa

FE

2
5
2
4
5

200 Ns DELAY LINES, 4 ON a310 SOARD

P.t>DLE SOARD POR UOC

(0001) W IsOLAtE Pw R, USED ON w7lO .w733, w14().-w 741, MS (f2-.M~ 07~ --lfEl'LA~~~ ~yWtO O wITH: CONTACT RC eKTS (12)
5/73 W400 wITH 10 us EC TIME CONSTANTS IN ALL CKTS
INDUCTIVE LOADS
5/73 TO aE USEo WITH M685-YA
G88e
DEC TApE ATTENuATOR FOR G882
PADDLP;SOARO FOR UDC (0001), W COMMON PWR, USED O~ W7l0",W133, W74Q·W743.~ _~_8Q2"M~Q? ' Rf;Pl"ACEV
. -.
.- -- - BY
5/71 W402 wITH 10 usEC TIME CONSTANT TO w730.YB, w7121!!t~S
10/71 W402 FOR A SPIlCIAli UDe1l, PADDLE so USED WITH W131",Y8
2/74 SPECIAL W402 fOR TRw
PADDLE BOARO FOR UDC COO O1), FOR RELAy DRIVER M684 TO Mbe7, TO BE R~P1..ACEO by W400
5/71 SIGNAL CONDITIONING aD, 120 VAC INPUT, 24VDC OUT TO W7 3OIl ¥A
.JUMPER, N2 TO R2, 2 .. 1/2 NO HANDLE
7/7 2 PADDLE SOARD, UDe, IsoLATEO RELAY DRIVER, USED WITH M685, M697
2/74 PADOLE 80ARO, W400, W402, w403 COMBiNED
2/74 PADOLE aOARI) FOR UDC/()OOt' AC INPUT CONDITIONING, QUAD 5, USEO ON W740- W743

" ,

INPUT CONVEPTP;RS

W'OG

CAT
CAT
W50t~AB MOD

W50t

w502

~OD

W50)
w_ 0 4_
WS05

10

w~oi

WI07
W801
wlo,

wI10
_····\J5f1
W512

WS-1 j
W514
W515
W~16

W!H7

DOANE
DOANE

10

DOANE

10

DREW
DREW

1.0

to

su

CAT
CAlf
CAT

PEItIPH
10
10
PS
PS

MJS
DREw

DREW

w40~

5/7 1

5
5
5
5
'1
5
5
!Ii
5
1 6/70
5 2/72
5
5
5
5
5
2 6i7]
1 5/ 7 3
1
5/73

ijIGH IMPEDANCE FOLLOWER, 7 CKTS
SCHMITT TRIGGER, +1-l0V tN, 0 , ",3V OUT
WIOl MODIFIED FOR AUTOMATIC ToTALiSATORS
PHOTON-COUPLED TRIGGER, 2 SCHMITT.LIKE CKTS FOR 48 voe OPERATION
(OBS), PHOTON.COuPLED TRIGGER
INITIAL TRANSIENT D~TECTOR, A SCHMITT, 0 DELAX, 10 MS BLACKOUT
LOW VoLTAGE DETECTOR, MEASUREs .10 & .15v
LOW VOLTAGE DETECTOR, PDP6, MEASURES AC, .10,+10,-15, 3 OUTPUTS IN OROER
LoW VoLTAGE DETECTOR FOR ME10, MEASURES +5,+5,-15,-15, ALL ~EG,.15,+10 UNREG, OOUbL~
HIGH VOLTAG~ DETECTOR FOR MA10
) PHASE AC ~OW VOLTAGE DETECTOR
POS LEVEL CONy, 3 CKT5, THRESHOLDS OF 0,+1, OR +2v, 0 & .3v OUT
NEG LEVtL CON., 2 CKTs, THRESHOLDS OF 0,.1,.2, OR -3V, 0 ,.JV OUT
POs LEVEL CONy, 7 CKTS, THRESHOl"Ds or +1,6 OR o,ev, fOR USE ~ITH TTL, 0 ~ ·lv ~UT
NEG LEVEL CONY, 6 CKTs, USEO IN TUSS
paS LEVEL CONy, 6 CKTs, 100 OHM INPUT
LOW VOLTAGE DETECTOR & CONNECTOR
1 PHASE LO~ VoLTAGE DETECTOR, SINGLE 6
CROWBAR, USED WITH W516, sI~GLE--6

