015 nnn20 HDQ 644 OP 1
DICK'
8ESt-
~
...
D.E.C. \
BUILDING 1-5
SEPT 18, 1974
oPTION LaIS"
PAGES 1-124
MODUL.E LIS"
PAGES 125.203
..
STATUS
(CAtJCELLED) ,
0
pppp
000
OPTION
LIST
P P
0 pppp
0
a p
0
P
0
0
P
000
n
f)
~TATUS
1 (UNMiNOUNCEo)
TTTTT
T
T
I
I
I
I
T
T
'r
I
I
&
N
N
N
NN
a NN N
0
a
0 N NN
NN
a N
0
N
N
000
STATUS
I
~OO
a
I
0
OPTION DESIGNATION LIST SEPT 18, 1974
I
I
I
I
ITEMS DEL.ETED
7 (08S0L~T()
M M
MM MM
M M t!I
M M
M
M
M M
000
0
0
0
0
0000
0
0
0
0
000
U
U'
D U u
0
D U u
D D U U
0
D U U
UUU
DODO
D
L.
L.
I.
EEEEE
E
EEE
E
L.
E
L
LLLLL
L.
I
L.
I
LL.
L.
LLLLL
EEEEE
X
1
1
I
~SSS
S
SSS
ssss
TTTTT
T
S
S
T
T
T
T
OlCK I:3EST
STATUS 0, 1 & 7 DEL.ETED
THIS IS A LIST Of DESIGNATIONS AND NAMES Of EQUIpMENT WHIC~ HAS BEEN. Is. O~ MAV BE AVA!~ABLE FOR SAL~ BY OEC, THE
OPTIONS ARE SORTED 8Y MODEL NUMBER,
THE MODEL NUMBER HAS BEEN PLACED IN THE SPACE AVAILABLE FOR IT IN THE ACCOUNTING FORMAT, THIS SPACE CONSISTS OF A MAl~ 5
CHARACTER FIELO FOLLOWED BY A 2~cHARACTER "VARIATION" 'IELO~ A DASH SEPARATES THE TWO FIELDS, WHILE THE MAIN NUMBER
IS RIGHT JUSTifIED AND THE VARIATION IS LE,T JUSTI,ZED
IN GENERAL. OLD MOOEI. NUMBERS CONTAIN NO LETTERS .N THE MAIN
FIELD WHILE NEW MODEL NUMeERS cONTAIN 2 LETTERS FOlLowio BY 2 NUMSEAs pOR OPTIONS AND ONE LETT[R pQL.LOWED BY 3 OR 4 NUMat RS rOR
MODULES. THE INITIA~ LETTER IN THE MAIN rlELp GENER4~LY IS THE SAME AS THE CATEGORY, EXCEPTIONS TO !HIS ARE cOMPgT[RS, ~JSTEO
IN CATEGORV E_
THE MODEL NUMBER FOR A TESTER USES THE SAME CHARACTERS IN T~E MAIN FIELD AS DOES T~E OPTION FOR WHICH IT 15 OESIGNtD. WJTH
THE FIRST CHARACTER IN rHE VARIATION FIELD BEING "T", fOR EXAMPLE. 2 TESTE~S rOR THE AP01-A MIGHT Be NAMEO RP01~TA 4NO
RP01~TB.
SUCH TESTER NUMBERS ARE NOT LISTEO HERE. THEY ARE CONTROL~EP BY ORArTING.
THE "USED ON" COLUMN RErrRS TO THE OPT tONS OR COMPUTE~S TO WHICH T~E {TEM IN QUESTION MAY BE CONNECTEO,
THE "ENG MGR" IS THE tNGINE[RING MANAGER WHO HAS THE FINAL RESPONSIBILITY FOR THE DEVICE,
THE "MANUFACTURING
A~~A"
IS THE GROUP THAT MANUFACTURES OR 1S
HESPONSIB~E
FOR THE DEVICE'
COM = POP11 COMMUNICATIONS P. A. T" WESTMINSTER
CON = CONTROL SYSTEMS
cSS = SPECIAL SYSTEMS, PARKER ST
DAS = DEC SYSTEM 1~ ADVANCED SYSTEMS
FS = PIELO StRVICE
JPG = INOUST~IAL PRODUCTS, MAYNARO
lVP = LOW VOLUMN PRODUCTION, PARKER ST
~AY = MAYNARO, T~OMPSON ST.
soc = SOFTWARE DISTRIBUTION CENTER
SSAU • SPECIAL SYSTEMS 1 AUSTRALIA
SSOAL • SPECIAL SYSTEMS, CALIrORNIA
SSCAN • SPECIAL SYSTEMS, CANADA
SSOH • SPECIA~ SYSTEMS. CHICAGO
SSHU ~ SPECIA~ SYSTEMS. MUNICH
SSRU • SPECIAL. SYSTEMS. RUNGIS, F"RANCt
SSUK • SPECIA~ SYSTEK5. ENGLANO
TPL = TRADiTIONAL PRODUCTS
TVP = TYPSETTJNG
WF = WESTF'tELO
WM = WESTMINSTER
THE "DESIGN ENGINEER" HAS DESIGN RESPONSIBILITY FOR THE DEVICE. ANO IS AVAILABLE To HELP SOLVE PROBLtMS THAT CANNOT BE
HANDLED BY THE PRODUCTION ENGINEER,
THE "p.ROQUe,T I,ONENG H1EER" OETERMI NES THE, METHOD oF" MANUFACTURE AND aU Il"DS THE PILOT RUN-.
HE IS ALSO AVAILABLE TO SOLVE PROBLEMS WITH THE DEVICE THAT THE PRODUCTlON L.INE CANNOT SO~VE,
1
THE "STATUS" CODE IS AS FOLLOWS.
Z • PROJECT CANCELLED
1*. UNANNOUNCED
2 • IN DESIGN AND ANNOUNCED
3 II: CUSTOM BUILT
4 • RELEASED TO BUILD
"MO/VR" RECORDS THE MONTH AND YEAR or THE LATEST
2
5 • RELEASED TO PROOUCTION
6
7
= OBSOLtTE, BUT CAN STILL BE CU~TOM
= OBSOL~TE AND CANNOT BE BUILT
BUI~T
• = NO oPTION, BUT A SERIES NAME
C~ANGE
IN 5TATUS OR DESCRIPTION ON THAT LINE
THOSE ITfMS wITH STATUS 1 AND 1 ARE NOT INCLUDED IN THE GENERALLY OISTRIBUT~D LIST SINCE STATUS 1 AND 7 ITEMS ARE
COMPANY CONFIDENTIAL. MONT~LY UPOATED COMPLETE LtSTS ARE SENT TO TME FOLLOWIN~ PEOPLEI
BEY ~ALLMAN KA iMr)
ROGER POTHIER MR
JOE MADOEN 4.,
ROe ASPELL MR eMF)
KEN RUSS 1'11'3
JIM MCHUGH PK~ CRC)
BILL SHAW 5.4
GINGER CARROLL (2) 1"4
GEOHGE CHAISSON PK~.2 (HC)
MARTIN VOSHELL ~.5
AL PF'yrF'ER 4.....
CHUCK BRANNIGAN WF'
RENE THIBAYLT PK3-2 (He)
BIL~ BURNS 5.4 CRC)
JOHN HOLMAN PKl
FRANK c~SSIDY 1~' (MF)
JOHN WANAMAK~R '.5
aRUC~ OJ~~rNGHAM MR (He)
sILL HOGAN '.2·
nON RU~ECKt PK3
PAUL Me: GAYNN Wf
LOREN~O RAS!LLE 1~4 (He)
CHlRLES FEELEY, GA
ANN WOOD 4-4
DAVE D'lNNOCEN!ij 1~2 (HC)
~ON DUPLACY WM (He)
PE"ER BRIGGS ~ .. 4
MARK OLSE:N MR
PETER VAN ROEKENS 3~5 (HC)
MARV CLOUTER PK~.2 (MF)
DON CROWTHER ~",
BILL KL.EIN 12e2
LYNN CANAL PK~e2
ARTHUR VARTANIAN 4~5 eMF)
A MONTHLY LIST THAT INCLUDES ALL SPEcIAL SYSTEM MODULES & OPTIONS IS SENT TO THE FOLLOWIN~ PEOPLE'
JOHN HOLMAN
PK~1
JAMES OORMIER 4e4
A MONTHLY LIST OF OPTIONS THAT WERE NOT INCLUDED lN THE PREVIOUS PRINTED
THE
"CATEGORY" CODE I. AS FOLLOWSI
A • 4NALOG.Di~rTAL;ANALOG
e • MISCELLANEOUS
C • CARD HANoLtNG EQUIPMENT
o • DATA HAND~JNG EQUIPMENT
E • COMPUTERS
K • INTERNAL QOMPUTER OPTIONS
L • LINt PRINTERS AND TYPEWRITERS
M • MEMORIES 'NON;ROT.TING)
N
P
Q
R
S
T
II
X
!
~1$T
IS SENT 10 RON DUPLACEY, WM.
PULSE HEIGHT ANALysts EQUJPM~NT
PAPER TAPE EQUIPMENT
SYSTEM SOFTWARt
ROTATING MAGNETIC MEMORIES
S,ARE PARTS
MAGNETIC TAPE EQU1PM~NT
VISUA~; READOUT COISPL.AYS)
X"V Pt.OTTERS
DJA~NOSTlC SOfTWARE
THERE SHouLD BE AN ENTRy IN EVERy COLUMN rCR EACH ITEM, PLIAsE EXAMINE THOSE ITEMS FOR WHICH YOU ARE
DESIGN OR PRODUCTION tNGIN[ER AND SUPPLY THE MISSING INVORMATtON TO DICK BtiT OR JUNE PAYNE eX22'J).
~IST'D
AS
•
GLOSSARY Or INITIALS
AA = A. ADE~HAN MR2
AAM=ALEC MUlAR. KANATA
ABW = A~nY WHITE PKl
AC = A, COHAN 5-2
AOl = AL DELUCA 5~2
AEH = AL HELENIUS 1.2
AEK=ARNI~ KORELIT~ l-J
AEW = ART WILLIAMS l-J
AF = ALAN rRANTl MBl
AH = AL ~IRSCH 1-4
AHL = DAVE AHL 5~2
AHM = AL MARSH 1~3
AHS = AL SHIMER MR2
AJ = A~ JOHNSON WM
AJF = A. fARINELLI WM
AJM = JOE MARTIN 5-3
AK : A~ KARLSBERG 1~4
AKI = AKAVIA KANIEL 5e2
ALA = AL ANDERSON l~J
ALB = AL BURNESS 1-4
AM = ALLEN MOWBRAY 5~'
AP : AL PETERS MV
AR = A, RICKETTS 5-2
ARR = AL RVDER 5-5
AS : AI. SL.ti! 1",2
ASB = AL BROWN 5-5
ASC = AL CAREY 1.4
AT = A. TItCOMB 5~5
ATT = G. ATTERBURy 5~'
AW = ALAN WALL.ACK MR2
BALL = CHRtS BALL 5~3
Be = sILL BRUCKERT 5~5
BC = eRIANCROXON
BD = B~ OELAGI 1w2
BOW = BARRV WEEKS WM
BE : B08 E~WARDS SSCA~
BES : Boe STEWART 5~2
Bf = BET~ FORGOSH 5.2
BfB =,B. BAILLIE 1.2
BG = aOB GRAV 1~2
BH = eEV HALLMAN (2) KA
BJH=BILL HUNSIOKER 1-3
BJM=BoB McrADOEN 5-2
BL = sILL LA PRADE 21.3
BLC=BERNIE LACROUTE 5e2
BLE=BOB EGGERT SSCAL
BM = aOB MAC LEOO PK
BMA = BRIAN MANSER 1~3
BMM = B08 MULLIN WM
BHP=B08 Me PHERSON SSYK
BMW = BILL WEISKE PK-~
BN = BERNARO NO~AN 1-4
BP = 8. POULIOT 5 e 2
BPF=8. FIT~GERALD 1-2
BQ = BOB QUINN MR2
i·'
BR = DAVE BROWN 5~2
BRH = BRUCE HANSEN 3~5
8S = B. SlPILA 1-4
SSL = BRYAN LOCKE 5~2
9T : BRUCE TARPLEV 5e2
BU = R. BURTON 1-3
9V • B~ VACHON 5-2
8W=B WIGGLESWORTH 5~2
aWH = BERNIE HALL 1 w 2
CA :I R. CADY WM
eARN-JANICE CARNES 5~2
CAV:CHUCK A YOUSE t~3
C8 • A. CAMPBELL Ne
C8P = CHUCK BlcKO~' 183
CC • CHUCK COBB PKl
CER.CHARLES RONEY SSCAL
CFM : CHARLES MEAD 5-5
CH = D~ CHACE 5e2
CHI • CHAO CHI 1~3
CHIN=DERRICK CHIN MR
CL ~ R~ CLAYTON 5-2
CM • CHRIS MICHEL SSRU
CMB =. BUi BROOKS 5-3
CMD = CHUCK DEWEY 21-.
CP.CLAUDE PROT£AU 3.5
CPM.CHARLES MERRILL 5.5
CR • CHARLES ROMEO 12~2
CRB = CHUCK aLASI '~3
CS.CHARLES SCHNARE 1~4
au • J. CUDMORE 1-4
CV • C~ VALENTINE PKl
CVR • JOHN eYR 5-2
ci ~ A~ ciAJKOWSKl WM
OA • DAVE ADAMS 5.2
DAe • DAVE CANE 1~'
OAL , DON LEWINE 5e5
DAO = DEREK OLDHAM MB2
DAS • 0, STACKPOLE 5-3
OB II DICK BRIGGS 5'2
DBN ~ DENNIS BROWN SSUK
OBR = DAVE REBUS KA~l
DC = DAVE CARLSON PK3
DCB =. DWIGHT BAKER 5-2
DO = DICK DEVLIN 5 8 2
ODM.DENNIS MACKLIN PK1
DE • DONALD ELIAS PK2
DEB ~ DAN BOWSER 1s2
DEC = DON CROWTHER 5-3
DEG =. DAVE GIN!LER 5 e 2
OF = DICK fALT 5~3
OF' = O. PAVLOCK 12~3
DG = D. GROSS 5.5
DH = D. HOPKINS PKl
OHO = DAN O'URSO 12-3
DHK=D. KUKULINSKY 1~3
01 II O.
IVES 3, ... 2
OJ - DA~E JENSEN l e 3
OJA = D. ANDERSON MB
OJO-D, 01 GIROLAMO 5~2
oJS = DICK SMITH 1p.4
OKC = DAV~ CRAB8E 5~5
OL~OEMETRIOS LIGNOS 1~4
DLM = DAVE ~URRAV KA
nLN = DAVE NELSON PK3
DM ;: 0 MURPHY 5~3
OMD = &AN OAODIECD 12~2
OML~D, LITWINETl ;-5
OMf = DAVE TONGEL MR
oN • 0, NEVALA (9) 1-4
00 ;: 0, O'CONNOR 2,.3DOANE ~ R. DOANE '~3
DOV = DAVID VEINOT 1~5
oP ;: DICK PETERSON 1 p 4
OPR • DAVE RODGERS 5.3
oPS;:DAVID STRANO SSCAL
DR ~ RI DIETER 5~~
oRrS.O, ORESLJNSKI PK~
ORfW , JlM DREW 1_5
ORM , DAN MWTNANSKV 1·3
DRS • DON STREET PKl
oS - DAVE SAARI 1~4
DSD~DANA SAFFORD MS
DSL~OAVE LESLIE 5.R
oT ~ DAVE THOMAS ~-5
OV = 0, VONADA 1~2
DH ~ DAVE WIENS KA
OWa • DAVE BUC~NA~ 5~3
OWS = OJ SMELSER
Oy ;: DON yOUNG PK~
D~.O. lERESK I (23) 21"4
EAS • EO SIEGMANN 5-5
EB ;: ED BRUCKERT 21·4
EC = ED CORELL 1-3
EOS=EO STEI"BERGER 5~2
EW • ED WARGO 5.2
EWB = ERNIE BAUER 21·3
fA • F. AUMANN PKl
FO • fRED DOL.L PK3·2
FE • fRANK EL.IA 5~2
fF = fRANK fORTIN ~-4
FL • FRANK ~OYA ~~5
rM • fRANK MO~LER 5~2
FMS = r. SOUVA 2~~4
rs = fRED STRAIGHT 3~5
FSB = f~OYO BENSON 5~5
fW • FRED Wl~HELM 5~5
rXS.FELI X SCHMITT SSMU
,~ ~ FRANK iERESKl 1.2
GBHaG HARRINGTON 12~2 0
GO.~ACK OELBROCCO 21~3
GOG • GERRy GANONG MR2
GEf ~ GEO FRIEND 4-3
G~G ~ C£RRV GAGNON 5.3
GES.GUNTER SCHNEIDER 1~3
Gf • G, FOAO 21.4
GfS ; GEO SIROIS MR2
GO ~ GORDON GRAHAM 1~4
GH~GEORGE HITi
GHL • aEo H ~ORO '~2
GHP; GEO PARTRID9E 1~3
GJH ~ GERRy HOANIK '~2
G~ • GLEN LEAFLOOR KA
G~A.GINGER ABRAMS 1~2
OM • GARY Ml~L!R
GO • GEOFF OADtS $SUK
GOM ~ GR£G HEL'ON 21~4
GP • G. POTTER
GPAP~GARy PAPA!JAN 1~4
GP8;:G.P, BUOIANSKY MR2
GS • G. SAVIERS 1.3
GSOaGOVINOA SINGH SSCA~
GT a GEO THISSELL 5e5 0
aWD • G, OULANEV '~5
HA • H, AOLEMAN 5~~
~~A=,ElN~~~~E!~go~1-=K3 HAY.RANOY HAYNES SSCAL
ELB = ELINOR BURNS 12.3 HO I HARRY DRAB ~~3
EL 1A=R EL.I A... SHAOUL,; 11"'2 H'~HEINi ftNDEtSEN 1~3
ELK = E, KENNEY 485
HK • HANK KREJCI 3,2~2
EL.L • KEN E~LSON 12-3
H~ • HERVE L.AVOl~ MR2
HRL : HAROLO ~ONG 2l~4
EL.S == EO STEL.TlER l-3
HS • H. SHEPHERD '~2
EM = EO MARTEL.LO PKl
EN ;: ED NEUMYER 5~2
IB~l. BELLETTIERt 21·3
[PC == EO CHAMBERS 3~5
lef ~ tAN FALLOWS 5~2
lP • IRA POTELL. 5-2
ER ;: E1 REEP '''3
lR • ISAAC RAGWAR 21-3
ERK = EO KING 5,,5
ERP = EO PERMaN 5~R
JAFJEGA ARULPRAGASAM 5~5
ES = E~MER SIMMONS l~J JB • JOHN BLOEM 5 e 2
rSS=EMERY SPRINGER PKl JBP = JIM PLUNKETT 5-5
ET =EO TOBAJA 1~4
JC • JOHN CLARKE ,·2
l·'
1·'
'.2
1-'
JD a JOHN DRASHER 5_5
JOB = JIM BRAY 1~5
JDL • JOHN LEARSON 5-3
JD~ • JOHN 01 HACK 5-2
JE • J, ELSBREE MR2
JEB • JOHN BUlYNSKl 5-3
GLOSSARY
JEH = JOHN HO~MAN PK1
JEN = JUDY NICMOLS 5-2
JER = JOHN ROBERTS 5-4
JrS = JIM BEATTY 1M2
JG ~ J. GRADY 5~3
JH = JOH~ R HESS 1-3
JHH=JOHN HACKENBERG MR2
JJ = JULIUS JONES 11~2
JJG = JIM GANNON 12-3
JJL = J. LARKIN PKl
JK = JOHN KIRK 5-2
JL = JESSE ~IPCON MR2
JLH = JERRV HOLMES 4~'
JJH = JIM MURPHY 12-2 0
JM = J. MELVIN 5-2
JM8 = JIM 9ARCLAY PK3
JMW = JIM WALLS 1~3
JO = J. O'LOUGHLIN WM
JP = JOHN PRATT 5~2
JR = JEfF RESNICK 1~3
JRB = JOHN BENTON 5~5
JRC=JOHN CARLSON PK~~~
JRP = JIM PROVIDENT ~e~
JRS = JOHN 50'10 1~3
JS = J. SULLIVAN 1283
JSM:JOE MANGIAPICO
JTN = JAV NICHOLS PK1
JV = JACK VALENT1N[ 1-4
JVL = JOHN LEVV 5.5
JW = JACK WILLIAMS 5~~
JWC = JACK COLE 1.3
Ji! = JOE i!EH l';'4
KA = KEN AOAME'i! 5ft5
KB = KEN BRABI'i! SSCA~
KC=KEN CLEVELAND 1-'
KOG = KEN GULICK '-2
KE = A. KENT 5",5
KF = KARL FREY 1~3
KG = KENT GRIGGS 1.4
KH = KEN HEDBERG '-2
KM:KEN MCNAUGHTON WM
KO = ALAN ~OTOK 5.5
KQ = KEN QUINN 21.4
KR = EO KRAMER 5.,
KSB = KEN BANKER 5.2
KU = vICTOR KU 5~5
LAW = ROGER LAWSON 1-3
LAU
CHI LAU 5e2
LBH = LEN HUGHES 1-2
LC = LARRY CONDON 1.2
LCG = L,C, GARDNER 5~'
LD = LENNY DIONNE 5-2
LF = LARRY fAHEY
LFN = LUTHER FORMAN 5~2
LG = L. GALE 11~2
5·'
'-2
LH = L. HALIO 5-5
LHC = LARRY CONLEV 5~2
LK = LOU KLOT~ 5-2
LN = L. NARHI 5~2
LO = LINOA OLSEN PKl
LT = LEN TURNER 5~2
LW = LARRY WADE 12~2 0
MA = M~ ARSENAULT 5-2
MAX = MAX CANGIANO 5e5
Me = J~ MC NAMARA 5e3
Moe ~ HI CONROY 1~4
MOL.MIKE D, LEIS 5~3
MOM.M D MORGANSTERN 5,3
MH = MARTIN HALL SSUK
MHV.MARTY HURLEY 12~3
HI = J. MILTON 5~J
MJS=MARTY SCHWARTl 21.4
ML • MIKE LAWRENCE 5e5
MM • JOE Me MULLIN
MOLlS • R~ MOLlS 5~2
MOOR • ROO MOOAE 3~5
MORO a STEVE MORO 5 e 2
MORRIS-IRA MORRIS 1-4
MR,MARK ROBERTS MBl-2
MI • M~ SAMALE PKl
M$lhM I KE BUJNOWSK I PK~
MT • MIKE Tl'ELBAUM ,.,
MW~MEL WOOLSEY 5~2
MWS.MARK STECKLAIR 5-2
NF • N. PIELO 1 e 3
NJW! NEIL HACKLER 1-2
NR = NELSON ROY 5.3
NS • NARESH SHAH 5-2
NSL ~ NEIL $LAVIN ~~2
NIR=N.S~RANCHANORAN PKl
0' __ OWEN 'ISK, KANATA
OM,OLIV[R MOBISSON 5-2
ORR ~ TOM ORR 1.3
PAO ~ PHIL GOLDMAN 1-,
PAD. PHIL OE9PO 6A~2
PAJ·~ '. JENKINS 1-4
PC • PETER CHRISTY SSUK
PO ~ p~ DURAN' 1-5
PDM • PETEA HARTIN 5-2
P[TERS; AL PETERS MV1
pre ~ PETE CONKLIN 5a'
PG = PAUL GARDNER '.2
PGA = PHIL ARNOLD 1.3
PH = PHIL HOLMES PMl
PJ = p~ JANSON 11,2 .
PJOaOESGROSEILLIERS21"3
PKaKOTSCHENREUTHER 5-2
PM • PETE MC LEAN 1~3
'Me " p. MC CARTHY 184
PMO.PAUL GUGLltLMI 5-5
'a'
or
4
INITIALS CONTINUED
PN • PAUL NEbSON 1"3
PNH. PETER HELLER 1~3
POT = OAvE POTTER '~2
pR ~ P, REISSER SSMU
pRO. P DOwNER 5~2
pRS • PAUL SEGUIN WM
PS. P SCRIVEN 5~~
PTJ~PETER JANCOURT~ 5~5
pV.P VAN ROEKENS l2-2
PW. PHIL WILSON M$
PHO = PETER OUKE PKl
PWK. PAUL MELLEY 21-3
pHM a PETER MEANS 5-3
RAA = BOB .RMSTRO~G 5~5
RAC. BOB CORMIER 1-2
RB = RAV BA~DWIN 1~2
RBG • BOB GETTYS ~~4
RBH. R HUR~EV 19G
RBR = BOB RiGAN,-i
RC ~ RON CO~EN 5-2
RCR I BOB RIC"MONQ MB2
RO ~ R, DOW 5.'
'
ROG ~ RUTH GREEN ~S
RDH_RAY HARRINGTON 2t- 3
Rt ~ BOB RElD '~5
REH. R HESSEL TI Nt; 1-4
REL • R E LEWIS 1-3 .
REN.AICH, NEUBAUER 12~3
RF! ROBERT FITCH 5 e 2
RrC • BOB CAMELIO 5-3
R'O. DICK 10NiAL~$ ,-.3
R'L = R, LARRV 12.,
RG ~ R GAGNE "2
ROM ~ DICK MORRIS 1-5
RH , BOB HAIE~ 1-'
RHA. BOB A~~tN 1.4
RHM, BOB ",ESE 5.5
RH! • RICH ijARTi! '~3
RI ~ RUSS lKNAIAN'MR2
RJA~RAY ARS~NAULT PK3~1
RJ9~R JOHN BARDONE 1_3
RJM ~ ROV MO"A 5 e a
RJMC ~ BOB Me C~UR' 1-4
RJS. RON SETtRA 1~2
RJW = ROBERl WO~Fl~5
AK = BOB KIRK 1e 2
RL a RI LlS~E 5~J
RLO = RAT AN O"AR ~Rl
RLM. RUSS HOORE PK1
RLOM = ROy ~OMICKA 1e3
RLP = RALP~ PLATi! l-a
RLS = RICHARO SIMON 1-4
RM = R MAy 21~3
RMe = BOB MC CLURE 1_4
RMO = R, MAC OONA~O 1;4
= RON MELANSON MB2
RMM. = R, MERR. lLL 5~3.
RMO = MARK OLSEN 5-5
RMS = BOB SMITW 5~3
RMT = RITA TANNER 5.5
RN • M RICHESSON PKl
ROTT~ROB ROTTM4VER 1~3
RP • BOB PEYTON ~·3
RPe ~ RICK CORBEN 5~5
RR .. R. REED 5.3
RRB = DICK BENNETT l w 4
RRC = RON CARTER 5~5
RS .R t SAVELL '~2'
RSG = RAY GRUOA 21~3
RVN.ROB VAN NAARO~N 5~a
RW • REG WETHERA~L PK1
RWG8ROY GUSTAFSON ~~3
RHI ~ RAY IMB~UM SSCAL
SA ~ J. 5T AMOUR ~.4
SAS~ SHARON SMITH ,.5
S~R~ • w. SERGEANT ~.J
S~ • STEVE GROSS 'w~
51 ~ SUR£N lRU"U~'A
SJ • STEVE JEN~INS '-2
SK ~ S. KOIIOL PK1
SKJ ~ S, JACKSON ~Kl
S~~STEVE LAiEROWI~H 5-'
8M • S; MIKU~SKI '.2
SNT ~ S.N, TEleH~R 1-3
SNi , SU~T4N i!tA ,.,
SPRY ~ BILL SPA V PK~
SR • STEVE ROTWMAN 1-2
SRH ~ STEVE HO~Ht' '-5
5S ,SERQ£ SHAM"AS ,.~
ST'~. STEFANOWICi-PKl
STP ! S. T~ POM,RtT
au
, p. SULLIVAN ,.,
SW • J. SWANSON 1~3
$!I$ i!NAMl[ROWSKI '.2
fA • TONY ARRIGHI 1.2
T8 • TOM BARNETT PK3.1
Tr • TOM FREISS PK1
Trr ~ TOM FAVA 1-3TJB ~ TOM 8'~0"A~~e5
TM • TOM MIGNEAU~T '.3
TN • TOM NORTHRUP ".5
TOTH , ANN TOTH 1~·2
TP • TOM PITMAN '-"'2
TS~TOM STOCKEBRANO '.3
TWE ~ TOM EGGE_S ,.,
Ti! • TED lAJDELL WM
UR • UWE RlCHERT. SSHU
VB-VINCENT BAST!ANI 5-3
VOB = V BOAEN 1-2
VM=VA10AS MONGfROAS PKI
AME~
5·'
'w'
we • elLL COATES 1~5
WO • WALT DUNHAM 1~3
WOS • DON SCOTT PK~
WE • Nt WELLS 5-2 '
WEK • WA~T KNAPP 3~5
WF • WM FANAllCK 5~3
WFW • BILL WALSH 5~5
WH~ = BILL WISE PK~
WJH • B1LL HAiEN 1-5
WH • CON WHITE 11~2
WK • W KERAU&C~ SSMU
WL • al~L LONG 5~2
WLS • BILL SIPILA 5.~
WM • BILL M1NOR ~~3
WMK • W MACKENiIE 8~a
woe. WILL O'a RltN-P K3
WR~W, REUBER (5) S~MU
WRD • BILL DEMMER ~.~
WR~ • WILLIS SMITH"5ft~
WU • DEI..MORE WU 1,,2 '
WW • il~1.. WA~TON 5-5
WWO • BILl.. OW~NS 1~3
II!
MODEL
NO
MGR
10
U140 .. A
EAS
KE
,
9112 E
1040 ... a
EAS
KE
6
9112 E
1040 ... 0A
1040"'08
1040"F'A
1040-r8
EAS
6
3 1 13
3113
3113
3113
1"421~G.
1940-GB
1040 .. HA
1040"'1-1 8
U40"'JA
1040 . . JB
1(1) 40 ... SA
10421"'S8
1050-.
1"50~B
1055"'4
1060"'A
1060"'8
10'0"'GA
UJ6Q1P9GB
1060.HA
106Q1'11HB
ENG
[AS
EAS
EAS
EAS
l\!I
6
2
2
EAS
3
6
EAS
EAS
EAS
EAS
[AS
tAS
EAS
I
" II'"~JiM;
' ' .,"!',eN • ~~~
,., IIt'j
"0"
.,i•••• '*~I·" J • , 1!4
IQ,,,ou'lwlo'liON
'VI~OQ'wl 0' ION
,~,~oU'IN£ o;IION
••~ou, HE 0' ION
'
,IN"""II'O" I,
INO.'"'.T'L
.LOTTIR • C TIOL
,~" 56!, ,." '661
,
'~aTTI"
'~OT'IRCONI lEE, I, ,64, ,." ,.,.
INO"'tlINTAL 'La,',,, & ·IONTRO&. C EE ••" 't~6
'16'
JHO,o"u~Tr'LI
G8IMIN"L '~OTT'I • OONTI L
'
R-L1GMJ 'EN'~O'OHUI.Tf.1. .. LIIM 'EN
I~t WV,., ,.ACMI'
'
"'IMT 'EN W'M'X"IEI
L'GHT 'IN wntto , A",,,,lrU;R
374 LIGH"',N W'H'l.ttl. ,VI,! M'~GHA~DWA"E
IQG LPI"LI'~T PEN
CV8~'.
C'I"ICOUNTiR
C "0 " A fR "._ CPH,
OA"O RIAOER CI •• g,",
'! "tADER cotilTNONlCI 2"'»
PT R'ACER COI9.ITRONJCI 3'.~)
pf PUNCH cTEL,T¥Pt ,";el1)
pt READER. QONTROL
Pj RrAOER • CQNTROL
P! READER • CONtROL
'1 READeR , CONTROL
CARD RI'DER a.. C," 'U"ROU~HI
CARO RCAOER .,. CPM 'U.RO~~HS
POTTER HAG TAPE TR.NI'ORT
57, !l1"A
PRQGRAMHtO MA~ T.P'CONTAO~
AUTOMATIC MAG TAPE CONTROL
MAG TAPE CONT~O'"
AUTOMATIC MAO TAPE CONTROL
Cl[E'."
"I"
51'. "5.
HODEL
NO
ENG
HeR
DESICN
ENGR
1'41
RR
RR
DC
ItR
RR
RR
RR
Rft
RR
RR
RR
RR
RR
RR
552
55'~A
55,118
56'
5,3
"4
5"
5"
",,;.
'7'
51.
MJ
~1f.
Rft
RR
CL
K£
RR
Kt
K£
RR
RI
RR
612
611
62'
63'
63 •••
63'e8
631
631-.
632
633
634
63'
Ait
RR
RA
RA
6~'
"R
63'
631;'8
64.
64,;0
6.,.V
64,.A
64'.8
64,.e
64'.0
64.
64'.8
6'
68'
611
682
683
684
685
'PI.
TPL
TPI.
TPL
,p",
RR
RR
'PI.
"PL
'PL
,PI.
TPL
"'"
'PI.
'PI.
T'L
TPI..
6
1/'4 )(
,,
.1"4·1
6
6
;
T
T
1"4 t
L
l
L
L
L
,•
I'
D
0
0
55 •• 551. 552-A
5'1. 5$2-A
3"
3,leB.
I'.·C
3,'!!8, I"~C
3'.... 8. 3,t.C
lil"a,
4
1,., ,
LINe
't'
6
L
.,6
6
L
L
L
L
L
6 3/'4 L
6 3/,4L
6
L
6
6
6
6
6
6
6
6
6
6
3/'.
6
6f'
'
~
'II
.,'"
1•
7
7
9
9
5
1
7eA
0
8
8
D
D
D
0
D
•
6, ai,
L
L
L
~"·C
'1-' I.,
J. •
S. .
1
1
8
6
1-A
55'i
0
0
•I,
5 ••
0
•
•, 3/'. DD
f)
6
TPL
TPL
TPL
TPL
TPL
TPI.
4
6
4
685
685
683
681
TRANSPOAT INTERrACE
TRANSPORT INTERrACE
IBH TRANSPORT lNTERrACf:
PROGRAHMED MA~ 'APE CONTROL
OATAMEt 212' QEC HOD1'1£0
CONTROL 'OR 4 5'5 OR TU5'
CONTROL rOA 4 TV55
DtCTAPE CO~T~OL, ", OR TU',
DtCT'P£ cONTROL ,OR", OR TU"INOT MI.~O'
DICTA'! ~UAL TRANSPOR'
D.'K MOUN',"~.A
PLOTTER, CONT •.
iiltK STEPS,MIN
563 PLOT tR & CO • '" WJDE ,~K STEP/MIN .'1" ITtP
'64 PLOTTER & CO~T, :t~" WIDE 11K STEP/MIN ,I,,-STCP
5" PLOTT,,, , CONT. I. ... WOE "Ie S!EP/~((N ,'l"STt,
"t PLOTT~R & CON'T, ,," WIDI: AIK S!t~/MlN
STr,
WTOHA'tC"AG',.,[(:o ,"01.1
'\IT'MATIC'''; TA', CONT~OL
HAG TA', T.AN",RT. MIDWESTERN
.141 TRAI"O.' • CONT.OL
TY'IWA"IR • ~ONT"O~ ,
~1e
".A
1,
1,
2~
5iJ
57·.
6
0
6
1'41
5,,,A
0
6
OESCRIPT1Oh
5, ••
6
6
,
6
RR
RR
RR
HI
USto ON
..
'I'
6
,
K[
RR
RR
RR
RR
RR
RR
RR
RR
RR
CATEGORY
6 ~/'4 k
6 ~/" )(
'6 1/'4:1(
6
6
6
6
6
KE
HI
MO/yR
,
RR
6U'
STATUS
T
6
T
6
6
T
6
T
6 3/,4 T
6
T
6
T
6
t
T
6
6
T
6
T
RR
'5,.A
'51
649
HrGR
ARtA
1'41
I'4J
1'41
528
521
'22.A
54
545
558
64'~E
PROD
[NCR
CAl-COM'
el1.O O",
tA~OO"'
0:.1.00",
.ALOO",
Af'
.1',.
... ,., ''''Mill JY,R
$, ••tICSftl.
·A'R,I ':CO~T"OI.
COH'01.£TY"WRIT£R & QONTROL
O'TACOMMU~ICATiDN ~YST~" .
MA,,'OU'LEX .".
rULL O"'LEX ii.
DAf, LlNEINtl""~[
OAf A LINI INT "'ACE. ,,,"A $~'V
IJNOwRCOEfV£ ~RiuP
'1.1' leANN'.
""C CO,.TROL
D~S OPTIO,.I
o...... ,.C ,MOOIM tNT~lItrAQe
BIT S'NC "OOCMIN'I"'AC£
HODE" I,.T,."C£ CNON D"I..A)
LINt,IIlIN"" ,,, L,M
LINI '''INT~R 1.,IL'"
AN~LlX. ¥£~DO. SU"L'~D
LINC '''IN'f£R f"L.PM
LINt: '''{NflR "',,'M
LINE '"IN"R ""L'M
LINt ''''NtER ~.~ LPM
L,NE PRINTER !" L'"
A$IU3 & CO~TROL
KSR;S3 • CO~'ROL
K~A33 , CONTROL
PRINTER.MEyeOAftO , CONTROL
DATA CO"MU~IOA!iON SV,TEM
DATA LINE INTiR'ACE
LOCAL TELETYP~ QONNECTOR PAN~L
LONG LINE TEL~TYPE HTNG PANEL u~ TO 32 LINES
MATRICON P~TCM PANEL 32 OUPL'X LINI'
~INE MODULE H!N9. PANE~ UP 10 ~4 'LINES
"ODEL
.,
NO
ENG
HaR
"6
'1'
,,'.AC
DESIGN
ENGR
RR
AR
RR
"I-
TPL
"'
'1"Me
'1'_'"
7'.A
"I
,,7,"'C...
,,;0
.,,;,
,,;,
,,;.
RR
RIl
76
76.
01
RR
"R
"1.
T'L
,'to
R.
'PI.
RR
RIt
Itft
,r.,
a.1
a;'"
'A.t-,
'A'i-8
AA'l-e
AA.2
AA.:S-A
AA.3.a
AA ••
'AI'.AA M!
AA".'S Mf
AA.,-aA
AA"-a9
A,,'·eA H,
AAI'.eS HI
AA.'-O' HI
'A.,.OB HI
AAI.
HI
AA"
'A8'"C HI
AA.9
It,RG
T'L
T'L
"G
ItG
RC;
R;
BV
REI.
R,
RCt
RG
RG
RG
TPL
TPL
TPL
TPI.
eSS
TPL
TPL
'1'
ac ••••
,.
,•
r
r
!
E
!
6
r
3
3
3
A
•
A
A
A
A
•6
,,
,
,
A
A
A
A
5
3
3
:5
:5
6
,
A
A
,
4
A
:5
3
A
3/7. A
A
3/,a
51'
,.
,,5 'I'S.
5/71
A
A
A
A
5/11 A
't-".
6
"'-A'
,6.,
,0P.
,,"
,,,
,,
,,
",.A;
'I'~A'
0
0
6
3
5
'l'e A,.
0
3
'PI.
'PI.
,PI.
'PI.
:1
"
6
RC;
6,3
6"
D
0
D
0
I
DI
7"
8
8.;t
8~"..
,,
•"',•
••
,,•
•6
'85
0
,•
AR
RR
RR
RR
"R
RR
"R
RR
RR
RR
";"
6
6
6
6
6
"I
",.A
7,.:,S
" •• e
,,
,
,
•
6
"I
"I
USED ON
S"fUS CA'tCORY
MO/V"
3
"I
'1'.1."
'I'.HA
AAft.·A
AA l"B
AA11-e
'AI1-0 4
",aR
AREA
TPL
"I
'I'.A'
'I'.A,
AA.9.8
PROD
tNCR
,
.,•
1
,•a
,
I
I
..
',I.OMI, C
'.O~S'O" klN~ ,o~
1.01 e
I, AAI!'
If A.,.·
.
AA'~'
·f·~' '1
';.el,./
••••••• '1
-.1/1",1
........ '1
.w"
.w"
• NIG
•9 NEG
,
8,9
AA.,
AA.,-e, AA1I5.0
9
9
AA1~.O
AA1~·D
AAla·D
11
-
'B,i-,
AA"
9,
I 00"'.01.'
LOGIC '0. '0 .' LO'IC '0"
L~IIC".' 'I.~'
M_MO.' WINI"~R '0"
'.7, I.
9,
ADDl'IONAL'LINt S'"'LING CLOCK
"ONITOR 'AN'~ II OU'Ltx 'LtNE'
LrNE TE"MJhA OR"NEL
AVTO""lC :~'L~INC UNI' 'ALIO eA~L£D la'-'eU)
DATA."T DATA & CONT "'~ 'ANE~ ~AL'O ~A~LED "'.AO')
6!'.A' HOOl'IJD FOR • BU.
:fiE=oa~~Er~fil~I8tBfkt.e·~AL~tQ ,"-HIA)
OATA.SET g,TA • CO NT MODULES JALIO CALLED ,a'_Mle,
O~T'.SI' OATA ONLY MOVN'IN~ PANeL
','ER"A'E PUNCH • CgNTAOL 'A'E" 'A" 'U~C~ .C "TROt.
'.'ER TA'E 'UNCM • CsaTR8t
'A'CRTA" 'UNCH.e fR
'A'CR,'" 'HNOM • CON'''OL
'A'IR ,.,~, NC~. CONTROL
,." 'UNCH '01=;"01.
'A'ER
'.'CR 'A"~'UNC"
I C ~"OL
'T AI.lllt
PMA"/ICQ') ,
"R'II~I·NIII."BI
'Tit & iO!'''O~
,
.
, , ,1- RI,lca
,NY 01.
'.'I",.-"It.'O&ll
'A'ER "PI, :lHCN'
.'.'•
7,
~,
.,1,
•,••
,.'
'.'.'
OESeR U'TI ON
'O~'O".'
•.. ,'
PD"
.
.J •• ~I-'
GAO
I ".". DAO'
~ &1·1" DAC'
OP
AMI'
.
'~'.E
l~'.E
'A'~·A
OR
1"·~ TO '0'" NO MX E~T
OR ,~ •• ~ TO 1'0,4, MX EXT
,0 ,01"
II.
•• CN OAC -CONI
DAgI, 6' HI
.~ aN GAG ~ON
• U'I'1 ~, ~I
,. ON DAe 'CONT
OA S) .1 M.
~~ OH DAecoNl " OA .~ ,. ~I
I'.
AA,'·AA IN Ht .• CA.
'.
HI 'A.'''CA
AAI,·8A
IN H',. CAS
•• NI .A.,-Oj -.,
6. ON I I" OAe CONTROL
lA" tX'AN~ION leN ~,.t,)
1.1..7 rOR A,.,.e • A•••• O WCAl
DAC CONTROL WITN S'A~I FOR l~ C~ CAAC2)
DAC CONTROL WlTN 'PAC 'OR aiCN C.'C3J
DISPLAY CONT 'OA VT" WSPAC£'OR~-~O~' A61' OAeS
DISpLAY CONT FOR R~S'~ WSpAC~ ra R 2 "R~t A~14 04es
DISPLAY CONT rOR VR14 WS'ACE FO 2 MO , At'. OACs
OAe CONT W SPACE FOR ~ ~28BIT A~1~ ./~l!Y OACS, lliV
MODEL
NO
AA11,,08
AA11-£
AAil11"A
AAI-'·A
AA 5""9
AASI"AN
AASB"'AP
AA'B.-eN
AA5Bt!!!BP
AAC2
ENG
MOR
DESIGN
ENGR
SNT
SNT
AW
AW
POM
AS
AS
AS
AS
POM
Rf'
ABW
A8W
RG
RG
PRO
PRO
J,H
[55
ACTll
ACT11;'M
ACTU.;'S
AC'll;'X
ACT15
AOll·AN
AOlll"'AP
AOll"'OA
AO't-oB
AOll-,A
AO'1-,8
AOI1-Fe
AOIJ2-AN
AOI2-AP
ADI2"'AR
ADIZII'AS
SNT
SNT
SNT
SNT
SNT
AO.2 ... 0C
Ao.a-oD
AD.8 ••
. AOla .. e
AOla",c
AOll-,A
AoI1 •• B
SNT
Aol2
A088ES
ADC1 .. 8
A
A
3
4/'2 A
4/'2 A
CSS
css
SNT
SNT
SNT
SNT
3
3
3
3
I
2
~v"
A
311' A
,.1',
,.I,at!
71'.
r
32 ,"'1 8t
,
21'2 A
2/'~
IPC
,PC
IPG
lPG
IPG
IPG
IpG
IPG
CSS
css
CSS
IPG
IPG
lpG
A
, 2/'.
5 2/'2
A
1/'.
1/'.
1/'2
A
A
A
1/'2.
4 lit. A
Z 5/'2 A
3 1/,a-A
3 1/'2 A
3 1/'2.
4
RI;
RG
RI;
RI
RI
RI
MORO
Gpe
GPe
RI;
2/72.
2/,3 A
2/73 A
4
IPG
R8H
A01rhC
3/7'"
5/'3 A
4
RI;
RI;
AI;
RBH
RBH
AOi8"'8
3/1s. A
3/71 A
tPG
IPG
,
AW
AW
AN
RG
RG
RG
RG
RG
RG
RG
2/72 A
3/71 A
CSS
FA
RG
ADI9·B
A018".