W40~

MOOEI)

PROD

NO

LINE

w519
WI29
Wl21
W522
W523
w!532

WS3)

W!570
Wl90
W591
W592
WI94

OUTPUT
W600

W601

w6 02

W603
w60).yA
W604
w605
W60,
w611
W6ii;'YA

Wl2G

w621
W6 4 0
w670
W671

w6'2

1.0
CAT

DREW

10
10

DREW
DREw
CV

Csa
CAT

CAT
MOD

Cit'

10

W691
W692
W69)
wi94

Wi91

POWER SEQUENCE , CROWBAR
COMPARATOR, 1 DIFFERENTIAL CKTS, 100 MY RESOLUTION, LIKE 1501 LEV~L CONY
8/7 1 +5V , ~15v LOW VOLT DET~CTOR, 16 +5V INPUTS, RSIO, SINGLE X 5
~
2/74 CROwBAR FOR OS11, SINGLE 5
10/73 LOW VOLTAGE OETECTO~, CROW8AR OUTPUT (.7 Y TO GNO) ~ +4.75V, SJNGL~ 5
DUAL AC.COuPLED S~NsE AMPLIfIER, USED ON PDP8~s
DUAL RECTIFYING SLICER, WAS GSOl
ErA INPUT CONVERTER TO TTL, 4 CHANNELs
IBM N LINE TO DEC CONVERTER, 5 CKTS, b OR 12 MA
POS BUS TO DEc CONY, FOH MEMOREX, 0 To +3V, 8 MC, 5 CHANNE~S, pIN COMP WITH w592
IBM 360 BUS To DEe CONViRTER (NON~INVERTING)
IBM 360 TO D~e (INVERTING)

5 2172
5
5
5
3
!5
5
5
5
5

5
!Ii

5
5

CAT
CAT

5
5
3
1 3167
5
5
5
5 5/73
6

IPG
15

DIS
CAt
8

to
10
10
CAT

MOD
11
11

tJDP

WiS4

178

MO/¥R

CAT
CAT

weea
Wi90

DESCRIPTION

STATUS

co~VERTERS

MTIT

w68)

SU

8
8

W680

w681

DES
ENGR

su

6

5

AR

vER

JER

8

LOP
LDP

tAT

HI"
HI"
HI"

5
5 3/72
5 11/71
3165
5

,

5
5 12/71
5

1174

5

CSS

5

8
10
8

'5
5

CSS

1 4/68

5

NEG LEVEL AMPLI'I~R, LIKE 1667, j INVERTl~G CKTS
paS LEVEL AMPLIFIER, 1 INVERTING CKTS
BIPOLAR LEVEL AMPLIFIEP, 3 CKTS, EIA LINE INT£RFACER
paS LEVEL AMPLlfI~R, 7 CKTS
W60l wITH 15K TO .15V REMOyED, FOR INTERFACING wITH vlOAR Ar04
EMI~TER FOLLOWER, 7 CKTS, TO DRlVE BURROUGHS DISC
Pas LEVEL AMP, 4 CijANNELS, tlV INTO 50 OHMS, FOR X & Y TO R~M~T~ DISPLAYS
1 PULSE CONVERT~RS, POS OR NEG 70 NS 2,$ V PULSK OUT
DuAL pA, 8602 pINS, 120 & 320 HSEC, 0100E OUTPUT fOR "OR" BUS
W6t2 LESS 2 OWTPUT PIODES
(osS), SYMMETRY cONTROL, TU7g
(OBS), REFERENCE GENERATOR, lU19
3 PULSE CONY, pos OR NEG, 400 NSEC OR 1 USEe 2,5V PULSE OUT
EIA LIN~ DRIveR, 4 CKTS, +3v IN
28 MA LOOP TO EtA CONYE~TER
ADAPTER MODULE, Hl13A TO MArE N LOCK
BOS DRIVER, 2/3 1693
sCOPE INTENsIFIER FOR 34 OIsPLAl
SCOPE INTENSIFIER, 0 TO +3 V STEP, DELAY 50 TO 300 No, PULSE WIDTH 400 NS (FOR V~12 & VR14~
sCOpE INTENsIFIER FOR VR12, VR14, & VR2Q
SCOPE INTENSIFIER FOR VM14 w VT40 IN GT40 SERIEs, 8 INTENSITY LEVELo
DEC To IBM N LINE CONyERTER, 4 eXTS, 6,12' OR"20 MA
OEC TO CDC CONV~RTER, 3 CHANNELs, +/.20 MA
DEC To IBM 360 BUS DRIVER
DEC TO CTuL CONVERTER
DeC IsM 360, POSItIvE OR
DEC TO SELL 300 S,t;;fUES DATA SET DRIVER,S CHANNELS, >23MA If.lT~ 100 OHMS, >lV on·', <~M~,,~~

FtLtEFtS, TRANSMlTTERS, RECEIVERS, REGULATORS

wlooo

Wloe

~-

W"O'.A~_
-w;
01 "

10

CAT
Mgt>
8

CBS
Wl01_y8 CSS
10
W1 0 2
~'lQJ'!YA

w704

W1040

wtOI

DOy

JJo
Aa W

ABw

01j

LH

.~J{45

01

CAT

1
!5

SuppLy, KL10, suppLIES +15y 30MA, +5V lA,
SWITCH FILTER, 6 CKTS, StH TO 1703, USED ON W71Q
H,OO MoDIFIED FOR AUToMATIC TOTALISATORS

8/73 lUX PWR

5
5
:)

3

5

5
5
5

~15v

100MA TO 864

i::gi :~i:g:~:
~~: i~~~ i:~~R~~~~ER
NETwORK 'OR IBM 1502 INTERfACE

5/ 7 3
5/73 OUTPUT

TELETYPE LEVEL cONYERTER FOR DelOS DATA LINE SCANHEH
+ev SuPPLy, 1 1/2 AMPs FoR CHARACTER GEN VAJ8
1/73 )y ZENER, CAP TO GND TO GENERATE ~12VFR~M ~15V
+3.6V POWER-SUPPLX, UP to 1,5 AMPs, sINGLE HEIGHT, 1 1/2" THICK

•

MODEL
NO

W'06

--

pllOD

DES

LIN£:

ENGR

r..a.'r-

W'06'!'yS SSU

W106.vC saU
w1060

W,O'7.

10

CAT
W'70'7"yA CBS
W,07"ye 5S"
W'0'70

eAT

W'HO

R

W'Hl

~

W111

15
10

W'71~

~OD

W'i4
15
Wll$
CSS
W'16,
MOt')
WllS-YA
w?11
MOB

W'7"e

w719

w~20

W121
w722
"'723

W124
W125
W;26
w72'
W,lO

AR
MI

MI

DV
RW

AR

AR

15

IPC;
IPG
IPG
IPG

IpO
TPG

PE~IPH

IPG
TPG
w130""yA IPG
W130.YS IPG
IPG
w731

W,il"'V!