5
6
5
•
3
3
SNT
AOl2aOB
AOI2.S
AOi5
A08",EA
NSR
RM
RM
TU
RM
S
5
5
5
51,,. A
1/12 A
1/72 A
CSS
SNT
AOI2"'OA
Aola . . M
4
5
IPG
IPG
IPG
IPG
USED ON
STATUS
CATEGORY
MO/yA
S
4
RF'
AAe~
ACll-8
MFGR
AREA
RG
AAS11';'HA
AAS11;HB
AClll"A
AClll,8
AC.2eAN
ACIIZ·AP
Acil~A
PROD
tNGR
3
3
3
3
3
,
,
1/'2 A
A
1/,2 A
A
A
3 3/74 A
6 18/'2 A
6 11/'2 A
6 11/'2 A
3
3
3
5
A
1112 A
1/'2 A
A
6
6
5/72 A
5/12 A
5
5
2/72 A
5
2/'2 A
~
•
A
11
AA11~0
AA11~E
15
15
8 NIG
8 paS
8 NEG
8 Pas
AAI9, AA1'pA
AAI9-B, AA1'-8
11
11
8~8tS.8/1
" 'Wi'
8 NeG
8 POS
11
11
11
ACTSI
'/~,
OAC CONT W SPACE rOR ~ ~2~BIT A~14 ./~l~V OACS, 2~0Y
O,SP~AY CONT FQR VR2~
OUTPUT PANE~ EOR H945 IN ~AB·l1
OAt CONTROL WlTH SPACE FOR ,6 eH CAAC2)
OAe cONTROk W·SPACE POR 32 C~ CAAC3)
12 BtT DA~ CONTROL, $' FOR ~ OACS ~BA61!', 115y
12 BlT OAC CONT, SP ~OR 6 OAC~ CBA~I~), 11'Y
12 Blf OAe CONTROL, S~ fOR 6 OACS ~e'~l!t, 238Y
12 alT 0'9 CaNT, SP VOR 6 OACS CBA!I~). 23ey
MOOU~E st! paR 1 C~. ~2 BIT SING~E B~F ~ TO .11Y
MOOU~E StT rOR 1 CH, 12 BIT DOUB~E aur +11 TO -lev
INTtRrAct TO ANALOGJeAN1~" OAC SYS, l;SY
INTERrAct TO AN'LOGIC AN1~1' DAC SYS, 24,V
SIH CONTAOL W SPACE raR 8 AH02 SIM cONTAO~ W SPACE rOR 8 AH02
H CONT W SPAC~ ~OR 1~ A461 OR A!05
16 CH
16 CH saH CONT W SPACE rOR 16 4461 OR A415
NPR INT,RfACE rOR PRt~T~N l' BIT • SIGN-GMAD.l ADc
AC11-A • PROGRAMMABLE AUTOMATIC WRAP~AR~UNO
AyTOMA'lCCOMPuttR TEST SYSTEM
MOTHER ,TA'ION INTt.RrACE $tRIAL AUTOMATIC TEST SYSTiM
,a
11
Ac Tal
26
sus SELECTOR
.UTOMATICCOMPUTfR TtlT SYS
8 NaG
~j elT ADC WItH 32 ~H·MUX.-SWITCHtD GAIN
8 pos
~j eST AOc W ~a eH MU •• SWITCH!Q GAIN
11
1. 81T Aoe w ~2 OH MU., SWITCH£Q GAIN, ~"y
11
1~ BIT ADe w ~2 eH MUX, SWITCHEQ GAIN, 280Y
AOII-D
eOMpLEX INPUT PANEL PDR H9~5 IN LA'pl1
SIM'LE INPVT ~AN[L rOR M9!~ IN ~.8~'1
AD'a-A, ~g'1.D
AOI,..
SIMPLE IN~UT PANEL PO~ H94' 4 ADI1.~A (W 8/"
8 NIG UNIPO~AR ,2-&1, ·AOC W CONT 'OR '12 CM. $P rOR ~2 CH ~ S4H, SW GAIN
8 POS
UN1PO~AR ,a-8IT AOC W CONT roR '12 CN, " '0_ 32 CH , S.H, SW GAIN
8 NEG
BIPOLAR ia~'IT AOC, 512 c~ CONT,SP ~,eH , ~&M, SW GAIN
8 NEG
BIPOLAR ia-8l, ADC. "2 eM CONT, SP ~aCH I S.M. SW GAIN
11
UNIPOLAR ,a.BIT ADC, 128 ~H CONT"p"laCH _ .'H, ~W ~AIN. ll'Y
11
UNIPOLAR '2eBIT AOC, 128 eH CONT, SP ~2 CM 4 S'H, ~W 'AIN, allV
11
BIPOLAR la~'lT ADC, 12. eM CONTt SP ~2CH & SIW, SW GAIN, 11'V
11
BIPOLAR ,a-PIT AOC, 128 OH CONT, SP 3~CH &
Sw GAIN, 2J.V
8,8~S.8/1
~0 BIT 'DC 1 ~S~C/81T
8,8($.811
'D'8~A PLUS it QH MU~
8.8(S,8/1
AO'8 w A WITH ?~.IN $~lOE
9
11 BIT AP~ .16 eM MX
18
WiOE ~ANGE MU~-ADC ('E~}
A011 wA
6~ OH MUXEX,ANSJON" .
A018-A
DUAL CM Moes
11
12-B11 • SIGN ADC W 128 eM CON', SP ~2CM I S,H, SW GAlN, 1"Y
l'
12"BIT • SIGN AoC W128 c~ CONT, SP 3*CH & S4H, SW GAIN, 211V
12
10 8lT AID WlTW SAMP~~ , HOLOf~6 CH, 2, USEe
Aol~
CONT rOR l28 vH, INCLUDES 3~ eH W'REAM"
ADlieM
AO~2.M E~PANO~R. INCLYOES ~2 CM W 'RlAM'1
15, AM~l~.
13 BIT AID, SIW, 1~8 MUX CONT, 5P fOR3~ CH, 1"Y
8/E
10 BIT AID CONVERTER W 'AMPLE a HOLD, 1'eH
.
8/E (LAB ~/E)
A08~EA • AM8.~O
e
ADC1~A & AOCa
'.
l'
'.M.
MODEL
NO
tNG
HOR
DESIGN
ENGR
AOC1""
AOC1"'A
AOC1"'B
ADC8
ADC8l-.
ADC81';'B
ADC9
AD Pll
ADF'15;CA
ADF'15 .. CB
AD'15;;'DA
RG
RG
RG
RG
RG
RG
RG
RG
RG
RG
RG
RG
ADS11;;'BA J£H
ADS11';SB ,JfH
ABW
ABW
CP
AKI
RG
RG
RG
RG
RG
RG
By
RG
RG
RG
RG
DB
DB
AD'15~DB
ADS15~A
ADU'l
GT
..1M
ADU81~YA ,JM
A"81-AA
A'11", .. B
AF'''l_,C
."J1!tBA
"F"lt1!BB
.'''1
.. C
A'82 .. A
AFII2.B
.. '83",.
AF'83"'8
AFI • .,A
AF'1I4"'AN
AF'4"'A!'
A'1I4"8
AF'1I4"'BN
A'14·ep
De
DB
De
.. 'I .. "C
AF'1I4"S
A'84.X
A'1I5~C
A'''6-A
A'1I6 oo AB
A'fIJ?
ArBe"'A
A'flJ8I!1B
A'flJeel(
A'.9 ....
SNT
SNT
SNT
SNT
SNT
SNT
A,"6
A,t,
SNT
SNT
AF'C
RS
RS
A,e11
AFC15;A
AFC15';'B
AFce .. NA
AFC8 .. NB
AFce ... pA
A'C8 .. PB
A,c8 .. x,
RS
RS
RS
RS
RS
DB
DB
DB
DB
BV
..II..
..II..
..II..
PROe
ENGR
HrGR
AREA
6
6
rpG
IPG
IPC
IPG
I,G
IPC
IPC
cSS
BFB
CSS
rPG
IPG
IpG
IPC
IPG
IPG
fPG
IPG
tPG
CSs
..II..
6
5
A
6 1'/,2 A
6 1'/'2 A
5
A
3 4172 A
3
3
A
3
A
3
A
3 2/'3 A
3 2/71 A
,
6 11/,3
IPC
Q
,
3 ll/'S A
3 51,S
5
A
5
A
A
A
A
A
5
5
3
.
6
6
3
3
A
J/'l
A
A
3/'1 A
l.I'2
3
A
A
A
A
A
A
3 1'/'2
3
3
3
A
3 1'/'2 A
3 11/'2
3
A
4
A
4
A
..
8.8~Sf8/I
9,
Jw~'
9, 'Wt'
1.
8 NEG
9. JW15
8 NEG
9,
8 NEG
8 NEG
8 POS
9
,Nt'
9
l'
11
AFaf-A, -B, ~C
AFI'-A, ~B •• e
11
8
8
.,06
4
A
A
A
A,07
A,08'A,
3
2172
A
4
JI..
MORa
MORa
POM
POM
MORO
MORa
MORa
MORO
MORO
A
4
A
A
5
3
3
9/71 A
1/72 A
1/72 A
5
5/11'
5/71 A
5/71 A
5/71 A
9112 A
IPG
IPG
IpG
IPG
IPG
8t8~Sf'll
A
JL,
IPG
IPG
,DCI ... A a ACe9
6.'2 SIT AOC, RACK HTO
TAILE TOP AOCl
8 NEG, ADCl. AHX 1, CHX1
HODULE SET 'OA 'OP8 INTERfACE
8 NeG
ADC,-A, ADC8 i AH,3-,
8 NEG
Agei-A, ADCa , AH.3-0
AD"I. AHX1. C"Xl
HODULE SET rOR 'OP9 INTERFACE
11
1~ BIT + SIGN AID, HIGH SPEED, CONT ,QR 512 CH, SP FOR !4 ~A12.)
15
11 al T BIPOLAR AID, saw, pROG GAIN, " rOR 32 0" 11'Y
15
11 SIr BIPOLAR AID, sew, PROG GAIN' SP rOR JZ C~ 231y
15
11 sIT BIPOI..AR AID, SaW, PROG GAlN, SP rOR 6~ c~ 11'y
l'
11 81T BIPOLAR AID. S&H, PROG GAIN, IP rOR 64 C~ 231Y
11
INTERFACE TO ANALOGIC AN58B. ADC MUX-SV~, 11'Y
11
INTERFACE TO ANAI..OGIC AN'811 AOC "UX SV$, 238y
l'
RENAMED QHI.'
. -'
UDC
8 eH SOLIO ,TATE FLVING CAP 12.e1T A09. PRO~ ~AIN 1.' H~ BW 8IPOLl~
UDC
ADU.1 W6.HI BANDWIDTH, 'ING~£ ENDED
8,8I S,8/!
...
e T ADC to 64 CW RACK MYD
•
4
.
4
JL
JL
OMT
3/,4 A
3/,4 A
3/'4 A
,
css
IPG
JPC
IPC
IPG
IPG
JPG
USt:O ON
ST.TUS
CATEGORY
MO/yR
5
5
5
6
AF07
~8
9
AF06
AF~.
11
801'
B015
8 NEG
8 NEG
8 pas
8 PQS
Arca. Afell
,2.
'A'~E
TOp A,e,., .
A~ll_AA WITN~2.IN
SLIDE
6-'2 BIT ADc TO 6. CH RACK "TO
TABLE 'OP A,.i~i
AFB1-A' ON PO~.'B
AQCt/a, AH., , A"12-A, ~B
AOCl/9. AHi9 & AM82~4 •• 8
AOCl/8, AHI. & AMIJ-A, -9
ADQl/9. AHI9 , AM83-4, -9
ylDAR JOYH l'~1 eH HX CONT, ~P4~£ rOR 2~8 CH
DEC INTrc & VIOAR IOYH 1'" C~ "X CONT, SPACE '~R ZI' CW
DEC INT'C & ViCAR IDyH ,'8' C~ HX CONT, SPACE PPR ~I' QM
VIDAR IOYH ~'II eH "X CONTI SPAgE rOA 210 CH
DEC lNT'C & VIOAR IOVH ,. ••• c~ H)c CaNT, 'PAct '~R 21. eH
DEC JNT'C & vlOAR IOVH 1.1. e~ HX CONTI SPACE 'o.R 21. CH
VIDAR IDV" l.l. eM H~ CONTI 'P.~E FO~ ~.' eH
·X
VIDAR l' CH LO~ LEYEL SW HOD
~II eH EXPANSION CABINET
AUTO·R'NGI~G AOC
SYS INTERFACE cOP 6. Hi
SYS INtERrACE COP ,. Hi
Ar~1, HJI3. Rl17, W6'.
AjO MODULE sti ~fTH-A~.cll
AID MODULE s,t WITH A2~'
CONNECTOR KIT
.. HI.SPEED 6 MODE ~AB ACQ SY~
CONT fOR 8 AP47
CONT FOR 8 H~~0 OR H~'1
r~YING CAPACITOR SCANNER SERIES NAHE
MASTER Fl~EI AM"~~f j'~l' H114~C, SPAC~ FOR AM11
fLYING CAP SCANt CA8, H114-C, AMI5.P, SP fOR 4 AH11.8, 115Y
fl..YING CAp SCAN. CAB, H704-H, AMB,-p, SP FOR 4 AHI7~'. a3~Y
F~YING CAP SCAN IS AH04~N. AM~'~N, AMI'-4. Brll. H114-C lilY
F~YING CAP SCAN I~ AMI4-N, AM~5~N, AMe1 .. A, Br.i, H1".H 231v
fLYING CAp sCAN Is AM04-p, AM~5~p, AHe7-A, Bf'l. HY.4.e li!Y
f~YING CAP SCAN IS AM04~P, AM~5"P, AMI7-A, Bf11. H7'4"H Z3'Y
Afca EXP FI~E, Bf01, AH07~A, SP FOR 5 AM07~B, S~ORT CABLE
MODEL
NO
ENG
AF'Ce .. xB
AGe1
RS
MGR
AG02
AG02 .. gN
AG02 .. 9 P
AGe3
AG12 .. ,
PROD
tNGR
ENOR
6
9112 A
3
A
RG
AHe2
AHe3·4
AN.3.8
AH83 e C
AHJ3-D
AH'3-E
AN
RG
RG
RG
RG
AIP12~E
AIP12;H
AHll-A
AH82"",
AM02-S
AMI3-A
AM03t!1B
A
RG
RG
RG
RG
3
3
2/1
1/'.
JL.
HORO
RG
RS
RS
AMI1-,
AM07"'B
RS
RS
AHe9
AM11"'CE
AM12
AM8-EA
RS
SNT
SNT
RG
MOAO
MORO
MORO
HOAO
MORO
MORO
MORO
fPC
TPL
TPL
IpG
IPG
IPG
IPG
[PG
fPC:
IPG
Rli
RG
ft10RO
GPS
GPB
A
A
A
1/12 A
1/'Z A
5 2'1 A
JL
JL
A
3, 3/!'AA
AN
JL
JL
JL
RG
RS
AMI8
:5
RG
AMI4 ... p
AM85"N
4M05 .. P
3
:5
SNT
AHI""'8
A
A
3
RG
RS
RS
:5
:I
•
31.
:5
A
:5
A
3
A
3
A
RG
AMe4-N
A
A
A
A
RG
SNT
6
,
3
3
RG
SNT
SNT
SNT
A
A
4
A
3 12/11 A
3 3113 A
,
A
:5
A
5
A
RG
RG
SNT
SNT
A
RG
Rr;
SNT
A
3
:5
3
3
3
3
Rct
A1P12;;A
AIP12;'8
AlP12';'C
AIP12';'0
IPG
RI
RI
"H83"H
AHI3"'J
AHI3"1(
4H'3""L
AH83-M
ANI3eN
AN83-p
AH83"R
AH83"5
AH85·A
IPG
GrS
AHI3",r
AHe4
AH.5
fPC
IPG
u~£O
CATtCORY
ON
28
HO/VR
IPC
JL,
AGL2
4HI1
STATUS
IPG
IPG
IPG
BV
SNT
AREA
RO
RO
RS
SNT
. SNT
MFGR
MORO
RS
AGe.
AGI5
AG06
AG12
DESIGN
3
3 1"2
3 1/'2
3·11/'1
A
A
A
A
5
A
A
:5
:5
A
3/1' A
6
6
..
..
3/'" A
4
4
A
A
..
4
4
5
6 3/'..
3
5
52/12
A
A
A
A
A
A
A
A
A
A
AFC- EXP FILE,
AH0,_A, sP FOR 5 AMB7~8. LONG CA8L~
OlfF' AMP WIT~(SWITCHED GAiN
8 ~OS, ADC(. ADCllt AM83
OIFF' AMP WITH PROGRAMMED GAIN
9. ADC1. ADC8l, AM.3
OIFF AMP WITH PROGRAMMED GAIN
1', ADC1. AOC81, AMe3
olrF AM' WJTH PROGRAMMED GAIN
Ar01 OR A'82
01" AM~ "_NlfO~D
Are,
AMP WST"PAOG~AMHED GAIN
apgs,AOC,. AoCI,., AN'iI
tXTRA WIDE BANDWIDTH AG,"
AIPS2eAj .1
REMOTE 01" AMP, GAIN 110 OR 1"', .,. ~IV OUTP~T
AMia
,6 'REAM'S
AOla. 1S T • CHANNtL'
PREAMP/KNOB INPVTS rOR AID CHANNELS 1-7
I.I NC/ 8, C,"-tNfCAL'-At) 12
2.~ PREAM'S ,o~ CLIN QHE;M
138e£, 139-E
saH Bt'W£E~ "'wE AND 1~9~E
AO'8, Aoe~f ADO_1, ACI" A"!
$aM rOA AM X1,-CMXl
ADCa. 'Fll
.!~ 11'1 IN'UT AMP, A281.'A
Aoca, A"I.A"l
AM', A~'~w'8 .
ADCa. A"~
1,.,.'1 I_"T AM', Aa" • .,c
AGCa, A,e,:
.'-''1 INPUT A"" Aa"e\'O
AOCa. AF"l
8/ ...,'1 IN'U' AM', A2"l!!IYE
AO':I. AFe,.
".''1 IN,ut AM'. A2"""
AA'a··
I'."VOUTPUT AMP, '1'7~'H
A"S
.I"&'VOU"UT AMP, AI"~VJ
AA'I
OUTPUT AM', A2,'.'K
AQI,
INPUf AM~. Aa,'.VK
AQ"
IN'~T AM'. A2.7·'M
ArC8,AF'C~1
ADC1. AOCel. AM'~
B'0~,
".,'V
.'-''1
.'-"V
.,.,''1
".1''1
1/.,'1
AO"
AD"
AO"
AD"
AO'S
AO'S
AD', IN RAg·a
8 'OS
8 'OS
A"12
AI Pa2
INPut AM~, 4a,'.'N
A287."
1/-''1 INPUt AM', A2"-'"
INPut AMP, A2i1_'5
.AMPLE , Ho~a
ADDED IIGN O,TJON c.,.,.v INJ
ADDED lION optION C' TO.lIV'INJ
.'-''1
I~UT AMPi
'"A~VTlCAL IN"~UMt~'~TION-PAQK'CE
11'V
ANALVTICAL INITRUMENT"ION PACKAGE 2J'¥
,~ BIT AID 'l~ ~L'CE ~, STO la» '"OOULt)
• DIGIT ICC I~'VT (MOOUL' ~Et~
AIPS2
• I.TRA ANALOi INPUTS CMOD~Lt S~TJ
AI Pa2
HALL ,ROat INTER'AC£
AD1'
,X"NOER 'OR ~a eH (I' FOR 8 8Al24)
AM", AMI'
HIL[¥'~ "~X, "ACE rOR ia~ CM I~a A'221
AM", AM"
HI t.[VEL MUX, ~,.e[ rOR 25t OM c•• "211
AHII, AMlt, AGll
LOW LEVEL 'OJ" "X SPAgE ~ .. ·eH c~. All1)
AMI', AMI'. AGII
LOW LEVELDI'~ MX S'A~t '2~ p~ f'4 All')
a NEG, 8FIU.
a. ~48 ew FI.'I".I; eAP CgNT.
8 pas, ar,,,
2~'8 cw 'LVIN9 ~4PC NT
1', a,01
?~.e ON rl.YINq CAP CDNT
8 NEG, arll. AMI •• N
FL'ING CAP A09
8 PUS,
AMI •• P, e015
r~'rNG CAP AOC
AM0t. AMI'. SFel
R~LAY 5'5 ~Nlr, SP rOR 32 eH W A~l'
AH0~. AMlf. Bf'1
RILAV S,. UNIT, $P ~OR ~~ ¢H W ~'3.
8. ,WIS.A
CONT 'OR AM.a & AMI3, 112~ eM
9, DW1'
CONT FOR A"'2 « AM'~' '824 eM
11. AVC11
CONT , ,2 BIT • SIGN APQ liMY TO lev ro~ A'Cll
A012
INTERNAL AID MPX EXPANSION
8/E. A08.£4
8 CH HUX & PR~A"PS
a""
HODEL.
NO
ENG
HOR
AM8"!'EC
AMe-EO
AML2
AMT
AMX1-A
SNT
SNT
AMX1~B
AMX2
AR1l
AW
ATR8",';'RS
ATR80;'WS
AxeS
4X08"B
AX0a .. xc
A)(08-)(H
A)(0S .. )(R
AX09
BA08
9409
BA121
BAll""SA
SAil-SS
BAil-CC
CA
CA
BA11.FO
BA1111!,E
BAil!!'1F'H
BA11"'F'J
BAil.JA
BAill1!l(E
BA11"'1<"
8Ail .. KH
BAil"'KJ
8A12
BA124
BA125
BA14
BA15
BAJ50
BA151
BA224
BA224;"A
BA224';"8
8A224;"C
BA226
BA226;"A
BA 226; VB
BD
BD
BO
BD
BD
L.G
LG
LG
LC
SNT
RS
RS
RS
RS
SNT
SNT
SNT
SNT
S NT
SNT
SNT
PROD
[NGR
MrGR
AREA
LG
CU
RG
RG
RG
5fG
OEG
SG
SG
SG
SG
SG
CB
STATUS
CATEGORY
HO/VR
5
,
5
Gpe
RR
FA
BAil-CS
BAil.0A
BAi1-0B
BAil"'EC
BAileES
BAil.,A
BAil.rB
BAil"'F'C
DESIGN
ENGR
GpB
fPG
fPG
IPG
TPL
TPL
TPL
T'L
TPL
eSS
TPL
A
3
3
2/12 A
2
6
6
6
6
6
6
6
6
,
6
2
2
2
4
4
4
3
3
WH
WH
WH
WH
WH
WM
B
3
,
KE
JO
JO
ON
ON
JO
JO
ON
ON
'l1'12 A
2/'2 A
A
A
3
WH
HL
PJ
PJ
3
4
2
2
2
P.J
PJ
2
RI
6/'3 A
6/'3 A
A
3/'.
9
B
B
9112 B
9/'2 B
1/1.
1/'.
B
B
B
B
B
B
2/'3 B
31'13 B
4,,4 B
./7.
B
4/'3 A
7/'.
7/,.
7/'.
7/;4
B
B
B
B
5
B
3
B
5
B
4
B
F"A
JL
IPG
..
..
5
3111
5/72
611t
2112
A
5
2/'2
A
4
5
5
5
5
A
A
A
2112 A
2/12 A
2/'2 A
2/72 A
29
4 POTS , INPUTS IN H9~5-AA
X 8 CH CONN~erOR IN H945-AA
INTERNAL AID MUX EXP
A~TOMA'IC MOD~~~ TESTtR
6~ CH MX RACK "TD
TAB~E TOP A"X~.A
$P 'OR 128 CH'"UX
"01 S4H SCOPE. CONT~ REAL. TIME C.LOCK eM1.,9,
uNI' t EM'RE'-w S~'C£ rOR ~2 THERMICOUPLES
A!RI'·RS WlREO TO MU~ & WITH RTQ BRIDGE
~
~5
A00a. AOU.
8, 811
3 12/73 A
fPG
4, J. 9.
6/'3 A
6/'3 A
6/'3 A
HORO
FE
AR
HORO
MORO
JL
JL
JL
JL
JL
JL
t.l Nell
Dola
9/'2 A
DESCRIPTION
AM8",EA
AH8.,.£A
8/'.
A
9/'2.
3"2 B
..4• til,.
3".
B
B
3
3
USED ON
A,II" •• A"4aA,
A,e,... A"14"A,
~
8. all
eH S'H
AO~,
3P, 3L,
ScOP~ ~OGlc
AXB. WITH 22 w lN SLIOt
2.NO",5TH A~INPYTS. SET$ 0' ~
~S' ADDEO A-INPUTS! SET or 4
tXPANSION REGISTERS or AXIO
• eH saw Ace, 'PiL, SCOPE L~G'C
Axel, Axea-B
AX08. AXla-B
AX'.' AXI8-B
9. Ill.
aiL
P~RIPH[RAL EX~AHDER
9
PERIPHERAL EXPANDER
WIR£D C•• "OA'CRil, Lp18,
HEX BOARD '~'AN'ION agx W PS a
xv,.
1.
11/1'
11/;}5
11/al
H~X BOARD EX'AN'ION lOX W PS a
PO,11 IAlft Iqx WPWR SuPPl.v,
POPtl 8.sre lOX W PWR SUPPLY,
11/;}5 IAslc 'ox w PS , SLIDE'.
11/35 IASlC lax w PS & SLIOES,
PDP11 EX'ANDE~ lOX, COVER
PO'11 EX'.NDE~ 80X, SLIDES
l1/a0
11/35, 11/""N, 11/~0~N
11/35, 11/15.H, 11/11-N
11/21
l1/al
Uti.'
11
11 / 40
U,
FIELD INST,LLED
11
Plt~D INSTALLED
FIELD INSTALLEO
11
'1~~O INSTALLEO
11
11/15
11
11
11/05.S, 11/11.5, 11/~5wS
11/05.5. 11111.S, 11/31.5
12
AOUS!t!rC. ~Q, AHI~.A,
A001'A, AO'1-0
14
15
AM07"'A ... a
AM~~'A,
AIP12
At P12
AIP~2
AIPl2
AI P S2
AI PZ2
AI P12
!l'B
A00~-A,
-0
1~/.5
IAIIC
'll.~
ll/" [X'ANSION rlL.E
,.,1/.1 •• Ile 'IL'
tXP "ILE WPS,
~xp
E~P
~XP
",.a-A, 3 H74~, ~
fILE WPI, M7'l wl. 3 H74~, i
rILE w H1!2~., ~. H7,4, H~~5;
'ILE WH7.2~Bf 3 M744, H1."
K1.' ll'v
H1.1, I'mv
H1'., 11'Y
STRONG COViR ;OA TAil.~ Top lil"
~~.'" EX"~DtR sox WH7~'eA, ~l~V
~~t'" EX'ANgE~ BOX WH76,.B, 23~V
H', •• 238V
BA11.KE W~O 'RONTP.N£L OR. 8Cl~', li5V
8All.K' W NO 'RONT PANEL OR eCll., 231V
P~RIPHERAL EX~ANDER
"
4 CM'£T H~X SINqLE END~D • HI',
4 CHfET HUX, O'EN W NO PW~ •• H8'1,
ACCESORV BOX
PANEL rOR VP1~, LT1" PC~', MR1~
A1'.' fOR ArQ!$, , CM fL"ING CA~ MUX
A~24
,~~,
A~5~.
BLOCK
A224 OlfF
A224~V',
5~L~CT
AM~'
*!.av
./.'V IN,
IN,
.'.~'V
.'-~IV
Ouy
OUT
Ai2.-ya, ./s'~V ~Nt .1-lIY OYT
A224.YC, .'.lV IN. +/wllV OUT
A226 UNIPOLAR AMP, 2y IN, ·/~10Y OUT
A226·YA, 5V
A226~YS,
IN, .'-18V OUT
10V IN • • '.10V OUr
MODEL
NO
ENG
DESIGN
PROD
MGR
ENCR
ENGR
BA226;'VC SNT
BA233
BA234
BA235
BA236
BA41218
AW
BA614
BA633
BAe~AA
8Ae~AB
BASe8A
BAS,.BB
BA91213
BA91214
9A905
BAJll:.rS
BAR11'!"CS
BARll;EC
RS
R!i
R5
Ci
BBI2l81!'!1N
BBI!l8",p
BB11
BB11"'A
BB11 .. 0
BB11 .. '
BB111!'!1J.f
9BI1-1<
BBil~M
RJM
RJM
RJM
RJM
RJM
RJM
BBi5
BB114
BBRll
BCl2llA;'25
BCl2llB;25
BC01C;XX
BCe1D;"XX
BC01E;XX
BCliF;')(X
BC0 1H i XX
BCQJ1J.,XX
BCllK;'XX SNT
BC01L.;XX SNT
BC01M;'XX
BC"lN~04
BceiP;".
BC01R';XX VB
BC01S;'XX
9C0i V:'25
BCI2l1W:'2S
BC01X~25
BC01Y;25
BC02A; XX
BC02S';'XX
BC02E;'XX
BCI!l2F';XX
BC02H;'XX
BC02J':'XX
MFCR
AREA
STATUS
HO/VR
JL
5
RC
S
RG
RG
RG
JL
RG
RG
PG
PG
PG
PG
MORO
MORO
MORO
KH
KH
L.N
L.N
PJ
S~
R,RF'
R,RF'
RF
FA
AR
I(H
RR
MI
HI
5
IPC
2112 A
1/72 A
1/'~ A
S
5
2
1/12 A
3
4
4
5/7' .. -
2/'2 A
11/,3 A
2
8
e
B
4
4
B
B
IpG
4
fPC
4
4
3/'1 A
:5
6/"
IPG
3/71 A
3/7,. A
B
8 POS
B
B
1/73 B
B
, l1/t2 B
:5
:5
:5
8/'.
, 11/'1 B
, 11/12 B
, 51,3 B
, 3/t'
6
:5
5
B
4/73 B
3/74 B
B
B
,
B
HI
HI
4
B
5
9
WRS
9/71 B
1/73 B
:5 1/72 B
3 1/12 B
3 1/72 B
B
5 8/,4 8
5 9/71 8
5 11'4 e
3 8/7. B
VB
RMS
RMS
AI<
AI<
5
B
2
8
5
3
, 8/'"
Bp
3
. 3
8/74 9
B
9
BP
3
3
9
B
3
3
B
B
BP
9P
BP
BP
3
8 eH swITCHED
PDP8.E BOX, 1
PDP,wE BOX, 1
POP'-E BOX, 1
BAlt e
BA15111
11/1111
5
,
A226-yC, tV IN, +1-10V OUT
A233 FOR vee, PADD~E BOARD, ~ TO .llV
A~34 FOR UDC, PAOD~E BOARD.
IO .~V
A235 FOR uoe, PAODL.E eOARD, .4 TO *2'MA
A236 rOR uoe, PADDLE BOARC •• i.-To.,eMA
GAIN HUX, CHANGES LP$AM TO LPSAM~8G
A614 12 BIT OiA BIPOLAR
.
A~~~. ~ ~e.BIT DACS 'OR UOP WMARKINC STArp
IUS, H'2' 'OWER, 'LICES, l~"Y, BC~8H~~'
IUS, H'2' POWER, SLIDts, 2~IY, 'C~'H.3'
aus, H'2' POWER, COVER, 11'V, BC8'H~ar
BUS, H124 POWER, ~OVER, 23ey, sce~H.3r
4903 rOA AfQ'S, PADDLE BOARD •• TO lly
A?'. FOR AfC", PADDLE BOARD, 0 TO lllV
A?0' rOR AfC'~, 'ADDLE BOARD, 0 TO 31M'
SYSTEM TESTtD 8A~1·£$
RUCGED POPi1 'ASIC BOX. SLfD£S
RUGGED POP11. ~X~'NOER BOX, S~lO~$
*'
POPI$[ BOX, 1
SIE
BA150
l1A2e
11 Rae
B
STP
AW
AW
JW
POM
PDM
8/E
8/E
8/E
:5
5
1([
AIP~2
9A613
9A613
BA'I3
BA 6 83
I..PSS1.S
AA' •• 4A11.
00'1. DDSa
9
1/'~ B
1/'2 B
3
2
01
USED ON
CAT~GORY
a NEG
WJTH 24 UNWl~ED $~OTS
BUS INTERrACE WITH 2. UNWIRED SLOTS
11
SYI UNIT'O" BUS INTERfAct WITH i8 UNWIRED SLOTS, 'LOy,to SLOCKS
BC11." "M:, .K, IU rOR BUS INTeRrAce w l' UNWIR~O SLOTS, NON.SL~TTtO BLOC~I
DMA INTERFACE Wl UNWIRED QUAD SLOT
.
U.
8~1 INTER'AQt, SP FOR ~ WORDS IN,i W~RC OUT, 4 INTERRUPTS
11
BUS INTER'ACE, SP ,OR • WORDS IN, 4 WORDS OUT, 4 lNftV' lNTERRU'TS
11
IUS INTERrACE, SPACE paR 8 WO~DS 'IN, " WORDS au!
11
11
SPc INTRrc, ~P ro~ H1621, 2~, M~8'1, 110 INT, 3 SPC EX~~PT OR11.B, Cl11
CHASSIS faA KA~'. MP1', PROT~CT & REL.OCATE
14
7~' POWER SUPPLV
B~8 JNT£R'.C~
l'
l1R20
R~GGED
Dcea.,
wi'~
G~'7
Me,.
8/1, 8/l. DC02
DCI,.~,
POP8, PT,8
RPe" RPfJi·
OC0,.S
.
OC1S"g
MANY
8/E
-
DP8 .. EB
OC10-B, .. t
DCla-s, I!'!I£
RS2~2·8,
2' PT MALE
TO EiA Rtaj2-a, a5 FT MALE
TO EIA R~ ~3a·8, XX '1 M'L~
we'. TO AM'~tNOL 2'1311~1 XX 'T
G~'7 TO IIA R~ 232.B'EM'L~, XX-VT
H97. TO 'MPH~NO' PL.UG '7~'~40
H~18 TO AMPHE"OL '7~'24.,2.-prNS
M~'e TO IIA RS2~a.8-'EMALt, xx ~T
CABLE FROM M86'"CHe,., TO YR12, XX 'T
CABLE FROM "8~9 TO TEK t02, !8. XX PT
eCllA·XX FOR RtQEIV~ ON~Y
",88 TO M'a,.;, TWJSTeOPAlR, 4 rT
M918 TO H929.0, TWlST~D PAIR,4'T
M'7' • BCi'CeXX OR M9~'" a~COND To RS~32.C, xx r'
MATE~N~~OI< '.TENSION CORD !9 WIMES' XX 'T
H85~ TO RS23~ec MALE, ~, CONDucTOR, 25 "
BELL 303 SERIES MODEM CABLE C~8'6 TO eVRNDY HDi~MXP17TC)
15 BARE WJREs TO RS2a.2 MALE, DAT' SET, 2'FT
15 BARE WIRES TO R$2~2 MALE, ACU, 25-F"
W'11~WI11 AIBBON, xx f1
we11"W021 RIBBON, xx fT
W'11~W028 RIBBON, xx "
W018~W023 RIBSON, XX PT
W~18-W021 RIBBON, XX fT
W~2a-W02~ RIBBON, xx '1
PA'I '0 PP'1~C~D (PUNCH)
PA61 '0 PR68.0 (RtAOER)
8/1. a/L,l2. DO.2
VC8 .. E TO VA12
VC8'!E TO VRI;'
OC84-CN. .Cp
A01'. AA1~
A01'. AA1'
a
lun1
TO £lA
MODEL
NO
ENG
MOR
BC82K';XX
Be"2L~XX
BC82 M;XX
BC02N;'XX
BC02 P",XX
BCB2S;'xX
BCfJ2T':'XX
BC02U';XX
BCQJ2 W;XX
BCI2 X;XX
BCI3A,XX
BCB3B .. XX
BCI3C':'XX
BCI3D';'XX
BC"3E';'XX
BCI3f';XX
BCfJ3H';XX
BCI3J';'XX
BCI4A;XX
BC"4B",XX
BCfJ4C';XX
BCPJ4D';XX
BCI4E;XX
BC'4r~xx
BCII4H;XX
aCfJ4J;'XX
9CfJ4K;XX
BC184L;XX
aCI4M;XX
aCfJ4N';XX
BCII4P;XX
BCI4R;'XX
BC84S;'XX
BCI4T;XX
BCIJ4U;'XX
BCIJ4W';XX
BCIJ4X;'XX
ac84Y;'XX
BC84l;;'XX
BCfJ5A ... XX
BCI5S;'4
BCf!l5C:;'XX
BCIISD':'XX
BCflJ5E';'XX
Bc.sr.:.xx
BCB5H';"XX
BC"SJ:XX
BC05L~0C
RBL
BC05M'::'XX JC
BceSN;;'10 CA
BC"5p~UJ CA
BC8SR'::'1I21 CA
8C1I5S;10 CA
BCflJ5T'::'XX CA
Bce5U;"XX CA
DESIGN
ENGR
BP
BP
BP
ep
BP
BP
BP
8P
BP
BP
BP
Bp
Bp
BP
Bp
BP
Bp
Bp
Bp
BP
BP
BP
BP
BP
9P
Bp
BP
BP
9P
SP
BP
BP
9P
Bp
Bp
BP
HI
MI
Bp
HI
HI
RM!
BP
WR
RP
au
aU
MOL
RSR
AW
AW
AW
AW
CRB
CRB
PROD
ENGR
MrGR
AREA
STATUS
CATEGORY
MD/VR
3
B
B
:5
3
5
3
B
B
B
B
B
:5
:5
3
:5
B
8
:5
B
:5
B
8
B
B
:5
:5
3
:5
B
3
3
3
B
B
B
:5
:5
B
:5
B
8
B
B
:5
:5
5
3
411, B
B
B
3
3
3
:5
:5
3
:5
3
1/'a
TPI..
TPL
5 9/71
5 9/71
3 12/71
5
5
5
SSMU
4/"
4/7~
11'.
3/12
8/'1
3/12
1112
1112
B
B
3
5
e
5
B
5
B
3 UJ/72 e
3 9113 B
3
3
5
3
3
3
31
xx
xx
fT
fT
W~21~WI22 RlB80N, XX fT
101121-101121 RIBBON, XX rT
W122 .. W122 RIBBON, XX 'T
We2~ ... w.;n RIBBON, xx fT
W'23·WI21 RIBBON, XX F'T
WIll24"W'24t FiIBBON, XX fT
W~28-W'28 AlBION, XX ,T
H9111, .. M9" OUA~ RIBBON, xx ~T
Wi11 .. Wll1 F'I.. AT COAX, XX FT
W.,,1 .. WI 21 r~AT COAX, XX rT, ~r"~821
W121 .. W1II21 Ft.AT C;O.U, XX F'T
W~21-W'22 Ft.A! COAX, xx '1
w~~U"W'31 ~VLAR, xx rT. 7415"2
W~~n"W'33 MYLAR, xx.," 1415;"
M~ll-M911 OUAt. MYLAR, xx f! .
W~21-WI2e fLAT COAX, xx rT
Will RIBBON, ONt BOARO ON~Y, XX 'T
wei8 AIBBON, ONt 80A~O ONL~, xx rT
Wi. RlaBON, ONt BOARD ONLY, XX
w.Z1 RIBBON, ON~ 80ARO ONL1, XX 'T
W~22 RIBBON, ON~ IOARO ONt. Y, XX rT
w12~ RIBBON, ON' IDARO ONLY, xx 'T
W~24 RIBaO~, ON, 80ARO ONLY, XX
W~11 RIBBON. ONE BOARD ONLY, xx F"T
101128 RIBBON, ON~ BOA~O ONLY, XX ,T
Wfl1 COAX, ON~ BOARD ONLY, xx '!
Wl2l COAX, ONE BOARD ONLY, xx p!
Wl22 COAX, ON' 8oARO ONLY, XX PI
M9114 DUAL COA~, ONE IOARD ONLV, xx P'
KSRI3 OR ~, rOR 81f:, 2.1, 15
HA'E~N.LOK TO 4.- AINGI, xxr! C1 '6593)
...
ASR,l OR 35 FOR 8/t. 11, 15
MATE-N.LOK TO 6 RINGS xx
(,,86"4)
M9" DUAL MYLAR SHIEL6~D ~ BDAR~ ONLy xx
M913 DUAL MVLAR, ONE 80ARO ONLY, XX PT
M~1I8 DUAL RIBION, ONE 90ARD ONL~, XX r,
W'32 TO MlCROQOY COAX, ONE BOARQ ONLY, XX 'T
55~h 'U55, TU56
TU5.
H'23 TO MtCRODOT COAX. ON~ BOARQ ONLY. XX 'T
INTER,ACE KITS
H~56 TO 3M CAlLE ONE END ONLY xx FT. '1111116
7•• '152"1, W'~2 TO w.,a. XX ~T,"71"1~2
55" 'U55, TU5.
TU56
"'6412, M'23 to M923 RIBBON 4 ,T
DpS-EA, DSifIJ, 0511
H85. TO R5~~a.c MALE, 2' CON , XX "
EIA ExTENSION CORD
R~232 MAL.E '0 RS232 '~MAL£. ~, ~ONO, XX"
SWITCH BOX & CAB~E POR GtRMAN MODEM, ~8"wYA '0 CINCH 0851226.1
MATE~N~~OK MALE~MALE 1·5 5·1 3~2 2-3, XXF'T
DF"11"A. DF'11-K, LA3" .. S
81 M• 111o,
11!;V 3 WIRt GROUNDED lAMP ~iNE CORD TO M4S'·.
23111V 3 WJRE GROUNDED ~AHP blNl CORD TO ~4.e-B
81 M• 11/'"
1of855 TO H855 3M NOT sHIELDED MIRROR CONNECTIONS, 3 IN
TU60
KI..8 ... JA. KI,.8-E
~856 TO MAT£~N·LOK, 6 WIRES. xx rT-(70e'~6e-KX)
LSPYC
bPSVC TO VR"., YR20, 10 F'T
I..pSVC
~PSVC TO rEx ~01, 603i 60~, ~11, 61~, " F"
L.PS\tC
LPSVC TO TEX '83, 18 FT
LPSVc TO 5COP~S-W ~BNC CONN~cTl0NS 11
LPSIIC
11/35
115y 3 wIRE GROUNDtD ~2 AMp LJNE CORD TO H4'a-c
11/35
230Y 3 WIRE GROUNDED 7 AMP 1..1NE CORD TO H401-0
W1il2t1J-W023 RIBBON,
W~21-W021 R1B~ON.
"
"
.
rT
~,
"
3
3
5
OESeR I PTl O~
-.
1/72
3
TPI,.
TPL
USED ON
3/74 B
3/'" B
1/74 8
3114 B
811. B
8114 B
.
6
'T
MODEL
NO
ENG
BC05V XX
BC05W XX
BC05X XX
BC2J5Y.08
BC06A':'XX
BC06B':'XX
BC06C-XX
BC060;;'XX
BCI2I6E':'XX
BC06F'-XX
BCI2I6J':'XX
BC06R':'XX
BC06S-XX
BC07A-XX
BCtl7B';'XX
BC01C':'XX
BC010':'XX
BC0SA':'XX
BceSB-Xx
BC0SC;;'XX
BC0SD':'XX
BC0SE-XX
BC08F'-XX
BC0SH .. XX
BCfJ8J;;'XX
BC08K':'XX
8Ctl8L.';'XX
BCfJ8M,:;0M
BCfJ8N';'XX
BCfJ8P';'XX
HI
RJM
BC"8R~XX
BC08S~XX
MGR
RJM
RJM
DESIGN
ENGR
PROD
ENGR
MF'GR
AREA
JOt..
eyR
I..F'N
CyR
:5
:5
:5
3
6
J\II
Jw
GS
GS
RJM
RJM
RJM
AJM
Si
Si
Si
Si
RR
RR
RR
RR
RR
PJ
PG
PG
PG
PG
PG
MOM
MOM
PG
SMT
BC08r':'01
BC08U':XX
BCtl8V;;'lK JO
BC09A",XX
BC098;'XX
BCfJ9C':'XX
BC!0A':'XX
BcifJ8':' XX
BclBC:'XX
BCUJO .. XX
BCIBE-XX
Bci0H;;'XX
8C!0J:'XX
BCUlK.XX
BC10l,.;'XX
BCi0p;'XX tAS
Be10V",XX
Bcl1A':'XX
BC!lB:'XX
BCllC .. XX
BC!lD;;'XX
BC!lL.XX VB
BC!lF'':'XX 80
3
3
:5
:5
JW
JW
Jw
JW
JW
WO
WO
AW
RMS
DA
DA
MI
FA
F'A
K[
KE
RW
KE
K[
K[
ATT
ATT
JS
AJ
KE
POT
POT
POT
POT
WRS
KA
6
:5
:5
3
3
5/73 B
3/14
5/74
411.
8114
11/12
:1.1/12
11/72
11/12
8114
4114
3/14
41,.
10 1 13
B
a
B
B
8
B
B
8
B
8
B
B
B
3 10/73 9
TPI..
TPL
TPL
TPt..
TPL
USED ON
STAJUS
CATEGORY
HO/VR
3 10/'13 B
:5 121113 B
3
3
3
B
B
B
3
B
3
3
B
B
5
5
5
4171 B
4111 B
4111 B
5
91'1
9111
9111
5/12
1/13
5
5
5
5
5
2
4/,,,
e
B
B
B
a
B
3/12 8
8/'3 B
6
3 12/12 B
5
5
B
B
5
5
5
8
8
B
4
e
5
:5
5
5
5
5
:5
8
:5
:5
2
2
2
5
:3
1113
5/12
3/'2
3/12
3/13
4112
9111
9111
9111
1/14
8113
B
B
8
B
B
B
B
A
e
8
B
B
B
BC2I5F' SHIE~DEO, 70-09365- XX , XX F'T
12.11664 TO 12~11664 ~21 CONO 3M SHIELDED, XXPT
MATE·N~~OK MA~E TO fEMA~E. piNs 2, 3, 5, 7" xxfT
KC341
DC POWER CABLE, .5V, ~l'V, GNP, G7 72 TO F'ASTONS
M908 TO PHOTON 113.100
L.PC800!A, L.PClt~A
I..pC8 s B, L.PC11 ... B
M908 TO pHOTON 713·2~0
I..pca",c, I.PC11"'C
M9218 TO PHOTON 1000
M908 TO PHOTON PACESETTER
I..Pce",D. l,)'Cl1~D
M908 TO HARRIS INTERTypE
.
l.pC.a-E, l.PCl3,-E
M9218 TO CO~PSTAR 191
LPC8!!!;. t..PC11"'F'
M908 TO M9~8. -1' SHIELDED TW PR, XXFT
t..PC01, L. P011, ~P08
H855 TO H855, 3M sHJE~DEO W DRAIN WIRE, 40 COND,XXrT
MASS BUS OEvJCEs
MASS BUS DEVICES
1211591 TO 1211591, 6~ TwISTED PAIR, XX~T
CAT
H856 ONE ENU ONLY, 20 TWISTED PAIR, XXFT, M1501 CONNECTIONS
CAT
H856 ONE ENO ONLY, 11 TWISTeD PAIR, XXF!, M1801 Jl CONNECTIONS
CAT
HS'6 ONE ENO ONLY, 11 Twl~TED PAIR, XXFr. M18~1 J2 cONN~eTIONs
CAT
H856 ONE END ONLY, 2 20~CO~DU~TOR RIBBONS, XXFT
Bll, paiL. BUS
M903 TO M9~3, DUAL S~I~LDED MYLAR xx PT
M9214 TO M904 f.~AT COAX, xx rT
a/lAPe/1. • BUS
M903 TO 2 ~031 SHIELDED MYLAR, xx fT
all • BUS
811 • BUS
M90. TO 2 w01~ F~AT COAX, Xx FT
8, 8/1
W~3~ ,0 W031 ELAT sHIELDED MYLAR, XX fT
FIRST ON PC11 (TO PC05)
M~B3 TO M92' E~AT SHIELDED MYLA~, XX FT
8/E
INTERNAL BVS ;XP, M93~ TO M9~7, XX FT
H856 TO M953, 48 COND 3M, xx FT
alE
M955 TO H~56. 18 SlG, 2-10 O~M, 40 COND 3M,XX PT
8/E
8/£
M~54 TO 2 ~8'~, 36 SIG, 4 10 O~M, XX FT
8/E
H8~7 & M901. TO 2 MYLA~ CABLES TO M~01 4 H801, 1~ yN
TUle, 8 pOS BUS, ETC
M904 TO ~90. DUA~ ROUND COAx, xx FT
M~04 TO 2 ~0al DUAL ROUND COAX,·XX FT
TU10, 8 POS BUS, ETC
H856 TO M~56 3M SHI~~titD, MJRROR CONNECIJONS, XXPT
8/E
DRe~E
H856 TO H~56 3M SH1E~DtD STRAIGHT ~ONNE9TI0NS XXFr
KL8 ... M
H856 TO H~56, 12 WIA~', MJRROR CONNECTION, 1 FT
M994 TO H856, 36 SIG, 3M NOT SHIELDEO, XXFT
Rca!'"E
H85J3, H8~14
H807 TO M922. 2 MYLAR. ~FT 9 IN
9
110 8US H3'0 TO H350, xx FT, 7fJ~53~3
9/1. DW09~A. DW09pB
110 BUS 2 M91~ yo 2 M'~2, XX F'T
15, 9
1/0 BUS • W8'~ TO 2 M9,~2. XX PT
1/0 BUS WB51 EA END ROUND COAX OR W855.we'6 EA END f~AT COAX XXFT
10
MARGINAL CHECK CAB~[, xx ET '
10
DISK CABLE HJ~2 TO BURROUGHS, xx, FT
10
M~M BUS H35l TO 4 W0a8, xx F'T
10
~0~. TO 2 W028 COAX; ilo BUS; xx FT
10
W~51 + wa56 EA END, 4 '.eoNe COAX, xx FT
10 I1EM BUS
AMP QUICK~~ATC~ TO 2 H85? & 2 Ha58, 8 9~eONO COAX. XXFT
10 HEM BUS
AMP QU!CK~LATCW EACH ENO, 72 CQAX, XXFT
10 MEM BUS
AMP QUICK.~ATtH-TO 5 W021, xxtT
110
QUICK~ATCH COAX TO 6 W021, XXPT
RH10 TO DF'10
7006260 CABLE & 1205857-02 PLUG
VT05 TO DC10
M919 TO M929 FLAT MY~AR EXTEANAL UN1BUS, xx FT
11
8URNOY fEMALE 128 pIN ROUND (~2-10'2') To OITTO XXrT
RUGitD 11
M976 fLAT TO l2-10525XXFT - RUG~EO 11 TO NON.RUGGED 11
M~76 TO 8URNO~ MALE 126 PIN (12~li525) XXF'T
RUGGED 11 INTERNAL
221 PIN 121091~.27 TO 8 RING LUG~, XXFT
DFll~BA, OF'lleBB
BC11A.XX w 2 H807 ON M9191 AT THE M919 ~ND, xx FT
DT11"M
VT20
M73~1. Kc341
BC0'F'~Xx
MODEL
NO
ENG
MeR
BCi1 J ;;'XX
Bc11K;'25
BC!1l.;'20 Aw
BellM-XX AW
Be 2A; xx SNT
BC 4A",XX
BC~"B~XX
Bcl"c;10
BCi4D""xx
BCI4E;XX
Be 4F;XX
BC!4",;'XX
BCI"L.;'XX
BC "M':XX
BC2IA';'xx
BC2'B;'XX
BC.'C;XX
BC410;S6
BC4tA;XX
Be' 4.. XX
BC'IB';XX
BC11C';25
BC9IC;''' ..
BC9'.;25
•
BC.,B':'25
BC9'C;25
9C990;25
8e'9E;25
Be"';'25
BCL2A;XX
BeL.2B;xx
B081
8012
BO.3
901.
BOI4!JtD
BD.5_.
90".e
90"tltCA
BOI5.CB
BOI5.0A
BOI5-0B
BOI'tIt[.
BOIS-EB
BOIS-FA
BDfJ5"FB
BOI5-HA
BOfJ5"'H8
Bol5".
BO!5sB
BDf'!9 C
BO 5.. 0
B05QJ".A
BD51"AB
JM
JM
JM
~M
S
JM
JC
JC
RJM
R~M
RM
RS
OESIGN
ENGR
PROD
£NGR
MF'GR
AREA
FS
PJ
JL
RI
AR
AR
AR
, ""1
:=
JEH
"'EM
JEH
JEH
JEM
AW
AW
DEC
DEli
JTN
JTN
JTN
JTN
"'TN
JTN
"'TN
"'TN
JTN
JTN
JTN
JTN
JTN
JTN
"'TN
PDM
POM
PDM
POM
JOL
JDL
3/,.,
6", B
RI
AR
AR
GEG
GEG
PG
PG
MORO
RRC
MORO'
EN
EN
LrN
MORO
JEM
USEO ON
CATEGORy
OESeR I PTl Ot\
STATUS
33
MO/VR
B
DR1S s , TO DR11 .. A
H~56 TO M977 ~M CA8LE M903 CONN XXfT
3
H~56 ONE END, 2~ ~AIR, 25 FT, 1~08ee3
2 3/'28
DRlS-C
~856 24 SHIELDED Tkl$TEO PAIR, ONE END 9NLY, 21PT
3
ARll
3 9,,4 B
DR11"K
H8'. TO CDULTER~S, 11 WIRES, ~X'T
5
12
EXTENSION CABLE fOR Y~~2 OIS'~AY, xx PT, "862,4
• B
14
110 BOX CABLE G182 TO 0777, xx ~T
3 8/l
B
. f':;·······
DIffERENTIAL ~OAX, xx rT
14. 8/L. 811, • aus
B
CABLE, I BOX To 0 BOX, ,DR TEST
14
B
MAT£·N.~OK BOTW ENDS. DUAL $H1ELDED TwISTED pAlM, XX 'T
DC1.
3 3"~ B
CMe,sE, SMC8S.
2 W856 TO 42 PIN WINC~EST£R, 36 TWISTEO'PAIR XX rT
I 3/ ,3 B
4 61 S B
RT ANGLE RS232 WHOLD DOWNS eOTH ENDS;-25 ~ONO, xx ff
14/1". H912
14. KL8
3 3/'. B
H856 TO AMP
WIRES
6",P,N MATE-N-LOK TO 31 PIN AM ,OUALH.E~DED TW PR. XX'T
OC1'-£
2 6114 B
1 .. /1" TO ,",OOEH
1211 4 32 TO 128'886 '2~CJ .. WI~ES XXfT
3 711. 0
5 1/,4 B
81 M• elf:
115v 3 wIRE GROuND'D ~ AM~ LIN£ ~ORD ~o H482-A
81 M• 8/f:
23SV 3 wIRE GROUNDED 4 AM LINE eo~oo H4'2-B
1/1. B
5 4/'1 8
H~87 To 34 KU~KA 618, TERMINALS
XX fT
COla, DO'2
UDC
CAB!.£: CONNECTOR ASsEMBLY KIT. HI11, pARTS. 6F, 6ABLE
3 3112 8
M9_, TO H946 QoUa~E MY~AR, xxr!
00111,. DOli
PDM e
12't374 TO 121,8at RS2~2.~' ~ONO, XX,T
:5 1.1/'3
:5 11/13
POM1111
12131. ONE END ON~Y. •• cONO XX"
POM71
121137. TO RtGWT ANG~t MALE RS232, 2~ CQNO, 2"
3
8."3.· 849 .... 8A9.'
~ W'I7 TO ~. KU~KA 61'A-T£~MIN'~S, • ,T
!5
PlI8DA, 0"1A, DC"~D, DC11. E'e
O.TYP~ iPO HOOEM CONN~C OR, 25 'Ti
3
12 CKT BARRIER ASSEMBLV MOLOEO IN " ~T rROM cONN TO f:L~ LEADS
PlI8DA, opelAA MOOJ'IEO, OPI1A (SE~£CT SO.BYt, DCI8LD
8C~9A W WI23
3
3
PTI8f:
BC9'A WITH WI~3
3
POPS1
Be"A W SIDl CTOP CLAM" F'OR PO~11
POPt 5
BC99A W wla~ ~OR POP"
3
paPalE
3
B~'9A w ENO"QR PDP8/~
6 3/1.
8 eM T~UNK CABL~ XX-'
H3", AGLl
H314
SiNGLE eM DATA ;AB~E, XX FT
6 3/,4
,~ CH MU_, OU PONT
8/ S
6 ,I,'e
8/S
'LOW MlfiR INY[R"C~, OU PONT
6 ,'112
;1
1/13
11
BELL SPtCIAL' BIN.ASKI'~BIN CONY
11
3 1/13
BELL spEclA~I01SK INT~RRUPT & ALARM • M~D TO Rr~1
BELL SPECIAL. 1014 WI!H IPe SLOT
11
2 .. 11. 8
11
:5 1/13 9
BEL.L S'ECIALI UNIMP~,MENTtD
CHANN~L BOX
BELLi SPEC. IM'~EMENTD 21 CM BOX, NEEOS at 901'~~S .OB .ta.re lIaR iMB
11
:5 1/;3 B
B~~L S'ECIA~ T£,T£O SPARE Y819
3 1/ 3 8
BD't-A
8DI,lIt9
3 1/'3 B
BELL S'ECIAL, V~l' OROERED WlTH 10"-9
BOI,sA
BELL S,ECIAL, TESTED SPARE Y"49
3 1/'3 9
SELL SPECIAL' Y~4' ORDERED WiTM 80"-B
3 1/13 B
BO"'-9
BELL SPEciAL' TESTED SPARE V"61
3 1/1:.J B
BO"'-A
3 1/'3 B
BELL SPECIAL. vl" ORgERED WITH 80"'-B
BO"'-S
BELL SPECIAL' T~$TEO SPARE Y1'"
3
BO"'-A
B
Bo.,-a
BELL SPEcIAL' Yi49 ORDERED WITH BD"~9
3
B
801,8A
BELL SPECIALI TESTED SPARE Yl63
2 4114 B
BO",89
BELL SPE~lALI Yl~3 ORDERED WlTM 80".8
2 4/'4 B
15
CONT & CAB ,OR AFc1S +.1 BITS • SIGN. UgC1 1 • 1'~.
4/11 B
15
CONT & CAB fOR APC1' ~1 elTS * SIGN & UOC1'. 231Y
411~ e
BO~5~A WITH NO ADC
15
4 4/71 B
BO~5~B WITH NO ADC
4 4/'" B
15
8 pos BUS
4 2/'2 B
VTI5 OR LAJ8 INTERFACE. 115V
8 POS BUS
VT"5 OR LA30 INTERFACE, 23~V
4 2/12 B
1;." .
,
,
lPG
SSUt<
SlUt<
SSUI<
SluK
SSUK
SSUK
fPC
IPG
oSS
css
cSS
cSS
OSS
CSS
cSS
CSS
css
oSS
CSS
CSS
CSS
CSS
css
TPL
TPL,
,".
HJ"'.
a.
"I'"
"1,4
....
MODEl..
NO
BD5{/1pBA
B0!50"!'BB
BD!58-CA
BD5{/1·CB
9D50.HA
BD50-H9
BEi4
9E8-.4
BF'01
BF'02
BF'1<4-F
BF'14-H
BF'!4-M
BJ!1-A
BJi1-B
BK022
BK212
91<214
BK302
BL81...
BL01rB
BM88",C
81'488"'5
81'4681
8H684
ENG
MGR
RS
RS
TPL
TPL
TPL
TPl
TPL.
TPL
PC;
AS
AS
CH
CH
fPG
IpG
Di!
Ol
RS
F'E
RM9
fPC
F'S
JHB
JMB
JMB
Sc
Sa
sa
TPL.
TPL
TPL.
RS
F'E
FE
FE
BH805
9H886
9HI.7
9H873;VA VB
9MI!!'!!..A
9M8!tLB
DR
BHI"Lc
BM8;LD
Sa
BMI<-LK
BMK..,L.L
BN5IlJA;'1F 19
BN51lJ8;12I4 1S
9N!5IlJC;'l.L
BOS15;:A
8581A;25
B5!1liA';'XX
BSiIlJH;XX
BTA11;'. BE
F'S
FE
JTN
TM
RS
RS
RS
RS
RS
FS
F'S
C5S
TYP
fPC
fPC
IPC
fPC
IPC
IPG
J£H
9M792;'VK HI
fPC
FE
SNT
SNT
SNT
SNT
5
fPC
fPC
fPG
FE
FE
FE
TPl
JL.E
JL.E
RWI
4
4
5
:3
3
3
5
4
5
4
5
4
B
B
e
B
B
B
B
B
8/'"
1113 B
B
1113 B
B
B
B
B
B
B
B
M
M
M
1/'3 H
4113 M
1/14 B
B
B
B
B
B
B
4 5174 M
3 71n. B
3 7111 B
3 111S. B
3 111" B
2
2
2
6
SSCAL
B
8/11
8/71
5/'2
8/'2
8112
5/'2
1/'2
5/'2
3
5
4
5
4
3
3 8111
3 U"'l
4
BFB
9
, 11/,3
<4
MOM
MOM
KE
CP
L.H
KE
KE
5
6
5
6
5
r£
2/72 8
2/72 9
5
:3
TPL.
TPL.
2/72 B
2/72 B
2/12 B
4 2/12 B
5 12/11 e
5 6111 B
3
AR
AR
AR
HRl
HRl
RR
RR
MORO
RS
4
4
4
4
4
6
KH
AR
USED ON
STATUS
CATEGORY
MOlyR
5
KH
91'4686
BH882
BM803
BH81lJ4
MF'GR
AREA
AR
BM685
BM792~VJ
PROD
ENGR
JOL
JOL.
JOL
JDL.
JOL
JOL
AR
AS
RS
RS
BM687
8M'92;'YA
9M192':VB
BM792:';VC
BM'192:;VH
DESIGN
ENCR
B
B
9/74 B
9/74 e
9/74 B
3/14 Q
2
B
5
3
:3
8113 9
B
1/,4 9
DESCRIPTIOt\
8 NEG BUS
8 NEG BUS
9
9
BO'0"AA, .AB
B050-BA, ~BB •• CA,
~CB
VT05 OR I"A30
VT05 OR I..A30
VJ05 OR I"A30
VT05 OR LA30
2ND CHANNEl..
2ND CH.lNNEI..
M~MORY , llO
INTERFACE, 11~V
lNTERFACE, 230V
INTERfACE. 11~V
INTERfACE, 23~V
ACCESSORY PANE~
BUS WITH 2M935 JUMPERS
Mt~C H.ROWAR~ FOR '~C.S
MTNG HARDWARE fOR UDCIS
stORAGE BOX FOR J2 FI..)P FLOPS
S10RAGE SOX rOR ~6 FI...p fLOPS
14
14
~~ BIT STORAGE
SYSTEM TESTED 11/05 CHASSIS, CON'l~ 2
SYSTEM TESTED H1260 + H7261
K022 2 INPUT AND/OR EXPANDER~ OYA~ STORAGE MOO 10 POP14
14
K212 1 BIT RETENTIVE MEMORY
BAl.
K274 DUAL RETtNTIV[ HEH, REPLACES BK212
14
K302 DUAL TIMtR
BAlli
AC LINE MO~ITOR. 115V
ALL SYSTE~$
ALI.. sYSTE"1S
AC LINE MO~I'OR, 2~"V
MTNG BOX W COVER rOR MC~~I..'; eLB 4 MM8~~" -LB
aiL
MTNG BOX W SL.IDES FOR M~8wLA, ·LB & MM8-LA, -LB
8/1..
DoeS. 0002
H~81 16 IS0l..ATEO SO~IP STATE RE~AY DRIVERS
H684 12 elT Fr REL.AY QRIVt R
0001, ooel
M~85 16 BIT ff RE~AY DRiVER
0001. 0002
M686 12 aIT 55 RELAY DRIVER
000" 000~
M~81 16 alT s~ REL.AY DRIVER
0001. 0002
PAPER TAPE ~OADtR ROM
001*
DISK L.OADEA RUH0011
CARD READER BOOTSTRAP ROM
0011
TAli BOOTSTRAP LOADER
OoU.
001S
BELL SPECIAL 1H'1 LOADER
H792~Y~ HARD WARt RIM
VT2J
M802 12 erTL.ATOHING RELAY OUTPUT
00°1. 000l
M803 16 BIT ~ATQHING RELAY OUfPg,
0001. 0002
H804 12 BIT ff RELAY OUTPUT
ooel. 0002
000S. 0002
M~0' 16 BiT ff. RELAY OUr-V!
M8~6 128fT SS RELAY OUTPUT
000S. 0002
M801 16 BIT S$ REL.AY OUTPUT
00°1. 0002
RE$TART/L.OAOER, REP~ACES $M192 p YA, @y~,~YH C HAll;QB, ~28WOROS
001S
MTNQ BOX rOR MH.-E. MM8 p£J. ~LlgES. 11'V
8/1..
MING Bax rOR MMf-[, MM8~£J' SLIQES, 231V
8/1..
MTNC BOX POR MM'-E. MM~pE~. gOV~R, ~15V
all
MTNa BOX FOR MMO.E, MM8pE.J, COV~R, 238V
8/1..
BASIC MODU~E KIT rOR L.AB~K
X60~
BASIC MODULE KI! fOR K@S£RIE~ L9GIC LAB
H510
EtA MOOUL.E TO RS232, 7,6M
VTS0
2eMA CURRE~T LOOP CABL.E TO MAT~-N-LOK, 4M
VT'"
20MA CURRENT LOOp to 2839 PLUG, LL METERS
VT50
BOSS~15, RENAMED QM0,e
15
CAB~E SET, VT;5 TO VT04, 25 ~T
VT15, VT04
CABLE SET. 2 BC13~AA + BC1~B~SSf XX 'T
10
CABLE SETf 2 BC~0H-XX + BC1~S~XX, XX F'T
10
TONE ALERT. SETS A~ARM AT SET ADDRESS, MANUAL cLEAR
11
14/t..
S/E
AM"., AM05, AM07
OORla, 0002
14
H9~9
HODEL
NO
ENG
MaR
DESIGN
ENGR
RS
ABW
I,.F"
LH
FE
FE
FE
FE
MORO
aTil"1.
BTi .....
Bye4
BW410
BW402
BW4tlJ3
BW4l'J6
BW41"
aW'30
BW'31
BW'132
BW'33
BW'134
BW140
BW'41
BW742
BW'43
BX{4"OA
BX14"00
BXI4 ... 5A
RS
RS
RS
RS
AS
AS
RS
RS
RS
BVi4~DA
BY1 hOO
BY!4"SA
4
CAIJ1'"'B
CAll-A
CAil"B
CAil.C
CAil'"E
CAi5'IPA
CA!.5 .. B
CBll AA
Cail e AB
CBil"AC
cail"'AO
call'"'AE
CBil-AF'
cail-BA
CBil"'BB
CBil-Be
call-BO
ft
CBil"CH
cail-0A
CBil ... EX
cal1 .. HA
CBil"'p A
CB11-PB
FE
FE
FE:
FE
MORO
MORO
MORO
MORO
AR
AR
AR
AR
AR
AR
By
JEH
BY
BY
VB
VB
VB
'19
VB
VB
VB
VB
VB
VB
cailt!!a E YB
CBil-aF" VB
CBil-CA
CBil .. CB
CBil",CE
CBil'"'CF'
CS11 ... CG
FE
GO
PR
WK
Ew
GO
He
IPG
IpG
IPG
IPG
IPG
fPG
fPG
IPG
IpG
IPG
3
5
1/71 E
4113 B
3/72 B
5
5
B
B
5
B
3
3 11/'3 B
6
6
21'3
8/12
2/13
8/'2
6
4
4
4
91'S.
8/12
2,'3
:
~~J!
3
6
5
5
4
5
5
3
CSS
SSUK
SSUK
SSMU
SSMU
css
SSUK
3
2
3
:5
3
3
MC
MC
Me
MC
MC
HC
MC
MC
MC
YB
14C
MC
MC
MC
MC
MC
,.,C
2/'3
1/'2
1/"
5/'2
5
4
4
4
4
4
4
3
3
3
3
3
3
5
5
5
5
:5
4111
5/'2
5/'2
411'
41'S.
VT04
BW11".3. BW14S.3, BM8S2~7
BW110a3. BW7.S.3, PM8e2a7
BM684.7
"
BM71".3 BW'4"e3 BM604·" 8HIB2~1
BW"".'.!
ODla, ODB~
D00a, 0012
DO"Ite OoBl
ODilia, OOBZ
OOBS, 001
00 01, DOB2
000S, 0002
0001' DOli
00" , 00B2
14
14
14
14
1.
14
C
9
0
11
CA11·A
0
0
C
0
1/,2 D
3113 D
0
3/'3 0
3/'3 0
3113 0
3113 0
3/.,3 0
3113 0
3/13 0
3/,3 0
3/.,3 0
3/'3 0
3/,3 E
3/13 E
3/73 E
3/73 E
3113 E
3113 E
3/'3 0
3/'~
3/73 0
3/13 0
3/'3 0
3113 0
DESCRIPTIO~
CDC 6S"S/7"IB
14
a
1"2
3
,
,
5
MC
MC
V8
VB
Va
VB
VB
Css
USED ON
STATUS
CATEGORY
HO/YR
5
5
MC
MC
MC
va
MFGR
AREA
HC
VB
VB
VB
VB
PROD
ENGR
11
12,
15
pOpl1 REMOTE BATCH TERM TO SIMU~ATE COe21~
INTERROGATOR BOX, TESTS INPU!S I oUTPUTS
374, VJI1, ~~~, HOUNTING
W4H'---PAOOLE BOiROW I TH I 50\"A !EO POWER
W4B2 pAOO~E BOARD WiTH COHHONp9wER
W483 PADDLE BOARD ro~ RE~AY DRI~£RS
W406 CW4BI, W4 1 2 & W41113 COMBINED)
W411 pADDLE BgARO W A/C INPut CqNOITION1NC
W7;U 12 Bll CONTACT SENSE, SEE liW7"
W731 16 BIT CONTACT SENSE
W732 12 Bl! CONYACT INTERR~P!, !EE BW1'2
w133 16 BIT OONTACT INTERRUPT
W734 GENERA~ PURPOSE COUNTERw1.1 12 81T SOLID STATE CONTACT SENSE
W1.1 16 BIT SOLJD STATE CONTACT sENSE
W742 12 BIT SO~IO STATE CONTACT INTERRUPT
W743 16 BiT S9LIO STATE CONTAtT INTERRU'T
INPUT BOX UP TO 32 AC INPUTS
INPUT lOX UP yo 32 DC INPUTS
SCHMITT INPUT BOX. UP TO 32 AC INPUTS
oUTPUT BgX u, T8 16 AC OUTPUTS ..
a~TPUT B x UP T 16 DC OUTPUTS
IMPROVED OUTP~T BOX, UP TO 1t A~ OUTPUT~
18H 52. INTERFACE
CAHAC BRANCH ijlGHWAV INT£R~ACE
NPR CONTRO~ ,OR CA11~A
NPR BRANCH HI~HWAY IN'ERrA~E
CAHAC lINGLE CRATE CONTAOLLER
PAOQRAHHED I DHA CAMAC
'~A~CH-MIGHWAY
IN1£R,ACE
'ROQRAHMED ON~Y DAHAe 8~ANtM HIGWWAY INTtR'AQ[
CADi PS, ~ OB118PA, SPACE 'OR
C.l1~D' &,0- Q811 i S,1"V
CAe. PS, l C811 wP 4, SPACE rOR 18 Cell-gA &/O~ Cal~~$, 2f'V
CBl1.AA • 0611, 11'V
cei1-AS • OB11. 2J,V
CS'l.A' • ~NO CB11.PA, 2 DB11, 115V
CB11eAB • 2ND CB11-'A, 2 DB11, 238V
CAB. PS, CB11.PC, SPACE 'OR 18 C'11~OA 'lOR C'~l~~. 11'Y
CAl, PSt C81.1.pO. 9pACr 'aR 18 C111-0A '/O~ call-S, 2~1~
Cal1eBA • 0811, 11'Y
Cei1 e BB • OBi1. 231V
11
C8l1eBA • 2ND C811~PC, 2 DB11, 115V
11
CeSl-BS • 2ND CB11-PC, 2 OB11, 231V
11
11/1B~CA, CB11ePC. PS, 11'Y 61Hi
1~/1B.C8, C811.PC, PS, 230V 58H~
"
11/41 w CA, C611epC, PS, 11~V 60M!
"
11/48-08, CB11~PC. PS, 2~BY 51W~
11/45eCH, M'11~L. MM11~L.-CB11~PC, PS, 115Y teHi
"
11/458CJ, M'11p~, MM11-L, CB11~PC, PS, 2JIY "Wi
32 POINT RE~AY DISTRIBUTOR HOOU~E
CB1~"'A. ~B
HEX EXTENDER CARD
CB1S·P
~~ POINT INPut INTERRUPT MOO~LE
CBil.A, ~B
CB1l e A, .. 8
5 BLoCK TE~p~ANT TERMINATION pANEL, PS, U.IV
5 BLOCK TEL PLANT TERMINATION PANEL, PS, 2;,0Y
CBil"A. -9
15
11
12,
12.
11
11
11
11
11
11
..
.
..
,I
MODEL
NO
ENG
MGR
DESIGN
ENGR
CBil"'PC
CB1l .. pD
CBll-SA
CBll-S8
CC01
CC02-A
CC02 .. e
VB
VB
VB
VB
MC
MC
MC
MC
AW
AW
AW
CDi2~DE
CDi2-DF"
COi2"'HE
CO!2"'HF'
COP
CL12
CM93'!'!'C
CH133-CA
CH~l
CMil-A
CM11 ... FA
CHil-FB
CHi2
CH!2"'A
CH12 p B
CMI2 .. c
CM!2-F"A
CM12 ... F8
CM8 .. E
CM8-EA
CMS-FA
CM8- Fa
CM8-1
CM8 .. 1A
CMS-L
CM8-LA
CMT
CMX1-A
CMX1-S
CP138 ... N
STATUS
CATEGORY
MO/VR
4
3113 0
3
5
3/13 0
3/13 D
3/13 0
4111 C
4/71 C
4/'11 C
4111 c
4111 c
4/'1 C
5
5
4
4
4
AW
AW
AW
4
5
5
5
AW
C004
CC50
CC5l
CC52
CC53
CDll
CD11-A
CD11 ... S
CD11"'EA
CDi1"'EB
CDi2
MFGR
AREA
AW
CC02-C
CC02"0
OC03"'A
ccet3-B
CC54
CC55 .. "
CC55-9
PROo
ENGR
AW
AW
AW
5
5
5
5
Alii
AW
AW
..
3
3
C
C
I..C
OEC
OtC
AW
AW
5
5
LC
loC
L.C
AW
MI
80
eo
80
80
4
AW
AW
JL
AW
HI
RLP
4
4
3
RR
RR
TPL
TPI..
RL.P
3
3
RI..P
3
Alii
3
3
3
RL.P
AW
AW
AW
4
AW
4
3
:5
I..T
6
AW
LT
6
LT
2
HI
5
5
5
2
I.T
MI
HI
HI
CU
RG
RG
8M
c
3/12 C
3/12 C
3/,4 C
71"13 e
7113 C
7/,3 C
7113 0
2/'2 C
1/13 0
1/13 C
2/'2 C
2/12 C
61"12 E
S/'11 E
RLP
RLP
RLp
RLP
AW
I.e
CSS
c
c
c
c
c
C
5
3
3
5
5
5
5
5
RL.P
4/71
6111
5
:5
5
5
:5
5/11 C
5/'~ C
C
5/13 C
5/13
2/'1 C
2/'l
2/"1S,
2111
3/"13
3113
4113
41'13
3/12
3/12
C
C
C
C
C
C
C
C
C
C
C
C
C
R
A
A
3/12 C
USED ON
OESCRIPTIOt\
CB11-A, ... 8
CBll'"A. -B
6 BL.OCK TE~P~ANT TERMINATION PANEL.. PS, 115V
6 BL.OCK TEL PLANT TERMINATION PANEL, PS, 230V
CB1~"A, -8
64 POINT INPVT SCAN HODUL.E
CB11,-,A, -B
64 POINT iNPUT SCA~ MODULE W OIOOE PROTECTION
Cl.INICAL. L.AB1Il12
CL.INICAL. L.AB OPIlON PANEL,
4 CHANNEL.S & CONT FOR ROBOT CHEMIST
12
4 CHANNEL EXPANSION POR ROBOT CHEMIST
CC0a·A
Cc01
ONE CH & CONT F~R ROBOT CHEMIST
CC01
ONE CM ExpANSION POR ROBOT CHEMIST
MODULE SET fO~ 1 CM cOUL.TER S .
CC0~
CC03'!!A
2ND CM COULTER $
CC0~
COAGULATIO~ TtMER
Cl.INICA~ I..AB.l~
SMA12/30 INTERFACE KIT
8 CH EXPANSION KIT
AGL.a
CL.INICAL, I..A9",12
5MA4, ~A, 7, 7A INTERFACE KIT
CL.INlCAL. I,.AB·12
SMA SINGL.E CHANNEL. KIT
CLINICAl.; I.~B"lZ
5MA12/'0 INTERrACE KIT
Cl.INICAL. L.AB 12
SMA SING~E CHANNEL KIT ~lST eM) fOR TECHNICON 2
CL.INICAL, I.AB 12
SMA SlNG~E CHANNEL. KIT C2ND CH) POR TECNICON 2
11
DATA BREAK CARD READER CONTROL.
DATA B~EAK CONTROL & DOCUHATION M100~, 60Hl
11
11
DATA BREAK cONT & POOYHATrON M1000"'0Hl11
~20e CpM CONSOLE READER & CONT DOCUMATION M~200 6SH~
1200 CPM CONSOLE READER & CON! DOCUMAtJON M1~00 50Hi
11
8 POS
OAT4 BREAK CONTROL 'Q~ ANY CARD READER 9R PUNCH
8 POs
a" coL. OPTICAL. MARK CR & C012 CONT, J00 CPH OQCUMATION OH200, 60Hl
a pas
8" COlt,. OPTICAL MARK CR & C012 CONT, 3,0 OPM POCUMATION OM200, '0Hl
a pas
CD~2 W HP 8S vOL OPTICAL READER, 60 Hi
a pas
CO,2 W H~ 8S COL OPTICAL READER, 51 Hi
CROMATAGRAPHIC DATA PROCESSOR (8)
C~lNICAI.. L.AB i2 SYSTEM NAHE
804 (8)
OPTICAL HARK CR & CaNT 200 CPH GEN OES 60 Rl
S04 (8)
OPTICAL MARK CR & CONT 200 CPM GEN DES
Hi
D01~
413 COL. OPTICAL MAR~ eR 4 CaNT 200 CPM GiN DES 60 Hl
00la
40 COL. OPTICAL MARK CR & CONT 280 CPM GEN DES 51 ~!
0011
80 COL. OPTICA~ MARK CR & CONT"3013 CPM DOCUMATION OM210 .'Hf
80 CO!,. OPTICAl.. MARK CR & CO NT ~00 CPM OOCUMATION OM2'0 '0HI
DOll
40 COl,. MARK SENSE CR a CaNT 200 CPM qEN OE~IGN ~I ~l
BAla
421 COL. MARK SENSE CR & CONT a00 CpM GEN DESIGN 'I ~!
BA14
BA1~ WITH ECO#BA1i .. "'''0UI
80 COL. OPTICA~ MARK OR & CONT HP 60 H!
BA1~ WITH E:C0'BA12.,013010
6. COL OPTICAL. MARK CR & CON! H~ 50 Hl
8 POS
80 CO\., OPT! CAL ~ARK CR & CO NT 310 CPM ODCUMATION OM2.0 60~1
8 pas
80 COL OPTICAL MARK CR & CONT 310 CPM OOCUMATION OM200 '0~l
8/E
40 COL. OPTICAL. MARK CR & CONT 2j13 CPM GEN DEi (M843) 60"Ml
alE
40 COl,. OPTICAl.. MARK CR & CON' 2~0 CPM GEN DES ,"8.3) 5' H!
8/E
80 COL. OPTICAL MARK CR & CO NT 300 CPM OOCUMATJON OM2'0 60H!
8/£
80 COl" OPTICAL MARK CR & cONT 3013 CPM OOCUMA!ION OM218 50Hi
8/1
40 COL. OPTICAL. HARK CR & CONT 2'9 CPM GEN DESIGN 60 Hi
40 COL OPTICAL. MARK CR & CONt 2013 CPM GEN OESIGN ,~ Hi
8/1
8A08
40 COL OPTICAL. MARK CR & cONT 2j0 CPM G£N DESIGN 60 Hi
BA08
40 COL OPTICAl.. MARK CR & CONT 2013 CPM GEN DESIGN 50 Hi
COH'LEX HOOU~E 1ESTER
..
7, 9. 15
ADC1 PLUS 64 CHMX RACK MTO
TABL.E TOP CMxi-A
8 NEG
DATA PRODUcTS SPEEDPUNCH-120 ~00 CPM PUNCH & CONT
,e
MODEL
NO
CP08 .. P
CpiS .. A
Cp!I"'B
CPie"oA
CP!S .. OB
Cp!1.,UP
CPi5"A
CP!5"B
CPZe-E
CRI1"A
eR.,1·e
CRll"C
CRll .. E
CRIZ-A
CRIIJZ .. e
CR.,3"B
CRI3'!11C
CRIIJ3t!11D
CRI.-A
CR0.-B
CR0.-C
CR04-0
CR0."'E
CR04.F'
CR0."'H
CRIIJ4-J
CRis"'A
cRle"B
CR{e""DA
cRle .. DB
CRrS-EA
CRil2l .. £B
CRie-F'A
cRle"F'B
cRle~uA
CRUh·UB
CRll
CRll"A
CR·Z
CRiz ...
CRIZ .. F'A
CRiZ.FB
CR!5 ....
CRi5"'B
CR15"DA
CRi5"OB
CR{5"EA
CRi5"EB
CRi5-F'A
CRi5 ... F'B
CR8~F'A
CR8~F'B
CR8~I
CR8I'JIA
CR8/I~F'A
ENG
MGR
DESICN
ENGR
BM
PROO
ENCR
MFGR
AREA
CSS
STATUS
CATEGORY
MO/VA
3
3/'2 C
5
6/,.
6/,.
5/,3
,
oJtH
JEH
Bt
PWD
PWD
GSD
Oy
DY
BE
MI
MI
MI
CSS
cSS
SSCAL
CSS
CSS
SSCAL
RR
RR
FA
EAS
tA$
[AS
[AS
[AS
EAS
EAS
[AS
[AS
[AS
[AS
[AS
EAS
(AS
tAS
EAS
EAS
EAS
80
aD
SNT
aNT
SNT
SNT
CSS
3/',
:1 11/71
6
B8
98
B8
C
C
C
,
C
C
C
, 6/t.
C,
C
,
61 2 C
6/" C
C
,
6
6
6/" C
2/,2 C
2/t.
",
!5
,
,
..
2/,.
2/'.
2/;'
2/,.
2/,a
8/',
,
B8
c
e
,, 6/'.
6/',
98
C
3
5
98
C
C
C
C
,, 6/1'
61 I.
I.
8 ~INE ASy~C ~CAN FULL DuPLEX EIA 3 CyCLE
8 LINE ASYNC SCAN, HALF OUPLE~ ECHO TTY OR ElA ~EP SPEEDS
15
15
11
11
11
BA08
6
ER
ER
ER
ER
0
0
0
0
6
RI
MI
I:)
7111
7114
7/7 4
7/74
5
nOM
(10 M
3
3
6
3
MI
USED ON
CATEGORY
MO/YR
:3
MI
OC02 ... F8
OC02,.FC
OC02-G
OCIlI3"'A
STATUS
1111
8 pos
OC08",S
~6 CH SYNC E,A
1.6 CH SYNC [IA
~INE
CQNT, Sp FOR 4 CW
roA 4 CM
~INr eONT, $p
S~ACE rOR 6 CH'
EXPANSIONW
CYCLIC CHECK
~
SYNC LINE ~Ux UP TO ~B DCBS.T
SYNC LINE UNIT BELL 201
SyNC LINE WNII BELL :3B~
-
LINEs
MODEL
fJESIGN
ENGR
NO
DC0S .. Y
OCl121
OCll21-AA
DCi0"AB
DC10-8
OCi0-C
~11
DCira",E
DC11Z1 ... PP
001121 ... 5
DCtl ... AA
DCil"'AB
OC11"'AC
DCl1"'AD
DCil-At
DC11-AF"
oC11-AG
oCl1"'AH
DC11"'AX
oell.SA
oCi1-DA
OCi4 .. A
oC1 4 -8
oc14 .. C
Dc14",0
OC14",£
Dci4 ... r
DCi4"'LA
DCi5.."A
OC15"R
oC15_.. S
OCi6"'A
OC16"'8
oC44 .. AA
OC44"AB
OC441!'!BA
oC44"88
oC68"A
OC10
oC'71-AA
OC71!"!A8
OCY1-SA
oC71-88
0071-0
DC71"[
oC12"AA
DC'2 .. AR
DC72 ... BC
OC72 .. 80
DC72 "CC
DC72 ... CO
KE
KE
5
5
I':E
5.
5
Ke;
RBH
JM
JM
R9H
RSH
RLD
RLD
RLD
RUJ
n
n
n
0
KE
KE
5
D
KE
K£
4
5
D
t'l
RBH
5
3
1/73 0
PC
VB
VB
VB
VB
VB
VB
VB
VB
VB
VB
VB
AR
AR
AR
AR
AR
AR
AR
FA
RJS
RJS
RBR
WG
wG
wG
WG
KE
KU
KU
KU
KU
KU
KU
KU
EAS
EAS
o
0
R8R
F'W
F'w
F'W
rw
4/73 0
5
RJS
JEH
KE
KE
KE
KE
KE
KE
SSUK
USED ON
STATUS
CATEGORy
MO/yR
6
KE
OCll21 .. 08
DCi0.~
MF'GR
AREA
KE
DC10~DA
OCi0 .. FA
OC10 ... F8
PROD
ENGR
3
3
5
5
5
5
5
5
5
5
J
5
4
4
4
4
4
:5
3
:3
2
2
:3
4
:5
:5
:5
0
1/13 0
1/'13 0
0
2/12 D
2112 (1
0
0
0
0
0
31'11 0
3111 D
6111 0
1/12 0
1172 0
1/'2 0
3112 0
9114 0
91,4 0
1/12 0
(')
1/'13 0
0
8/'" 0
3/72 0
6/72 e:
6112 E:
61'12 £
6112 E
:5
:3
6 UI/12 0
E
6 10/'12 e:
6 10/72 F.:
6 10112 E
6 10112 E
:5 3172 ~
:5
5
5
5
5
5
5
3/72 [)
4113 E
4113 E
8/74 E:
8/74 r
8/'4 E
8/74 E
SAMPLING CLOCK (MODUL~ SET)
LINE SCANNER. SERIES NAME
HI
CONTROL UNIT 60 Hl
CONTRO~ UNlT S" Hl
10
a--LINE GROUP DC10"'A
DC10~A
8-~INE TELEGRAPH RELAY ASSY
TELEGR4PW PowER SUPPLY, 60 Hl
OC10""A
TE~EGRAP-W POWER SUPPLY, 50 Hl
OC 1 0'A
EXPANDED DATA-SET CONrRO~
°C10 ...
EXPANDER CABINET 60 Hi
OC1.0-A
DC10eA
EXPANDER CABJNET 50 Wi
DC10'A
8·LINE GRO~' fOR IBM 2741
PAtCH PANE"°C10"A
OC10'!!A
EXPANDED DATA SET CONT, UK, CglTT V24, HA~F OR ~ULL DUPLEx
BUF ASYNC \..INE CONT, SP FOR 2 CH, 300 1 1 50, 134 1 5, 110 BA"O
11
BUF ASyNC LINE CaNT, Sp FOR i CH, 180" t200, 3~0, 110 BAuD
11
Bur ASYNC LINE CONT, SP FOR? CM, 1200, 600, 1'0, 110 BAJn
11
11
BUF ASYNC LINE CONT, SP FOR ~ eH, 51, 11 0 , 1~4.~. 151 BAUo
BUf ASyNC LINE CaNT, SP FOR 2 CM, 15, 110, 1~4.~. 1'0 SAun
11
BUr ASVNC ~INE CONT, SP FOR ~ CM. 600, 120~. 1810, 2400 BAUD
12,
Bur ASYNC LINE CONT, SP FOR 2 CH, 134.5, 150. 3!0, 1200 BlUD
11
Bur ASYNC ~INE CONT, SP FOR 2 CH, 110, .34.5. 1100 1800 BAUD
11
BvF ASYNC ~lNE CONT, SP 2 CH, 110, 13~", 15~ • 1-CUSTO~ER SPEC BAUD
11
~OGlc MOOU~E ~ET F'OR ~ CHANNE~
°Cl1.A
DC11~BA • Orl1-A • BC0tRw2'
OC11."A
ASYNC LIN~ CaNT, ERRO~ CORRECTING 14~BII WORDS
14
8/E
ASYNC LINE CONT fOR UP TO 1~ ~INES CM8332)
ASYNC LINE CONT, ERRO~ ~ORR 14~B1TWORO~ (M8333)
DC111-A
11
ASYNC ~lNE CONT FOR UP TO 12 LINES (M8334,
14/30, 14/35
ASYNC LINE CONT, ERROR CORRECTING 14 BIT WORDS ~M1481'
14/30, 14/35
ASVNC LINE CON', 2 a~BIT WORD! TO ~2 BITS, ElA, (M748J)
14/1..
OC14.A fOR pap14.~
15
CONT fOR 32 K~li's
CONVERTS TTL TO~RS232 SPEC
OA15-S
CONT fOR 4 SYNCHRONOUS MODEMS
15
SERIAL INTERFACE M7313
16
OC16-A
DUAL SERIAL JNTERFACEAOAPTER ("'333)
10
TYPESET SUBSYSTEM. DL1~-AA • 11/15-CC • KW11~L, 11 5V 60~l
10
TyPESET SUBSYSTEM' OLlm.AB • 11/15-CO • KW11-L, 23 0V 50~l
TYPESET SUBSYSTEMI OL10~C * 11/1'sCC • KW11·~, 11'V ~0Hl
H'
10
TYPESET SUBSYSTEM' OL10~C. 1.1/1'_CO.+ KW11~.LI 230V 'eH~
OC~8
6S0-1 PACKAGE FOR POPD10
SERIES NAME FOR REMOTE TERMINA~S
lit,
PDP8-IO MPSpI CRail-FA KWS-IA OP0l-AA LP~8-JC Mca~lB 11'V t0Hl
121
pope.ID MP8pl CRS/I.FB KWH-XA OP01-AA LP08-JP Mca~lB 23~V ;0Hl
pOpS-IO Mp8-1 CRS/I-FA KWS.IA Dp01-AA ~p08-KC Mca~lB 11~V 61Hl
10
pope~IO MP8~I CRS/I-FB KW$-ZA OP01-AA LP08-KD MCB .. IB 23~V 51Hi
10
(10) OC71-A, ~B
B ~lNES, D~08~B + DC02-PC + a DC02~G
(1 0 ) OC71-0
8 LINE EXP~NSION : Dc02-rc .-8 ~C02-G
8K PKP8E-CA, OPS-E, ~S8~EA, CR8~rA ., 115V 60Hl
10
8K PDP8E ... CB, OPe-E, L~S--EBI CR8-fB, ., 230V 50Hl
10
8K PKP6E~CA, OPS-E, ~~8-VA, CRS-fA • , ~15V 60Hl
10
8K PKPeE-CB, OP8-E, ~E8·VD, CR8-fB • , ~30V 50Hi
10
8K PDPaE"CA, oPa-E, ~E8.WA, CR8-fA.
115V 60Hl
10
10
8K PDP8E-CB, DP8~E, ~E8-WD, eR8-fB +
iJZV ~0Hl
Oc~e"A
~INE
10
D~TA
+.
MODEL
NO
OC72-LA
DC72-LA
oC72 ... LC
oC7S-AA
DC75-AB
DC75-DA
oC75-D8
OC75-E
DC7S-UA
DC75-U8
DC75 .. VA
oC7S"V 8
DC76-AA
DC76-AB
[AS
EAS
EAS
EAS
EAS
(AS
EAS
[AS
EAS
EAS
EAS
EAS
EAS
EAS
DC76-DA·
EAS
DC16-QB
OC16",E'A
EAS
·OC?6-E8
DC76 .. rC
DC76"ED
OC16.,.r..