MUT

10

w;oe

w1o,

MUT
MUT

IP~

MORO
MORO

MORO

RBI"
EK
FE
DEB
DEB
FE

IpG
W732
W132",V8 IPG
JpG
W'33
tpG
W734
w131
css

FE

W'4 0

MORO
DLM
OLM
OLM

W~36

W;400

w740t
W1402
. _~·Z40~
W,405

W1408

CSS

JPG

ssCAN
5SCAN
SSC!AN

RG
FE
JE

JE

sseAN

OLM

ssOAN
SSCAN

AAM
AAM
MORa

W141
IP(;
IPG
W741n
I PC:;
W'411
W7 41 .. yA IPG
tP-C;
W,42

PC

RG

RG

MORO

DESCRIPTION

STATUS
MO/YR

TELtTY?E R£:CEIVER, 8 aITS, 11 UNIT CODE
) 7171 a.S1T, 5 UNIT STOP fOR PTOS
5~BIT, 1 UNIT STOP FOR PTOS
:3 1/71
t
1/73 TELETyPE RECEIVER, 6 sITS, 8 UNIT coo~
TELETyPE fRAN'MITIER, 8 alT, 2 UNIT STO~ CODE ONL~
S
2 5/69 7 BIT TTy TRANSMITTER
5.&IT TRANSMIT, t,sOUNIT STOP FOR Ploe
3 7/71
1 1/73 TELETyPE TRANSMITTER, 6 BITS, 8 UNIT CODE
TELETyPE COMMUNICATIONS ADAPTER
5
DIVIDE BY 16/64 COUNTER' FOR TELETypE MODUL~s
5
swITCH FILTER, USES w,00 BOARD
5
swITCH FILTER
1
SwlTCH MODULE, 2 FO~M C MICROSWITCHES, 0 & .jV, Rf rlLTER£D
5
6
CoBS), SWITCH FILTER, W700 WITH LOWER VALUE, TU79
SWITCH MODULE, 2 FORM C MICROSWITCHES, NO CKTS, 9/1 M~MORY
5
2 1/ 6 9 lJ CHANNEL S~ITCH FILTER, PASSIVE FILTER , AMPLIFICATION, & SCHMITT
7 3/73 8 BIT TELETyPE RECEIVER, REPLACES w706
3/ 7 3 , elT CODE MO~, PIOes
'7
'1 3i73 8 BIT TEI"ETyPt TRANSMITTER, REPLACEs w707 , "70a
5

10 SWITCHES, 0 ~ +3V oUT
5
4 DPST SWITCHES, 4 IN TO lOUT, 2 TIMES, VTQ4
!5
5 12/69 CONTACT SENSE, 4 CH, 6V, INDAC
CONTAcT SENSE, ~ CH, 24V
5
coNTACT sENSE, 4 CH, 4SV
5
CONTACT INT~RRUPTS, 4 CH, 6V
5
5
CONTACT INTERRUPTS, 4 CH, 24V
CONTACT INTERRUPTS, 4 eM 48V
5
4 DC & 3 DlrFeRENlATING !WITCH FtLT~R$ rOR + LOGIC, IN TU1~
5
6 41'71

INPUT PROTECTOR,

b

CKTS

11 sIT CONTACT SENSE FOR 0001, 8,5, QUAD
2 5/'71 w,30 wITH 24v RELAyS
W130 wITH JUM;ERS IN pLACE or RELAYS
, 5/71
5
16 SIT w730
2 10/71 W131 w/O RELAY FOR A SPECIA~ UDCll, USED ~lTH
8,5, QUAD
5 11/71 12 81T CONTACT INtERRUPT FOR 0001,
2 51 7 1 W732 wITH JUMPERS IN pLACE OF RtLAYS
5 11/71 1i alT w732
5

5 21'72
3 10/7.1
2 6172
5 5/73
:.
3/73
3 5/7l
3 6/73
3 9113
3 9i7]
J 9/73
5
5113
t 2/74
1 2/74
2 1/72
5 5/ 73

16~BIT

W402~XB

GENERAL PURPOSE COUNTER FOR UDC, QUAD, 8,5

2 XMTRS WITH pULSE XFMRS, + 1 IC XMTR

2 RCVRS w PoLSE xFMRS, + 1 IC RCv R
12"'B1T SOLIO aTAT~ CONTACT SENSE, QUAD X 8.5, USES PADDLE BOARD, UDCs
88IT sOLID STATE CONTACT SENSE, fROM BERG, fINGERS HANDLE END FOR Bu~, QuAD
X BUS TERMINATOR (USED WITH W7400) QUAD
e BIT RELAY 0HTPUT BOARD, CONTACTS TO BERG, FINGERS HANDLE END fOR SUS, QUAU
12"'BIT COUNTER, CONTACTS TO BERG, FINGERS HANOLE END f'O~ X ~US, QUAO
WATCHDOG TIME~, X Bus, QUAD
X BUS REPEATER , TERMINATOR
16-BIT w140, uDell, UDC15
16 BIT SOLID STAT~ DC CONTACT S~N$E, W1430 ETCH, lCMOC.lA, hEX
16 sIT SOLID sTATE AC CONTACT SENSE, W7410 ETCH, lCMAC-1A, hEX
w741 wITH AN INPUT TRANSISTOR INSTEAD OF OPTIC COUPLER
12~61T SOLto ITATE CONTACT INTERRUPT, QUAD X 8.5, USES PADDLE BOA~D, UbCQ

~.5

PROD
LINE

MODEt
NO
14743
1474)0
W741t
w7440

IPG
IPG
IP(J

14 150

8

14751

POWp:p

14760
W761
14762
W170

IPG

Tpt

DES
ENGR

STATUS
MO/YR

PJS

'5

RG
RG

1.