DC'16"'FB
OC76 .. F"C
OC76 .. ro
OC'6 .. H
EAS
[AS
EAS
EAS
[AS
[AS
EAS
EAS
[AS
DD01'"'AN
0001"'AP
0001"'0
OO~2
DOll-A
0011"'8
o014-A
80
80
DOR1l';'''
OE11-A
OE11 .. S
O,01"A
O,10"A
·0'10"'8
VB
VB
O'i0"CA
RSH
On.e .. cB
0'11"'4··
0F'11"8A
RSH
0F"i1"S8
Or11"'r
0F'11"'G
OF'il"K
0F'32
0'32",.4
O'32-S
DF'32",c
DF"32"0N
0F'32"OP
DF"32"EN
DF'32"'EP
DF'MA
OESIGN
PROD
ENGR
E'NGR
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
KE
3
:5
3
3
3
3
3
3
3
3
:5
3
5
4/13
4/73
4/73
4/73
4113
4/73
4/73
4113
3/12
3112
3/12
3/12
2/14
2/,4
0
D
0
e:
e:
E:
E:
0
D
n
0
0
E
E
E
2/.,. D
2/'.
0
2/."
E
2/1'
2/'. 0
2/
0
2/." 0
2/,4 0
2/'14 0
2/7'. 0
2/,4 0
,4
n
AKJ
5
0
4 1,0/11 0
5
0
RF'G
RF'G
5
4
0
3113 0
3/7'2 0
3/,4 0
8112 0
8/72 0
8/72 0
8/,4 0
8/,4 Cl
10/'3 0
10/73 0
31'2 0
8/'2 0
8/'2 1'1
6/7'S, 0
3/'2 0
3112 0
2/'11 R
AKI
AKr
AR
KH
2
3
6
6
3
5S
DR
KE
KE
RJS
RJS
VB
VB
VB
MC
MC
DR
OR
MC
GS
Gs
GS
GS
JK
JK
JK
JK
GS
DAS
OAS
USED ON
CATEGORY
oESCR IPTlO~
MO/VR
3
KE
KE
KE
KE
AKI
OR
VR
STATUS
5
5
5
5
5
5
5
5
:5
3
3
3
IJEG
5
p
NEG
pas
8 NEG
8 pos
5
R
AL.L.
5
5
5
R
R
R
ACTIVE 20 MA
8 NEG
8
8
8
8
~~"INC~
~9~INCH
8
OF.32
MOPEM C11aS tQU1VAL£NT) MOD~LE (M"')
CURRE~T ~OOP TERMINAL MOOU~E SET
C~RREN' SWlTC~ TERM MOO SET POR ~0~ OR ~83
PASSJVE OPTICAL, COUPLEO 20·MA T(RMINAL MOO~L£ SET (M59.'
32K 12 BIT • ~ARJTY OEC OI~K 4 CONT 60 Hi
32K 12 BIT + PARITY e~c DISK & CONT "H!
rNTEGRA~
DCll ••
DCll;l'lIA
DC11"A
& 0532
Of32 '-ORH95~
OF32-A 'OR H',0
BIT. PARITY DEC
BIT + ~ARITY etc
BIT + PARITV OE~
BrT • ~AR!TV ate
32K-12
32K 12
32K 12
32K 12
DISK MEC~A~ICAL
ASSEMB~V
-
01
OJ
01
Ot
-
K , CONT, 60H!
K & CONT 6ewi
K & CaNT 'IH!
K & eONT '0Hi
MODEL
NO
DESIGN
PROD
fNGR
t:~JGR
GS
DFMA-D
0F"R11_A
DFS l1_H
DHll-AA
J[H
KH
SpRY
vQ
~1C
DEL
ENG
DESIGN
DHll-AB
DHll"AC
vn
vB
OH~Jl1-AB
M1
OJ11"AA
OJ11-AB
DJ11-AC
OJ11- NA
DJC;11 .. A
OJS11';'B
01(01-A
01(10
VR
DK8-EA
DKA-E'C
DK8 ... EF"
OK8-EP
OKa .. ES
OKS8 .. EJ
OKSa .. e: K
OL10
OL10-AA
VB
VB
JEH
JEH
JC
JC
SNT
SNT
SNT
JH
JH
Me
HC
JG
VB
VB
V8
JTN
A8 W
A8 w
RG
JS
TPL
IPG
AoL
AW
AW
MS
MS
CSS
CSS
80
80
Ol11-C
Olil-0
OL11-(
Ol14"A
OlB .. !
OM01
OM02
OM03
OM04
OM09"A
OM09"L
OM10
8D
aD
80
RLP
RLP
RlP
RLP
RLP
V08
MI
RR
OM
OM
RR
Ml
JE
JJI,.
JJL
DM1~"8
Va
OM11-AA
OMil-AS
TPL
css
css
VB
RL
OH
VB
JEH
VB
VB
VB
DRS
JPi
DRS
SNT
Rl
2
8/12 n
5
7173 n
5
7173 D
5
2
5
6
2
2
4
5
5
5
5
5
5
:3
J
:5
3
:3
:3
2
5
5
6
6
TPl..
5
cSS
5
:3
:3
css
VB
OMil-AC
OM11 ... SB
OM11-CA
6/71
4
4
4
4
3
rWE
OL11"'A
OL11-S
css
3
5
5
5
5
3
5
5
5
5
CSS
cSs
n
5
2
5
5
CSS
cSS
cSS
USED ON.
STATUS
CATEGORY
MO/yR
4/71 D
STATUS
PROD
AD!..
Aw
TWE
TWE
TWE
TWE
DL10-A8
OL10-B
OL10 ... C
DMi1-0A
OMil-DB
DM11 .. nC
OMli,..DD
OMil-DR
OM11-0S
DM12
HFGR
AREA
:5
3
5
CATEGORY
11
11
11
11
11
11
11
11
11
& )S32-D
O~11~~A
USED ON
DISK MECH4~ICA~ ASSEMB~Y
RUGGED DF11-A
MIL STD t88C TEHHINA~ MOOU~E sET CM5941)
16 ~INE MUX DIST ~ANE~ & 115Y PS PROG ~iNE SPEEDS
DESCRIPTI0~
DH11-~A
w ~O 01ST
48
PANE~
& NO PS
2J 0 v DH11;AA
DH11;AB W 1,5 STOP BITS (FOR WIRE SERVl~E)
16 LINE CHAR BUf ~UX, LIMITED ~~OG CONT, EfA
7/73 n
7113 o
1~ LINE CHAR ~Ur MUX, LIMITED p~OG cONT, TTL
7113 n
~6 LINE CHAR BU f MUX, LIMITED PAOG CONT, TTy
H.Lf DUPbEX SYNC CCMM, REP~ACED BY-DQS11wA
7/73 o
32 LINE CHAR Bur MUX, SINGLE B490 RATE
6/72 n
11/72 n
32 L1NE CHAR aUf HUX, QUAL BAUD RATE
o
AF08
4X LIN! rREa INTERRUPT
n
10
PROGRAMMABLE REAL TIME C~OCK
8/E
REAL TIME C~09K, LINE fREQYENc V
11'.1111 n
2112 n
8/E
REAL TIME CLOCK, CRYSTAL
2/12 n
DK8-Ep. D(8~Es
SCHMITT CONT & INPUT JACKS rOR ~945~.A
8/E
PROGRAMMABLE HEAL TIME C~OCK W 3 SCHMITTS
2/72 o
8/E (LAB s/E)
DKS.EP • DKe.tF
2/12 o
11/12 n
8/E
INT~RfACE TO CLIMATE CLOCK (HRS, MIN, SEC. JULl;N CAL. Ben'
4174 o
alE
C~oCK (HRS, MiN, SEC, Ju~lEN CA~. BCO)
o
lB
DATA ~INK (PDP11 TO POP10 MEM) ~ERIES NAME
9111 0
10 1/0 & ~EM BUS, 4 11 UNleUSES
CONTROL ·UNIT 115V !0Hl
9111 0
10 1/0 & ~EM BUS, 4 11 UNl8U5SES
CO~TRO~ uNIT 230V 50Hi
9/71 D
DL10'AA, ~AB
2ND PDP1~ llO BUS PORT
9/71 n
DL10.AA, ~AB
AODITIONAL POP1~ UNIeuS PORT
6/72 n 0011 KA11 K8l1 Ke11 KD11~8 MM11.H -5 .SP
8 BfT NO PAR ASYNC DATA CONT 23 MA
6/72 D
DITTO
EIA ASVNC CONTI 8 ~EVE~, NO PAR1TY
6112 n
DITTO
D~11-A, ;~8 BIT, PARITY CHOICE·
61'2 n
DITTO
D~~l~B. 5~a BIT, PARITY CH01~E
1/13 0
DITTO
t,A ASYNC DATASET CONT
n
KA14, PD P14-P
TRANSMISTION MONITORING INTERrAC~ ~HAP OPTION)
D
8/1
OATA ~INE lNTERfACt
D
8, 8/1
DATA CHANNEL ~ULTtP~[XER
o
7
PROGRAMMED OATA INTERFACE 36 BITS
n
8
AUTO DATA INTERrACE 3. BITS
6111 n
B POS
DATA BREAK MuLrJPLEXER
n
9
CIR HEM ACCES~ MUX AOAPTER
1/72 n
9/L
OJR MEM ACCEss MUX AOAPTtR
7111 n
10
8 CHANNE~ 01R~CT MEMORY ACCESS
6113 n
OF1~' DM1~
ONE WORD BUrrER
3/72 n
11
16 LINE MUX, DtST PAN£~ & 11'V PS, CUSTOMER BAUD RATE
3/72 n
11
OMil-AA W ~O DISTRIBUTION PANE~ & NO PS
3/72 0
11
23BV OM11~AA
.
3112 n
DM11~AA, ~AC, OH11-AA. -AC
16 LINE ~OCEM CONT MUX MODU~E S;T
9111 n
DM11~AA, .AC, OHll-AA, -AC
rE~Ex CQNT MOOU~E SET
3112 D
DM11 e AA. ~AC. DH11·AA, -AC
4 TTY LINE MODU~£ SET
3112 n
DM11~AAt ~AC, OH11~AA, -AC
4 ~INE EtA MODU~E SET
3j72 n
DM11-A A, ~AC, DH11~AA. -AC
4 ~INE EIA CONTROL SlGNA~ MOOUL~ SET
2112 n
OM11~AA 01ST PANEL
4 MIL 188B LINE MOOU~E SET
6/74 n
OH1l
4 ~INE TRI-STATE EIA MODULE sET (M5943)
6174 n
OHi1
4 ~lNE TRI-STATE ElA DATA & CONT LINE MODULE SET (M'94J~Y~'
1/73 n
KF12
3 CH DATA 8REAK MUX
7173
8/74
n
DF32~D
Oc Rl1_A
DCll-A,
11
DESCRIPTIO~
n
MODEL
NO
OM Al~~C
OMA10-F
ON11-AA
DN1i-AS
ONli-SA
ONU. -DA
ErJG
DESIGN
MGR
ENGR
RSH
RgH
VB
VB
VA
°MT
VR
PROD
£NGR
MFGR
AREA
1/73 D
6
1/13
1/13
1/73
1/'3
1/13
5
3
5S
5S
DNC02':SA
ONC03 .. FA
DNC03,:,SA
6
DNC22~F'A
6
6
ONC22-SA
ONc33';'F'A
DNC33':'SA
6
6
3
RSR
DOC"16
Ra R
MI
to
OQS11~BA
6
3
DNC~2_FA
DOC16';'A
DP01 AA
DP01"AB
DP01 .. AC
DP01 .. aB
Dp£?ll"'BC
DPral"SO
DPC1Ih'SH
Op01 .. eJ
DP!2!l"BK
OPC1Il"'CA
DP01 ... 08
OP01-0C
OP01 .. e::
OP02-A
OP03
OP04"CA
OP05 ... AA
OPl'I9-A
OP1b'AA
DP11"CA
OP11-0A
OPi1 .. 0C
OPil-KA
OP!2"'A
Opi2 .. e
OPiS",.
OPa-EA
OP8-E8
OQ11 .. AA
OQ11-A8
DQ11-SA
OQil"'OA
OQI1-EA
OQ11"KA
OQS11':A
OQS11';'AA
OQS11';'AB
OQS11:.e
2
5
6
8112 [)
8172 D
3/72 n
1/72 0
3/71 0
3/'12 n
1/13
3
OMT
SS
55
JJL.
JJL
JJL,
JJl.
JJI..
JJI..
JJI..
JJI..
JJL.
JJL.
HI
JJL.
JJL
JJL.
VB
VB
VB
VB
VR
SNT
SNT
JC
JC
VB
VB
VB
VB
VB
VB
JE:H
FA
FA
JEH
FA
De
RL,
RL,
RL
RL
RL,
Rl
RI
PR
R8 R
R8R
RL
RL.
RL
css
CSS
cSS
css
SSUK
cSS
CSS
CSS
C5S
css
CSS
CSS
css
css
SSUK
0
1/13 0
9112 J3
3114 R
D
D
0
D
0
0
6
6
5
3
0
0
0
0
J
3
3
"D
3
5
5
5
5
5
0
11
11
~/72
n
5
2/'12
2/72
2/'2
2/12
3111
3/11
9112
7174
7/"/4
7114
7/74
7/74
71,4
7174
5
6
3
:3
6
3
8114 D
9114 0
91'14 1:1
8114 0
9114 D
3
5
CSS
cSS
CSS
D
0
6
5
5
5
css
D
3/72 0
7/71 0
3/12 n
5
CS5
"D
2
3
3
3
5
RI,.
RL
RL,
JTN
SPRY
SpRY
JTN
SpRY
3
5
3
3
3
3
5
5
SSMU
USED ON
STATUS
CATEGORY
MO/VR
0
11
I'l
n
"nn
n
n
0
11
11
0
11
7/'14 n
DESCRIP'fIOf\;
44
10 110 & ~EM BUS
OMA 1/0 MYX ~,.~ BUSES TO " JNTERNAl, BU~"~ U~ED W DAllir
AL.LOWS 11 TO USE POP~0 MEMORY
11 '!INTER~AL. BUS"
11
AUTO o !AI.. CON!, SP fOR 4 CH TO t:l01 ACU
AUTO DIAL, CONT fOR DC PULSING 8ELL, 11~OAA, SP FOR )( CH
11
DNll-A
MODULE SET FOR 1 CHANNEL.
DN11 .. 8A + 8C01R~25
DN11""A
SINGL.E 2 AXIS CONT FOR fUJITSY [HPM, 115V 6.0 Hi!
SJNGI,.E 2 AxIS CONT FOR SI"O SYN, 115V 60 H~
SlNGl,E 3 AXIS CON"f FOR PUJll'S\.I [HPM, 115V 60Hi
"
SINGI..E 3 AXIS CONT rOR SI"O SYN, 115V ~0 Hi!
III
TWO 2 AXIS CONT fOR fUJITSU (HpH, 115V 612lHi!
TWO 2 AXIS CONT fOR SL.O SYN, 11'V 6Bld
TWO 3 AXIS CONT rOR F"V,J ITSU [MPH, 115V 60HG
:3 AXIS CON, fOR sLO SyN, 11'V 6r1Wi!
TWO
'"
MA.lNTENANCE MANUAL. &ORAWING SEY
16
16/11
MAINTt~ANCE MANVA~ & DRAW1NG SET
88/5. 811 NEG
BIT SYNC MoDEM INTERFACE BJL~ 2,1
8, all NEG
BIT SYNC MOOt'" INTERfACE BEL.~ 3'~
8, all NEG
BIT SYNC MOD~'" INTERrACE BEL.~ 313
9
BIT SYNC MODEM lNTERFACE BtL~
9
BIT SyNC HootM INTERFACE B£L.~ ~'3
9, ilL.
BIT SYNC MODEM lNTERFACE IBM 3971
BIT SYNC MEOtH INT[APACE B~L.~-~.l ON DeH
9. 9 / 1.
9. ilL,
BIT SYNC MOO[M INTERrACE BEL.~
ON DeH
9, ill,.
BIT SYNC MOOtM INTERrACE BEI,.~ 3~3 ON DeH
SEE
OS10_"
10
BIT SYNC MODEM INTERfACE 8EL.~ 2~1
7
BIT SYNC MODtM lNTE~'ACE B£L~ 3.1
7
BIT SYNC MOOe;M INTERrACE BEL.~ 3~3
OP0~"AA T'iRU DC
MODULE SET POR XOR BUf
8
AUTO 0141.. MUX SPAC~ 'OR 4 ~HANN~LS
MODULE SET ,O~ , CMANNEL IN D'S~
DP02"'A
6e0~1
8 GPO LINE 'I~T'R PAN~L
e POS
81T SYNC MOO£;M .NTtRF'ACE 8El-1.. art's,
9
BIT SYNC MoOtM INTERrACE BEL.~ ~!l
11
OOUB~E Bur SYNC L.I~[ gONT, WITH ~ 9H. NO CL.OCI<
DP11wAA
~XPANOER TO ~~ BITS MOCULE
11
OPl1~AA +
A • 8C"R~2' FOA 211 MODEM
OP1S"'AA
PP11-A A • O~~~-A + BQ~lV~2' 'OR 3e~ MOotM
OP1~"AA
CLOCK, 'REQUEN~V CU~TOMER<~p~cr~IEO
12
TTY INTERFACE MODULE ~ET
12
BIT SYNC MOD~M INT~RFACE ElA XTAL.
15
SYNCHRONOUS MODtM INTERFAC~
SYNC MODEM INT~RFAeE SE.L.L. 2'1 CM.~9, M~6~, BCIIC-2')
SIE
SIE
BIT SYNC MODEM INTERFACE BEL~ 3'1/31~-~M8~~, H8!6, BCI1W~2')
oaL, BUf SYNC L.INE CONT, OMA, UP TO 16, BITS/C~AR
11
OQ11:!'!AA
acc (Bl.OCK CHECK CHAR, L,RC OR CRO) VP TO it. BIT'
OQ11~AA
MODEM CONTROl.. CM7~"5)
DQll.\eAA ... OQ11",BA • OF'11~A eElA UP TO ~0 K8)
11
OQ11'!1AA
OQ11.8A
1(8)
OF11-G C8~l..1.. 30~i3B3 TO
11
DQ11.,AA
CRYSTAL. CLOCK CM405)
oaL. BUF' aISYNC ASCII CONT; IofAl..F' OUPI"F;X, SYNC LlNr CONT, OMA
11
OQS11~A W EIA INTERfACE
11
DQ S11-A w 301/30J INTERfACE
11
11
OBI.. BUF BJSYNC EBCIDIC c ONT , HALF OUPL.EX SYNC 1.1N~ CONT, OMA
DQS11!!!B w EIA INTERfACE
11
~
~
3"
J"
or,' ..
en
..
•
,'0
MODEL
NO
DESIGN
tNGR
PROD
ENGR
MFGR
AREA
STATUS
CATEGORY
MO/VR
DQS11-RB
F"A
SpRy
eSS
JE'H
SPRy
3
D(~S11-C
eSS
3
SSUK
SSUK
3
;v,~
Pc
DOS 11':'E
OQS 11-1='
HH
PC
G!1
DRe7-NA
OR07_N8
ORfl7- p A
DR07-P8
DR07.,.R
ORI2!9-A
JEH
JEH
JE:H
KS
MS
MS
MS
JEH
Je:H
MS
OQS11_D
DRl.1- A
DR11-B
OR11-C
DR11-F
OR12
DR12-X
OR12 .. XM
OR15-c
OR15-0
OR8-EA
DRa ... E8
OR8-EC
DR80
DR80 .. eN
OR80 ... cP
DR80-eX
ORS0-Fr
OR81lJ-MR
DR 80"SR
OR8rth·SS
MS
HI
90
eo
an
80
SNT
SNT
SNT
80
SNT
SNT
SNT
eSS
eS S
AW
AW
AW
OEG
OEG
DEG
DEG
DEG
OEG
DEG
OEG
4114 n
3 61,4 n
3 11/12 n
:3 11/12 D
3 11/12 D
3 11/12 n
3 11/72 I)
5
4
BG
nps
SSCAL
fPG
IPG
IpG
IPG
IPG
IPG
IPG
IPG
IPG
IpG
IPG
IPG
IPG
IPG
IPG
SSCAL
SSCAL
SSCAL
SSCAL-
SSRU
SSUK
eSS
ess
ess
1/73 n
:3
5
5
RI
DEG
DEG
DEG
DEG
DEG
DEG
DEG
BlE
8LE
8LF:
BU:
KH
KH
OS1iO-A
OS10-8
OSH'-c
OS10 .. 0
0511
ess
RI
RI
DEG
,.
CS S
ODM
OR912l"C N
OR90-Cp
OR"90-CX
OR90 .. FF'
OR 90-MR
OR90-SR
OR90-SS
0503-C
0504 .. A
OS04-8
ess
RLP
RLP
RLP
OR912l
ORHCO';'AA·8E
DRHCO':'AB BE
ORHCS-AA BE'
ORHC!;':'AS BE
ORRli':'A
ORR1i-B
ORS11
eM
ORsa"EA JEH
SSCAL
9114 n
8112 f'
n
2112
2/12
3112
1/12
n
D
n
4
0
5
n
5 3111 I')
5 3111 n
5 5/,3 0
3 12/13 D
5 21,2 n
5 2/12 D
5 2/12 0
o
n
10172
6 10/12
6 10/12
6 10/12
6 10/72
n
n
3
3
n
6
0
0
D
6 10/74!
n
6 UJ/12
o
6 10/12 D
6 10/12 IJ
6 10/72 n
6 10/12 o
6 10/12 n
6 10/72 n
2 4114 D
2 4114 D
2 11.,4 n
2 11.,4 n
3 1/72 n
2 4/73. D
3 8/74 n
3 5/'3 n
3
n
6
6
4
4
4
4
(l
n
n
D
USED ON
11
11
11
11
11
OQ S 11-B w
3~1/303
oaL. sUF FULL DUPLEX SYNC
DU~L
INTERfACE
cONT, OMA
LI~E
SERIA~ SY~CHRCNO~S OHA ~INE INTERrACE
SY~CHRONOUS LINE lNTERfACE W AN~I HOLC
OQS11~D W MODIFICATIONS FOR NAVY
CO~T W 6 SPOT 100VA R;LAYS, SP fOR 30 MORE,
JUAL
PRoTOCOL
115V
CONT W 6 SPOT 100VA RELAYS, SP fOR 30 MORE, 230V
eONr w 6 spOp 100VA RE~AvS' SP fOR 30 M9RE, 11 5 v
CONT W 6 SPOT 1~0VA RE~AYS, SP fOR 30 MORE, 230V
6 SPOT 10~VA RE~AYS FOR DR~7.N, ~p EXPANSION (M81~'
ORI7~NA -~B -PA ~PB
9
16 BIT RELAy SUFFER
PROGRAMMED OEVtCE INTERfACE
DOll" KAtl
DJR MEM ACCESS DEVICE INTERrACE
DOll
0011
PROGRAMM£O OEVJCE INTERfACE (M7~60)
DR11!'PA
lNPUT/OU1PUT pANEL fOR H945 IN hAS-l1
6 BIT RE~AY BQffER
12
12, 8 PQS
6 81T RE~AY B~f;ER W SPACE FOR b MORE BITs
6 ADOITIONA~ ~11s rOR OR~2~X
OR12"X
15 1/0 BUS, DRll-C, UNIBUS
POP15 CONT POR POP~l pRoe & PERIpHERALS
DR15~C WAUTO"RESTART
"
15 1/0 BUS, DR11~C. UNIBUS
BIE
12 BIT BUfFER;D DIGITA~ tlO ~M8~3)
DRB",EA
PAfCH PANE~ fOR USE IN ~945
alE (LAB 8/E)
DRB~EA • DRS.EB
8 F'AMIL.Y
DlGITA~ OUTPUT SUBSYSTEM
8 NEG
CONT. LEVE~, PU~SE OR RE~AY OUTPUTS, SPACE fOR 72 OUTPUTS
8 PQS
cONTi ~EVEL, PU~SE OR RE~AY OQTPUrS, SPACE FOR 72 OUTPUTS
DR80~CN. OR80 .. CP
CONTRO~ EXPANOER, SPACE ~OR 84 OUTPUTS
DRRe-cN, "CP, ·cx
12 ~EY[L OUTPUTS, 55Y & 25~ MA MAX
OR80"CN, OR8~~CP, DM60~CX
l2 MOMENTARy CONTACT OUTPUTS, ll0YA MAX
OR80"'C N, JR80-CP, DH8"~CX
12 SUSTAINEO CONTACT OUTPUTS, li0VA MAX
OR8e ... CN, OA80 e CP, DR8e-eX
12 SINGLE s~ot OUTPUTS. 559 & 2;~MA MAX
OIGITA~ OUTPUT SUBSVSTEM
.
9, 15
9
CONT, ~EVE~, PULSE OR-RE~AY OUTPUT~, SPACE POR '4 CH
15
CONTI ~EVE~, PULSE OR RELAY OUTpUTS, SPACE fOR " CH
DR90",CN, ~CP
CONTRO~ EXPANOER, SPACE rcR 90 CH
DR90",C N, .. CP, .ex
~8 LEVEL OUTP~TS, 55V & 25~ MA MAX
~8 MOMENTARV CONTACT OUTPUTs. 110VA MAX
OR 9"'''CN, -CP I -cx
DR90t"CN, -CP, -ex
'~SUS'AINED CONTACT OUTPUTs. 1~0VA MAX
OR90""CN; .. CP, -cx
~8 SINGLE s~oj OUTPUTS, S5V & 2~0 MA MAX
MASS BUS
OUAL. pORT INTERfACE TO CDC 6010, CYBER 12, 73, 14, 115v
MASSBUS
DUAL, PORT INTERfACE TO CDC 60~0, CVBER 72, 73, 74t 2J0V
MASSBUS
- .
DUA'" PORT COC6000 CHANNE~ SIM9.~ATOR, 11'V
MASS BUS
PUAL. PORT CDC6000 CHANNE~ SIHU~ATOR, 230V
RUGGED OR1111'ADDR~l"A. KARll
11R212l
RUGGED OR11'!'B
11
48 CHANNEL OUTPUT MODU~E
8/E
48 CHANNEL OUTPUT MODULE
10
CONTACT SCANNiR (CIU~'0)
8, 8/5' 811
PU~SE INPUT DETECTOR 'PID.~)
9
PU~SE INPUT DETECTOR (PIO~~)
SYNC MODEM INTERfACE BEL~ 201 OR 20 5 (WAS OP01~CA) CAB, ~~Rl
10
50 H~ OS10-A
- 10
60 H~ 0510-A WITH NO CAB
10
10
50 H2 0510-. WITH NO CAB
11
16 ~INE MU~TIP~EX[O SYNCHRGNO~S LINE UNIT ~ERIE~ NAME
8 :;EG
8 "JEG
8 pas
8 pos
MODEL
NO
0511"A
0511-8 A
0511-88
0532
OS32t~ ... AA
05320':A8
05320-8A
05320-88
OS320.CA
OS320~C8
05320-0A
05320-08
DS320~lJA
DS320~lJ8
DS320-VA
D5320_VS
°532"A
OS32-8
DS32"C
OS32-0
OS32-E
OS32-F
OS32-f.I
05330';'AA
05330-A8
05:530';'8A
OS3391;"9B
OS330 ... CA
OS330~CB
05330;;'OA
OS:5321;;'OB
OS330~UA
0533"~UB
OS34"~AA
OS340;;'AB
OS34l'l;;'BA
OS343.88
OS34f{)';'CA
OS340 CB
OS340 DA
OS340 08
OS340 EA
OS340 Ea
05340 FA
05340 rB
OS3CA AA
05301 AA
05301 A8
05302 AA
0$302 AS
OS3D3 AA
OS303 A8
05304 AA
0$304 A8
OS3TM EA
EMG
DESIGN
MGR
E..NCR
PROD
ENGR
KU
KU
KU
GS
HALL
"ALL
BALL
RAL.L
BALL
BAL.L
RAL.L
BALL
BALL
RALL
BAL.L
AAt..L
G5
GS
G5
JK
JK
HI
HI
T8
T8
T8
T8
T8
TB
T8
T8
T8
T8
T8
TB
T8
T8
T8
T8
TB
T8
Bpr
BPF'
Bpr
8pr
apF
T8
T8
T8
T8
BPr
Apf
Bpr
Bpr
apr:
MF"GR
AREA
2
2
2
6
2
2
2
2
2
2
2
2
2
2
2
2
6
6
6
5
5
RR
RR
USED ON
CATEGORY
STATUS
MO/yR
6
6
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
3
3
:3
3
8/11
811
811
2111
1/12
1/12
12/10
12/12
12/12
12/12
12112
12112
1/12
1112
1/72
(')
()
1n
1/7~
2/71
2/11
2/116111
611S,
2/11
2/71
1/72
1/12
12/12
12/12
12112
12/12
12/12
12/.,2
1/1~
1/12
1/12
1/12
12/12
12/12
12/12
12/.,2
12/12
12/12
6114
6114
6/74
6/74
61'4
R
E
r
E
F'
E'
E:
~
E
E
t
F'
E
R
R
R
R
R
R
R
E:
£
E
E
E
E
E
E:
E
e:
E
E'
E
e:
E
E
E'
E
E
F-
E
E
3
D
:3 10/'3 V
3 10/'3 V
3 S,0/?3 v
3 10113 V
61'14
6114 n
3 6114 D
:.5 6114 0
3 3/74 T
3
3
"
OESCRIPTIOt-;
46
0511
POP10 STVLE CAB & PS W 0511 16tH CONTRO~
ONE LINE MODULE SET rOR 2fU HODEM . ~Mjl1'.BC01R~2"
ONE I..INE MOOULE SET FOR 303 MODEM ~M711~·BC01U ...
0F"3a
SL.AVE DIsK, 32K 12 BITS ... PARITY, 6, HI
8< 8/E, Toa-EM. TDe-ER, VT915B-AA, I,.S6"'EA~ QF"300 ... B, 11,Y00Hl
8)( 8/E, To8 .. EM, ToS-ER, VT05B .. Ao, ~S8~EB, QrJ0a~B~ 230Y~0Hl
,
81( 8/E, TDB .. EM, TDa-ER. I"A30-pA. LS8.~A, Qr300-a, 115V6~Hi!
8/( 8/E. To8'!!'EM, TOa-ER. l..A30"PO, L.Sa-EA, Qr30e..,B, 230V '91Hi
8i( 8/E, TOS .. EM, TD8-ER, VT05B .. AA, I.. Ea"'JA, Qr300~B, 11,V"60Hi!
81'( 8/E, rOS'!tEM, TDe""ER, vr0,B-AD, ~E8-JB, Qf300~8, 230V 50Hi!
"
81( 8/E, TD8!'!EM, Toe .. ER, bA30.PA, LE8!'!~A, QF3e0"'B. 115V 60H~
•
8/( 8/E, TOB!JEM, Tos",ER, I."AJ0"PO, LE8 11 .,JB, QFJIIJ0!p8, Z30V ~0Hi
UPGRAOES OSJ2~.AA TO DS330 e AA
II!
UPGRADES OS320-4B TO OS330~Ae
UPGRADES DS32~_AA TO PS3.0~AA
UPGRADES DS32~.AB TO OS340~AB
"DF32"A
50 Hi! OF'32
DF32, DF"3,"'B
19."INCH OS3~
OrJal'!A, OF';J2-C
~9"'INCH OS32"A
321< 12 8XT • PARITY OE;C DISK, 60Hi
DF32.0 N, OF'32 .. 0P
32K 12 BIT .. ~ARlTY DEC DISK, '~Hi
0F'32-EN, O'32~EP
NONE
OEM OF32",O
NONE
OEM DF'32",E
al< ale:, TOa",E,." RKS-EAi VT058-AA. L.S8!'tEA, QF300 .. a, 1.'V 6JHi!
•
81< 8/E:. Toa-EM, RKe-EA, vre5B ... AO, L.5al!!'EB, QF30e .. B, ?~0V '0H!
81< 8/E. TDfh.EM, RK6-EA, LA30 ... PA, LS8.EA, QrJ00 ... B, 115Y t0H!
81( 8/E, TOS",EM, RKS-EDi I. A30 ... PO, LS8""E;B, Q'300-8, 230y ~0Hl
8;( 8/E, T08",EM, RK8~EA, VT05B .... A, L,E8"'JA, QFJ0e-B, ll5V 6"Hi
'"
81( 8/E, T08"EM, RKS-e:o, VT((l5B"AO, LE8~JB, QF300 .. B, 2j0V 50HZ
"
8K 8/E;, T08'!!EM, RKS .. EA, I..A30 ... PA, L.t8-;,JA. QF'J0e,.B, 1.1'y !0Hi
"
81< 8/E, ToS.EM, RKS-EOi bA30"PC, LES"'.JB, QF'300 .. a, 2J0V ~eHl
'It
UPGRADeS OS3~'.AA TO OS340.A.
UPGRADES OS33~.AB TO D5340"AB
•
!!I
81( 8/E, RKS.EA, RK05.AA, VT05B .. AA, I.S~w~AI QF";'$00we, 11'V 611JHl
,.
ai( 8/E, RKSwED, RK05-BB, VT05B ... AO, L.S!.EB, QF'300",B. 238V 51Hi
51( 8/E, RK8!'1EA, RK05",AA, I,.A30-'A, l.S8'!!tEA, QF3fb0,.;,e, l~'V 6"H~
"
8i( 8/E, RK8!'1ED, RK0'·BB, L,A3rtJ .. PD, LS8!!1EB, QF'300 ... e, 2J0V 50Hi
'",.
81< 8/E, RK8!!'EA, RK0,.AA, VT05B-AA, 1.£8-';A, Qf'300.B, 11' V 60Hl
81( S/E, RKS.ED, RK05.8B, VT05B",AO. I,.E~.JB. QF'30fbw8, ~30V 50HZ
"
81( 8/E, RKS"EA, RKa!).A .. , I..AJ0"PA, L.E8 et JA, QF'J00-B, 115Y ~0Hl
'"'It
81( 8/E, RK8.ED, RK05·BB, I.A30 ... PD. I.E8.';8, Qf30((l-B, 230Y 50Hi
1I
81( 8/E, RK8"EA. RK05.AA, VTJ5B.AA, I.E~-VA, QF'J00I11B. i15Y 6r1Hi!
IB
81( 8/E, RKa-ED, RK05.BB, VT05B"AO,
"'£~ VO, Qr~00"8. ~30V 5rlJHi
...
8K 8/E, RI(8!1EA, RK05.AA, bA3e ... PA, I..E8"YA, QF':",,,~a , 1,,-,V ,0Hi
t!'
8i( 8/E, RKS"ED. RK05eBB, I..A30 ... PO, !-E8 e VO, CF"30" .. 9. 2~0V 5e~1
05340
OP8--EA, DK8eEA. IM!I!1F', 230V ;0Hi
LA3121eCA, KI,,~"'JA, cos 300 MUI..TI~TERMJNA~ SOF"TWARE, ~~'V. 6fJHi!
05340
LA30.,CD, KL.IJ"'JA, cos 300 HUI..Tl"l'ER~JNAI" SOfTWARE, 23~V. 'Old
°S34i2l
LA30 .. CD, KL,8"JA, 115V, 60Hi!
05340
05341'3
LA30"CD, KI.,6I!1JA, 2321'.1, 50Hl
05340
T~8 ... EA 9TR MAGTAPE W SOF'B/ARE, 115V .~Hi!
051l~A
D511~A
2',
.
..
..
.
MODEL
NO
liES P':N
ENGR
DS3TM-EO
OS500-VT
DS52L:l_4A
°S520- 4 8
05530-AA
05530 .. 48
°S53X.XA
OS53X.X8
05535 .. 4A
OS535- 4 8
05535-8A
DS535-88
05540':'4A
DS54kl-A8
DS54X-XA
0554X-X8
OS550';'AA
OS550 .. A8
0555X';'XA
OS55X .. X8
OS56fi.\';;'AA
05560';'A8
D556X':'XA
0556X':'X8
OS58A':'AA
OS58A':'AI:3
DSSCl
OS5C2':'A
OS5C3':'AA
OS5C3 ... AE
DS5C3';'AN
DS5C4':'AA
OS5C4.":.AO
OS5C4':'AE
DS5C4';'Ai
DS5eS':'AA
OS5CS':'A8
D55C5;;'AC
OS5CS':'AO
DS5CS':'AE
,DS5CS_AF
DS5CS':'AG
DS5CS':'H
D55C6 ... A
DSSC6':'S
05SC1-AA
DS5C1 ... AB
OSSCA;AO
OS5CA-AE
055CA-AF
055CA':'02
DS5MC.UP
T8
RpF
RpF"
PROD
~1rG~
ENGR
AREA
3174 T
T~8·ED
3
3/74
EXCHANGE VTA58-4 faR
3
E
3
E
3
3
3
:3
:3
8pr
8pF"
:5
3
3
BPr
:.5
8Pr:
:5
T8
T8
BpF
8pr:
T8
T8
8pf
BpF'
T8
T8
Bpr
BpF"
T8
T8
T8
T8
Ta
T9
T8
T8
T8
T8
T8
T8
T8
3 9114 9
:5 9114 8
:5 11/13 n
6 11/13 lJ
:5 11/73 D
3 11/13 D
3 11/73
3 11/73 [)
T8
:3
T8
T8
T8
HpF
Apr
ApF
Rpr
Apr
(1
3 11/73 D
:3 11/73 D
3
:3
3
:3
3
3
:3
2
2
2
2
3
M~GTlpE
~
saFTWARE, 230V
5~Ht
~A3J~C
11/15-\~, ~~11-C, ~Pl1~~, Kfl1-A, KW11.L, DOll-A, HEtl- LA,
MM11-L, M'1 Q 2 - YF, J Loll - .::, ,~ "< 11, L :; 11- A, V f ~ 5 8 - U, RK11. RKfZJ 5 • U, H9 ~ 8, H~ 6 7, GI J 5 2 3 e AE
'"
11/15.,. . H, < 'll-C J Kpl1-~, KF"l1;"A, I
BYTE REGISTER M7320
,,6 X16 SCRATCH PAD HEH M7.518
3,6 RIGISTER OPT! ON (M731 8 -eo M7328)
16X256 SCRATCH PAD MEM M7319
l,KX16 MQS RAM 2 uSEe (MONOL,YTHIC)
lK MOS RAM (M~;,s11~YA)
18 BIT MUI., TIPLEXER
18 OR 22 BIT MUl.TIPI"EXER
MEM BUS MUL.TIPI,.EXER, \Ii CAB, j PORTS
2ND MUI,. TIPI"EXE:R L.OGIC
HEM BUS MUX, 1 PDP15 PORT t ~ ~NJBUS PORT, 15 MEM BUS OUT~I!'f
MS11-CC
MS11"'CC
M
4
AJ
3/12 M
DESCRIPT!Of\
USED ON
3112
5
BT
RLD
STATUS
CATEGORY
MO/VR
3
3
JLE
JLE
JLE
JLE
JL,E
JLE
MS16-A
M516-8
MS16-C
MS16-C A
M516-D
Msi6-r
Msa-AA
MX10
MX12-C
MX15
MX15-A
MX15-B
MFGR
AREA
256 X 12 BIT HEAD/WRITE CORE MEMORY
CONTROl.. FOR :32 BIT AMPEX 1~384 ... ~i!-64
11[1111, iQK, RTli, 115V 60Hl
liEU', 16K, RT11, 230V 50Hi
Nl11111~A,
23klV 60""l
N111111 .. A, 11:,V 60H~
11£1111, 16K, DOS/BATCH, 13.5'1 60~l
11£1111, 16K, DOS/BATCH, 230V 50~i!
N1110 .. C, 230V 60Hi!
Nl11111",C, 115V 50Hi!
11£1~ , 24K~ DOS & RS)(-11B, 115'1 60Hi
liE10, 24K, DOS & RSX~11B, 230V 501oii!
Nl1HJ~G, 23f!?V 60Hi!
Nl110""G, 115V 50~i!
l1E10, 1.6K, RSX .. l1M, 115V 60Hi
NU10 .. M. 230V 50Hl
NU10"M, 230V 60Hl
NUHJO!'M, 11~V 50Hi!
l1E1111, 24K, UDC, DOS & RSX .. 118, 115V 60Hi!
11E1111, 241-(, UDC, DOS 8. RSX"11B, 23ft!V 50Hl
Nl111",G, 23~V 60Ht
Nl111!11'G, 11~V 50Ht
11[1111, 16K~ UDC, RSX-l1M, 115V 60Ht
Nll11'!!M, 23!OV 50f.1i!
Nl111"M, 23fi.1V 6"H~
Nll11""M, 11!)V 50Hi!
111'40 16K SYS, RT11/FOR'fRAN, 115V 61(lH~
11/4111 16K SYS, RT11/FORTRAN, 230V 50Ht
N1140 .. A, 23~V 60H~
N114(3 .. A, ll~V 50H~
11/40 16K SYS, DOS/BATCrl. 115V 60Ht
11/·H~ 16K SYS, DOS/BATCH, 230V 50H~
Nl140"C, 23~V 60Hz
t-11140"'C, 11.~V 50HZ
11/40 16K SYS, RSX"l1M, 115V 60Ht
2"sI1V 50Hi!
23~V 61lJHt
~'1140"M , 11~V 50Ht
N1140",.H,
N1140-M,
MODEL
NO
ENG
HGR
N1141 ~MA RS
Nl1~1';'MB
RS
Nl141~MC RS
N1141';'MD RS
N1142;OA RS
N1142;'OB RS
Nl142~OC RS
N1142~OD RS
N1142;EA RS
N11 42;EB RS
N1142~E:C
RS
N11421!1ED RS
Nll42';'~1A RS
Nli42';'M8 RS
N1142;'MC RS
N1142~MO RS
N1143;"OA RS
N114:5;'OB RS
N1143;OC RS
N1143;OO RS
N1143 .. 0B RS
N1143;MA RS
Nl143;MB
N1143;MC
N114:5;MD
N1:f.52;CA
Nli52';'CB
N1152;CC
RS
RS
RS
RS
RS
RS
Nli52~CO RS
Nli52;'OA
NH.52;OB
N1152;OC
Nl152;OD
Nl1.5:5;OA
RS
RS
RS
RS
RS
N115:5~DS RS
N1153;'DC RS
N115:5;OD RS
N8(1l1·BA RS
N801-BB AS
N801 e BC
N801 e 9D
N81111-SA
N8~1"SB
N8~1"SC
N801"SO
NB01",)(A
N801-XB
N801~)(C
N8k'11·)(O
NS ie-c.
N811i~"'CB
N81'1J ... CC
NS10"'CD
N810·cE
N81""'CF'
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
RS
DESIGN
ENGR
JF'B
JF8
JFS
JFS
JFe
JFa
."fe
JfS
.,Ira
.,Ira
.,Irs
JFS
JFS
JFS
JfS
JfB
.,Irs
.,Irs
JfS
JFS
.,Irs
.,Ira
,JrB
.,Ire
.JF'a
.,Irs
JF'a
.,Irs
Jrs
Jfe
.,IF'S
JfS
.,IF'S
Jfe
JF'B
JPS
.,Irs
JFe
JF'S
JrB
Jre
.,IF'S
Jra
.,Irs
JF'8
.,Irs
JFS
JF'8
JfB
JrB
JF'B
JfB
JF'8
JrB
JFS
PROo
ENGR
MF'GR
AREA
WM
WM
WM
101M
WM
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
101M
WM
WM
101M
101M
101M
WM
101M
101M
101M
WM
101M
WM
101M
WM
101M
101M
101M
WM
101M
101M
WM
WM
101M
WM
WM
14M
101M
101M
WM
101M
14M
101M
14M
USED ON
STATUS
CATEGORY
MO/yR
3
:5
:5
:5
:5
:5
:5
:5
:5
:5
6/"~ t
6114
6114
6114
6 1 14
6/'4
6/74
6/74
9/74
91'14
e
E
"'10
E
E
"
E
E
f
E
E
E:
•
1111
e
...
•
:5
9/~4 e:
91 4 E
:5
61'14
61'14
6/,.
6114
61'14
E
e
E
•"
611.
611.
61'14
6/,.
6/, ..
6/7.
61,4
61'14
6/74
61'.
6/74
6/74
6/74
6/,4
6/,4
61,4
6114
61'14
6114
6/,.
6/,4
6/74
6/'14
61,4
6/,4
6/74
61,4
6/,4
6114
61'''
6114
6114
6/74
6/7 4
6/74
6/74
61'14
~
:5
3
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
:5
3
:5
:5
:5
:5
:5
!
:5
3
:5
:5
:5
3
:3
:5
E
E
E
6/,,. E
E
E
E
E
E:
E
£:
E
e:
E
E
£
E
E
E:
E
E
E
E
E
E
I!!
"
"
•
•
•
•
lit
IS
•
e
•
•
"
•
"
"
e
•
"
II!
•
E
e:
e:
e
~
E
E
E
e:
"..
e:
e:
r
..
"I
E
e:
E
E
r
e
OESCRIPTlO~
SYS, UOC, RSX,.11 M, 115V 69Hl
N1141eM, 23"V 5raHZ
N1141'11M, 23k'V 69Hi
N1l41-M, 11~V 5BHi!
11/40 .8K PARITY SVS, ~sx .. :UO. 115V 6k'Hi!
11/40 48K PARITY SYS. RSX~11D, 2JraV "Hi!
N1142 .. D, 231/1V 60HZ
N1142",D, 11~V 50Hl
11/40 48K PARITY SVS, RST5-E. 115V 6aHi
11/40 48K PAR TY SYS. RSTS .. E, 230V 5111M!
N1142"'O, 230V 6"Hi
N1142·0, 11'V 50Hi
11/40 32K SYS, RSX"'11M, 115Y 60Hl
N1142",M, 23i'V 59HZ
Nl1,42,.M, 23i'V 6raHi!
N1142~M, 11>V 5"Hi!
11/40 48K PARITY SVS, UOC, RSX.l10, 11,V 60Hi!
N).14:5.0; 23.,V 5iwi!
N1143.0, 23i'V 60Hi!
Nl143-0, 11,V 5f11Wi!
1~/40 48K PARITY SVS, UOC, ~S)(·11D, ~~0V 5"Hi!
1~/4" ~2K SYS, UOC, RS)("'l~H, 11'V 6f11104~
NU,43 .. M, 230V 5raHi!
N~1.3"H, 23rDV 6raHi!
N1143 e M, 11'V 5raHi!
11/45 ~~K SYS, DOS/BATCH, 115V 60Hi!
11/45 "(I~ SYS, 00S/8ATCH. 2~0Y 'Iwl
N1.1 5 2"C, 230V 6raWi!
N1152-C, 11,V 5"Hi!
U,/45 561( SYS, RSX.:I.1D; 11,5y 61Hi!
11/45 '~I( SYS, RSX.l10, 23SV 'IHi
NU,52..,0. 23~V 60Hi!
Nl1'Z-O, 11'" '''Hi!
1'/45 48K SYS, UOC, RS)(!!I$.10. 11'V 60Hi
1./45 4~K SYS, UCC, RS)(-l~P. 23raV 511JH.
N1153-0, 231C1V '''Hi!
Nl153.0, ll~V 5"Hi!
ar, aK, uoc • INC-BAsse, ~~'V .0Hi!
ar., 8K, uoc • INOe!USIC, 2~0V 50Hl
NeSl"a, 2;$0\1 6raHi!
N801"B, 115Y 50Hi!
Nall-XA • RTS, 115\1 6raHi!
N8R'1-XB • RTS, 23ra\l 50Hi!
M8el-XC ... RTS, 230V 60~i!
N811J1.XD • RTS, 115V 5rzJHl
BE, 8K, 058, 115V 621HZ
N801.X, 230\1 50Hi!
N8~1·X, 230y 60Hi!
N~01"'X, 115Y 50Hi!
8 E, 16K. O~8 , 115 V 61ZlHi!
8E, 161< • oss, 23"V 50HZ
8E, l~K • O~8, 230\1 60Hl
8E, 161( + ase, 11.5V 50Hi!
8E, RK + ass, 115\1 60Hi!
8E, 8K + OSij, 230\1 50Hl
11/4~ 1~K
7.,
N81Z-CH
N!H:1-CJ
N810-SA
N&10-SB
N810-SC
N81J-SD
Na1l-SA
NS11 .. BB
N811"I3C
N81l"'SD
Ncll-A
NC111';;'AA
R5
RS
RS
R')
RS
RS
NKC!!1-'B
NK01 .. c
NK04-A
NK04 e 8
NK04 ... C
NNel-'
NN01-B
NP02,.oP
Np 02"'LA
NP02"LB
NPf2I2""LM
NP02'"'LN
NP11"'A
NP11 .. /'l
NP11-LM
NP15
STATUS
CATEGORY
MO/yR
JFR
WH
3
JFfl
JPl
101M
3
WM
WM
:3
3
JFR
JFR
JF8
WM
RS
JFB
JFFl
JF8
I~F
WM
cSS
JF8
JFA
3
3
3
3
:5
3
4
;3
3
;3
:3
JJ
CV
cy
Cy
CV
cy
CV
Cy
CV
CV
EW
Ew
CV
Cv
cy
CV
CV
JTN
RW
PR
NUllil';'AA
NU1Hl':A8
JFB
JFB
JF8
JF8
IJ
D
0
D
f')
1)
0
n
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
SSMU
SSCAC
6
6
6
N
N
6
6
6
6
6
6
6
6
:5
:3
3
3
3
3
1l5V 60Ht
8E, 16K, UDC + lND-SASIC, 230V 50H2
Nail-S, 230V 60Hl
Nal1-S, 115V 5~H2
11
INTERFACE TO GAMMA CAMERA
NC111"!'!HA
~OCAL LINE UNIT FOR 10 CHAR/SEC LT33
NC111~HA
~OCAL LINE UNIT FOR 321 C~ARISEC LA30, VT05
~OCAL LINE UNIT FOR RT02
NClll"HA
NC111O!!'HA
~OCAL LINE UNIT FOR 240 CHAR/~EC VT05
NC111l!!HA
REMOTE ~INE UNIT FOR RT02, VT05, ~A30
COMMUNICATIONS SUBSYSTEM TVPE-l (D~11 SERIES)
11
NC112",HB
L.OCAL.. LINE UNIT
NC1~2"HB
REMOTE L.INE UNIT
11
COMMUNICATIONS SUBSYSTEM TYPE 2 (DHll SERIES)
2 MHi Tor OIG+Tl~ER & BurfER
8. 9
8. 9
~0 MH~ fOr OIGITliER & BUFrER
NF0~,
"1
N
6
BE, 8K + OSt;, 230V 60Hi!
BE, BK + OSb, i15V 50H~
NB10pCA + RTS, 115V 60~2
NB10~CB + RTS, 230V 50~t
N610~CC • RTS, 230V 60~l
N810~CD + RTS, 115V 50Ht
8E, 16K, UDC + IND-BASIC,
7171 N
7111 N
7111 ~,
711'- N
7111 N
7111 N
7111 N
711j, N
7111
7171
N
N
N
1"
NF02
SOURCE IC INPUT
SYNC START MASTER C~OCK
8 MH~ esc, CONTHOL & PRESCAL.ER
2 MORE L.EVE~S Of BUfFERING
4 MORE LEVEL.S OF BUFFERING
REPACKAGED NHE4~A WITH API
REPACKAGED NH~4~A WITH API
REPACKAGED NH~4~C WITH API
ADC TRANSFERS-l 12~81T WORD TO ACC
NKB1~A • I~CREMENT MODE
NKB1"B • LIST"MODE
2 ADC TRANSPERS 1 l2~BIT wORe FROM EACH
NF"f2ll. NF02
NF'f41
NF'01, NF'f2I2
NY;01. NFrlI2
9, PW15
9, DW15
9. "W15
8
8
8
8
8
8
NK04~A
8
pos
NP02",~A,
9
9
2 1211]3 ~J
~I
3
3 3/"/2 ~!
3 3/74 ")
3 11/'11 t-.}
11
:5
3174 ~
S/74 R
3/74 p
11
11
11
6
5/74 8
11
11
11
15
8/E
+ !~CREMENT
MODE
NKB4.S • L.IST MODE
ADC TRANSfERS 1 12 w BIT WORD TO Ace W VR~1"A CONT
NN01~A WITH NO VRal"A CONT
-
8 PQS
15
15
3
3
6
BurFER OVERF~OW-DETECTOR
DEAD TIME CONTROl".
SYNCHRONOUS TRIGGER OUTPUT
Nf"02
6
css
DESCRIPTIOt\
NF'flIl. NF02
NFflIl, NF02
6
6
R\oi
OF
F
E
N
N
N
6
6
6
6
JJ
JJ
JJ
JJ
JJ
JJ
JJ
E
E:
9/74 D
3
JFB
JFR
JF8
JJ
JJ
6/.,4
61.,4
6114
6114
9112
9174
91,4
9114
91'14
91'14
9114
9114
9114
JFB
JF8
6/74 E
61"14 E
6114 E
3
JFB
USED ON
6174 E
6/7 4 E
6/.,4 F
3
3
3
NP8 ... EA
NU110':'AC
NU11J_AD
MFGR
AREA
RS
RS
RS
NCll2';'SX RS
NCi12-HB RS
NF01
NF02
NFll
NF12
NF13
NH14 ... C
NK01"A
ENGR
JFR
JF8
RI')
Ncil1';'AN RS
NC111';'BE RS
NC111';'HA RS
NC112';;,AX RS
NF21
NF22
NF"31
NF32
NH14"'A
NH14 ... a
PROO
UJr.R
WM
WM
WM
WM
NCll1':'AE RS
NC111';'AG RS
NFJ.4
DESIGN
OlSPI..AV PAt\EL,
2 ADC OEpENOENT/INDEpENOENT ~ISI MODE ON~y
2ND NP02~L.A
NEG BUS NP02'1!!L.A
NEG BUS NP02""~B
PHA INTERFACE, MEM INCR & L.I~T MODE
PHA INTERFACE. MEM INCR MODE
PHA INTERFACE, MEM INCR, LIST, MU~TISCALER MODES
NP02-L.A IN POP1~ CAB
PHA INTFC, MEM iNCR, 2 WORD PA!~. Ace MODE
UDC TYPE 1 BOTTOM ENTRY' H964~AA, UDell, H96~-MA, 115V
.. ~B, -LM, -LN
uoc TypE 1 TOp ENTRY; H964-AA, UDC11, H964~MA, M964 n p. 115V
UDC TYPE 1 BOTTOM ENTRYi H964-A~, UD~11, H96~-MA. 230V
UDC TYPE 1 TOP ENTRY: H964.AB. UDCll, H964~M4, ~964_P, 23~V
MODEL
Nb
E :JG
MGR
OESIGN
ENGR
PROD
ENGR
MrGR
AREA
.JFR
JFB
NU 110~BA
NU1Hl-B8
NU11J.BC
NLI:l.10-8D
NU$0D",AA
JF"8
JFR
JFR
.JFB
NURiZ0~A8
.JFB
OMD8 ... S
RR
TPL
05/8-1 0
05/8 .. 2°
05/8"3 0
PCl1l3
PC03-A
PC04"8
PC04"'BA
PC04"'88
PCPl4 ... SC
PC04",aL
PC04"SM
PC04 ... C
PC0 4 ... CA
3
3/74 P
5/14 &1
3/14 R
5 / 74 R
5
3
3
3
3
05/8.80
05/8-90
PA60 .. S
PA60 .. C
PA6l-A
PA611 .. AA
PA611';'A8
PA611':'8A
PA611';'SB
PA611;CA
PA61l';'CB
PA611';'CC
PA611';'OA
PA611':'08
PA611';'OC
PA611';'EA
PA61b·EB
PA611';'P
PA611 .. R
PA611';'RC
PA62
PA63
PA68-A
PA68"F
PCell
PCell"'A
PCel2
5174 R
3/14 B
5/14 8
3/74 q
3
OS/8-,0
PA6~·A
6
3
6
3
6
3
6
JFA
NU 80vJ- AC
NU803-AO
3
MI
HI
HI
MI
Mt
I'll
Mi
HI
I'll
Mt
RSH
M!
M!
R8H
I>1t
1'1
I
Mi
M!
RSH
HI
HI
HI
I'll
E~
EC
EO
EC
EC
EO
EC
EC
EO
EO
EC
EC
EC
ER
ER
ER
ER
ER
ER
ER
ER
ER
ER
DMT
ER
ER
OMT
ER
ER
ER
ER
OMT
ER
ER
ER
ER
AEW
AEW
AEW
AEW
AEW
AEW
AE!,.j
AEW
AEW
AEW
AEW
AEW
AEw
OAS
DAS
USED ON
STATUS
CATEGORY
MO/YR
5
..
4
5
3
3
3
3
3
:5
J
:5
3
J
3
3
6
6
:5
3
5
5
5
5
5
5
5
5
8 POS
8 Pos
8 pOS
8 PC'S
OPTION MOU~TING HARDWARE
TDa-EM, ~A30, 05/8 .(QESa ... B)
TOB.EM, ~S8.E' VT05, 05/8 CQrS6_B)
16K 8/E, TC~8, TU56, LEA~F, VT05. OS/8 (QfSBeB)
8K 6/E, TOe-EM. ~f~8, RS08, ~SB~EA, VT0" OS/8 (QFS8~B)
12K 8/E, T08-EM, Df32.£P, OS3~.O, LA30, OS/8 (QeS8~B)
16K 8/E, TOa.EM, RKe~A, ~Ee-r, VT05, OS/8 (QrS8!B)
E
E
E
r.
P
P
P
p
1/12 P
1/72 P
1/72 p
1/72 P
1/72 p
1/12 p
6 / 73 P
1/72 p
1/12 p
5 / 13 p
1/12
8K 6 / E,
12K 6/E,
E:
E
p
1/72 P
4114 I'
4/74 p
5/73 p
P
P
P
a
PI
NEG
8 NEG
PR68"A
PA60"'A,
DRIVER FOR 4 READERS & 4 PUNCHES
PA611- R • PS & MTNG ~DW ~1'V6~M~
PA611.R • P$ & MTNG ~DW 2J0V 50Ml
FA61!-P • Ps & MTNG ~OW 11;V 60~i
PA6~1~~ • PS & MTNG ~OW 230V 50Ml
pA611~R • PA611~P * PS & MtNG HOW ll5y ~eH!
PA6~1~R • PA6il~P • Ps & MTNG HOW 23eV '0~!
PA~11-CA W PA611-RC INSTEAO O~PA6~1.R
2 PA611~R • 2 PA611.P • CAB • PS & MTNG HOW l15V 68Hl
~ PA611~R • 2 PA~~l~p • CAB • P5 & MTNG HOW 230Y 5eHl
PA611~OA W 2 PA61i-AC INSTEAD Of 2 PA611 ftR
4 P4611.R • 4 PA611.P • CAB • PS & MT~GHDW 115V 68Mi
4 PA611~R • 4 PA611~P • CAB •
& MTNG HOW ~30V 5eH!
2CH PUNCH CONTFOR 6 OR 8~LEVE~ PUNCH
2 CH PR68 READER CaNT
,
PA611-R MODIFIED fOR TTY.CX R~ACERS
11
11
11
11
11
11
11
11
11
11
11
11
11
8
Ps
1\j~G
8 pes
8,
all,
6 pes
p
804, 10
8/5 NEG
P
p
P
4
p
4
4
P
P
4
p
p
P
P
CONTROL VOH 2 PA61eA DRIVERS
FOR 2 PA61 w A
pA60~A CONTRO~ EXTENSION
NON~TORE TAPE A~LOTMENT
11
11
p
4
4
4
UOC TyPE 2 80TTOM ENTRV, H964~CA, UOC11,115y
UOC TYPE 2 TOP ENTRY: H964~CB, UDCll, 115Y
uOC TYPE 2 BOTTOM ENTRY, H964~ce, UDCll, 23~V
uoe TYpE 2 TOP ENTRY' H964·CD, UDell, 23~V
UOC TYPE 1 BOTTOMENTRYI H964.AA, UOC8"PA, H964-HA, l15Y
UDC TYPE 1 TOP ENTRYz ~964.AA, ~OCa.PA, H964~M4, H964~P 11'Y
uDC TypE 1 BOTTOM ENTRVI H964~A8, uOC8-pA, H964-HA, 23~Y
uoe TYPE 1 TOP ENTRYI ~964·AA, VOCa-pA, H9~ .. -MA' H9&4~P 23~V
11
11
11
B
3/72
3/12
3/72
3/72
3/12
3/12
P
P
4
11
NEG L.QGIC
NEG LOGIC
PC8-1
PC8-1A
PC6-~, PCBwE, PC8~£8
pe8-LA, pCB-EA, -EC
NEG LOGIC
NEG LOGIC
OUA~ COMPUTER 110 SWITCH
1.6 CHANNEL MUX fOR TVPESETTING
READER & PUN~H CONTRO~
..
READER & PUNCH CONTRO~
SPARE PT REAO~R & PUNCM AS~EMB~~, 60 H!
SPARE PT REAO~R & PUNCH AS~EM8L~, '0 HI
SPARE PT READER (DEC MfG)
SPARE PT PUNC~ ~ROVA~ MCBEE), 6~ Hl
SPARE PT PUNCH (ROVAL MCBEE), 5~ H~
PI PU, RCR & ~OWfR SUPPLY 'N~W ~Cel),
HZ
PT PU, RDR & POWER SUPPLY !NtW PCi~~A) 5B H~
PC04~8 POR POPS/I, 60 HZ
PC04~BA FOR POP8/1,~50 Hl
PC04-B fOR POP81~, 6~ Hi
pC04-B4 rOR pOp8/L, 50 H~
PI PU, ROR, PS, SCR (NEW PC09), 60 Hi
PI P~,ROR, P~, SCR (NEW PCe9-AJ. 5~ Hl
.8
M~DEL
NO
PCiJ4 ""C1.
pC04"CM
pC04 ... P
PC04,..pA
pC12I4"'Pl
PCI2I4.pM
pCI2I4'!'R
PC04-R8
PC05 .. C
PC0S.CA
PC0S"'CB
PCI2IS",CC
PC0S-P
PCI2I5 .. PA
PC(lJ5 .. P9
PCI2IS"'!pC
PC0S ... R
PC(lJS",RO
PC09
PC"9"'A
PC09\!l18
PCIIJ9",C
PCll21
PCi2h""
PCl1
PCi1"'''
PC12
PCi2",A
PCi5
PC15",,,
PC8.E
Pca·e:A
Pce",EB
PC8'!OEC
pce!'!I
peeetA
PC8~L
PCe.,LA
PC~11
PC~11;A
pCR11;C
PCR11;CA
pcS16~A
PCS16;'B
PCS16';'BA
PC$16;BB
PCS16""BC
PC$16;'90
PC516';'8£
PCS16-BE
PCS16-Bf
PCS16::'SG
PCS16 SR
PCS16 C
PCS16 D
EN!;
MGR
DESIGN
ENGR
PROD
ENGR
MFGR
AffEA
J(!:
Ec
EO
EO
EO
EC
EO
EC
EO
EC
EC
EO
Eo
EO
Ee
Ee
EO
2
2
?
KE
AEW
4
4
AEw
AEW
AEW
AEW
AEW
AEW
AEW
AEW
AEW
AEW
AEW
AEW
AEW
AEW
AEW
EC
EC
OOM
DOH
fA
fA
LN
RR
RR
RR
RR
RR
RR
RR
CRB
CRB
AS
AS
JLE
JLE
JLE
JL.E
JL.E
JL.E
JL.E
JL.E
JL.E
JL.E
JL.E
JL.E
JL.E
2
2
I'
:5
:5
2
I'
p
P
:5
I'
I'
2
P
4
6
6
fS
P
:s
5
4
f"S
P
2
3
5
5
5
5
3
4
3
4
LN
L.N
LN
4
P
P
I'
I'
I'
I'
2
Ml
MI
DG
DG
,,1MB
,,1MB
P
4
4
RR
RR
p
p
p
I'
P
8112 I'
8/72 I'
3/'2 I'
3/7~ I' .
3/7" P
1/72 p
1/72
4
TPl
TPl
TPI..
TPI..
USED
STATUS
CATEGORY
MO/YR
:5
2
1/12
5/11
5
5
5
5
:5
:5
:5
:5
3
3
:5
3
:5
3
:5
3
:5
:5
3
3
:5
P
I'
I'
I'
I'
I'
I'
I'
p
I'
8111 P
8/'t
p
1/'12 p
1/72 I'
1/'2 K
1/12 K
9112 K
91.,2,
9112
9112
9112
9/72
9112
9/72
9112
1/12
1/72
K
K
K
K
K
K
K
K
K
K
O~
10
PT PUt ROR, p~, SCR 90S ~OGIC, ~0H~
PI PU, RDR, p,_ seR POS ~OGIC, '8Hi
1121
NEG LOGIC
PI pUNeH,Pow~R SUPPLY (NEW PC0~), 61 Hi
NEG L.OGIC
PI PUNCH, ROW;R SUPPLY (NEW PC0~.AJ, 50 H!
pP8~L.. PPS",E
pC04~P fOR PPP8/~, ~0 Hi
ppa"L.A, PP8 .. EA
PC04-PA paR POpall., 5121 He
NEG L.OGIC
PT READER, POWER SUPP~Y (NEW PC~~)
PRB~l. pReel... PRa~E
PC04.R FOR POP8/1 & PDP8/1..
POS l,.oGIC
PT PU, ROR. PS. SCR C~REE STANDING peI4~e). 61 HI
peS LOGIC
PT PU, RDA, PSt SCR C~RtE STANDING PC'4~CAJ. ,. H!
PaS I..OGIC
OEM PC05~C
O~M PCIlJ5",CA
POS L.OGIC
Pos L.OGIC
PT PUNCH, POWER SUPPLY ('REE STANDING PC04~P), 00 H!
paS I.,OGIC
P1 PUNCH, POWER SUPPLY crREE ~TANOING PC04",P4).-'0 H~
Ot:M pC05 .. P .
Pos L.OGIC
Pos LOGIC
OEM pC05"'PA
pes I.,OGIC
PT REAOER, POWER SuPPI,.Y (fREE STANOING ~C04~R)
pos L.OGIC
OE;M PC05"R
9
PC01 MOD. lrlED fOR POP9
9
50 Hi '009
K009-C
P¢09 & MOOUL~~ POR POP9/~
PCIgeA & MO~U~Ei voR POP 9 /1..
K009-C
10
PC01 W MOO BygKtrs & SCR CONrRO~ •• , H~
PQB~~A W MOP 8U~KETS , seR CONT~DL' 'I Hi
10
11
PI RORwPUNCM ~pe05.c , CONYROL)' 61wi (M1et)
11
PI ROR~PUNCH !PQI2I5.C4 , CONTROL~ 51Wi (M7el)
BA12
P1 ROR~PUNCH IP005.0 & CONTROL), 6~ Hi
BAla
PT RDRePUNew ~PC05.CA & CONTAOL~. 50 Hi
PC0'~C , CONTROL, 60 Hi
BA15"A
PC05~CA , CONTROL., ;a Hl
BA15-A
B/E
PT REACER & P~NQH (PCe~wBL & CONT) 61Hi
B/E
PI REAOER& P~NCH (PC~~·8M & CONT) "Wi
8/E
TABL.ETOP PCS"E
BIE
TABLE TOP PC~"EA
8/1
PAPER TAPE REAO~R & PUNCH ~PQe4~BB & CONT,
8/1
PT REAOE~ & PUNCH CPC'~·BC & CONT) '0Hl
8/1.
pt READER. PYNQH (PCI4~BL & CONTROL), 6e ~i
8/1..
PI READER & PYN9H (PCe~wBM & CONTROL.), " Hi
11 R20
PC1l AOAPTtO rOR RUGGED 11 C60H~)
l1R20
p~tl.A AOAPT'~ ~OR RU~GEO 1'-15~H!)
11/07.AA, ~BA
PCR~l IN H957 CAB (~eHi)
11/07"A8 .... BB
PQR11· A IN H9~7 CA' C,SHi)
16
PROGRAM CONTRO~ SEQU[NC~R fPC') CONTROL (M7326)
16
PeS SEQUENCE CONTROL IM7327) 8xa56 PROM
pDP16"M DIAGNOSTIC ROM 0
.
161M
161M
Pgp~6~M DIAGNOSTIC ROM 1
161M
PgP'6~M OIAGNOSTIC ROM 2
161M
161M
16/H
161M
161M
161M
16
16
POP'6~M
OIAGNOSTJC ROM 3
DIAGNQSTIC ROM 4
POP16·M ROM SiMULATOR PROGRAM
POP'6~M ROM LOA~ER PROGRAM
PSP'6~M RO~ ~ISTER PROGRAM
PROM ERASE & RECOAO SERVICE
pes DECODER (M732S)
.
PeS BOOLEA~ MUX'CM7329)
POP16~M
MODEL
NO
ENG
MGR
DESIGN
ENGR
ENGR
MfGR
AREA
PDM7~1-AA
RJ~l
PDM
wLS
MAY
..
POM7l!:l .. AB
RJ~1
PaM
RJM
PDM7fJ .. B8 RJM
POM70-CA RJh
POM7kJ'!'C8 RJM
PDMU'I .. O RJi'-l
POM70.E RJM
POMH1_f RJM
PDM70'::'H RJM
POH70';'IN RJ~i
POM70,;,J RJ~1
POH7iJ-K RJi'-1
POM70 ... L RJM
POH70';'M RJM
pOM1,,;:'N RJM
POMU'I':' P RJM
POM70 .. R RJM
POP1
POP1",O
POP10
POP11 .. 12! 5 S1
PDP11';'10 ST
PDP11;'15
PD P11 .. 20
POP11;;'35
POP11 .. 40
POP11';'45
POP12~10 SNT
POP12:;'20 SNT
POP12;'30 SNT
POP12;'40 SNT
PD P12;'A SNT
PDM
POM70;;'~A
PDP12~8
PDP12;C
PDP14;'I..P
PDP14;'LK
POP14;'K
POP14':'P
PDP14';'PX
POP15;"10
PDP15;20
SNT
SNT
JH
JM
..1M
..1M
..1M
PDP15~30
PDP15.35
POP15';'40
POP15';'50
PDP16
PDP16';'MA
PDP16,;,M8
PDP16':;MC
PDP16';'MO
POP16;' ME
POp16';'MF'
PDP16- MH
JC
JC
JC
..Ie
JC
POM
PO"1
POM
POM
POH
POM
POM
POH
POM
PDM
POM
POM
POM
POM
PDM
RR
RR
PROD
t4LS
l..JLS
!.JLS
WLS
!oILS
WLS
\.JLS
f~LS
WLS
'oiLS
WL.S
\~LS
WLS
WL.S
WL.S
WLS
14LS
MAY
MAY
MAY
MAY
MAY
MAY
HAY
HAY
MAY
MAV
MAY
MAY
HAY
MAY
MAY
MAY
MAY
K[
STATUS
MO/VR
3
:5
3
3
3
3
3
:5
3
3
3
3
3
:5
3
3
:5
3
6
6
5
RAA
RAA
CMO
2
2
:5
RI
5
5
RI
RI
RI
R1
AR
AR
AR
AR
AR
FA
FA
fA
FA
FA
FA
RVN
R8R
RSR
R8R
RSR
RSR
RSR
RBR
6
6
6
5
6
3
6
5
5
4
4
3
4
CON
D
D
A
A
8
D
D
D
D
0
0
0
f:
E
E
1/'3 E
JO
R1
e:
E
E
5
5
Rl
E
E
5
4
JO
Jo
E
8112
8112
3/'1t
6/7"
7112
7112
4113
1/13
4
4
Cl,.
9113 E:
9/73
9/73
9/73
91'73
9113
9/73
9113
9113
9113
9173
9/73
9113
9113
9113
9/'3
91'13
9/73
3
3
:5
3
3
3
3
2
2
USED ON
CATEGORY
PROGRAMMED OArA MOVER BASIC BOx w PSI MOTHEfo< BOA~D,
KEYBOARD, CL"OCK BOARD, 5" HIGH RACK MOUNTAB~E, 11~V
PUM70 ... AA, 231ZlV
PDM71Zl~AA WITH 32 CHAR BURROUG~S Dl~P~AY. 1l,5V
PDM?0~A8 WITH 32 CHAR BURROUG~S DlSP~AY, 230V
POM70 ... AA W NO ~EYSOARq & PLAIN fRONT BE~EL, 115V
PDM70~A8 W NO kEVBOARC & PLAIN FRONT eEfE~' 230V
"
POM70"A. ~B. '!'IC
3:2 BIT INPUT (M738U
POM70!'A, "'s, .. c
32 BIT OUTPUT-CM7382)
POM7 1Zl !l'rAt .. B, .. C
'·CH ANAL.OG JNPUT (M.1383)
PDM70~A. .B, -C
? CH ANAL.OC OUTPUT (M1384)
POM70
SYSTEM INstA~~ATION fEE
POM7 0.,A, f!!B. .. c
BIT SERIAL 1/°6 EIA OR 20 MA (M~385)
...
c
POM71Z1I!'!A. "B,
1~ KEy KEy80AH
(M738~)
POM71Z1.K
32 CHARACTER BURRPUGHS DISPLAY
0
POM7 p.A. ",B, "!'C
GEN PURPOSt CHAH SERIAL I/O' ~M'~88)
POM70pA, ,.8, .. c
64 CHAR PROM READ IN OPTION, M7~87
PROGRAMMABLE BUS CONTROL
PD M7f.!It,A, ",a, -c
POM7 1Z1 1!A. \!fB, ",C
BI' SERIAL BU~ INTERrACE, 20MA
~~ elT SYSTtM MOOuLEs
POP1 WJT~PEMQRY BUS
36 BIT COMPUTtR POP6 PROGRAMS CItS[S I1\.J
2
BFB
BFa
BFa
aFB
BF8
BFB
BFR
AFB
HI..!
2
5
BF8
MW
PV
Pv
BFB
QJ58~;;'Gl
6
2
2
8F8
BF8
PV
QJS80';'FR MW
2
3
3
3
3
:3
3
3
3
MW
Pv
2
6
2
2
2
BfB
BF8
MW
2
6
PV
Mill
5
2
5
5
6
6
2
BFB
3F8
~1F
8
PFB
CATEGORY
USro ON
DESCRIPTIOI\
MO/yR
BFB
BFe
aFB
aFB
Pv
PV
STATUS
gFS
8F8
QJ570':'AT
QJ570';'C8
QJ57Z':'CC
QJ570.;,;e:C
QJ570-H8
QJ570-HC
QJ580:'AC MW
AFB
8F8
BF'B
8F'B
MFGR
AREA
7114 Q
2/74 Q
7/74 Q
7/74 Q
3/74 Q
6/73 0
1/14 I)
1/14 Q
3/14 Q
5/73 Q
5/73 n
5/73!'l
3114 n
2/74 r')
2/74 Q
2114 Q
7/74 Q
1174 a
6113 Q
1/14 Q
1/14 Q
5/73 Q
7/74 0
5/13 0
7/74 Q
7/74 Q
7/74 a
7/74 Q
3113 Q
3113 Q
8113 0
3113 Q
5/74 Q
5114 0
5/14 Q
5/14 Q
5/14 Q
7114 Q
2/74 Q
2/74 Q
2/74 Q
2/14
1/74
6/74
2 6/74
2 6/74
26/74
2 6174
3 11/73
3 11/73
3 11/73
5 7174
5 7/74
2
2/74
2 2/74
2
2
n
r,'i
0
n.
Q
Q
I')
n
n
Q
Q
Q
Q
Q
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/"o
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
11/40
REAL TIME EXECUTIVE, DECTAP£
FORTRA~, ~ICENSE, SOFtWARE, NO SUPPORT, OEgTAPE
RSX~11B LIC, SOFTWARE, SEHVICE, PAPERTAPE
RSX-liB ~IC, SOFTWARE, SERVICE, OECTAPE
RSX~llB, LICENSE,SOfTWARE, SERVICE, OECPACK .. SEE QJ561~AE
RSX_l1 / e WITH rORTRAN (SOURCE DECTAPE PAcKAGE)
RSX-llB, ~lCENsEtSOPTWARE.NO SERVICErPApERTApE
RSX-118, ~lCENSE,SOrfWARE,NO SERVICE,·OECTAPE
RSX_l1B, LICENSE,SOfTWAREiNO SERVICE, OEcPACK .SEE QJ561..CERSX~liB SOU~CE KIT, DECTApE
RSX~11B V7A, UPDATE FROM RSX-l1B V6A, PAPERTAPE
RSX.l1B V7A, UPDATE FROM HSX_l1B Y6A, OECTAP[
RSX-11 8 y7 A, upDATE FRQ~ ~SX-l1B y6A, DECpACK ·SEE QJ56~-HE
RSX11~A
RSX-l1A PLUS
RSX-11B W/OJS, LtCENSE. SFT~R, SUPPORT, DECPACK
RSX-l1a W/UUS, ~lCENSEt SFT~R, NO SUPPORT, OECPACK
RSX-118 w/DgS 1 V7A, UPDATE fROM RSX~11B V6A, DECPACK
RSX-l1C LIC, SOFTWARE, SERVICE, PAPERTAPE
RSX-l1C LIC, SOFTW.~E, SERVICE, OECTA~E
RSX-11C wITH FORTRA~ CARTRIDGE~QR RK02
p"
MODEL
NO
RI<03-SB
RI<03-CA
RK03"CB
RK03-0A
RK03-DB
RK03-EA
RK03-EB
RK03-FA
RI<03-F'B
RK03-HA
RK03-HB
RK03-JA
RK03-JB
RK03 ... KA
RK03"I(B
RK03-LA
RK03-LB
RK05-AA
RI<05-AB
R1<05 .. eA
RI<05!'1'BB
RI<05-CA
RIC05_CO
RK05-0E
RK05·0F'
RK05 .. 0H
RK05-0J
ENG
DESIGN
PROD
MGR
ENGR
ENGR
CA
CA
CA
CA
CA
ORR
ORR
ORR
ORR
ORR
ORR
ORR
ORR
CA
CA
CA
CA
C.
Col
CA
CA
CA
C4
MI
MI
GS
GS
GS
GS
GS
(IS
SO
BO
aD
BO
RK05K.;.e GS
RK05K;'11 (IS
RK05K;;'4C GS
RKB5-P
(IS
RKil'!OCA SNT
RK11",CB SNT
RK11 ... 0
SNT
RlCil"'OE SNT
RKl1wtDF' SNT
R1(11"'0H SNT
RK11 .. 0J SNT
RI<11 .. e:
SNT
RKi5-F'A
RK15"F'B
RK15 .. F'C
RK15·F'O
RKi5-F'E
Rl(i5.,.rF'
RKi,5!!"F'H
RK15 ... F'J
RK15-HE
RK~50!HF'
RK15 ... HH
RK15-HJ
RK15"HK
RKlS,..Hl.
RKi5"HM
RKiS ... HN
SO
So
80
80
aD
aD
BO
BO
00
00
DO
00
00
00
DO
00
MF'GR
4
...
..
4
..
4
4
4
ORR
4
4
ORR
4
4
4
ORR
ORR
SG
:5
2
2
JOt..
JoL
..
ES
ES
ES
4
4
ES
ES
ES
..
:5
3
3
ORR
ORR
ORR
ORR
3
3
3
3
3
ES
ES
LAW
ES
3
4
ORR
..
..
..
ORR
ORR
ORR
:5
3
3
3
ORR
ORR
ORR
4
5
ORR
BG
BG
BG
BG
BG
BG
BG
BG
FO
FO
F'o
WM
WM
WM
FO
WM
F'o
FD
FO
5
5
5
5
5
5
5
\riM
USEO ON
CATEGORy
MO/yR
4
ORR
ORR
FO
STATUS
AREA
3
3
:5
3
\riM
:5
:5
WM
WM
3
:5
6171 R
6111 R
611~
R
6111
6/71
6/7"
6/71
6111
6/71
6/71
6/71
61'1
6/7"
61'1
6/72
R
R
R
1/,3
1/'13
7/72
7112
7/72
7/72
4/'3
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
4/73 R
5/,3 R
5/73 R
5/13 R
5/'13 R
41'13 R
4113 R
4113 R
8/72 R
611,. R
61;1 R
4/13 R
3113 R
3113 R
3113 R
3/73
4/73
6113
61'13
6/73
6113
61'13
61,3
6/73
6/73
2/74
2/74
2/14
2/14
2/74
2/14
2/14
2/14
R
R
R
R
R
R
R
R
R
R
[
e:
E
E
E
e:
E
E
DIABLO D~SK, 2NO UNIT. 2~0Y
DIABLO DISK. 3RO UNIT, W P5 115Y
RK1~!!!CB
DIABLO DIsK, aRP UNIT' w pi: 230y
DIABLB 0151<, 4T~ UNIt, 1159
RK11"CA
OIABLO OISK. 4T~ UNIT, 23ev
R'<1~"'CB
RI<11f!CA
HI~H
OIAaLO DIsK. 5T~ UNIT W CA~ & PS, 11,y
HJGH
DIASLO OISK, 5T~ UNIT W CAB & PS, 2~0V
RK11"'CB
RK11.,CA
HIGH
DIABLO DISK. 6TH UNIT, 115V
RKll-CB
HIGH
DIABLO DIsK, 6T~ uNli, 23e~
RK11eCA
HIGH
OIABLO DISK, 7T~ UNIT WPS~ 11'Y
RKlal#CB
HIGH
DIABLO DISK. 7TH UNIT W PS, 23BV
RKU,·CA
HIGH
DIABLO DIsK, 8tH UNIT' 115V
RK111!'CB
HIGH
DIABLO DISK, 8TH UNIT, 23I.'J~
RKrlJl.A THRU wJ., A1<0~
~2 $[CTOR CAR!RJDG£ F'OR RK~3, RKB5
l! SECTOR CARTRJOGE rOR RK~3, RK05
RK0'tI'!A T"hlU .. J, R1<0~ (Rl, 50 Hl
CONT FOR RP01~ •• R'''2~A (5M WORDs/OR), RP03~AS (10M) 60Hl
CONT fOR Rpel •• , RP02~B C5M W~RDS/OR), RP~~-BS {10M) 50Hl
RP~I~CA
11
R
R
R
R
R
-a,
8 PQS
8 "OS
8 POS
or10
4111, R
5/72 Q
2/74 R
2/,4 R
2/74 R
2114
2/1 ..
2/74
2/74.
2/14
2/74
2/74
2/74
2/,4
2/14
RH1', RH11
Rk10, RH11
RH1', RH11
R
R
R
:5
:5
3
R
R
4113
4/73
3/73
3/73
5/13
6/,3
9/74
91'4
91,4
9114
2
2
3
R
R
R
R
R
DES CRIP HO t\
RH11
RH11
RH11
RH1!
RH11
RH1i
RH11
RH11
RH11
RH11
RH11
RHil
RH11
RH11
RH11
RH11
RH11
RHi1
RH11
RH11
RH11
RH11
RH11
CW TRAD~.lN
Dr
RP10~A)
RPl8.CB CW TRADE-IN OF RP10.e)
CONTROL FOR 8 RP0~ OR RPe3
CONT, CAB rOR 8 RPQl3-AS (2~M 16~!T WORDS) 11'V6~H~
CONT, CAB rOR 8 RPQl3.BS (20M i6BIT WORDS) 230V5i~i
RP11·CA + RPQl~·'S, 115V 61Hi
.
RP11~Ca • RP0~.IS, 2~'V 5Q1Hi
RP11sCA EXCEPT H9~7~HA SHORT ~AS, 115V
RP11-CB EXCEPT H9~7~HB SHORT gAS. 231V
RP~~·A + RPI2eAS, 61Hi
RP1>.B • RP028BS, 5"Hi
RP~>~A • RP03~'S, 60Hi
RP1~,B • RP03-9S, 50Hi
CONTROL FOR RP~2~A, -AS C10M ;881T WORDS/DRIVE) 60 Hi
CONTRO~ FOR RP02-S, ~BS C10M ~88JT WORDS/DRIVE) 51 H~
RPG@2 (REPORT PROGRAM GENERATORJ
262K 18-BIT WOAD ~ USEe/woRD ~6.0 RPM 16 INCH DISK 115V
262K lawBIT WORD ~ USEC/WORD ~,$K, 230V~~0~i262K 18~BIT WORD ~ USEC/WORD DISK, 11'V '0H~
262K 18~BIT WOAO ~'USEC/WORO OI$K. 23~V "Hi
RS0~rAA IN H96J.CA TALL. CAB, ~l'V 60Hi
RS0~.AB IN H960,CB TALL CAB, 231V 60Hi
RS0~.AC IN H961.CA TALL CAB, il;V 50Hi
RS04~AD XN H96J~CB TALL CAe. ~30V 50Hi
2 RS"3~AA IN H96fll·C4 TAL.L CA'i-i15V 60Hi
2 RS03.AB IN H960·C8 T4LL CA9. 230V tlHi
2 RS03.AC IN H960~CA TAL.L CAB, i15V 50H~
2 RS03_AD IN H96e.CB TAL.L CAB, 230V 5eHl
3 RS03-AA IN H960 CA TAL.L CAB, 115V '0H~
3 RS03-A8 IN H960~CB TALL CA~' 230V 6eHi
3 RS03-AC IN H960 CA TAL~ CAB, i15V ,"Hi
3 RS03-AD tN H96a~CB TA~~ CAa. a3Q1V 50Hl
525K 18 BIT WORDS 2 USEe/WORD DISK, ~15V 60Hl
52SK 18 8,T WOROS 2 U~EC/WORO DISK, 230V 60H!
525K 18 81f WOROS 2 U~EC/WORO DISK, ~15V 51H!
525K 18 8IT WORDS 2 USEe/WORp DISK, 230V 58H!
RS~4·AA IN H960~CA TAC~ CAB, li;V 60Hi
RS~4·AB IN H960~CB TA~~ CAB, ~30V ~0Hi
RS~4.Ae IN H960~CA TA~L CAB, 115V 50 Hz
p
p
60~~
MODEL
NO
RSC1J4-BO
RSI1J4 .. CA
RSI!J4-CB
RSI1J4-CC
RS04"'CO
RS04"OA
RSI1J4-0B
R5S4-0C
RS04-DD
RS0S
RS0S"'A
RSSS-M
RS08 .. MA
RS08-P
RSfJ8-PA
RS09
RS09-A
RS09-e
RS09-SA
RS09-C
RS09"CA
RSfIl9"0
RSI1l9'!OOA
RS09"P
RSe9.,.pA
RS!l
RSil-A
RSil-B
RSib'BA
RSll-C
Rsil-CA
RSl1.,.O
RSil.,OA
ENG
MeR
DESIGN
[NGR'
GS
GS
GS
GS
GS
GS
GS
GS
GS
PM
PM
PM
PM
PM
PM
PM
PM
PM
GS
GS
GS
GS
GS
GS
2
2
2
2
2
2
2
2
LBM
L.aM
LBM
L.aM
MI
GS
GS
GS
CP
RS)(~15
RS)(15~e
RJM
CP
CP
RJM
RJM
RJH
RJH
AC
AC
AC
AC
CVR
RJM
5
R
R
R
R
5
R
5
5
R
R
R
R
R
R
R
4
4
4
4
4
3
3
5
PM
PM
RR
RR
TPI.
TPL.
R
~
4
4
L.aM
L.aH
LBM
LBH
BAL.L
BAL,l
R
5
5
3
3
5
5
4
DV
R
R
R
5
OY
R
5
5
5
Dy
MI
2/'74 R
2/14
2/74
2/74
2/14
2/,4
5
oy
OV
oy
GS
GS
2/74 R
2/'14 R
2/74 R
5
DV
USED ON
STATUS
CATEGORY
MO/VR
2
Oy
RSP15;'A
RTel"'AA
RTfJl""AB
RTfJl-BA
RTfJl-eB
RTfJl-CA
RHJ1.,CB
RT01!!!DA
RT01-0B
RT01 .. £A
RT01 .. L
HfGR
AREA
DV
DV
RS~l"EA
Rsil·EB
RS'4"'A
RS64 .. e
RS64.C
RS64"0
RS64-M
RS64",PA
RS64.pB
PROD
ENGR
5
4
4
4
4
4
'3
'3
3
5
5
5
5
'3
3
:3
:3
3
'3
R
R
R
R
R
R
R
R
R
R
3/'4 R
3114 R
5/12 R
5/12 R
6/'71
6/71
61'11
6111
6111
6/'72
8111
6/72
3/'72
3112
3/'72
3112
7112
1172
1112
11'72
10/72
31"12
R
R
R
R
R
(3
Q
Q
RS~4·AO IN H960.CB TA~l CAB, 230V ~0Hi
2 RS~4~AA IN M960-C~ TA~l CA~, -115V 60Ht
2 RS04.AB IN M9600ea TAL.L CAB. 230V 60~t
2 RS049AC IN H960p!CA tA~L CAB, 115V S0H~
2 RS04.AD IN H960;CB TA~l CAS, 2J0V ~0~~
3 AS04~AA IN H96e~CA TALL CAB, 115V 60Ht
3 RS04~AB IN M960RCB fALL CA8, 230V ~0M~
3 RS04.AC IN M960.CA fA~l CA~. lt5 V 50Ht
3 RS04.AD IN H960;CB TALL CAB. 230V 50Ht
262K 12 BIT DEC OISK, 60 Hi (RS08~M • R~08~P'
Rrea
262K 12 BIT DEC DISK, 50 Hi CRS08~MA • ~S08~PA)
RS08, RS09MECHANICAl. ASSEMa~y. ~" Hi
RS0S",A. RSe9 .. A
MECHANICAL AS~EMB~Y, 50 Hi
RS08
POWER CONTROL & LOGIc. 60 Hi
RSB8"A
PUWER CONTRO~ & LOGIC, 50 Hi
RF09, RF1S
262K 18 BIT DEC DISK WITH CAB, 60 Hi CRS08~M + RS,,9-P)
RF09, RF1;
262K 18 BIT DEC DISK WITH CAB, 51!J M~ CRS0e~MA • RS09-PA)
RF09. RF1'
2ND DISK IN ANY CAB, 60 HZ
2ND DIsK l~ ANy CAB, '0 M~
RF09. RF1'
JHO DISK I~ 2ND OR JRD CAB, ~0 HI
RF'09. R"15
RF'09. RF1'
3RO DISK IN ~ND OR JRD CAB, 50 ~i
RF09,
1ST DISK wIT~ 2, NO OR 3,.RD" CAB •• ~Hi
RF09, RF15
iST 0 SK WlTH ZND OR ~RO CAB. '~Mi
R$0i. RS09 B, RSe9wC
POWER CONTRO~ • LOGIC, 60 Hi
RS09 wA. RSB9waA, RSfcl9.,CA
POWER CONTROL & LOGIC, 50 Hi
RF1a
262K 16 BIT DEC DISK W CAB, 10 Hi (RSeS-M • RS~9.P)
RF11
262K 16 BIT DEC DISK W CAB. ,~ Hi (RS"S.H • Rse;.p)
RF'l~
~NO DISK I~ ANY CAB, 6" Hi
.
RF'1l
2ND DISK l~ ANY CAB, '" Hi
RF11
3~D DISK IN 2NO OR JRD CAB. ~e ~!
RF11
JRD DISK Ih 2ND OR 3RD CAB, 51 ~!
RH1i.
RMi".
RHUI.
RMi",
RMi1
RMi1
RM11
RHi1
RHlfcl. RM11
RHi'" RM11
RM1'" RH11
RMi", RH11
RM10, RMi1
Rr06
R"t,
ft
NONE
NONE
RS6'sA THRU RO,
RS6 .... A, .. C
RS6'''B, p!O
15
POP15,,35
15
.,
0
0
0
0
0
0
0
to!