RG
Ml

DESCRIPTION

180

5/73 16-81T W7 42, UDell, UOC15
2/74 16 8IT SOLID STAT~ De CONTACT INTERRUPT, W7 431 ETCH, leMOC-U~ , hEx
1'47431 gTCH~ lCMAC-l8., HEX
'- 2114 16 aIT SOLID ITATg AC CONTACT I I"TERtWPT,
16 Blr GENERAL PURPOSE COUNTER, ICMDC·OC, HEX
1 2/74

TELETYPtMULTIPLE~XER
5
t 11/70 GEN PURPOsE REGULAtOR,

(USES LMJ09K)

SUPPLIES
P5

PS
PS
PS

GF

GP
GP

2 11/72 5V 10A SUPPLY, 115/230VAC, ACLO, OCLO, DOUBLE 8,5, DOUB~E_THICK
2 11/72 _t 5V 2A, FLOATING 15V 2A, 115/2JOVAC, lCLO, DCLO, DOUBLE 8,5 DOUB~E THIcK
2 11/72 +20V 3A, FLOATING 5V 1A SUPPLy, 115/230VlC, ACLO, OCLO, DOUbLE 8,5, DOUBLt
t 4/73 Dd TO DC CO~VERTER, +5V 1A IN, +/~ 15' 100~A OUT

TH!C~

RELAY MODULES
14800

CAT

14802

CAr
CSS
CsS
15

waOl

W80)

W804

Weo!
WIO?

14808

Wloi

14,10

CS8

14811

t1

We12
14813
W8,.4

14111
14116

Wfl1

CSS
CsS

CBS
Sst'AL
CSS
TYP.

5
6
5
6

CU
CU
CU
TS
RJS
8MW

BMW

1<8

FA

JW

1 1/68
6
5
5
5

2 11/69
t 8170
1 10 / 7 1
5

5173

1 1/74
3 6/'72
4 2/74

2 FORM A REED RiLAYS, SIM TO 180]
(OBS), RELAY MUTIPLEXgR, REPLACtO BY W802
R~LAY MULTI~LEXER, 8 REED R£LAYS
5 HGM MERCURY RELAYS (CLAIRE), DRIVEN BY WOSt
a BISTABLE kG FORM C RELAYS IN-MATRIX
2 FORM C RELAYS, 15V, NO OTHER PARTS, 360 INTERfACES, 250 MA
FORM A, 1 AMP 250V, DoUaLE THICK
2.2 'ORM A, 1/8 AMP 250V
4 FORM A, 1/8 AMP 250V
CONTACT SENSE, 6 RELAYS
soLID STATE "~ELAX REpEATER" FOR REMOTE TTy wITH READER CONTRUL
D102-C RELAY BOARp, 4 FORM C RELAIS, -'5 V, DOUBLE X 5
D102-FA RELAY BOARD, sWITCHEs 4 UNIBUS LINEs TO OFF LINE, Bus A, UR Bus B
D'02-F8 RELAY BOARD, SWITCH~S 4 UNIaUS ~INES TO OFF LIN~, BUS A, ~us S, OR BUS C
RtLAY BoARD, 9 LINES, oFF, 8US A OR 8US 8, DouBLES,SUNIBUS GRANT RELAX MOoULE DOUBLE 5
11 POLE 2 POSITION RELAY ,MODULE, 5V 450MA COIL

'-

2i74

6
5
5
5
5
5

1/2 we51 FOR , COAX
CONNECTOR, 2 DOUBLE BOARDS WITH WO~l LAYOUT, FRAMt, HULO-OOWN SCREW
CONNECTOR, 81M TO W850, weSl Is CARD' COMPONENTS' BC10 Is AssEMBLy & CABLE
Wa51 WITH NO gOMPONENTS, USED IN8C1QC~IX, USES wa51 SOARD
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