DISK WITH
~NO
oR
~RO
CAB;
6, Hi
DJSK WITH 2ND OR ~RD CAB. 5' Hi
RSl1 IN H961.HA SHORT CAB, 11'Y·60Hi
RS~l~A IN ~96~.HB SHORT CAB, 23,V '0Hi
6,K 16 BIT DtC OISK ~~,v
6~K 16 BIT Ole DISK 23"Y
O~M RS ••• A
OEM RS64",B
~ST
OS,IX
OS'alX
RCll, Rce.[
RCll, RC8"E
0
0
0
~~,
R""l
RF'1l
0
MEeMANIOA~ ASSEMBLY
POWER CONTRO~ & LOGIe, 1~5V
POWER CONTRO~ & LOGIC, 2~0V
RASP SOFTWAR~
REA~~TIME EXECUTIVE
RSX ~PLUS" SOFTWARE
~~ KEY REMOT~ TERMIN'~. 110
\6 KEY REMOTE TERMINAL, 11~
~~ KEY REMOT~ T~RHIN'~' 3za
~~ KEY REMOTE TERM1NAk' 3.~
RT01-AA W RTBi KEyBOARD
-~
Rt01·AB
RT01~BA
~ RTB~
KEYBO,RD
w RTe~ KEYBOARD
W RT02 KEYBOARD
RT01--AA W ~~KtY RO~LOVER
SPECIA~ fOR stRAND HOTEL
RT01~B8
BAUD, 11'Y
BAUD, 23ev
BAUD EIA, 11'V
BAU~ EIA, 23ev
MODEL
NO
ENG
MGR
RT01~NA
RT01"NB
RT01 .. NC
RT02·AA
RT02-AB
RT02 .. aA
RT02"'SB
RT02"'CA
RT02"'CB
RT02 .. e:A
RT02 ... EB
RT02 .. ,A
RT02"LA
RT90
RT90 ... AA
RT90"AB
RT90"SA
RT90 ... SB
RT90 .. CA
RT90"'CB
RT90 .. 0A
RT90"'OB
RT90-EA
RT90 .. EB
RT900!!'F'A
RT90",F'B
RT90 .. HA
RT90-HB
RT90"'JA
RT90-JB
RT90-KA
RT90"KB
RT90"LA
RT90"LB
RT90-MA
RT90"MB
RT90"NA
RT90-NB
RT90P
RT90P';;AA
RT90P~AB
RT90P';'SA
RT90P';'BS
RT90P';'CA
RT90P';'CB
RT90 P';'F'A
RT90P';;'F'B
RT9r2lP';;'HA
RT90P~HB
RT9C!lP':JA
RT90P:J8
RT90P-KA
RT90P';'K8
RT90P';'LA
RT90p_L.8
RJH
RJH
RJH
RJM
RJH
RJH
RJM
RJH
01-1
OH
OH
OH
0104
01-1
OH
OW
Ow
OH
OH
OW
OH
OH
OH
OH
OH
DH
Old
OH
DH
OH
OH
0104
OH
0104
OH
OH
0104
OH
0\.1
0\.1
OH
OH
OH
OH
Old
Old
DH
0104
OH
OH
OESIGN
ENGR
RJH
RJM
RJM
AC
AC
AC
AC
AC
AC
AC
AC
AC
BSt..
CV
cV
CV
CV
cV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
cV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
CV
Cv
CV
CV
CV
PROD
ENGR
MfGR
AREA
5 3112 0
5 3/72 0
5 3/72 0
5 11/73 0
5 11/73 0
.. 11/73 0
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
cSS
CSS
cSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
cSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
CSS
cSS
CSS
CSS
CSS
CSS
CSS
.. 11/13
11/13
11/73
11/73
11/13
3174
2114
.. 12/'13
3 4113
3 4/73
3 4/73
3 4/73
3 4/73
3 4113
:3 4113
:3 4113
3 4/73
:3 4113
:3 4113
3 4113
3 4/'3
:5 4/73
3 4/73
:3 4/'3
3 4/73
3 4/'3
3 4/'3
3 4/73
3
4/73
:5 4/73
:5 4113
3 4/13
.. 12/13
3 12/13
3 12/13
3 12/73
3 12/13
3 12 / 73
3 12/13
3 12/13
3 12/13
3 12/13
3 12/73
3 12/73
3 12/13
3 12/73
3 12/13
3 12/73
3 12/73
3
3
3
3
3
3
0
0
0
0
0
0
0
0
0
0
0
D
0
0
0
D
[)
0
0
D
D
D
0
0
D
0
D
0
0
D
[)
0
D
0
0
0
0
D
0
0
0
0
0
[)
0
0
0
()
0
DESCR I PfI O~
USED ON
STATUS
CATEGORY
MO/YR
.. 8
RT0letA .... 8
RT 0 1'!!A, e8
ASVNC ASCII
ASYNC ASCII
ASYNC ASCI!
ASYNC ASC II
ASYNC ASCII
ASYNC ASCI!
ASYNC ASCII
ASYNC ASCI!
ASYNC ASCII
ASVNC AsCII
ASYNC ASCII
ASYNC ASCII
AsYNC ASCU
ASYNC ASClI
ASYNC ASCII
.SYNC ASC"
ASVNC ASCII
ASVNC ASC.'
ASYNC ASCII
ASYNC ASC II
ASYNC ASCII
ASVNC AsCII
ASYNC ASClI
ASYNC ASCII
ASYNC AsCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCn
ASVNC ASCII
ASYNC ASCII
ASVNC ASCII
ASVNC ASCll
ASYNC ASC JI
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASVNC ASC II
ASYNC ASCII
ASVNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
ASYNC ASCII
RT0~"A,
Up·
UP
UP
UP
UP
UP
uP
UP
UP
UP
TO
UP
UP
UP
UP
uP
UP
UP
uP
UP
UP
uP
UP
UP
uP
UP
UP
UP
UP
UP
uP
UP
UP
UP
UP
TO
UP
UP
UP
uP
UP
UP
uP
UP
UP
uP
UP
UP
uP
UP
UP
uP
TO 1?a0
TO 1200
TO ~?00
to la00
TO 1?a0
TO ~200
TO 1200
TO 1200
TO ~200
TO 1200
4800 B
TO 4800
TO 4a00
to 4800
TO 4ije0
TO 4800
TO 480e
TO '$00
TO .100
TO 4800
to 4000
TO 4800
TO 4808
TO '100
~O 4800
TO 4~00
TO 4800
to 4800
to 4800
TO 4800
to 4000
TO 4800
TO 4800
to .800
TO 4800
48~0 B
TO 4800
TO 4~00
TO 4800
TO 4800
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
TO
4~00
4800
4~00
4~0a
4800
4800
4~00
4800
4800
4800
4800
4800
lUJ
4 DIGIT NI~IE DrSP~AV
8 DIGIT NIXIE DISPLAY
12 DIGIT NtXt~ DISPLAY
BAUD
,~ KEY REMOTE TERMJNAL, 115y
BAUD
~~ KEY REMOTE TERMINAL, 230V
BAUD
kK01.R REMOTE TERMINAL. 1i5V
BAUD
bK0i-R REMOrE TERMNA~, ?30y
BAUD
Rr02-AA • TYP; ~ BAOG~ READE~f ~15V
BAUD
RT02~Aa • TYPE 3 BADGE READER, 230Y
BAUO
RT02-AA • TVP; ~ CARD READER' 1~5V
BAUD
R!02~Ae • TVP~ ~ CARD READER, a~0V
BAUO
Rr02~AA WSPt~lil KEY CAPS FOR ~.E,
BAUD
Rl02-CA + RTaa.BA, PAN AM CUSTOM BUILT
TERMINAL ~ HIC~OCK C_RD & BADGE READERS W DISPLAY
BAUO
BASIC PACKAGE' BOX, KEYBD, ANNUNCIATOR, 115V
BAUD
BASIC PACKAGE, BOX, KEYBO, ANNUNCIATOR. 23~V
BAUD
RT90-AA BASIC. PACKAGE. BADGE R~AOER, 115V
BAUD
BASIC PACKAGE + BAQG£ READ£R, 2~0Y
BAUD
BASIC PACKAGE + CARD READER, 11~V
BAUD
BASIC PACKAGE + CARD READER, 23~V
BAUD
BASIC PACKAGE. 16 C~ARACtER Or!PLAY, 115V
BAUD
BASiC PACKAGE. 16 C~ARACTER DISPLAY, 2~IV
BAUO
BASIC PACKAGE. 32 C~ARACTER OI~PLAY, li'V
BAUO
BASIC PACK~G£ • 3~ C~ARACT;A DI~PLAY, 231v
BAUO
BASIc ~ACKAGE • BADGE & CARD READER, 11'v
BAUC
BASIC PACKAGE • BAOGE & CARp READER, 23'V
BAUD
R!90~AA • BAD~E RDR , 16 CHAR DISPLAY. 11,V
BAUD
RT90~AB • BAQ~E RDR & 1~ CHAR OISPLAY, 230V
BAUD
RT90~AA • BAQ~E RDR & 32 CHAR OJSP~AY, il'Y
BAUD
Rr90~Ai • BAD~£ RDR & 32 ~HAR DISPLAY, 210V
BAUD
R!90~AA • CARQ RDR & ~~ CHAR DISPLAY, 115v
BAUD
RT90~Ae + CAR~ RDR & &t CHAR DJ~PL-Y, 238V
BAUD
Rt90~AA • CAR~ RDR & ~2 CHAR DI!PLAY, 115v
BAUD
RT90~AB • CARD RDR & ~2 CHAR DISPLAY, 2~IV
BAUD
R!90 w AA, BAOG; & CARD ROR, 1~ C~AR DISP It'V
BAUD
R!90 w AS, BAO~~ & CARO RDR, ~~ C~.R DI$P ~31V
BAUD
R!90.AA, BAOQ~ 4 QARD RDR, 32 CHAR DISP itlV
BAUD
RT90~AB. BAOG~ & CARD ROR, 32 C~AR OISP a3~V
TERMINA~ W PANASONIC ~ARD & 8AD~E R£&OE~S WDIS'~AY
aAUO
BASIC PACKAGE, BOX, ~EY8D, ANNUNCIATOR, 1t'Y
BAUD
BASIC PACKAG~' BOX, KtYBD, ANNUNCIATOR, 23eV
BAUD
Rr90P~AA BASlg PACKAG~ • BAO~E ~EADER, 11"
BAUD
BASIC PACKAGE. BADGE READER. a~0Y
BAUO
BAS1C PACKAGE. CARD READER, 11'V
BAUD
BASIC PACKAGE • CARD READER, 23~V
BAUD
BASIC PACKAGE. BADGE & CARD R[ADER. 11'Y
BAUD
BASIC PACKAGE. BADGE ~ CARD READER, 230V
BAUD
RT90P-AA + BAQGE RDR & 16 ~HAR QlSPLAY, ~1"
BAUD
RT9PP-AB + BAOGE RDR , 1~ CHAR QISPLAY, a3~V
BAUD
Rt90P-AA + BAOGE RDR & 32 CHAR ~ISPlAY, illV
BAUD
RT90P~AB + BAQGE ROR & 32 gHAR Q!SP~AY, 230,
BAUD
RT90P-AA + CARD RDR « 16 CHAR OISPLAY, 11"
BAUD
R!90P-AB + CARD RDR & 1~ CHAR DiSP~AY, 23~'
BAUD
R!90P-AA + CARD ROR & 32 CHAR DISPLAY. 115V
BAUD
RT90P .. AB + CARD ROR & 32 CHAR DISPLAY, 230V
MODEl.
NO
RT90P MA
RT90P M8
RT90p NA
RT90P_NB
SC12-SU
SC12-Cl.
Sei2 .. cR
Se:i.2-RO
SeMS"AA
SCMS-AB
SCMS .. BA
SCMS-SB
SCMS-CA
SeMS"'CB
SCM.S-OA
SCMS-EA
SCMS.PA
ENG
MGR
OH
DESIGN
ENCR
ev
OH
OH
OH
cv
SNT
RI
CV
ev
AW
SNT
SNT
SCMS~pB
SCMS .. PC
SCMS-PO
SCMS"'PE
SCM5 .. PF'
SK15-,
SKi5 .. 8
SMC~'1 ... A RS
SPflJ9""A
SP11-KA
SPil-KB
SPil'!"t
PERTEC 6840~9 '5 Ips 9 CH 800 BpI RAfTER W
,.
TR06
AL.L. TAPE DRIVES
TAPE UNIT CLtANING KIT
l'."-B, 1"".. B
16.'
15
15
15
15
pERlpHERA~
PROCf 11/05.fA, 2 OR11eC,
PERIPHERAL PROC' 11/05~fBf 2 OR11~C,
PERIPHERAL PROCf 11/05,ft, 2 DR11.C,
pERIPHERAL PRoe. 11/05~fF, 2 DR11.C,
OR\5~C,
DR~5~C,
MX15~B,
MX15~8.
11~v
23~V
OR15~C.
MX15~8,
23~V
OR15~C,
MX~5~~,
11 5V
MODEL
NO
E~JG
DESIGN
PROD
MGR
[NGR
ENGR
rO
MFGR
AREA
WM
3
2/14 E
UCi5-Hr
E~J
rD
WM
3
t.
21'14 E
UCi5-HK
UC15-HL
UDell
uDell-A
UOclS
UOC6-N
UOG6-P
UOCa-PA
UDC8-xA
UDca-xB
EW
rD
WM
101M
3
3
2/74 E
2/74 E
IPG
3
3173
51,,,
5/1'-
El-.f
RS
RS
RS
RS
RS
RS
RS
RS
VA38
VA39
FU
MORO
RG
PoM
3
7/71 D
5
5
5111 0
5/11 0
6
6
,6
v
JJL.
JTN
JJL.
JJI..
JJI..
JJI..
JJI..
JJI..
JJI..
JJI..
OH
JJl.
'11811 .. 5
J.JL.
Vall-55
VB11 .. T
JJL.
JJI..
VBll-XY
V8:[5 .. 8A
v815"'89
vBiS-Be
V815"'80
JJI.
JH
JH
JH
JH
vBiS-8M
VBiS"'EA
JH
VB15-EO
JH
JH
VS15 ... (8
V8i5-EC
VS15 .. K
VBi5"LC
VSiS-LD
Ve15 .. p
V815 ... SC
VBiS-SO
VCi2
VC12 .. C
VC12-N
VCi2-S
VC20-A
VC22i-R
J~~
JH
JH
JH
JH
JH
JH
JH
SNT
SNT
SNT
SNT
SNT
Si'JT
E
MORo
MORa
I..H
'11808
5 10111 0
MoRa
MoRa
LH
VS08-1\
VBi0-C
VBll
VB11"'A
VB11 .. C
VBil-CS
VBil-C G
Veil-F
V8il-K
V8il-pM
Veil .. R
E
3
5
5
MoRa
ev
Cv
ev
cy
Cv
CV
Cv
Cv
CV
Cv
Cy
CV
CV
CV
CV
RI
RI
RI
RI
AW
AW
CSS
eSS
ess
ess
CSS
ess
css
CSS
eSS
css
ess
eSS
CSS
ess
CSS
CSS
ess
CSS
ess
CSS
CSS
ess
ess
ess
ess
ess
ess
ess
ess
ess
eSs
USED ON
STATUS
CATEGORY
MO/yR
3
3
..
3
:5
:5
3
:5
3
3
:5
:5
3
;3
;3
:5
J
3
3
:5
J
J
:5
0
0
5/11. 0
V
1111 V
7113 V
v
6111 v
6/71 v
6111 v
7111 v
611~ v
6111 v
61'" V
1/13 V
611S. v
611" v
6/71 v
6/'71 v
6111 v
5/'14 V
5/74 V
5/14 V
5114 V
5/14 V
5/74 V
5/14 v
5/14 V
PERIPH PROCt 11/05-NC, OR "SA, OR 11/10~Ne. OR -SA, 2 DR11-C,
DR15~C, MX1~~8, 0011-S, H950! KY11.J~; 115V
pERlpH PRot, 11/05-ND, OR ~SB, OR 11/~~~NO' OR -S8, 2 D~11~e,
15
D~15eC, MX1~~8, 0011-8, H~50. KY11-JH, 230V
UC15.HE + MM11.K, 115V
15
UC15~Hr • MMll.K, 23~V
15
UNIVERSA~ DIGITA~ CONTROLLER, USEs 0001-0, 0002
11
UDC, 0001-0, Br0~, H726~E
11
UNtVERSA~ DIGITAL CON!ROL~ER
Bo15
8 ~JEG
UNlv DIGITAL CONTI D001-AN, 8F02 & PS
8 Pos
UNIV OIGITA~ CONTI 0001-AP , Br0~ & PS
8 PQS
UOC, OO'l.AP, Bf~2, Hj26~8
BF02, 0002, sHORT CABLES
UOC6p-N' -p, UDCll
UOC6"N, -?, UDCll
Bf02, 0002, ~ON~ eAB~ES
15
338
339
8 POS
pes 8 BUS, DATA BREAK
101/0 & "1[M BUS
11
VB11"A
V81S"S
v81l"'A
V811>:!A
CHARACTER GENERATOR
V81l~A
VS11"A
VB11:'!'A
VS11-A
VB11l!lS
VBla~A
VB11"A
9, gM09.A
9, gM09-A
9, gM09 .. A
9. ;M09"A
9
15
15
15
5/14 V
5/74 V
15
3
3
3
5/14 V
5/'14 V
5/14 V
V815",B .... E
3
5/74 V
;3
5/14
1/13
2/13
5
5
3
6
3
3
V
V
V
v
5/12 v
1/73 V
1/73 V
V81~"'B,
"I'E,
VB1;"B, -E
VB15~Bt -E
VB1~ ... 8, .. E
V815 ... 8, -E
12
VC1~
VC1~
VC12
11
11
20 UsEe CHARACTER GENERATOR
20 USEe CHARACTER GENERATOR
OiTA BREAK OI~P~AY eQNTROLINTERACTIVE DISPLAYSYS FOR PoPS
DISPLAy PROCEssOR (I/C LO~lc VS;0)
SYSTEM NAME, lNTERACTIVE DISPLAY SYSTEM
DISPLAY CO~TRdL-W eRT,
CO~OR OPTION 10 V811~A sCOPE
COf.,OR VBll-S5
'~NCTION BOX' INTERfACE
:5
;3
OEseR IPTlOr-.
KEveoARO & INTERFACE
MEMORY PORT MQ~TJP~EXER
RASTER OPTION
S~AVE ~COP~ INTERfACE (UP TO 4)
DESK MOUNfEg S~~VE SCOPE, ~LACK & WHITE
TASLET & J~'t~rACE
CALCOMP 565 P~OTTER & INTERfACE
GRAPHIC 2/tl V8t5~ac. 376, VS;5.K, va15-p, V815.LC, 115V60~l
GRApHIC 2/1, VB~5"BO, J1~, VB~5.K, ve~5-p, y B15'"'L.C, 230y50Rl
GRAPHJC 2/1 CONTRO~ • VT15·BM ADAPTER, 115V 00Hi
GRAPHIC 2/1 CO~TROL • VT15-aM AOAPTER, 230V ;0Hi
.OAPTER BE,WEEN DM09~A & V&'5~BC, wSD
'
.
GRAPHIC 2/1. VB1'-EC, 31., VB~5.K, V81'·P, V~15~LC. 115V60Hl
GRAPHIC 2/11 VB15~EO, 316, VB~5~K. VB~5-Pf va15"'~C, 23BV50Rl
GRAPHIC 2/1 CONTROL, 115V 60H~
GRAPHIC 2/1 CQNTRDb. 2J0V 50Hi
128 CHARACTER KEY80ARO & INT£~rACE
KRATOS 21" CRT W SMALL SPOT ii~E & 3 ,NTENSITY LEVELS.l1'vS0
KRATOS 21" CRT W SMALL SPOT SilE & j iNTENSITY LEVELS,23IV'B
a PUSHBUTTON FUNCTION BOX & INT~RFACE
KRATOS 17" CRT w jMALL SPOT Slit & J JNTEN'I!Y ~EVELs,115ve0
KRATOS 17" CRT W SMALL SPOT si~E & 3 INTENSITY ~EVELS,230V'B
D1SPI,.AY CONTROL MODULI SET
CD~OR ADAPTER FOR VR20 (M7~0~)
NEG INTENSIfY ADAPTER fOR TEK 5~3
TEK 601 OR VT~l-A ADAPTER CM760i • CA8L~)
AA11.0A • AA11~E + AA~l~rA + 2 A61~ VR2~ CONTROL
AA11vOB + AA11~E • AA11~fA + 2 A61~ VR2~ CONTROL
MODEL
NO
VC38
VC8!"'E
VCB-I
VCB-L
Vf12-A
Vf38
VK8!"'EA
VK8-EC
VI(B-EE
ENG
DESIGN
MGR
E.NGR
SNT
PK
PK
PI(
PI(
l.H
DC
VL~7
VL~9
toll
DO
SNT
TPL
MI
TPL
A10/
L.H
KS
VP02-p
ST
VP09
VP10
Vpi0-A
F'A
VP01
VP02"N
ST
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
Css
CSS
RI
RI
l.H
RR
RR
RR
RR
RR
VR01-A
VR01"'S
RR
RR
VR~2"".4
SNT
SNT
A10/
AW
SNT
l.H
SNT .
2/'13 V
4111 V
6
3112 V
7/72 V
3
V
3
V
3
V
3
V
2
V
.. 1"/71 V
6
V
5
5/71 V
2
V
2
2
..
6
6
5
3
:5
5
5
5
5
RI
SKJ
Vpe"Lf~
4
5
:5
5
RI
LH
VPBr.LA
2/73 V
2/13 V
3
3
RI
L.H
VPS"'IB
VP8'!"L
21'13 V
..
..
RI
RI
RI
L.H
I..H
V
V
V
V
4
5
:5
LH
Vpe.,.IA
5
5
2
6
RI
VPi5 .. C
V
5 10/'11 V
:5
OG
DG
VP!5·CI..
VP15"'MA
VPB .. I
VR,,3-.4
TPL
MI
HI
MI
HI
VM15
VR03 .. e
VR14
VR14-A
TPL.
TPL
CS!
TPL
TPL
TPL.
TPL.
TPL
TPL
TPL
USED ON
STATUS
CATEGORy
MO/yR
6
L.H
VK8~EH
Vp12",4A
VP!2"'AB
VP!2""AC
VP!.2"'BA
VP12 .. eB
VP!2 .. eC
VP!2"CA
VPi2"CB
VP!2 .. CC
Vpi5"'A
VP!5"8
VP15-Bl.
MFGR
AREA
ON
YUH
VLi8
VM"'l
VM01-A
VM2Il"'S
VM01'"C
VM03
VM0a
L.H
A10/
RR
RR
PROD
ENGR
7/11 V
11',. V
V
7114 V
11,4 V
61,,.)(
1/,3)(
1/13)(
6/71)(
1/73)(
1/13)(
6/71)(
1/13 X
1/13)(
V
V
V
6/71 V
2/'2
3
3
5
5
V
3/72 V
5
X
X
,.
5
5
6
5
6
l(
l(
)(
X
5/'12 V
V
5/72 V
6 11/71 V
6 11/11 v
5
2/7j, V
5
2/11 V
338; 339
8/E
8/1
8,408
VR12. VR1Z-A, Bf C, D, E
338; 339
alE
alE
alE:
8/E
VT04
VT01
9
a
34
34
34
34
YCB-E
YS 08
L1Nc/e
8/1.
YT15
9 WITII! API
15 WI TM AP.I
8A09
11
10
XY1a
XYii
XY1a
XY12
XYli
XY12
XY12
XY12
XY12
BA15eA
BA15-'
8A15"A
BA15-"
BA1'..,A
VP15'A
CHARACTER MOPE OPTJ
POINT PLOTTIN~ OISP
DISPLAY CO~~RijL MOO
OISPLAY CONTROL. MOO
GRAYyGREEN FACEPLAT
SEARCH LOGIC'-'
CONTROL FOR V!8~EA,
CONTROL FOR VIS-EC,
N
AY CONTROL
LE SET
L~ SEt
rJ~TER
~~B,
64 CHAR, 60Hi
CHA~, 50HZ
-EF, 32 CHAR, 60HZ
CONTROL fOR VI8 ft EH, .EJ, 32 CHA~, '''Hi
370, CABLE, MQOULE, VY04 L! PEN INTERfACE
370--C, CA8~E, MODULE, VTS7 Lrp~N INTERfAcE
CONTROL~OR VTB~EEf
.~O,
64
INTERfACE FOR 338
INTERrA~E rOR 30.N
TEK503/564 SCO~E MOUNTING
VM01 & LIG~T PEN MOUNTiNG
HARO~ARE
VM01 FOR H950 CABINET
VM01",B PLUS LJGHT PEN MOUNT
MTNG HARQWARE FOR TEK 602. 604 IN H9.5~AA
MQX CONTROL • LINE DRlijtR FO~ U~ TO 8 VT02
MULTIPLEXER FOR 4 YT0., VT"l, ETC
TEK 564 SCOPE ON LINC/S
.
.
POINT PLOT OJ~PL4Y CONT W PROG CHAR GEN
POINT PLOT DISPLAY CONT 10/ PROG CHAR GEN
POINT PLOTTIN~ QJSPLAY CON!RO~ ~ VT01
POINT PLOTTIN~ OrSPLAY CONrRO~, '0 H~
POINT PLOTTING DISPLAY CON!RO~, 50 Hi
HOUSTON COMP~OT 1a~IN PLOTTER l~ MIL STEp
HOUSTON COtol'I.0T l2-JN PLOTTER, ~ MIL S'EP
HOUSTON CO~PI.OT !2-IN PLOT!E~, &08 MIL STEP
CAI.COMP 565 P~O!TER C~2~IN~ ~0 Ml~ STEP
CA~COMP 565 PLOTTER f12~IN), 5 MIL STE'
CALCOMP ,65 P~O!TER C,a~IN), lS~ Mll. STEP
CA~COMP ,63 P~OTTER C3B~IN) 10 MlL STEP
CA~QOMP 563 PLotTER C~B~IN) , MJL STEP
CA~COMP
POINT
POINT
563
P~O!TER
OISP~AV
DISP~AV
C~0~JN~ 100 Ml.L STEP
CONTROL WITH YT01
CONTROL WITH TtK
VP,'-B WITH ~JGHT PEN
POINT OISPLAY CONTROL WITH yR14
VP~5~C
WITH I.IGHT PEN
~M5B3
811
MUX, ALLOWS YP1'.A To CONTRol. 8 TEK 611
PC OTTER CO~TROL· .
CA~COMP 563 PLOTTER 4 CONTROL
CALCOMP 565 P~OTTER & CONTROL
BAI2.l8
BA08
8A08
CALCOMP 565
8/1
ell
VC8-I, VCa"'L
VC8- I. VCa .. L
VC8- I, VCa .. L
VC8-E
VCA-E
MANY
MANY
PI.OTTER CONTROL
CA~COMP 56~
TEK 503.
TEK 503,
P~OTTER
p~OrTER
VMru ~B
VM01~C
TEK 564, VM0~!'!8
TEK 602 W VM03
TEK 601 \01 VM~J
& CONTROL
& CONTRO~
& 370~A
7X9 DISPLAY, RACK MOUNT, 115V
7X9 DISP~AY, RACK MOUNT, 230V
MODEL
NO
VR14-B
VRi4-C
VRi.4"0
VRt4-£:
VRi4-LC
VRi4 .. LO
VR14-V
VRf7"'LC
VR 7-LD
VR20
VR20"A
VR20_8
VR2/Z1 .. C
VR20-0
VR20 .. E
VR20"LC
VR20"LD
VR30
VR30"D
VR30 .. G
VR30-N
'1501
VSfl8 .. N
VS0a .. p
VS38
VT01
VT01 ...
VT01-K
VT01""KA
VTfl2
VT04"'A
VT04"9
VTr,,5
VT(lJ5A;AA
VTIlI5A;AB
VT05A~AC
VTIJ5A_AD
VT0504;'AE
VT05A,.AF
VTI2I5A;;'AH
VUl5A;;'AJ
VTIlI5A;BA
VT05A;B8
VT05A;;'BC
VT05A;;'BD
VT05A;;,CA
VHJ5A';'CB
VT85A-CC
VT85A .. CD
VUl5A~DA
VTe5A-DB
VTe5A ... DC
VTe5A.DD
VTe5B
VTQJSR.AA
E!\IG
DESIGN
MGR
ENCR
SNT
L.H
L.H
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
SNT
LH
I.H
LH
L.H
LH
LH
LH
LH
LH
LH
LH
LH
LH
LH
LH
I'll
MI
HI
I'll
LH
BM
8M
I..H
SKJ
SKJ
SKJ
SKJ
HI
L.H
LH
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE
DOANE:
PROD·
ENGR
MF'GR
AREA
STATUS
5
5
5
5
3
3
2
3
:5
6
6
6
6
6
TPI..
TPL.
V
2/71
2/11
2/71
6112
61.,2
3112
2/13
2/13
3113
V
V
1
V
V
V
V
V
V
V
3/~3 V
31 :5
3/'3
3/'3
3/13
3113
3/13
V
V
'tJ
6
6
6
6
6
2
5/71 V
5
5
V
6
TPL.
TPL.
2/1~
V
V
V
7112 V
7112 V
7111 V
7/12 V
6
TPI..
CATEGORY
MO/yR
V
6
V
3
8113 V
1/72 V
3
:5
3
6
,
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
V
811;J V
V
V
V
3/72 V
3/12 V
3/'2 V
3/1a v
3/'2 V
311~ V
3/'2 V
3/12 V
3112 V
J11~ V
5
3/12
3/12
3112
3/12
3/'2
3/72
3/12
5
3112
5
5
5
5
5
4
4
v
v
V
V
V
V
v
v
3/12 v
3/72 v
3112 V
3/72 V
5/72 V
USED ON
OESCRIPTIO~
121
MANY
yX9 0 ISPLAY, ~A~K MOUNT, 1~"V
MANY
7X9 DISPLAV, !ABLE TOP, 11;V
MANy
7X9 0 SPI.AY. !A~I.E TOP, 23~V
MANY
7X9 DISPLAY, !ABLE TOP, ~,,0V
VR14p~ MODrrlE.D ~OA 115V GT4"
CT4""'AA, .AC. .AE, ~BA, .BC, .. BE
VR1 •• D MODI'ltD fOR 230Y Gr4"
GT40""AB f .AD, .Ar, ... BB, >;IBO, .8'
ANY VR14
aftBrT JNTEN$ITY CONTROL (VIDEO)
GT44
,NCIoi 0 ISPI.AV W I.IGHT PEN, ~ LEVELS INTENSlTY, 1j5V
CT44
i~ INCIoi DISP"'AY W I.ICHT PEN, ~ I.EVELS INTENSITV, 2 "V
MANy
~ COLOR VRI", RACK MOUNT, 11'V
MANY
2 COLOR VRI'" RACK MOUNT, 2311lV
MANY
~ COL.OR VR~4. RACK MQ~NT, 100V
MANY
2 COLOR VR"., TABL,.E TOP, 115V
MANY
2 COLOR VR14, or A8t.,E TOP, zaeV
MANY
? CO~OR VRi4 TABLE TOP, 10O'1
VR·211J-C MOOH' f ~D rOR GT4 ,..BA
GT4"eBA
GT4f1·BB
VR2f1 .. 0 M~OJf'~D 'OR GT4e~B8
RACK MOUNTtO ~0 fAMILV
4, 7. I)
~6"'IN~W pOINT pLOtTING DISPLAY
4, 7, 9
VR31.P « 3~ $~M'OL ~[N[RATOR
5, e NEG
~~~INCW·'OJNr P~OTTIN~ OI~PLAY
VT15, VTI2I4
VTfl-' lNT£RfAct TO VT15 & VTB4
a NEG
1~'[RrAC[ & MTN~ PANE~ FOR K'.
e POS
INT,R'AQr « Mf~~ PAN£b FOR KV~
336. 339
S~AVE CONTROL LOGIC FOR 343
VS08, I, PLUGS INTO M68~
G627 ErCH DIODES REVERSED
6K X 19 Bf T STACK BOARD, QUAD X 8,5, FOR 11/05,11/25,11/4~'10
8K x 12 BIT STACK BOARD, QUAD X 8,5, FOR 8/E
16KX20 SIT STACK BOARD, PD P11, PD P1". HEX 8.5
6K 12-81T STACK SOARD (G646 W DISCREET DIODES)
aK 12-BIT STACK MOUNT SOARD WITH ~OGIC, HEX, USED ON H219~A
16K 12-BIT STACK MOUNT BOARD WITH ~OGIC, HEX, USED ON H21 9-B
4-BK 16-18 BIT MOTHER BOARD, MATES wITH H22~
16K 16.1B BIT MOTHER BOARD WITH ~OGIC, HEX, MATES WITH H222-A
DISK HEAD MOUNT & MATRIX (4 TRACK HEAD)
DIsK HEAD MOuNT & MATRIx, a TRAcK ~EAD
PERIPH
PERIPH
ssu
cSS
tPG
lk:
12
DREW
GPB
DREW
nREW
DREW
DREW
DREW
DREw
DREW
ROH
RDH
RR
E8
E8
E8
Ee
E8
KE
KE
DG
DG
5
5
5
5
5
5
5
5
5/73
5/73
5/73
5/73
5/73
5
5/73
5/73
1
1
5/74
5
3
3
9/74
9/74
3
9/74
5114
3
9/74
4
5
5
5
5
5
6
6
5
6
9/74
5
3
5
5
5
5
7/73
7/73
CAB~E TERMINATOR, W"28 BOARD
G700 MOOlrlED BY REMOVING R9. USED IN DP12-A,-B. TO INHIBIT INPUT WHEN DP12 IS NOT IN YSE
1/0 BUS TERMINAToR 1
DOUBLE 5
110 BUS TERMINAToR 2
DOUBLE 5
1/0 BUS TERMINATOR 3
DOUBLE 5
110 BUS TERMINATOR USED IN H807 Q~lCK~ATCH TERMINATOR SlN~~E 5
1/0 BUS TERMINAToR USED IN H807 Q~ICKLATCH TERMINATOR SrN~~E 5
110 BUS TERMINATnR UsED IN H807 QUICKLATCH TERMINATOR SlNG~E 5
110 BUS TERMINATOR USED IN H6"7 QUICKLATCH TERMINATOR srN~LE 5
VT50 MODULE TESTER ADAPTER, HEX FINGERS TO ~41~902
VT50 MOOU~t TESTER ADAPTER, HEX rINGERS TO ~410906
CAB~E TERMINATOR, R001 BOARD, 3 DIODES TO STOP OVERSHOOT ON PINS, FOR 8/S BUS
pope NEG LOGIC CLOCK ADAPTER, PMK~2, W023 W MATE-N.LOCK CONNECTOR
8/E, aIM, 11 TTY CUPRENT LOOP ADAPTER, pMK02, w023 W MATE~N-LOCK CONNECTOR
B/I. 8/L, 12 C~OcK SLOT ADAPTER, ~MK02, W02J W MATE-N-LOCK CONNECTOR
INTERrACE CABLE END, PMK2
RP02/03 TESTER TEMtNATOR. SlNG~E " l5 390-J9" OHM DIVIDERS *10 TO GND
DISK SIMULATOR, SINGLE SllE, DIODES. LIGHTS, SWITC~, RESISTOR, Df32
100 OHM TERMINAToR, G7~0 PATTERN. DOUB~E BOARD WITH CUT OUT TO fIT OVER H003 OR H0~4
2 MA LEVEL TERMINATOR, G796 BOARD & COMPONENTS
DEC TAPE JUMPER MODULE
DEC TAPE ATTENUATOR
(OBS), 7 TERMINATORS FOR W6i1 DRIVER LINES, FOR DX36
(OSS), GENERATES +10 & +3V FROM +15 WlTH DIODES, ALSO OTHlR VOLTAGES, REPL BY 54~4220 IN A008
CABLE TERMINATOR, 9 ,001 u F TO GNO, W028 BOARD
(085), OISK SIMULATOR, LIGHT BOARD, BIG DISK
TERMINATOR FOR RS08, 100 OHMS
GP LINE FILTER, WITH QVERVOLTAGE & CURRENT PROTECTION, UK
CLAMPS 0 & +7, 15 cKTS, FOR ELECTROLOGICA EX~8 COMPUTER
DOUBLE AD08-8 TE~TER FOR MULTIPLEXER, 17 1% RESISTORS, 16 TAPS, ~lev ACROSS STRING
TERMINATOR, EQUIV 100 OHMS TO +4, USES +10 ~ GND, G700 CONNECTIONS
RESISTOR BOARD. R002 LAYOUT, USED IN AX08
147
MODEL
~.;
DES
F r"GR
:!
Gll?
GllS
3
CPU INTERFACE, XnR TESTER, SINGLE 8,5, 4 3M CA8LES
G5
GS
5
5
'-'[FnPH
15
P(RIPH
G]26
1?
G726-YA
G727
G727-JA
G727,J
G72?1
G128
G7.?9
G73Z
G731
G732
G733
G734
G735
G736
G736(·i
G7361
G73?
G736
G739
G747
G741
G741-YA
G742
G743
1 (i
Su
11
11/43
PJ
REL
1::'/45
1
1
1'3
,:;
1169
1/69
5
I"'SS
11
15
IPC
!PG
1
:;
'5
5
7/69
1
5
7/72
RE~
4
7/73
JE
5
5/73
"3
5/73
5/73
su
HOOR
MORO
r-10RO
1,2
o
11
11
11
PJ5
LOGIC
SS
Rf
H';
SU
PERIPH
PERIPH
PM
PH
11
11
PERIPH
PERIPH
JH
IPG
15
R8
G744
G745
G746
15
L.H
G747
G748
G749
H
IPG
r,SS
l~J
CON~EcTOR
G75e
nc
G7501
G7502
CSs
r:lC
G7503
!lC
G7503- YA TE
G7504
'V;
G75Z5
t)C
f
G75 Zf.
r;c
G75:?7
'1::;
G75Zt3
flC
G7529
5
5 11/71
5 3172
5 2/72
2 10/71
2 3172
')
DERIPH
r;c
G75Z li _YA Qr,
LH
ATT
ATT
MORO
AHOAr~
W~22
TIMING JlIHPER rOR PDP12, W~EN PLU~GED IN UPSIDE oOWN, EACH DELAY LINE TAP IS SHIFTED
RF08 TERMINATOR ROARD-A, (9 470 O~MS TO +\0, b 1K TO +10)
Rf08 TERMINATOR ROARD~8, (1) 470 OHMS TO +1~), G719 ETCH
TERMINATOR BOARD fOR POp15 HEM EX, 24 2~7K TO +~, .01 uF TO GND
TERMINATOR BOARD FOR PDP15 HEM EX, (24 2,7K TO +5)
9 CLAMPED l.OAOS J:"OR RS09, w021 CO\jNECT10j~S, 15 MA CLAMPED LOADS, 3e MA ON V
JUMPER MODULE FOR DC06A CHECKOUT, ADJACENT pINS JUMpERED tXCEPT Al-B1., A2-B2
JUMPER BOARD
ME10 BUS CONTROL, A JUMPER BOARD
NO CAPACITOR ON REQUEST LINE (MFla)
SHORTS K2~L2,M2-N2~P2-H2,S2-T2, USED IN 0011 WHEN NO PERIpH CONTROL I~ PRESENT
SYSTEM-TESTED G727
LONGER G727
SHORT DOUBLE JUMpER CARD, MF11-L
9815 JUMPER CARD (24 JUMPERS)
JUMPER CARD, 16 IN & 2 OUT (2 OCTAk DIGITS) FOR AM~7
JUMPER CARD, DPOT, TO REPl.ACE AMPLIFIER IN 4Mi7
PUSH SUTTON RESISTOR BO~RO FOR CNC CONTROL PANEL
KV JUMPER CARD
2 10w 1,5 OHM RESISTORS (VR12)
PART Or G793 fOR BM08
VOLTAGE DIVIDER TEST CARD FOR A001
JUMPER MODULE, 1 Ie SOCKET, 16 PI~S, SINGl.E 5
G736 W~ SOCKETS, SlNG~E 8,5
SELEcTS sUS REQUEST PRIORITY LEVE~S FOR up TO 4 DEVICES ON UNIBUS~ USES 54.10342 PLUG
9 DIVIDERS, 15~ OHMS TO +3V, W~28 CONNECTIONS
TERMINATOR.9 82 OHMS TO GNO, l' U~I8US LOAD~, RS64
TERMINATOR, 9 82 OHMS TO +5V. 15 JNIBUS LOAUS, RC11
DISK SELECTION CARD, 8 IN & 10 oUT WITH LOAUS & JUMPERS
18 5 MA NEG CLAMP LOADS FOH TU10-E.-F
16 5 MA NEG CLAMP LOADS, 2 a~ MA LOADS, G741 ETCH, TU10
JUMPER CARD, PINS OF NON-I~VERTING M50~ & M~J1, TU56 WITH PQS LOGIC CONTRO~S
OFFSET COMPONENTS & POT FOR A200
JUMPER CARD FOR vT15
TERMINATOR CARD FOR VT15
G700 WITH 220 OHM RESISTORS FOR T~10 BUS
G700 wITH 220 OHM TO GND & 390 OH~ TO -15V fOR TM10 BUS
RELAY EVALUATION MODULE USED WITH A150, 16 ~K RES ON PADDLE 80
LOAD CLAMP, 16 CKTS, TAP JUNCTION OF DIOOE TO GND & RES TO .15V
Cl.
G719
OESCRIPTrON
'5 100 OHMS TO GNn, PINS K2, M2,P2,S2,TZ, SAMl GNOS AS
JO
1.2
G722!
G721
G7?2
G723
G724
G725
CABLE
'3TATUS
I-1Q/YR
5
1
2
1
5/73
9/73
1170
2/70
4/7~"
"55
4 2/74
5 2/74
5
::;
5
'5
r;
5 4/72
5
1 12/70
MODULES
2/74
3 10/73 SINGLE 5". 35 SIGS TO H854,
2
4/74
2
4/74
8D~5
EeL TO TTL & 3M CABl.E, 16 CH, G75~3 USED ON OTHER CABLE END, SINGLl 8,5 (TRANSMITTER)
3M CABLE & TTL TO ECl, 16 CH, SINGLE 8,5, G7502 USED ON OTHER CABLE END (RECEIVER)
1 4/74 G7503 WITHOUT TERMINATORS
1 lel73 G7502 W FINGERS nN HANDLE END INSTEAD OF 3M CABLE
? 4/74 FINGERS BOTH END~, AAl TO ~Vl, ETC, USED W G7504 & H851, sINGLE 8,5, 4 LAYER
1 le l 73 DIAGNOSTIC RECEIVER/TRI STATE DRIVER CDRJSO), RP04 XOR TESTER, SINGLE-a.5
1 12173 4 LAYER HEX EXTENDr R TO 5 SLOTS
2
4/74 KL10 16CH TTL XOR DRIVER, SINGLt 9,5
2 4/74 KL10 aCH TTL XOR RECEIVER, DUAL 8!5
? 4/74 G7509 W NO RECEIVER, MATES WITH G7509 W HB~l
MODEl
NO
G751
G752
G752D
G753
G754
G766
G767
G768
G769
G770
G771
G772
G773
G774
G775
G775-YA
G77S-yB
G776
G777
G778
G780
G781
G782
G783
G784
G785
G766
G767
G7ee
G789
G790
G791
G792
G793
G794
G795
G796
G797
G798
G799
PROf)
OES
L. F4E
ENGR
"C
QC
I')C
CpL
CPL
iii)
IpG
8
e
B
12
'~G
EG
18
BALL
BALL
DREw
RG
EW
Ps
PS
11
CR8
8
Io/H
IPG
15
DAS
OAS
a
14
DIS
12
10
14
12
8
8
PERIPH
PERIPH
PERIPH
10
2/74 SIDE 1 TEST HEAD INTERFACE DRIVER (XUR TESTER), 1 3M CABLE, SINGLE
5
5/73 AC COUPLING CARD fCR OC04-A
5
5
PDP11 POWER CONNECTOR
2
5
1
1
3/73
l..N
1
JM
LeG
JM
L.G
DA
WH
GS
GS
GS
5
5
3113
3/69
2/74
5
6
5
5
5
5
:3
1
1
5
3/68
1/68
5/73
ao~t~~Tr~~pul~b02~~~~~~S~0~~~~'1~Y~f~Et61~i" -15 & GNO IN ON HAND~E, fOR 0501
36 WIRES ~o INDICATOR Q'S, .6 1 5'1 FROM ~AHPS, Rf09
DA28~C INOICATOR PANE~ CONNECTOR CARD #1
DA28~C INDICATOR PANEL CONNECTOR CARD #2
DC08~C POWER cONNECTOR (CaD GND, OTHERS BUSSED)
POP14 CONNECTOR, HVLAR OR RIBBON! CW1LL HAVE LUGS), SIDE ENTRY, C & l~TH WIRE cONN USED WITH G782
CABLE CONNECTOR rOR KV8/I, SEE Gf69
POWER CONNECTOR CARD fOR PDP~12
(oeS). CABLE CARD fOR TU79, REP~ACES OAC
PQP14 CONNECTOR A .5, 8, 0 Fl~TEREO SIGS (WITH E&H) C GNO, OTHER STR4JGHT THRU, USED WITH G777
9 TWISTED PAIR ANO SHJELo, • pR G~OUND RETURN
CABLE INTERFACE pOR TR02, DOUB~E ~EIGHT
POWER CONNECTOR, S/L. POWER OK
BELL 300 SERIES TERMINATOR, 5 TRA~SMITTERS, + 2 MORE W!RE~
GP0 MODEM CONNECTOR (ENGLAND), sP~lT LUbS, tENER CLAMPS & fUsEs
CONNECTOR WS23 ANO MORE GNO CONNECTIONS, BIG DISC, BACK SIDE CONTACTS TO USE HS02
CONNECTS W012 WITH DIffERENT R'S, CONNECTOR TO G790
DISK SIMULATOR, rLEXPRINT TO G789
DEC TAPE CONNECToR
POP~8/1 POWER CONNECTOR, DOUBLE, DOUBLE SIDED
PDP~8/1 SWITCH CoNNECTOR. 8~I TO CONSOLE
(OBS), 25 OHM CABLE CONNECTOR
CLAMPED LEVEL CABLE CONNEcTOR, W021 PINS, DIODES TO ft,? & _3V, PDP.9, EXTENDED MEMORY
CLAMpED LEVE~ CABLE CONNECTOR, w034 WITH CLAMps ~ GND & -3'1 wiTH 2 MA CLAMpED LOAD? G7~4 ETCH
47 OHM SHUNT, OTHERWISE W~3~
47 OHM SERIES. OTHERWISE W0Jl
POP-10 CABLE CONNECTOR, 10/021 CONNECTIONS, 3 f~EX PRINTS IN PARALLE~ TO ACHIEVE 30 OHM IMP
Su
5
5/73
5/73
A
A
MA
MA
5
10
15
0'1
s
5
5
6
5
5
5
8
5
5/73
5
5
5
5
2/74 CONTROL. fOR 739 POWER
5
8/72
1,0
HI
5
POWER SUPPLY MODULES
G800
10
G8000
11
G8B0l
PERIPH
G8002
PERIPH
GS003
11
G8003-YA TPL
Ge004
PERIPH
Ge01
15
G8010
PS
Gerall
PS
Ge012
PS
G8f2113
Ps
RL
PM
SERG
S5
JG
CAY
DREW
DREW
DREW
DREw
S,~
2 / 74 SIDE 2 TEST HEAD INTERFACE DRIVER (XOR TESTER), 1 3M CABLE, SI~G~E 8.~
1 11/73 G752 W TERMINATOR RESISTORS
5 9172 INtTrAL1~E BOARD; 05300 SERIES, DOUBLE S.5
2 10/72 INtTIALI~E BOARD. OS500 SERIES, DOUBLE 5
5 5173 G796 W 3M CABLE, 14 SIG, 2 GND
pOWER INPUT FOR AA11,.'-15V, REMOTE SENSE
5
2 5 / 70 INTENSITY INVERTER fOR CONNEcTING GRID INTENSIFIED SCOPES TO Ves/I
'3 5/73 Kvell TO VT02, G778 ETCH
5 5/73 VT02 TO VT02 CONNECTOR, G7lS ETCH
EK
0'1
RCR
RCR
PS
149 .
DESCRIPTION
3
3
5/73
4/69
eS S
ssu
ST.\1 US
MO/YR
4/72
3 1/74
5 11/72
7 3166
5 9/74
5 9/74
2 121/73
'5 9174
SUPP~Y
+8,SV RECTIFIER
LOW VOLTAGE DETECTOR, -2V
LOW VOLTAGE DETEcTOR, RS64
FULL WAVE RECTIfIER UP TO 600'1 1 AMP
G80~3 W NO DIODEs
+5'1 DETECTOR fOR LA30, SINGLE 5
(NEVER BUILT) SERIES REGULATOR, PDP-9 ME~ORY
-5.2V CONTROL, KL10, SINGLE 5
~2V CONTROL. KL1~, SINGLE 5, G801~ ETCH
+5V CONTRO~, KL1~, SINGLE 5, G801~ ETCH
+10V REFERENCE, KL10, SINGLE 5
MODEL
NO
Ga 014
Gaelr;
G80l6
G8fZ117
G802
G82!3
G804
G805
G806
G807
G808
G809
G610
GSll
GS12
G8i3
Gei4
G81S
G816
Ga17
G81a
G819
G820
G821
G822
G823
G824
G825
G826
G827
G828
G829
G830
G831
G832
G833
G834
G835
G836
G83?
G838
G839
PRO::
DES
LFE
HJGk
PS
PS
:-t/A
rp L
DREW
DREl-i
ADL
DREw
wH
RR
"iii
WH
WH
12
o
~~
U
WH
WH
HO/YP
5
2
4
1
5
6
5
5
9/74 ~5,2V
7174 POWER
9/74
4/74
6
7
5
~
5
~
RU
f3U
L.H
RI
DO
00
DO
LG
00
MA
SU
EllA
DREW
DREw
AR
RC;
GPa
LN
I..H
RL
LH
t..H
OESCR I PT I O~J
STATUS
5
5
6
5
5
5
5
3
5/73
5
5
5
5
5/73
;
5
2/74
5
5
5 5/73
5
5 5/73
5 2112
5
2 11/69
5
5 5/73
5 12/71
1 10/70
5
5 11/71
DETECTOR; 16 INPUTS; ALL MUST BE MORE THAN 4.8V, SINGLE 6
CONTROL LOGIC, KL10, DOUBLE 6, USED IN 863
REGULATOR fOR H763, QUAD
863 INDICATOR DRIVER, SlNGL~ 6
REGULATOR TRANSISTORS FOR PDP.8 EXTENDED MEMORY, DOUSLE HEIGHT, DOUB~E THICK
(ORS), RECTIFYING SLICER, 8/S, RE~AMED W533
CONTROL rOR G805. pS PRE"REG PLUS +10 & -15V DETECTOR, (G809)
REGULATOR fOR NEG 8 MEMORy
(085), LIKE G804 BUT TURNS OFF REGULATOR INSTEAD OF DRIVING EXT RELAY, (DRIVES G805)
(Q8S), OPTION POWER SUPPLY fOR yR12, +5V 22~ MA, -sV 20 MA. DOUB~E T~lCK
POWER SUPP~Y cONTRO~ FOR 708 PS, SAME AS G8~0
-15V SENSE & RELAY DRIVER, PDP~8 ?S
6V REGULATOR CONTRO~, DRIVES A G8~5
+l,&V REG CONTROL, DRIVES G805, PuP-10, USEU ON G812 & 703 POWER SUPPLY
-3V REG CONT, DRIVES Gij05, PDP-l~' GB11 BOARD, 703 POWER ~UPPLY
REGULATOR CONTROL rOR 704, gOUBLE MODULE SHAPE, DOESN'T PLUG IN
(OBS), +3V SUPPLY, 1.1/2 AMPS, DOUBLE HEIGHT & WIDTH, FOR DX36
SERIES REGULATOR, 7 AMPS, 35 WATTS, FOR 703 SUPPLY, OOUB~E HEIGHT & WIDTH
MODIfIED G806 fOR ORIVING 70V POWER SUP REGULATOR OUTPUTS
CARD 1 FOR 713
CARD 2 FOR 713
HV SUPPLY OF yR12
+5V 300 MA SUPPLY (fROM +10V) FOR ~INC·8 C~lN CHEM
+5V REG CONT AND OUTPUT CARD fOR POP15, (SEE G829)
~6V REGULATOR (FROM .10V) FOR SENSE AMPS, POP15
-24V HEM REG CONT CARD, DRIVES G825, POP15
+5V REG CONTRO~, PDP~12
~24V PASS ELEMENT, fROM G823
REG CONTR FOR 8/1, DRIVES GB05 & JETECTS PR~SENCE Of OT~ER VOLTAGES, UOU8~E HElGHT
LOW VO~T DETECTOR, PDP~15, • K303 RC'S, DETECTS +9V, USES ~5V
REGULATOR CONTROL, ME10, USES G805
sV CONNECTOR CARD fOR 15 PERIPHERA~S WITH OVERVOLTAGE SCR & fUSE, CAN REP~ACE GB21
5Y. 10 AMP REGULATOR fROM 8V, Kll~
-10V REF, +5V OUT, 0 TO +1 0 V 6 BIT DAC, MARGlNAL CHECK CONTROL. KI10
-10V, 1 AMP REGULATOR, 12,6 VAC IN
~6V, 6 AMP REGULATOR fOR AG02, VECTOR BOARD, ON~Y 5 TO BE MADE
5V 3 AMP REGULATOR, STUD OR SOCKET MOUNTED, FOR H309
30V, 5A SUPPLY (NO XFMR), fQR PR8~ES
+ & -20V REGU~ATOR FOR y R1 4 , QUAD
DCIDC CONVERTER, GENERATES .15V @ 0.3A FROM -15Y. SINGLE X SHORT
FAULT PROTECTION fOR YR14, PROVIDES +5V FOR INTENSITY BOARD W682, IN VR14
COLOR GAIN COMPENSATOR, INC~UDES *5V fOR lNTENSITY BOARD W682 IN VR20 .
SPECIAL MOOULES
G840
LOP
HL
4
5/73 LIGHT PEN AMP fOR vR14, SING~E 5
G847
G848
G849
G850
Ga51
G852
G853
GS54
Ga5;
PERIPh
HQ
HQ
5
DUAL VOLTAGE CONTROL FOR G8 48, TU56
TU56 MOTOR DRIVE
6/67 rEED FORWARD rOR DISP~AY, EQUIV TO 1579
SCR MOTOR QRIVE, fOR russ
DEC TAPE RELAY MODuLE, DOU8~E SItE
5/73 DUAL TELEGRAPH LrVEL CONVERTER
2/74 DEC TAPE MISc, SINGLE UNIT SELCTION & TlMING TRACK SENSING
TELEGRAPH LINE CIRCUIT. SINGLE. DOUBLE THICK
5/73 DUAL TELEGRAPH LEVEL CONV, REPLACES G852 IN MODIFIED SySTEM
PERIPH
r'l S
PERIPH
pER I pt.;
CSS
HO
HD
5
1
5
5
3
5
5
~
MODEL
NO
G856
GB57
G857-YA
G858
G859
PROD
DES
L n~E
lNGR
A
:;
5
C;SI'1U
3
15
PERIPH
5
G86~
A
R/E
G8a~
G881
G882
G883
Gess
G866
GeS7
G888
G889
G890
5
A
5
1
5
R
5
~
5
"-lTSf
6
15
ceS5 WITH. LOGIc INPUT LEVELS, DC~8, 50-80V. DOUBLE THICK
EIA LEVEL CONVERTER, PIN COMP WIT~ W~76, +1~ & -15V, PART OF BC01C
2/72
TELETyPE CONNECToRi PDP.15, 8 PIN AMP CONNECTOR
CLOCK & REGULATOR FOR TU56
TELEGRAPH LEVEb cONV, G856 wITH CONTACT SUP FOR 135VDC, DC08-C
3 / 71 TELEGRAPH LEVEL cONV, G860 MOD, MORE POS alAS ON RECEIVE RELAYS
5/73 SOLID STATE XMTR, 2 CKTS, EACH SPOT rROM .80 TO ~S~V, 400 MA MAX, CC0~.CS, DOUBLE
sOLID STATE RCVR, 2 CKTS, 8,5 TO 75 MA THREsHOLD ADJ, ~lGH COM MODE REJ
7 / 73 GS56 WITH DIFfERENT CONTACT PROTECTION FOR GPO, IN DC08~~
(OSS), EMITTER FOLLOWER (ANALOG) TO CONNECTOR X10 AMP TO ~LICER
t~~~~~8~l 8ftfglgR,&T~~~~~/a~ CLA~Pf TC08
5
5
?
F\
DESCRIPTION
t-1Q/YR
11
GS600
G861
Ge62
G863
G87e'
G879
G8790
STATUS
(NEVER RELEASED), SLICING RECTIFIER
(NEVER RELEASED), PEAK DETECTOR
MANCHESTER REAOER~WRITER
5
(OBS), PEAK DETEcTOR (DRUM)
6
(OSS), 3 USEC DELAV LiNE, FOR TU79
6
(085), WRITE ERROR DETECTOR
6
5 USEC TAPPED DELAV, EVERV 1/2 us, 1K IMP, fOR 545 FOR READ DESKEW
5
5 1121/69 MANCHESTER READER/WRITER
1 UJl71 CASSETTE READER/wRITER (USED IN P~K02) SING~E X 5
5 5/73 POWER FAIL & SELECT BYPASS, IBM 3~0, DX11~B, SINGLE X 5
15
15
7
~
1~
1~
CSS
PERIPH
15
rs
COMM
MISCELLANEOuS
G900
G912l1
G902
G903
G904
G905
G906
G907
G908
G909
G910
G911
G9i2
G913
G914
G9i5
G916
G917
G9iS
G918~YA
G919
PERIPH
PERIPH
PERIPH
PERIPH
a
WH
12
CL
~
~
1~
H
1Z
12
15
8
12
12
PERIPH
TYP
LOP
G920
G921
15
G922
G923
G923-YA
G923C
G924
G924Z
5
5
?
5
5
6
MA
5
7
5
DV
6
6
6
5
5
MA
au
MI
RI
MoL
SG
~L
5
5
5
5
7
5
5
5
14
14
14
14
14
WH
AR
AR
Lf
LF
AR
5
14
~F
3
~
1/74
5/73
3/74
c;
5
5
3
4/74
1/73
1/73
TAPE PHOTOCELL AMPLIFIER
PAPER TAPE MOTOR DRIVE
(NEVER BUILT),PAPER TAPE PHOTOCEL~ AMPLIF"lER
CLOCK ACCELLER1ToR fOR PAPER TAPE READER
PApER TAPE pHOTOCE~L AMp, USES SDA, 9 CHANNEL, OOUB~E BOARD
(095), DISPLAY OUTPUT AMPLIfIER
LINC~8 CAP & POWER UP
(095), MIse fOR pop~e/l. RENAMED ~700, RENAMED M700
+ OUTPUT VERSION OF G904, LAMP fOR ~15V INSTEAD Of +10, USES HOffMAN PHOTOCELL
(08S), PHOTOCELL AMP FOR TU79
.
(OBS), SERVO INTERRUPTER, fOR TU79
(085), REWIND GENERATOR, TU7 9
DE'LECTION AMP. ~12 AMPS INTO 30 JH PUSH~PU~L YOKE, 15 US PULL DEf~ TlME. VR12
CLOCK CONTROL, (G903 + 1/2 R302 + 1/3 R603)
INTENSITY CONTROL
.
PowER ENABLE, MOTOR START, ~P67~C,D
POWER DETECTOR & SWITCH FI~TER, POP-12
GAIN & SET CONTRo~ FOR VR12
PHOTOCELL AMP FOR PT04,5, REPLACE~ENT fOR G908, fOR PHOTOTRANSISTORS
REPLACED BY G918
LIGHT PEN OUTPUT AMPLIFIER
CONTROL MEMORy QUAD MODULE, FOR PDP9
PDP"8/L. CO~JSOLE, (P\.,UGS IN)
BRAID BOARD, MTI ROM
SENSE BOARD, MTI ROM
SENSE BOARD, MTI ONLY ROM
SENSE BOARD, DATA-PAC, MR14-E, QUAD 6 DOUBL~ THICK, 2~.G92J0
SELECTION BOARD, HTl ROM
SELECTION ROARO, DATA~PAC, MR14-D, QUAD 6, 2~-G9240
151
PRUn
MODEL
LI ;',r
NO
G925
G926
G927
G930
AR
Ps
3
8
B
PS
ER
1
1
5
14
R
G930~}
TY"
G931
G932
G933
G934·
~)E ~
I Pt-;
(R
RbI-
pEQlph
MOM
PERIPH
PERIPH
MOM
G934~1
oEnlpH
..JH
G9341
G935
G936
G937
G938
PERIPh
12
PERIPH
14
JH
STP
CAY
AR
OJ
C938,~
G9381
G93a2
G939
DESCRIPTION
i'lES
PERJPH
PERIPH
~O~1
JR
pERlpH
.JR
PERIP~i
JR
CARTfR
CARTF::H
CARTEf<
DS
CAY
GHP
r)C
G94~
~C
G941
G942
G943
G944
G950
G951
G952
G953
G97e'
G971
G972
nC
PROE
PE·R I PH
PERlpH
~~ O!')
r>lon
:;
5173 KEEPER BOARD fOR HTI ROM
1/69 KEYBOARD FOR VT02, QUAD
1/69 ENCODING LOGIC FOR VT~2 KEY~OARO,
4/72
1 11/69
5
5
I)
';
4171
'1
5/73
5/73
1 10/70
5 5173
1 1/74
1 1/14
1 1/74
1 1/71
1 2/71
1 2/71
1 2/71
4 5/73
3 3/74
3
5
5
3
5
5
5/73
6
5
2 12/68
5 6174
1 6/73
G973
G973:o
G98e'
G981
G982
G983
G9Q8
152
ENGR
5
5
5
ww.
'5
5/73
;'5
G999
QUAD
TAPE ALLOTMENT FOR PR68-C,D
TAPE ALLOTMENT FOR PR68-E
BOTIEOT SENSOR FoR TU10, (USES fAIRCHI~D BOTIEOT ASSEMBLY)
CAPSTAN SERVO PRtA~P (DRIVES H603)
REEL HOTOR AMp fnR TU10, +1-~2V; +/-6A
BRAKE ACTUATOR rOR TU1 0 , 6 V, INITlALLY 0,8A, FINALLY ~t1A
REpLACEMENT FOR LOGIC PORTION Of ~934, SINGLE
REPLACEMENT FOR OUTPUT PORTION OF G934, HIGHER CURRENT, DOUBLE
TTY37 TO 35 OR 33 CONVERTER
CLOCK WITH ACCELLERATOR FOR LA30
14/L MEMORY TEST CARD
DECPACK HEAD POSrTrON SERVO, DOU8~E X 8,5
TRACK POSITION DETECTOR, RP04_M, JOUBLE 8,5
vELOCITY fUNCTION GENERATOR, RP04pM, DOUBLE 8,5
SERVO CONTROL BOARD, RP04~M, DOU8~E 8,5
UNIVERSAL TESTER LOAD BOARD
815 LOAD #1, UNIV TESTER
814 ENABLE B15, uNIV TESTER
TESTER FOR M835, M836 (WIRE WRAP ON W931), YUAO x 8,5
LA30 EXERCISER, 7~BIT eNTR, SINGLE x 5
LA30 EXERCISER, ~ORMAL G943 OR 4 + 1 (SKIpS ~INE FEED 4X)
FAST GATE FOR NEw BVRST GENERATOR, REP~ACES 81~4
MODULE TEST PU~SER, fOR BURST GEN, WIDTH AD~UST4BLE, AMP~ PROGRAMMAB~E
PIN SELECTOR, SELECTS 1 Or 2 BUSSES, DOUBLE, 36 PIN RIBBON CABLE OUTPOPS DIGITAL HX. 8/1 INIOUT BUS, 6 POLE ~ORM A TRANSISTORS
(OBS), REt SUPPLY, OP AMP, FOR 2720 CURRENT CALIS
POWER ISOLATION SOARD, SALUNS & CAPS FOR 2 VOLTAGES
PDP~10 MEMORY TEST BOARD, CURRENT MONJTOR AND LOADING, 8" X DOUB~E HT
INDICATOR BOARD FOR RP02~AS,-BS, 5 X 13,5
56 PIN CONNECTOR CARD FOR Rp02~AS, -85, RP0J~AS, ~BS, 5"X~"
DEC TO DISK FILE PA, (DATA PRODVCTS)
JOSS AVDIO OSCILLATOR
JOSS AUDIO AMPL.IfIER
HEX HEAT TEST BOARO
CURRENT MEASURING EXTENDER, 1~1/2 ~ENGTH WJTH BUS LOOPS
(RESERVED fOR DOUBLE~SIlED G998)
NON~TORE
NO~-TORE
HAROWARE"
rAT
5
CAT
5
H0~3
H004
H0(:5
KE
5
5
52
1 8172
?
3 10/72
1 4173
KE
tAT
H~06
y?G
~10RO
H007
CAT
8P
H00,8
14
AR
H"09
14
KOG
H01.2
H1311
"'en
~'G
n
3/4" BRACKET TO STAND 1907 COVER
1
5
r;
4/73
4/73
4/74
~L.ATE IN FHONT OF rtC, MOUNTING PANELS 1943, H900,
ETC, PUTS PLATE FLUSH WITH RAl~S Or DEC AND EHCOR C4BlNETS
SRACKET TO SET Fe MNTG PANELS BACK ABOUT 2~1/2" TO 3" SO CONTROLS, SWITCHES, ETC. ON A
PLATE WILL HAVE 2" SPACE, COMPATI8~E WITH DEC COMPUTER CAiINETS & ALL 'TYPES OF RACKS
NYLON BLOCK FOR MOUNTING H350, H351, OR ~352 CONNECTORS, 2/H800'S
NYLON BLOCK FOR MOUNTING H350r2 CONNECTORS, 4/2~H80e's
GRAY FLIP-CHIP H.NDLE W EYELETS
19" MOUNTING PANEL FOR 5 H7061S, JSED IN AA~5
CONNECTOR RETAINING BLOCK KIT (REPLACES H00J, H004) 12.09850
1 PAIR MOUNTING RAILS (74-10925) FOR H912 PANELS IN NEMA ENCLOSURES, J' LONG
1 PAIR MOUNTING RAILS FOR H912 OR 8C40H TERMINA~S, 2' LONG
(CHANGED TO H020,
74-5570-2 BRACKETS fnR H~13
~OVER
MODEL
[1[5
NO
LIhF.
H3J.2
H01.3
'~Cr)
H01 4
~"C r)
I-1cn
Hi31S"A A TPl,.
H~19
CA"
1-1132:2
H021
CAT
r'!A T
H023
H024
H025
MOD
CAT
5
5
1
5/71
t
9/74
5
2
5
CAT
I-OD
DESCRIPTION
t~O/YR
CA T
H022
H0P0
H0Al
STATUS
n~GR
7/71
5/72
6
6
12 ... 5310-2 NYLON FASTENER (PAIR) rOR H011
74~5331 PANEL COvER SNAP ON FOR PJP9 OR 1~
5.25 X 19" PANEL WITH HOLES TO MoJNT H726~B
F"lLE BRACKET SET
CASTING rOR 10 H803 sLOCKS IN 8/( BOX, INCL 4 STDorFS, TERM STRIP, & PWR HARNESS,
19" CASTING rO R 1943 ETC, (WITH S~ORT & bONG END)
STPAIGHT END pLATE fOR SHORT END Of H020 wITH 4 SCREWs
OFFSET END PLATE WITH TERMINAL SLOCK FOR LONG END Of H020 WITH 4 ScREWS
OfFSET END PLATE WlTH HEYMAN TAB TERMINA~S, 2 BLACK I 2 R~D, 2 ORA~GE, ~ SCREWS
8.5" H021
8 5" HI2I22
(bBS), POP8 RACKS, ETC, FOR MfG, IN CAB~8 OH IN CUSTOMER'S RACK
(OBS), PoPe RACKS, ETC, TABLE TOP VERSIONS
US~D
ON H9190
POWER INTERFACES
H101£:'
HOI)
H1 0 4
MOO
DOANE
DOANF"
H1 5 00
H1550
Ip G
H'G
AR
AR
DOANE
7
6
:5 121/73
;'3
10/73
H152
H1600
MOD
IPG
AR
:5 10/73
H161
H1650
H19i2J
t-100
DOANE:
6
on
DOANE
IPG
10-1
AR
6
1 11/72
6
(oeS), BLANK CASE, WITH SLOT MILLED FOR MOUNTING ON H190
(oeS), 4 115 VAC-DC ISOLATED LOGIC INPUTS, 2 ALSO USABLE ON 24¥ AC-OC, IN RELAY PANE~ PKG
120 VAC INPUT TO 5V LOGIC, l Xl.5 X3 SOLID STATE cONVERTER TELEOYNE RE~AYS
10~55 VDC IsoLATED INPUT TO 5V LoGIC. lX1. 5 X3 SOLID STAT~ CONVERTER, TELEDYNE RE~AYs
(OBS), 2 10 WATT _ 120 VAC OR DC ISO~ATED SWITCHES IN RE~AY PANE~ PACK4GE
5V To 120 VAC 2A, 1.1,5X3 SO~lD STATE CONVE~TER, TELEDVNE RELAYS
(oas), 1 300 WATT ~ 120 VAC OR DC ISOLATtD SWITCH IN R£~AY PANEL pACKAGE
5V TO DC l~oLATEn 55V 2A OUTPUT. l Xl,5X3 SO~IO STATE CONV~RTER, TELEDYNE RELAYS
(DeS). MOUNTING RAI~ FOR H104, H153, Hl~l' ETC,
CORE STACKS, BRAIDS
H2"'1
H202
H203
H2Vl4
H205
H206
H207
H207,..£
H208
H209
H210
H211
H211'"'A
H212
H212-A
H213
H214
H21 4 ... yA
H215
H216
H217"'A
1-1217,..s
H217 .. c
H217",o
H218,..A
H218 ... s
H218,.c
CAT
11
Po
PO
PO
PO
Po
11
11
11
PO
PO
PO
PO
SU
Po
we
PO
we
PD
PO
RH
PD
PD
OwS
DWS
OwS
DWS
nwS
DviS
DwS
5 12/66 POP8~S STACK, 8K P~ANES. MOUNTED ON G~09, 4K X 13 BITS
1/69 4K. e BIT, 30 MIL STACK ON G615
1 1/69 4K, 8 BIT, 20 MIL STACK ON G616, PS~3009957
1 1/69 4K, 9 BIT. 22 MIL STACK ON G616. PS-3009957
5 9/72 4K, 12 BIT, 22 MIL STACK ON G616. PS~3009957
1 1/69 4K, 13 BIT. 22 MIL STACK ON G616 & G617, PS~30~9957
4K. 16 BIT, 22 MIL STACK ON G616 & G617, PS~300995Y
5
5 9/72 H207 CONrORMAL~Y COATED, 1,5 USEC, PS~30099'7
1 1/69 4K, 11 BIT, 22 MIL STACK ON G617 & GG616, PS~3009957
1 1/69 4K, 18 BIT, 22 MIL STACK ON G616 & G617, PS~3009957
5 9/72 4K, 19 BIT, 22 MIL STACK ON G616 & G617, PS~3009951
4 9/12 4K 12 BIT ON G646, 3 WIRE 30. 18 ~IL CORES, MM8~EH
2 12/73 4K 12 BIT ON G64P, 3 WIRE 3g 1 8 MIL CORES. DISCREET DIoDEs, HM8-EH
5 9/12 6K 12 BIT H211, MM8~EJ, PS·3 01 0 654
2 12/73 8K 12 BIT ON G648, 3 WIRE 3D 1 8 MI~ CORES, DISCREET DIODES, MM8.EJ
5 9172 4K 16 BIT STACK ON G645, 3 WIRE 3D, 18 M~~ CORES, PS~3e10654
5 9/72 8K 16 BIT H213, pS 3010654, 90~ NSEC, USED IN MH11.L
2 1/73 850 NSEC H214
4
9/72 8K 18 BIT H213, pS~3010654. USED IN MM11.~P, ME15
4 9/72 8K 19 BIT H213, PS"3~10654. USED IN Mf10
2 9/72 16K 20 BIT STACK ON G647, PS H2 17-0
2 9/72 16K 19 BIT STACK ON G647, PS H217~0
2 9/72 16K 18 BIT STACK ON G647, PS H217~~
2 9172 16K 16 8IT STACK ON G647, PS H217~0
1 8/73 32K 20 8IT STACK ON 50~10704
1 8/73 32K 19-8IT STACK ON 50~1~724
8/73 32K 18~BIT STACK ON 50~10704
1
1
MonEL
NO
H218.O
H219wA
H219-a
H22Z
PRO~
n[s
!.! 1;[
FNGR
XML
P/f
q/E
n/E
H221~A
11
H221~8
11
11
11
11
11
H2?1-C
H221~D
H222-A
H222_8
H230
H24Z
H241
H242
11
11
~/[
~/E
OWS
We
we
Pu
Po
Po
PO
PO
owS
QWS
PO
PD
8T
BT
STATGS
DESCRIPTION
154
HQ/yR
1 8173 32 K 16-BIT STACK ON 50-1°7 0 4
1 12/73 8K 12 BIT. PLUGS INTO G6 49, MMB .. AA
1 12/13 16K 12 BIT, PLUGs INTO G650, MM8~AB
5 9172 4K, 12 BIT, 22 MI~ STACK ON G619, PS 3009834
1 3/14 8K 18 BIT STACK, PLUGS INTO G6 5 1
1 3/74 8K 16 BIT STACK, PLUGS INTO G651
1 3114 4K 18 BIT STACK, PLUGS INTO G6 5 1
1 3/74 4K 16 BIT STACK, PLUGS INTO G6 51
1 9/74 16K la .. BIT STACK, P~UGS INTO G652, USED IN MM11~OP
1 9/74 16K 16-81T STACK, PLUGS INTO G6 52, USED IN MM11~O
7
7/71 256 x 10 BIT. 3w 30 STACK, 20 MIL, ON G615
1 2/70 BRAID A5SY (G106+G642+8RAIO.HARDWARE) rOR M~11, 256 WIRES X 64 CORES
5 8/73 RRAID ASSY FOR MRa.~A, 128 WlRES x 24 CORES, M880+G643
1 6/71 BRAID ASSY FOR MRa~E8, 256 wIREs X 48 CORES, M886+G642
LITTLE nOxEs
yPG
MoRa
4
tPG
MORO
MORO
5
H300
H301
H302
H303
tPG
rPG
H304
12
H3Q!5
H306
12
DIS
H307"'A 12
H307"'B 12
H307 ... C 12
H307eD 12
H307 ... e: l.2
H3071!'r 12
H308
8
H309 ... A 12
H30l9-8 12
H309 .. C 8/f
H310
12
H311
12
H312"'A COM
H312"'8 TYP
H313""A R
H314
12
H314"'A 12
H314 .. S 12
H315
11
H316-A COt~
H316"8 COM
H317"'A COti
MoRa
CL
CL
AOl.
AW
AW
A\oj
AW
AW
c;
')
5/12
RAW
L.N
RAW
DN
JER
JG
JER
RAW
RAW
RAW
2
8110
5
5
4/72
1
5170
7
5 10/71
2 4174
5 2/12
5
7 1/71
CLINICAL CHEM TERM BOX, (FOR AUTO ANALY~ER, TECHNICON)
8 CKT DISTRIBUTION BOX, CONNECTS TO H304 & AGL2
JOY STICK rOR Kvell
SMA 12/60 RELAY DELAY (CLIN LAB TESTER BOX1, 115V
SMA 4, SMA 7 RELAY BOX, 115V
SMA 12/30 RELAY ROX, 115V
230V H31a?~A
230V H307.B
230V H3ln~c
BC01A TO BC01C ADAPiER, (RS2328 p RS232B) NV~L MODEM
9.15 X 10.5 1/0 ACCESS PANEL, PROVIDES ·5V • 2A, 6 CONN, 3 1/0, 2 DATA BRK, 1 SENSE
19 X 5.25 H309-A
H309~B WITH 5 CONN & H710 SUPPLY, 3 1/0, 2 DATA BR~
MOOULE TEST ASSEMB~Y
TOO~ KIT FOR USE WITH H310
NULL MODEM FOR ASYNC OR SYNC COMMJNICATION LINE, USED WITH RS232.c CABL~S
NULL MODEM FOR AsYNC OR syNC COMM LINE, HAS 2 M854, USED wITH BC~8R
DEC TTY TO EIA 232.C INTERrACE
INTEGRATED CIRCUyT SAMPLER, 180 IC'S
INTEGRATED CIRCUIT SAMPLER. ADVANCED SELECTION
INTEGRATED CIRUIT SAMPLER, BASIC SELECTION
ASYNCH MODEM TEST CONNECTOR
DUAL TELEGRAPH LINE INTERFACE, G861, G862, K731, G8003 IN A BOX, 115V
230V H316~A
TTY DISTRIBUTION PANEL, DJ11
PJ
5
1/71
5/73
S5
2
9112
55
2
5
9172
V8
V8
5
1
4/74 EIA DISTRIBUTION PANEL, DJ11
5/74 EIA DISTRIBUTION PANEL (CLOCK LEADS), DV1l
AM
1
H320"'A
H320".e
H321
TPL
JW
JG
JG
LOP
2/70
5/10
5/70
5
5
Me
H322
H323 .. A
5
5
5
4
3
3
5
WH·
RAW
COt1
COI-1
TPL
LDP
LOP
CONNECTOR PANEL (BETWEEN H303 & A~03)
4 10/68 AMP, MOUNTXNG PANEL & CONNECTORS (AF07)
r;
AW
H31 7 ... a
H317 .. C
H318
H319
rDU
TPL
4/69 PUSH BuTTON BOX. 3 BUTTONS & AMPHENOL CONNECTOR
H300 & W809 MODULE
4/74
8/72 LOGIC DESIGN
& CoMPUTER
INTERFAcI~G
KtT
PASS~T~RQUGH
5
4/74 20 MA CURRENT LonP RECEIVER (OPTICAL lSOLATER RECEIVER,
HI
RI'
3
3
1
1
Rl
1
7/74 8 CH TELEGRAPH R[CEIVER, 115V
7174 8 CH TELEGRAPH RECEIvER, 230V
3/74 INSTRUMENTATION cONTRO~ BOX, J LIGHTS & 3 SWITCHES. 5 DRIVEN fROM ONE
3/74 DISTRIBUTION PANrL. 2 H854 TO 80 SCREW TERMINALS, 5,25 X 19
9/74 ANALOG PANEL fOR VT50
TRANSMITTER)
DR11~D
PROG
LINE
MO[lEL
NO
H323-8
H324
LDp
11
COi\iI\!ECT'1R
H35e
H351
H352
15
j. Z
10
H353
QC
H360
1~
SYSTEM
H400"A
H4eJC"8
H400~C
H400"D
H401
1-14f(!2"A
H402"'e
1-1500
H500-A
H501
H5V12
H503"A
H503 .. a
H510
H520
H520"A
H52e-8
H5 2 rz:.,·c
H521
H522
H523
H524
H525
H526
H527
DES
ENGR
STATUS
RI
NJH
1
9/74 H323-A + MTNG BOX
~
3/74 RESTART LOADER SWITCH PANEL. FOR
DESCRIPTION
1155
MOIYR
8~873
ASSEMHLIES
n. D or
PS
PS
11
KE
KE
WEK
SU
POWER CABLE
BU
RU
eRB
11
CRR
!;U
~
PG
pG
PS
A
"10D
MOD
~-100
MOO
RyN
MOr:'l
RVN
MOD
RV~J
~10n
2 W850'S & HAROWARE FOR CONNECTOR
2 W85t'S & HARDWARE FOR CONNECTOR
2 W852'S & HARDWARE FOR CONNECTOR
6
1 UJ/73 G5015 + G5016 PHYSICAL lit FAULT INSERTER
5 12/71 2 M922'S JOINED & cONN TOGETHER WITH ONE HANDLE
5
RVN
5
5
1
1
1
5
5
5/72 7A CKT BREAKER, F'l L. TE:R, & OUTPUT CONN IN sox (F'OR 81 M , 1~/03111/05), 115 VAC
5/72 4A CKT BREAKER, QILTER, & OUTPUT CONN IN sox (F'OR 81M, 11/03,11/(5), 23" VAC
1~/72 H400 .. A W 10A CKT BREAKER
11/72 H400-B W 5A BREAKER
8/72 SPACE rOR FUSES (lQJA MAX), FIL-TER, DUAL. VOL. TAGE INPUT BOX (S/M, 11 /05 ' REPL.ACES H400)
1/74 H400 WlTH ~401.A OUTPUT CONNECTORS
1/74 H400 WITH H4 01-a OUTPUT CONNECTORS
COMPUTER LAB. 110V. 60/50 ~i
5
COMPUTER LAB, 23~V, 60/50 Hi
5
1 3/68 MOUNTING BRACKET FOR COMPUTER ~AB, FOR 19" HACK
3 2/72 COMPUTER INTERrACE PANEL FOR D88-E8 (S/E) (BUILT IN CARLETON pLACE)
1 8/74 COMPUTER LAS, 115V
1 8174 COMPUTER LABt 230V
2 UJ/69 KftsERIES LOGle LAB, 110vAC, 60 Hl, 1~K900,1~K901,1-K902.&~~4913
2 2171 M~SERIES LOGIC LAB, 115Y, USES Haas
2 3/71 M~SERIES LOGIc LAB, 230Y, USES Haas
1 3/71 M sERIES LOGIC LAB, 115V, USES H803
1 3111 M SERIES ~OGIC ~AB, 230Y, USES H8~3
5 12/71 AUX MEMORY DEVICE pOR M.SERIES ~OGJC LAB
2
2
2
2
5
2
3111 DRAWER, WITH S~IDEs
3111 DRAWER. TABLE TOP
3111 CA8INET, TABLE TOP CAB fOR K950
3111 REMOTE CABINET
12/71 OPERATORS CONSO~[
3171 CONTROL. PANEL
+ MOOU~ES
POWER AMPLI r I ERS
H600
H601
H602
H603
H604
H605
H606
,'7
1f
1 z·
lti
7
pER IPH
"ERIPH
PEQIPH
pERlpH
2/68 (OBS). CAPSTAN POWER AMP FOR TU79
5/67
(OBS),
REE~
SERVO POWER AMP FOR TJ79,
BY W042
CAPSTAN SERVO POWER AMP FOR TU10 (PREAMP IS G932)
5
'5
5
4
4/72 DECPACK HEAD POSITION SERVO POWER AHP, (PREAMP IS G938)
5/73 MOTOR DRIYE AMP, LA30
4/74 TU16 pOWER BOARD (CApSTAN PREAMp, POWER AMP, REEL ~OTOR AMpS, BRAKE ACTUATORS)
3
2/74 TELETYPE
POWER S!lPPl,.Y F"lLTER'S
AUt..
REP~ACED
(OSS), CAPSTAN POWER AMP rOH TU79
SIGNAk STATIC FILTER
3T tHUS
MonEL
DESCRIPTION
1!56
f>..1(i/YR
1\10
H70Z1
11
AD!,..
101711'22
11
f)V
H7023
11
nV
3
5
~.
2/74
9/74
9/74
PDPa-E STATIC FILTER KIT (INCLUDES H7000, HRACKETS, CAPACITOR, TAPE & INSTALLATION
TTY SIGNAL STATIc FILTER, SHIELOEJ CABLE TO MAT'N'LOCKI MATIN'LOCK INPUT
TTY SIGNAL STATIc FILTER, SHIELDEJ CABLE TO H856J MAT'Nf~OCK INPUT
.
INST~UCTIONS)
powER SIIPPL lES
H701
GAT
5
H701-A
H7eJ2
CAT
c;
6
CAT
5
H7~4
CAT
H704-A
IPG
IHST
H7(.l!4-S
H7PJ4-C
101704-0
5
5
IPG
2
2
2
IPG
H7~~4"'101
IPG
101705
101705-8
101706
101706"8
~1TST
6
CAT
H7PJ7-C
10171'18
H70S"8
101709
15
H709-A
H7e!9-S
10171 0
~
IPG
5
LH
IP G
~
e
CAT
101711
H711-A
101712
101 713
H7i4
101715-8
H715-C
H7i6
H716-A
101716-9
H716-C
H716-D
101717
H718"A
101718"8
H71S-C
101719
H720"A
H72~-8
H72eJ-C
H720-P
6/7~
6110
6/70
MTST
MTST
101707
12
IPG
8/L
"/L
JPG
IPG
a
tPG
IPG
YPG
PERIPH
aN
RG
8EST
WH
wH
OE8
DEB
ER
DEB
DEB
MORQ
GS
R
8H
Ii
BH
TPL
11
11
11
11
H72Z-E 11
H720-(J 11
~1I
FL
FL
rL
FL
2
1/70
2 12/69
5
5
1 3/71
5
5
7
4/69
7 4/69
1 9/69
1 9/68
5
1 10/68
5
5
1 7170
5
:'3 7/70
1 7/70
5
:;
2
3170
5 12/71
2 4169
6
'0.4A FLOATING, ~15V @ 0,5 TO 3,0A
VERSION OF H701
REG POWER SUPPLY, MOUNTS ON FC MNrc PANE~ BAR,~ TO 0.4 AMP 15Y FLOATING, 0 TO 0,4 AMP 2~Y fLTG,
FOR USE WITH A201, A120; TAKES THE P4ACE OF TWO 8-MODULE B~OCKS, Wl~~ FIT SYSTEM MODU~E-MTG
PANELS TOO (9/16" SPACING ONLY)
REGULATED POWER SUPPLY, MOUNTS ON f,C. MTG PANE~ BAR, 0 TO 1~1/2 A~PS 10V F~OATING, AND
121 TO 1~1/2 AMPS 20V FLOATI~G FOR USE AS OIGITAL OR ANALOG SYSTEM POWEH WHEN CLOCK
& DELAY JITTER MUST BE REDUCED, ~lL~ ALSO fIT 9/16" SPACING SYSTE~ MODULE MNTG PANELS
REG, DUAL POWER SUPPLY, 15 V ~ 400 MA FLOATING, MOUNTS ON 1943 OR H911, 115 V
SAME AS H704, EXCEpT IT MOUNTS ON RIGHT ANG~E BRACKET, 115V
H704 MOUNTED ON A PLENUM OOO~ PANEL WJTH TEHMINAL STRIP, 115V
H704 MOUNTED ON 19 X 5 1/4 PANEL, 115V
1-1704, 230V
H704~C, 23121V
+65V. -65V, 21210 MA EACH ;
2
5
EM
2
5/72
3/72
3/73
8~1/2"
EDGE cONNECTOR, 2 H807'S JOlNED BY Pc SOARD FOR ADJACENT MODULE CO~NE~T10NS AT HANDLE END
11807 W ALL CORRESPONDING SIDE 1 & slOE 2 pINS CONNECTEO TOCETHER
3 HB01 JOINED BY Pc ROARD rQR BUSSING 3 MODU~ES AT HANO~E END
4 H!07 JOINED BY Pc SOARD rOR BUSSING 4 MODULES AT HANO~E ENDS
2 SETS OF 3 H80? JOlNEO By pC BOARD BUSSING 3 MODULEs, pINS AH2, AK2, AV2 OpEN
MODULE HOLDER FOR 4 MODULES WITH ~.5 VERTICAL SEPARATOR
H852 WrTH NO VERTICAL SEPARATOR
40 ~IN CONNECTOR, MALE, USED ON 8/E MODULES, 12-09941
MATES TO H854 & 3M RIBBON CABLE (1211206)
MATES TO H854 WITH POKE HOME CONTACTS (BERG) (121~090 HOUS~NG, 121e08~ PINS)
He~7 MOUNTED AT RIGHT ANGLE TQ pC CARD (FOR KC15~8)
CURRENT LOOP CONNECTOR, (2 HB07fS JOINED BY WIRE LOOPS INSTEAD OF PC SOARD)
SHORT M922 SOLDERED TO H807
H854 TO H8~7, M903 CONNECTIONS
DM11~8B TEST CONNECTOR (4 H854 ON CARD WITH INTERCONNECTIONS)
I1S56 W INTERCONNECTIoNS FOR LOOP 3ACK TESTON DH11~AD, DHil-AE
BURNDY MD12 MXR-~T WIRED AS TEST CONNECTOR fOR BC01W
Hse3 WITH SL01TEn ENOS
RS232 FEMA~E TEST CONNECTOR FOR RC~lV,BC05C
RS-232 MALE PLUG & HOOO
MEMORV BUS TERMINATOR (AMp QUICK ~ATCH)
1/0 BUS TERMINAToR (AMP QUICK LATCH)
TU40 TERMINATOR (AMP QUICK LATCH), NEGATIVE BUS
TU40 TERMINATOR (AMP QlJICK-LATCH). POSITIVE BUS
MODEL
NO
H8le
H871
101872
FRon
LINE
11
rS
F'S
DES
ENGR
STATUS
MO/'fR
POT
POT
POT
2
2
4
DESCRIPTION
1174 MASS BUS TERMINATOR, P~UGS INTO H854
1/74 101854 TO 101854 (CABLE EXTENOER) SlNG~E 5, NO cONTACTS ON FINCERS
4/74
MASS BUS TEMINAToR & DISPLAY,
Doua~E
8,5, GNo
ON~'(
ON
PIN~ERS
MOUNTING PAI\IELS
101900
H900 .. CA
H900-CC
H900-0A
H900"'DC
H900-JA
FLIP-CHIP MNTG PANEL & POWER
rAT
CAT
CAT
CAT
5
5
5
CAT
CAT
5
H9C:H~"JC
CAT
5
1oI9f210-KA
H900-KC
H901
101902
101903
H91?J4-A
H905"A
CAT
5
H91?J6~A
H91?J8
H910
H911.,.C
101911"'0
H9il"J
101911-1<
H911"'L
H911"'P
H911.,.R
H911"'5
H912
H9!2"AX
H912"A'f
H912 ... DX
H912"'0'(
H913
101914
H916
101917
H919
H919~
10191.91
H9192
1019193
10191 9 4
H9221
r.AT
CAT
C;
5
5
CAT
CAT
~1CE
Mce
MCE
HTST
CAT
CAT
CAT
CAT
CAT
Mon
Mon
CAT
CAT
14
14
14
14
14
CAT
CAT
CAT
CAT
a
CAT
a1&:
alA
AlA
8/A
CAT
CAT
101921
101922
CAT
101923
CAT
101925
H926"AA
H926",,8A
H926""A8
101926"'88
101900 WITH PORKED LUGS & 50
101900 WITH FORKED LUGS & 60
5
GG
GG
GG
Si!
Si!
Si!
Si!
AR
AR
AR
AR
AR
5
1
1
1
3/74
3/74
3114
2 1/66
5
3 9/73
3 9173
5
5
3 1/69
3 1/69
5 12/71
,
12/11
1e/'~
J
:3
:3
:3
10/13
10/73
Ul/13
1
517::;
5
5
5
PG
Si!
PG
Pc
PG
PG
5
5
5
5
12/71
2 5174
1 8/74
1 8/'4
5
5
AR
Si!
St
5
5
2
2
4/73
4/73
2
4/73
2 4/73
SUPP~'f,CUSES H7~1)
~~
H~
H900-CA WITH POW£R BUS
H90~"CC WITH POWER BUS
H900 WITH WIRE WRAP PINS & 50 Hi
H900~JA EXCEPT 60 Hi
H900~JA WITH POWER BUS
H900~JC WITH POWER BUS
PATCHBOARD MOUNTING PANEL, SPACE rOR ~0 MODULES
SWITCH, INDICATOR PANEL
CL.ASSROOM 0,,04 MNTG PANEL5.25" X 19" HORIlONTAL MODULE MOUNTING BOX
10~50" X 19" HORti!ONTAL MOOULE MO~NTfNG BOX
21" X 19" VERTrCAL MODULE MOUNTING BOX
SPECIAL RACK, MOnl'I£O 1 9 43, rOR ~EMORY TEST
MOUNTING PANEL. 36 PIN 101900, ~wH80~ BLOC~
ONLY. 47~63 H~
H911eR W SLOTTED BLOCKS CH863,
H911~S W SLOT fED BLOCKS (HB63)
MNTG PANEL, 36 PIN ~943, NO POWER BUS
H911~J PREWIRED rOR POWER
H911~J WITH Me SWITCH~S
H911~K WITH
MC SWITCHES
H911~J WITH 8~'" END PANELS
H911-K WITH 8;'" END PANELS
BLANK 1/0 MTNG PAN!L, SPACE fOR l~ H1000 SERIES 1/0 UNI'S
101912 W 16 H15ee (12e VAC INPUTS TO 5V LOGIC)
101912 W 16 H16.e ~5V LaGle TO 120 VAC 24 OUTPUTS)
:,f,2 W 16 H15,e (10.5' vDc ISOLATED JNPUTS TO 5V L.OGIC)
~912 W 16 H16,e (5V LOGIC TO ISOLATED 55V 24 OUTPUTS)
MNrG PANEL, H9l0 WITH H808'S
MNrG PANEL. H9~1 WITH H808'S
MNTG PANEL., 101116 POWER sup t 6~H803'S ON 1943 MNrG BAR
MNTG PANEL. 101716 • 6.Ha0S'S
PDP8~E BUS CONNEcToR BLOCK ASSEMB~Y
EXPANDER MTNG PANEL FOR 8/E, ~0 H~e3 BLOCKS PREWIREO FOR ~TO PWR ONLY, YStS
PDP8~M BUS CONNEcToR B~OCK ASSEMB~Y
POP8-A BUS CONNEcToR 8~OCK ASSEMB~V (10 QUAO SLOTS)
PDP8~A aus CONNEcToR BLOCK ASSEMB~V (2 QUAD * 4 QUINT S~O!S)
POP8~A BUS CONNEcToR BLOCK ASSEMB~V (8 QUAD • 4 QUtNT SLOTS)
MODULE DRAWER, 3~BAR MOUNTING ~RA~E fOR MOUNTING UP TO 24 CONNEcTOR B~OCKS
H92e rRONT PANEL
RESERVED 'OR H920 REAR PANEL
CHASSIS SLIDES FOR 101920
MOOULE DRAWER, POPSeL STYL~ BOX, ROOM FOR ~8 CONNECTOR BbOCKS
BAR WITH 9 H800"W
BAR WITH 9 H8S3
H926~AA wIRED PDR sTEPpING MOrOR ORIvERS
~926-BA WIRED FOR CbMPUTER INTERFACES
.'v
~~19 CAS!IN~
PROD
MODEL
NO
~INE
H92 9 ...
15
H929_8
15
'H929 ... C
. H929-0
15
15
1-1932
CAT
H93MJ
AlA
H932
H933-A
H933-8
H933-C
'H933-CA
H933"0
DES
(NCR
STATUS
MO/YR
POM
POM
1
1
1
1
1
1
1
7170
7/70
7/70
7170
4/73
5174
JB
5
.,)8
5
4/73
4/73
4113
1/14
4113
POM
PDM
Sl
PG
HOr'\
CAT
CAT
CAT
CSS
CAT
H933-0A
J8
l.O
JB
5
3
5
H940"'AA
s~
5
H940-9A
Si!
H941"'AA CAT
H941"84 CAT
H941"88 CAT
11945
12
H945~AA 11
11945"A8 11
H945 ... 8A 12
H945 .. B8 12
H945-CA 12
H94S ... CB 12
S~
C;
52
5
5
DE.SCR 1PT t ON
19" X 7" MNTG BAR rOR 8 PANtLS ON 2-INCH CENTERS
2 X 5,25" FILLER PANEL
4-INCH P~NEL ,OR 16 eNC CONNECTORS
2~INC~ PANEL ~lTH AHPHENOL SERIES 26 J2·PIN MALE
11/35 BOX W BLANK fRONT PANEL BUT NO PS, FANS, SYSTEMS UNITS OR
10,5" RACK MOUNTABLE CHASSIS W FANS FOR 8/A
RESERVED FOR DEEP ~930 WITH 22 BLOCKS INSTEAD Of 16
SYSTEM UNIT WITH 3 Ha00~W
SYSTEM UNIT WITH 3 Ha00~F
SYSTEM UNIT WITH 3 H803
SYSTEM UNIT W 1 H803. 2 H863
SYSTEM UNIT WITH 3 H8~8
HARNE~S
4113 15~3/4" ASSEMBLY (3 BAY ASSY>, INNER & OUTEH fRAME
4/73 COVER
4/73 19" MOUNTING PANEL fRAME, 4 BAY ASSEMBLY. PPP'4
COVER fOR 5" MODULES
GPS
GpB
GPR
GPR
GPB
GpB
GpB
5 12/71 COVER FOR 8,5" MOOU~ES
5 2/12 MOUNTING PANEL WtTH NIH PAN,~ SPACING , SERIES NAME
5 3112 TAB~E TOP H945
5 2/12 RACK MOUNTABLE H945
5 2/72 115V TABLE TOP H945 WITH POWER SU~PLY
5 3/72 230V H945.8A
5 3/72 115V RACK MOUNTABLE H945 wITH POWER SUPPLY
5 3/72 2JSV H945~CA
GG
5
9/72 H950~A .H952 CASTER SET, Hi50'SA FILTER, H~52-EA LEVELLER SET
ON
AW
5
1
3
AW
ON
1
1
rULL LENGTH RH DOOR BLACK
9111 148'BLASI BLUE H950~AA
4/72 FULL LENGTH RH DOOR, 131 BRITt CO~EN BLUE
fULL LENGTH LH DOOR BLACK
6/71 OFF,wHITE fULL LENGTH LH DOQR (H9'~~CA) (68 GRAY)
1/72 14a BLASI BLUE LH cOO R
MNTG p.N~L DOOR. RH
MNTG PANEL DOOA, LH
MOUNTING ,PANEL DOOR SKIN
TABLE PRAME
SHORT DOOR, COVERS 21" MOUNTING HEIGHT, COVERS BOTTOM PAN (101 GRAY)
SHORT DOOR, 22.3/4" HEIGHT (101 GRAY)
DOOR. ,26-1/4" (101 GRAY)
DOOR. ~1-1/2" (101 GRAY)
DOOR, 36~3/4" (101 GRAY)
DOOR. 42" (lSi GRAY)
,DOOR, 47-1/4" (UJ1 GRAY)
DOOR, 52-1/2" (1~1 GRAY)
DOOR, 57-3/4" (101 GRAY)
DOOR, ~3" (1~1 GRAY)
6/71 H950~HB orF WHITE COLOR (68 GRAY)
6/71 H950-HH OrF WHITE COLOR (68 GRAy)
Si!
CABINETS
,H950-A CAT
H950-A4 CAT
~950"BA CAT
H950-BC: 1~
,H950-90 MS
H95~ .. C4 CAT
H95a"CB 12
H95~.CC
H95~"'DA
1121
CA"
H950 .. £:4 CAT
H950 .. FA C,H
H950-G
H950eHA CAT
,",95~.I1B CAT
H950"'HC CAT
,1-l95el-HO CAT
H950"HE CAT
CAT
CAT
12
12
H950-HX CPL
H950 ... JA
H95e"'J8
5
5
5
5
5
5
5
5
5
5
5
5
H950-HF CAT
H950 .. HG CAT
,H950 ... HH CAT
H950-HJ
H950"HK
H950"HM
H950-HU
5
5
5
AW
AW
BALL
5
1
1
1
5
5
19" CABINET FRAME, 72" HIGH
3/72
TOPA~H950.HA
MIDDLE DOOR (DOES NOT COVER PAN OR FEET), CUVERS 21" BLACK
MIDDLE DOOR.
26~1/4"
B~ACK
MODEL
NO
PROO
DES
LINE
E.NGR
H950.... JC
H95~·.iD
H95~ .. JE
5
.:;
5
3
3
H950-JF" MS
. H95~-JH ~~S
H95t2!-JK tPG
H~950"'KA
1
1
11
H950"I(B ..
H952-KC H950"'KO ..
1
1
1
H950-KE ...
H951ZJ-KF" ..
H950-I(H ..
H950 .. lA CAT
H950 .. lB
H950",t-lA
H95f2l-NA
H950 .. P CAT
H95eJ .. pA
H95!21 .. p.B
H95~ .. Q CAT
H950-Q4
H950 .. Q8
1
1
1
5
5
GG
GG
H950 .. R
H950",S4 CAT
H950"'T
H950 ... U 8
H950.VA H950"VB ..
5
3
3
5
3
3
1
5
1
1
2
2
2
2
2
H950 ... VC -
H950 ... yD
H950"'VE
H950-VF'
H95121 ... yH
H951"A4
H951"84
H9.51-88
H951""H4
H951",IojB
H951 .. IojC
H951·IojD
H951'!OH£
H951 .. HF'
H951"HG
...
..
..
2
2
6
6
12
H951""HH
H951 ... HJ
H951""HI(
H951",TA
H951-1B
H951.rC
H951·TO
H951 e TE
H951 ... S4
H952
H952""A.4 CAT
. BI.ACK
36 ... 3/4", BLACK
31~1/4",
4/72
4/72
11/73
1172
9112
9/72
9/72
9/72
9/72
9112
1/10
5
5
GG
GG
AW
DESCRIPTION
STATUS
MO/YR
6
5
5
5
5
5
5
5
5
5
5
6
6
6
6
6
5
5
1113
1173
7113
1113
6/69
63". BLACK
21" MIDDLE DOOR, 131 BRITE COPEN BLUE
36 .. 3/4" MIDDLE DOOR, 68 GRAY
21" MIDDLE DOOR, 165 AC REO
21" COVER PANEL. BLACK
21" COVER PANEL, 1.9 TOpAl
21" COVER PANEL, 148 BLASI BLUE
21" COVER PANEL, 155 MORRIS MAROO~
21" COVER PANEL, 158 DAVE BROWN
21" COVER PANEL, 129 LIME PEEL
21" COVER pANEL, 131 BRITE COpEN BLuE
F"RAME PANEL fOR TOP (LOGO MQUNT), BLACK
PLASTIC BLANK LOGO
fRAME pANEL. 1~3/4"
rRAM£ PANEL, 3e l/2"
COVER PANEL, ,-1/4" w 1209224 THIN I.ATCHES TO GO OVER A LOGIC PANEL
COVER PANEL. '-1/4" W THIN ~209224 LATCHES TO GO OVER 4 LOGIC PANEL • THICK 12113~~ LAT9HES
COVER PANEL. ,w1/4" W NO LATCHES
COVER PANEL, 11-1/2" w THIN 120922, LATC~ES lO GO OVER A LOGIC PANEL
COVER PANEL. 10-1/!" W THICK 1209224 LATCHE$ TO GO OVER A LOGIC PANE~ + THlCK 1211~8~ HATCHES
COVER PANEL, 11"1/2" W NO LATCHES
~OOR COVER PANEL
rH. TER
9169 KICKPLATE BETWEEN EXTENSION rEET
4/71 BOTTOM BArfLE
9/72 TABLEMTO ON TOP EDGE OF 21' BLACK COVER PANEL
9172 TABLE MTD ON TOP EDGE OF 21' 149 TOPA~ COVEH PANEL
9112 TABLE MTD ON ,01' EaGE OF 21' 148 BLASI BLUE COVER PANEL
9172 TABLE MTD ON TOP EaGE or 21' 155 ~oRR1S MAROON COVER p'NE~
9172 TABLE MTD ON TOP EDGE or 21' 158 DAVE BROWN COV~R PANEL
9112 TABLE MTD ON top EDGE or 21' ~29 ~IME PEEl. COVER PANEL
9/72 TABLE MTa ON TOP EaGE or 21' 1 31 BRITE COPEN BLUE COVER PANEL
4/73 31" CABINET FRAME. 72" HIGH
4/73 S~~N ODOR crULL oOOR)
4/73 urr WHITE SKJN DOOR crULL DOOR)
4/73 SHORT DOOR, COVERS 21" MOUNTING HEIGHT, BLACK, COVER BOTTOM PAN
4/73 22~3/4" SHORT ~OoR, 148 BLASI BLUE
4/73 DOOR, 26~1/4". 148 BLASI sLUE
4/73 DOOR, 31~1/2", 148 BLASl BLuE
4/73 DOOR, 36-3/4", 148 BLASI BLUE
4/73 DOOR. 42". 148 BLASI BLUE
4/73 DOOR. 47·1/4", 148 BLASI BLUE
4/73 DOOR, 52~1/2"~ 148 BLASI BLUE
4/73 DOOR, 57~3/4". 148 BLASI BLUE
4113 DOOR. 63". 148 BLASI BLUE
4/73 NARRoW DOOA, C~INESE RED
4/73 NARRow DOOR, LIME
4113 RUSSET
4/73 NAVY BLUE
4113 131 BRlTE COPEN sLuE
Fl\.. TER
CABINET ACCESSORIES
ENO PANEL (FOR H950, H951) (1~1 G~AY)
MOOEL
NO
PQQn
PES
LI ~~E
ENGR
101 952",,,8 12
H952-AC 12
A 10/
AW
H952~AM
H952-9A
H952-C4
H952-C9
H952-CC
H952-CO
101952"0
101952 ... (,4
H952 .. F'A
H952-GA
H952-G9
H952"'HA
H953-A
H954
H954"'AC
H954",SC
H954"CA
H954eGB
H954.SA
H954 .. UA
101955
H955'A
H955'!"8A
H95511!CA
H955 w OA
H95S"EA
H955 .. GA
H955"'LA
H955""LB
H956
H956"A
H956 ... HA
H956 .. HB
H956'i'1HC
H956"HO
H95-6-HE
H9.56 ... HF"
CAT
CAT
-
GG
GG
DESCRIPTION
STATlJS
Ma/YR
163
1
r;
6/71 131 BRITE COPEN BLUE H952 .. AA
9/71 OFF WHITE END PA~EL eFOR 101 9 50, H951) (68 GRAY)
END pANEL paR H954
5
5
:3
3
7/73 115V SINGLE FAN KIT
6/73 230V SINGLE FAN KIT
6/73 115V DUAL fA~ KIT
~
6/73
1
EXTENSION. fEET, PAIR
230V DUAL rAN KIT
rI LTER
CAT
5
CAT
CAT
5
11
MOO
15
15
15
15
15
15
15
10
l'
1i
13
U~
10
10
10
1~
10
112
10
10
10
1e
10
19
H956""HG 10
H95·6.HH 10
H956"'HJ 121
H956-HI< 10
H956"'LA 10
H956"'LB 113
H957
101957"44
H957 .. aA
101957"88 MS
H957 -SC ~1S
H957"CA
H957"'DA
101957-(4
H957"'FA
H957-F8
5
MORRIS
JE
MORRIS
MORRYS
MORRIS
MoRRtS
MORRIS
MORRIS
MORRIS
ON
DN
ON
DN
DN
ON
ON
ON
ON
KE
ON
ON
DN
ON
ON
ON
ON
ON
ON
ON
ON
JRP
ON
RHA
RHA
RHA
CARNES
CARNES
RHA
RHA
RHA
RHA
RHA
3
1
6
6
6
6
6
6
6
5
5
5
5
5
5
5
5
w
5
5
5
5
5
5
8/7~
6/69
4/7 ~
4/73
4/73
4/73
4/73
~IGH
+1- 1.1 / 2" ADJ, 21" DEEP, GRAY
4113 F'I L TER
4/73 COVER
5/72
5/72
5/12
5/72
5/12
5/72
5/72
5/12
4/1a
5/72
5/12
5/12
5/12
5/72
5/72
5
5/72
5
5
5
5
5
5
3
3
3
5/72
5/72
5/12
3
3
3
3/72
3/72
3/72
3/72
3/72
5/72
5/72
5/72
3/72
3112
3/72
2 10/72
2 10/72
3
3
CASTER SET
LEVELER SET
SET FRONT & REAR FILLER STRIPS
2 REAR FILLER STRIPS
19" x 22~3/4" TABLE, FREE STANDING, 27"
LAB-K CAStNET * K960 (NOT DISCOUN!AB~E)
CA8 1NET, C'OR VT04 IN IT I ALL. y>
CAB F'RAME
FULL LENGTH DOOR (RH)
fAN
TABLE EXTENDER
SAME AS H9'1. EXCEpT F'OR HAT. FOR Kl10
30 INCH, CABINET FRAME 'OR KI~0
RH OUTER ODOR. 148 BLASI BLWE
LH OUTER DOOR, 148 BLASI BLUE
RH MTNG PANEL DOOR
LH MTNG PANEL DOOR
TABLE .SSEMBLV
BLANK LOGO
PDP1~ ~OGO
19" tAB rOA K110. USES MANY H95a PARTS
19 (NtH CABINET FRAME fOR Kl10
SHORT DOORS. H950-HA 148 BLASI BLUE
H950_HS 148 BLASI SLUE
H950-HC 148 BLASI BLuE
H950-HO 148 BLASI BLUE
H950~HE 148 BLASI B~UE
H9~0~Hr 148 BLASt BLUE
H950~~G 148 BLASI BLuE
H950~HH 148 BLASI BLUE
H950~HJ 148 BLASI B~UE
H950-HK 148 BLAST BLUE
BLANK LOGO
pnp10 ~OGO
SHORT 19" CAB (DEC DATA CENTER)
CABINET FRAME
FULL LENnTH RH MTNG PANEL DOOR W SKIN
FULL LENGT~ RH MTNG PANEL DOOR W SKIN (131 8RITE COPEN
FULL LENGTH RH MTNG PANEL DOOR W SKIN (68 GHAY)
FULL LENGTH LH MrNG PANEL DOOR W SKIN
HTNG PANEL PLENUM DOOR, RH
HNTG PANEL PLENUM DOOR, LH
RH END PANEL (68 GRAy)
LH END PANEL (68 GRAY)
9~~E)
MODEL
NO
PROD
DES
UNE
ENGR
H.957 .. F'C 1:~
H.957 .. rD 1,.,
H957·n: ~S
H957-F'F' ~iS
H957 .. GA 10
H.957-HA
H957 .. HB LDP
H957"JA
H957-KA CPL
H957"LA
CARNES
CARNES
RHA
RHA
GOG
RHA
BALL
RHA
RHA
H951-SA
H958
r,:PL.
H958-AA CPI..
H95S-SA OFL
H95S ... CA CPL
H958 ... 0A CPI,.
H958 .. 0B OpL
H95S"EA CPL.
H.95S"EB CPL
H958 .. FA CPL
H95B-GA CpL
H958 .. HA CPL
H95S .. JA CPL
H958 .. JB CPl,
H958-LA cpL
H958"'LB cPL
H958 .. MA cPL.
H958 .. pA cPt..
H958"SA CPL
H958..,TA cPL
H958 .. TB cPt..
H962!"AA 8
H960-8A
H96kh·8B
H961hBC
H960"S0
H960wBE
H960 .. aF'
H.960 ... CA
H960 .. CB
RHA
BAL.L
H957-MA
101960",9
RHA
8
8
12
a
A
s
a
11
SAL.L
BAL.L
8ALL
BAI..L
BALL
BAI.L
BAL.L
BAl"L.
BAL.L.
BAL.1.
BAL.L
BAL.L
BAL.L
BAL.1.
BALI.
BAL.L.
BAL.L
BALL
BAL.L
BAL.L
PG
GPB
PG
PG
PG
PG
RF"G
11
H960 .. CC 11
RF'G
RF'C
H960 .. DC 11
RFG
RrC
JFB
H960.CO 11/45
H960 .. 0A 11/45
H960 .. 0B 11/45
H9621 .. 0D
H96f2l!llDH
H960 ... 0J
H960 ... EA
H960".E8
11
JF8
11
11/45
WM
WM
RF'G
11/45
RF"G
11
H960"'EH 11
H960 .. [J 11
H961"A
RFC
8
WM
WM
STATUS
DESCRIPTION
MO/VR
3 3172 RH END PANEL FOR USE WITH END TA8~E
3 3/72 LH END PANEL ,OR END TABLE
2 lel12 RH END PANEL (t31 BRtTE COP~N BLUE)
? 10/72 LH END PANEL (131 ~RITE COPEN BLUE)
3 3112 1 SET FILLER STRtPS (fRONT, TOP & BACK)
3 3/72 rAN ASSEMBL.Y, 115V
3 10/73 rAN ASSEMB~Y. 23eV
3 3/72 BOTTOM COVER PLATE
3 7172 rULL. LENGTW RH REAR OOOR
3 3112 F'RAME pANEL roR TOP (LoGo MQUNT)
1 5/12 rULL LENGTH LH REAR DOOR
3 3112 r a. TER
6 8/73 DESK HEIGHT CA81NET SERIES lNEEOS TABL~ TOP H958.T, COMP~ETE HEIGHT 2~)
6 6173 CABINET F'RAME, BLACK
6 8173 rULL LENGTH RH REAR DOOR, B~ACK
6 8113 rULL LENGTH LH REAR DOOR, BLACK
6 8113 FULL LENG1H PLENUM pOOR, RH
6 8173 rULL. LENGTH PLENuM DOOR, LH
6 8/73 SHORT PL.ENUM DOOR, RH
6 8113 SHORT PLENUM DOOR, LH
6 8/73 END PANEL 68 GRAY
6 8113 BOTToM CABLE TROuGH
6 8/73 rAN ASSEMBLY
6 8/73 TABLE CABLE TROUGH, USED ON H9'8~~A OR -LB
6 8113 TABLE CABLE TROUGH, USED ON H91e~OA
6
8/73 TABLE TOP 'RAME
6 8113 TABLE TOP rRAM[ W LEGS ON ONE END
6
8/73 MODESTY SHIELD & CATCHALL (MOUNTS ON H958~~A)
6 8113 BOTTOM CABLE PAN
6 8113 F'IL.TER
6 8113 TABLE TOP, 30 X 6e, 68 GRAY (MOUNTS ON H958~AA • H956-LB)
6 8/73 TABLE 'OP, 30 X ge, 68 GRAY (MOUN!S ON 2 H956~AA + H958~LA)
5
811 MAIN CABINET
5
8/l MAlN CABINET
6 8113 It:r, 8/F, 81M MAiN CABlNET, REPL.ACED BY H96r.1 IW BC, ~8D
3 2/12 ~AB 8/E MAIN CABINET
5 6173 8/E, 8/~, 81M MAIN CABINET W 115V pOwER CONTRO~
5 6113 8/[, 8/F, 81M MAIN CABINET W 230V POWER CONTROL.
2 12/13 8/E, 8/F, 81M MAIN SYSTEM CABINET WITH 2 FANS AND 861~C 115V POWER cONrRO~
2 12/73 81[, SIr, 81 M MAIN SYSTEM CABINET WITH 2 fANS AND 861~B ~30V pOWtR cONtROL
5
POP11 CABINET. 115 YAC, 861~C
4
PDP11 CABlNET. 230 VAC, 861m B
1 1171 LAB11 CAB
1 1/12 11/45 CAB WITH 2 PWR CONTROLS, ro~ CPU
3 3112 11/45 CAB wITH 115V pC, PWR SUP (.5V.~15V). 1 EXPANDER BOX BA11~rB
3 3112 11/45 CAB WITH 230V PC, PWR SUP (.5V.~~5V), 1 EXPANDER BOX BA11~PB
3 2/74 H960"DA + D811~A
3 2/74 H960wDB + OB11-A
3 4114 11/45 CAB W 115V PC, PWR SUP (+20V,+5V'~15V), 1 EXPANOER BOX 8A11.F8
3 4/74 11/45 CAB W 230V PC, PWR SUP (·20V,+5V'~15V), 1 EXPANDER BOX 8Al1~'B
6 4/74 11/45 CAB WITH 115V PC, PWR SUP (+5V.~15V), 2 EXPANDER BOXES BAlleP8
6 4/74 11/45 CAB WTIH 230V PC, PWR SUP (.5V,~15V), 2 EXPANDER BOXES BAll-FB
3 4114 11/45 CAB W 115V PC, PWR SUP (+2~V,+5V'~1SV), 2 EXPANDER BOXES BA11~F~
3 4/74 11/45 CAR W 230V PC, PWR SUP (+20V,+5V,~15V), 2 EXPANDER BOXES BA11~,B
~
8/1 OPTION CASINET, (A~SO B/L), A~SO FOR 9/~ FRONT EMPTY
PROn
MODEL
NO
L. t r'~E
STATUS
PG
3
:3
H961 .. AA
H961 .. AB
H961"'S
H961-C
8
Pc
A
12
GRAI+Mi
H962"A
9
H961~CA
8
OES
ENGR
LDP
H963
H963"A
H963 .. e
H963"'C
H963-D
H963"E
H963"F"
H963-H
15
15
15
15
15
15
15
15
H963~J
15
H963 .. JA 15
H963-K 15
H963"L
H963"M 15
H963 .... N 15
H963 .. p 15
H963'1'RA 15
H963 .. RB 15
H963.,RC 15
H963"RD 15
H963"'S 15
H963",U 15
H963 ... V 15
H964
IPG
H964~AA IPG
H964"AB IPC
H964",SA IPG
H964""'SB t PG
H964 ... CA tPC
H964"C B IPC
H964-CC IPG
HCM4.CD IPG
H964'!!DA 11
H964 .. EA IpG
H964'1!'1£B rPG
H964 ... ~-1A I PC
H964"MC tPG
H964 ... P yPG
H965
8
H966~ A 10
H966"SA 10
H966"B8 liZ
H967
H967-AA 8
H967"AB A
H967",SA A
H967 ... 88 A
H967"0A CpL
H967 ... 0B r:PL
GRAHA~l
AW
sw
SW
sw
Sw
Sw
Sw
SW
SW
SW
BG
Sw
SW
SW
SW
POM
POM
POM
POM
PDM
81 E,
1rlJ/69 RS09/RF'15
10/69 RP15
1121/69 KP1 5 • MM15. KC15
10/69 8B15, BA15, Dw15
113/69 TC15, TU56
10/69 TU56
10/69 TC59, CR03B, OB09,
2 l'U72 UC15
2 UJ/69 ANA~OG
2
2
2
2
2
2
2
VT15~A,
1
1
3
~T19
Vn.5"'B
4/70 LP15
4/70 MX15
2/71 O/A
1 10/70 H964~F'A WITH POP15 LOGO
1 10/70 H964~FB WITH PDP15 LOGO
1 10/70
1 10/70
K964~FC
H964~'O
W1TH PDP15 LOGO
WITH pDP15 LOGO
1 10/70 8015 CAB
FE
FE
FE
FE
FE
FE
5
5
F'E
5
FE
FE
5
5
MORRIS
5
F'E
Tp
5
5
5
5
1
KE
CONTRO~
a/ F, Ill. 8/ L, 81 MOP TI ON CAa I NET W 23 '"'V pow £ Reo NTR0 ~
All, S/L OpTION CABINEr WITH FRONT DOORS OR fILLER PROvIDED
12 OPTION CABINET WITH FILLER PANE~S
LAB11 & LAB 8/E ~PTION CABINET
pOp9 OPTION CABINET
.
(SECOND LEfTERt A=115V,60Hl
B:2~0V,60H2
- 10/69 POP!5 CABINETS, H950 & H952 PARTS
2 l1U69 RS09
2
FE
FE
FE
FE
1/74 alE, a/F, 6/1, S/L., aIM OPTION CAalNET W 11~V POWER
1/74
1 3/69
3 11/70
1 10/71
1 12/68
JE
SCH
DESCRIPTION
MO/YR
2
5
5
5
5
5
1
RHA
RHA
3
3
PG
PG
PG
PC
FJAl"L
BAl.L
2
2
2
2
1
..,
1
9112 ME15
3/73 OC19' (4)
3/71 FL.YING CAPACItOR & UDC CABINET SERlE,S
3/71 LOGIC CAB' POR 115V
3/71 LOGIc CAB paR 230V
3/11 TOP ENTRY TERMINATION CAB
3/71 BOTTOM ENTRY TERMINATION CAB
3/71 H964-AA & H964~BA
3111 Hg64~AA & H964-B8
3/71 H964~AB & M964-BA
3/71 H964~A8 & H964 e BB
4/73 CB11 CAB,
4/73 UOC CAB, 115V. INCLUDEs H740-0. 861~C
4113 UOC CAB, i30V, INCL.UDES H740-0, 8~~-B
3/71 TERMINATION MOUNTING HARDWARE FOR A S,NGLE Bf01,1 rILE
4173 TERMINATION MOUNTING HARDWARE FOR 3 BF 01,3 fILES
3/71 TOP ENTRY KIT
6/70 TABLE TOP CAB FOR 19 X 10~1'2U THINGS. WH~TE
8/72 KI10 PER1PHERAL CAB (H956, ~9~0. H952 PARTS, 857 PWR CONT~
9/73 K110 pERIPHERAL CAB VROM H956 PARTS + 861~C 115V 3~A (24AJ PWR CONT (RH10~OA, DC)
9/73 KI10 PERIP~ERAL CAB fROM H956 PARTS • 8~1~B 230V 20A (16A) PWR CONT (RM10eDB, 'DO)
CASINET SERIES fROM H957 PARTS (DEC DATA CENTER CABS)
2/72 8/E, 8/F, 81M OPTIoN CAB. 115V
4/72 8/E, 8/F, 81 M OPTION CAB, 230V
2/72 8/E, 8/F, 81M MAIN CAB, 115V
4/72 8/E, 8/F, 81M MAIN CAB, 230V
5/73 DS500 EXpANDER CAB, BA11~f8 + H967-HA, 115V
5/73 0$500 EXPANDER CAB, RA11~fH • H961-HB, 230V
MODEL
NO
PRC)1
I')ES
L. J ~JE
E.NGR
H967 .. 0 H CPL
H967 ... 0J r,Pl,
H967 ... e:A CPL
H967.,.E8 CPL
H967 .. FJ eL.p
H967-rJ CLp
H967 .. FK CI.P
H967 .. GA CPL
H967 .. GB r:FlL
H967-14A CpL
H967"'H8 CPL
H967-HC CPL
H967 .. JA CPL
H967-KA LOP
H967,..KB LOP
H967"'KC LOp
H967-KO LOP
H961.KE LOP
H967 .. KF" LOP
H967"'KH LOP
H967 ... KJ LOP
H961 .. KK LOP
H967-KL. LOP
H967"LA TYP
H961"L8 TYP
H967 ... UA CPL
H967 ... uB cpL
1-1968 ... A CPL
apF
BPF
BALL
BALL
RHA
RHA
RHA
BAI.L
BALL
BALL
BAL.L
BAl.L
BAL.L
GoG
GOG
GOG
GOG
AW
AW
AW
AW
DKC
DKC
Rrc
RF"C
BAL.L
BAL.L
BAI.L
STA TUS
MO/YR
1
1
3
3
3
3
3
8174
8114
4112
9112
3
3
9112
3
3
1
1
3
3
3
3
3
3
3
3
3
3
3
3
3
3
1
DESCRIPTION
PRODUCTS CAB W PS '+2°, +~. -15V~, 861~C' BAll-FB, 115V
PRODucTS CAB W PS '·20; t5, ~15V), 861 ... 8, 8All_FB. 230V
CAB rOR 05300 sERIes, 11'V
CAB rOR 05300 SERIES, 230V
~BA, .DA, .. FA, .rB, .HA. -LA, .SA, H952.BA, .. EA, ... fA, '4Qe67~2 KICK PLATE
H957~AA, ~BA, ~fA, -FB, -HAj ~LAI "SA, H952~EA. -FA, 74.~~'93 KJCK p~AT~
H957~AA, .CA, .EA, .GA, ~HA, ~~A, .SA, H952-EA, -FA, 74·0~793 KICK P~ATE
DS500 OPTION CAB, 115V (INC~UOES END PANELS)
oS500 OPTION CAB. 230V CINC~UDES END PANE~S)
OS500 EXpANDER CAB. 115V, 1 PHASE 30A (24AJ 861~C (NO END pANELS)
05500 EXPANDER CAB, 230V, 861"8 (~O END PANE~S)
05500 EXPANDER CAB, 861.A ll5V 2 PHASE 20A (16A)
05500 CAB ANGL.ING KIT (H9'?~rA, H957~fB, H958~GA)
GT44 BASIC CAB, 1 PHAS~ 3SA (2~A)' 115V 861-C, NO END PANE~S
GT44 BASIC CAB, 1 PHASE 20A (1 6 A) 230V 861.6, NO END PANE.~S
GT44 EXPANDER CAB, 861~C. NO END PANE~S
GT44 EXPANDER CAB. 861~B, NQ END PANE~S
l1L40 BASIC CAB, 115V 861.C, NO END PANE~5
l1L40 BASIC CAB, 230V 861eB, NO END PANELS
l1L40 EXPANDER CAB; 115V 86a-C, NO END PANE~S
111.40 EXPANDER CAB, 230V 86,-B, NO END PA.NE~S
SHORT CAB, 861.C POWER CONTRO~. Gr-2 LOGO, FANS, 115V
SHORT CAB, 861-B POWER CONTROL. GT-2 LOGo. 'ANS, 230V
TYPSET OPTION CAB, 115V
TYP5ET OPTION CAB, 23~V
OPTION CAB fOR DS3~e SERIES, ,15V, WEIGHTS lNSTEAD OF STASILJlER fEET
OPTION CAB rOR DS3~0 SERIES. 2 3 0V, WElGHTS INSTEAD OF STASI~l~ER FEET
DS300 DESK HEIGHT CABINET (USES H~58 PARTS1
BUSINESS
BUSINESS
EXPANDER
EXPANDER
5/72 H951 ... AA,
5/72
5/72
9/72
9/72
9/72
5113
6173
10/73
10/73
10113
10113
11/73
11/73
11/73
11/73
4114
4114
1174
7/14
9/72
9112
3112
TABLES
H910
H91(l1-A
H910 ... 8A
H9'''''CA
H9'0"0A
H910.e:A
H910.rA
H911-4
12
113
BB
a
e
CPL
PG
PG
LOP
Bg
RHA
TVI'
BAL.L
JDI..
1
2
1
1
1
3
3
1
1/10
8111
2112
2112
4112
8/73
9/73
7112
PDP12 CONSOL.E TABLE
CR10w;, CR8/1.r, CR10eO TAB~E. 24 X 48 X 29
PDP12 CONSOLE TABL.E (70.05958, 20 X 30 X 26 5/8
3~ X 30 X 26 '/8 TABLE
J0 X 6~ X 29 DESK, 68 GRAY, TOPA~ MODESTy SHIELD (USES
30 X 36 X 27" TABLE, rORVT20
30 X 48 X 29 TABLE
STANO rOR ~S01~E CENTRONICS PRINTER (~411104)
H9'8~TA
TOP)
MISCELLANEOUS PURCHASED CABINETS & CHAIRS
H980.AA
H980 .... 8
H980 ... 8A
H980"89
H98a"'CA
H980 ... C8
H980 ... CC
H980.cO
H980"CE
H980 .. cr
TPL
TPL
TPL
-.JOt..
TPI.
TPL
TPL
TPI..
TPt.
TPi.
-.JDI..
TPL
JOt..
JDl.
JD~
JOt"
JOL
JOL
JoL.
JOL.
Hge~"'CG.TPL
JOL
H980-cH TPL
H980-0A TPl,
JoL.
JDt.
3
3
3
3
3
3
3
3
3
3
3
3
3
11/13
11/73
11/13
11/13
11/13
11/73
11/73
11/73
11/13
11/73
11/13
11/13
11/73
OPTIMEOIA CABINET 1200 e 99, ~ONTAINS H9a0~CC, H980'CD, H98~"'CH, H980,C~, H980~CP
OPTIMEDIA CABtNET 1300~99. CONTAINSH980~CC, 2 H980 ... 0D, H~80eC~, Hge0'C~, H980~CP
BASIc FRAME or OPTrMEDlA CABINET 7200~10 USED IN HQ80 e AA, 71 X 36 X ~8
BASIC FRAME or OpTtMEOlA CABINET 7300,10 US~O IN H~80~AB, 58 X 36 x t S
TAPE SEAL HANGER BAR, 35 TARES CAPACITY, 79~1-01
CANISTER Ho.~DER rOR MAGTAPE, 7 9 04.01, HOLOS 20 TAPES
OECPACK STORAGE RACK 7912~01, HOL.DS t4 DECPACKS
ROLL OUT DRAWER 7921~0t
HANGING BINDER FRAME 7935~24. HOLDS ~ETER/~EGAL DOCUMENTS PLUS B!NOER~
BIN DRAWER 7941~01. 12H x 13 l/2W X 120
HEAVV DUTY fIXED SHELF 7951-01
DIVIDER KIT 7981~24 FOR 72 DEC TAPES
STEELCASr SHELL SWIVEL ARM CHAIR
MODEL
NO
H980-08
H981ihOC
H980-00
H980-DE
H961-A
PROD
OES
LP,E
ENGR
rPL
JOL.
TPL
TPL
JDl.
TPL
TPL
JDb
SG
JDL
STA TUS
MO/YR
3
3
3
3
1
11/13 STEELCASE SWIVEL ARM CHAIR
11113 STEELCASE SIDE ARM
C~AIR
11/73 STEELCASE SlO£ CHAIR
11/73 STEELCASE POS'URE CHAIR
4114 COpy HOLDER
NEM.A CARINETS
H990"AA
H990 ... 8A
H991--AA
H991"'A8
H991-AC
H991"'!AD
H991·eA
""991"88
H99i ..
H992 .. ,," 14
H992·--A8 14
H992,..8A 14
s~
Sl
C"
H992 .. 88 14
""992 .. CA 14
H992~CB 14
H993 ... "A
H993 .. ,,8
H993"'9A
101993 ... 88
I PC
IPG
IPG
IPC;
K~SERIES
K003
K012
KIlJ22
K026
KQl28
1<080
1<112
1<113
K122
1<123
K124
1<134
1<135
1<136
1<138
K1 54
K156
K161
1<168
1<171
1<174
GEG
GEG
GEG
GEG
GEG
GEG
PHG
PHC
PHG
PHC
1
1
1
1
1
1
1
1
1
2
2
2
2
2
2
2
2
2
2
MODULES. GAtES
CAT
CAT
14
CAT
CAT
CAT
CAT
CAT
CAT
CAT
CAT
CAT
CAT
14
CAT
CAT
CAT
CAT
CAT
CAT
CAT
AR
Js
JB
J8
RJM
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
1
1
5
1
5
5
Kl'15
K182
K184
10/70 BASE CASINET, NEMA 12, fILTERS
10110 HORI~ONTAL MOUNTING PANEL ASSEMBLY
10/10 UNWIRED LOGIC CONSOLE, NEMA 12
10110 WIRED ASSE~BLV CONSOLE
10110 TOTAL CONSOLE ASSEMBLY (H9 9 1"'A8 + 8B + CA + H731-A) 60 Ht
10110 TOTAL CONSOLE ASSEMBLY (H991~AB + CA + H131.8) 50 Ht
10/7~ BLANK PLEXIGLAS FRONT PANE~
10/10 DNC $YSTEM FRONT PANEL
10/70 LIGHT BOARD ASSEMBLV
8/72 NEMA CAB WITH 4 FRONT OOORS~ 1 W TTY TUB, fULL LENGTH BACK DOOR, AIR 90ND, 130F MAX
8/72 H992~AA WITH AIR/AIR HEAT EXCHANGER, 100f MAX AM8
8/72 H992.AA WITH NO TTV TUe
8/72 H992~BA wITH AIR/AIR HEAT EXCHANGER
8/72 NEMA CAB WITH fULL LENGTH FRONT & REAR DOORS, AIR CONDITIONER, 130' MAX AMBIENT
8112 H992~CA WITH AIR/AIR HEAT EXCHANGER
8/12 11/07 NEMA EXCLOSURE 54" HIGH WITH AIR CONDITIONER
8/72 11/01 ENCLOSURE 54" HIGH WITH HEAT EXCHANGER
8172 72" HIGH H993~AA
8/72 12" HIGH H993 eAB
CAT
5
GATE EXPANDER. J 3~INPUT DlaOE GROUPS, 3 l-MA LOAOS
GATE EXPANDER. 3 4;INPUT OR GATES
2 INPUT ANDIOR EXPANDER
GATE EXPANDER, J GROUPS Of 2 INPUT ANOwOR GATES
ANDIOR EXPANDER, 8 2.1NpUT ANOS O~EO TOGETHER
19 CONDUCTOR fLEXPRINT CAB~E CONNECTOR, 18 PINS, USED ON K960
1<113 EXCEPT 100 TIMES SLOWER
.
2.tNPUT NAND GATES, 3 lNDEP CKTS WITH EXPANSION CAPABI~ITY
K123 EXCEPT 180 TIMES SLOWER
2~INPUT AND GATES, 3 INDEP eKTS WJTH EXPANSION CAP48I~ITY
2 2~lNPUT ANDS ORED TOGETHER, 3 TlMES
4 2~INPUT NANOS WITH 1 INPUT COMMON, EXPANSION CAPABI~lTY fOR AND INPVT ONLY
K134 WITH OR EXPANSION
PARTIAL K135 WITH 5 USEC OE~AY IN ENA8~E ANU IN 2 OR 4 CHANNELS
8 INVERTERS
2/71 4~BIT BINARY ADOER/SUBTRACTOR, SINGLE X 5
2/71 BCD ADDER, 1 OIGIT, SINGLE X 5
BINARY-TO~OCTAL DECODER, 8 oUTPUTS, 3 INPUTS PLUS 1 INHIBIT
2/71 TEN'S COMPLEMENT, 1 DIGIT, CASCAOABLE
4 BlT EQUALITY COMPARATOR, pRIVES AND EXPANSION NOnES ONhY
4.811 MAGNITUOE COMPARATOR
(RESERVED FOR J~E)
(RESERVEO rOR JLr)
4~8IT RATE MULTIPLIER
AMB~ENT
MODEL
NO
OES
ENGR
CAT
CAT
CAT
14
1<201
K21212
K2~6
1<2et7
K210
r,AT
RELA 'IS,
MO/YR
5
AR
DESCRIPTION
STATUS
5
CAT
CAT
CAT
1<211
1<220
1<230
K265
1<271
K272
K213
K274
1<281
1<262
PRO!')
I.. U~E
5
5
5
5
5
5
DUA~ 1 KHi FLIP.~LOP, J~K TyPE
2 OpTYPE rfS WITH tNDEP SET & C~EAR INPUTS
4 RS FfS WrTH COMMON ENABLE AND C~EAR INPUT~, "1" OUTPUT~ ON~Y
5/73 K206 WITH 1 DATA INPUT/BIT, COMMON ENABLE SET AND ENABLE C~EAR
4~BIT DECIMAL/BINARY COUNTER, "1" OUTPUTS ONLY
PROGRAMMABLEDIVtDrR, FUNCTIONS LIKE K21~ WITH K0~3 EXPANDERS
UP/DOWN DECIMAL COUNTER PLUS INpUT LOGIC, 4 BITS, OOUBLE WIDE
4~BIT SHIFT REGISTER P~US INPUT ~OGIC
Mnl0R I ES
CAT
CAT
14
CAT
14
CAT
CAT
RJM
AR
JB
rIVE 11210 MA REED R£~AYS & DRIVERS, EITHER AXIA~ OR PC REbAYS
RETENTIVE MEMORY; 1 BISTABLE HG WETTED RE~AY WITH SET, C~EAR, & IN~!alT
RETENTIVE MEMORY FOR PoP14, 1 BIT
RETENTIVE MEMORy, I HG WETTED RELAY ~ATCHES, COHMON LAtCH JNPUT
5
5 11/71 DUAL RETENTIVE MEMORY, REPLACES KZ72
READ~ONLY MEMORY, 8 4eBlT WORDS. OIODE ARRAY
5
READ~ONLY MEMORY, 8 16.BIT WORDS. DIODE ARRAY
5
-;
5
5
'T I MER S, S wl TCHES
1<31211
1<302
1<3£113
CAT
14
CAT
5
5
1<323
CAT
1<333
CAT
CAT
5
5
5
5
1<311
1<312
1<313
1<374
1<375
1<376
1<378
1<410
1<415
1<420
1<421
1<422
1<424
1<425
1<432
INPUT
5
UJ
CAT
5
cAT
CAT
CAT
CAT
CAT
CAT
CAT
CAT
CAT
CAT
CAT
5
5
5
5
RJM
VOB
VOB
CAT
5
5
5
5
5
5
4
5
TIMER, ONE~SHOT WITH EITHER POLARITY INPUT
TIMERS, SIM TO K3rD'3, .01 10 .3 SEC. ,1 TO '3 SEC, 1 TO 30 SEC, PDP2,'
'3 TIMER CKTS. DELAYS FROM 10 USEe TO 30 SEC, USED rOR ONE~SMOTS OR CLOCKS
'3 ONE~SHOTS LIKE M'32~, EXCEPT 80T~ OUTPUTS, FIXED OR AOJ DELAY 10 US~9 !O 30 SEC
3 PULSER CKTS, 20 US PULSES
CLOCK CONTROL, 20e H~ TO 6 KH~, USED WITH KJ0'3
4/72 TIMER CONTROL. 1 TO 30 MSEC
CLOCK CONTROL~ 20 H~ TO 61210 Hi, StM TO K371
CALIBRATED TIMER CONTRO~. 0,0~ SEC TO o,3 S~C
CLOCK CONTROL, 2 H~ TO 60 Hi, USEO ON 2/3 K~03
CALIBRATED TIMER CONTROL_ 0.1 SEC TO 3 SEC
CALIBRATED TIMER CONTROL, 1 SEC TO 30 SEC, SIM TO ~374
.~OICATOR LIGHT, 5 LIGHTS WITH FU~L WAVE RECTIFIER
NIXIE OISPLAY, 1 TVPE, 85750'S
'3 TOGGLE SWITCHES, 3 POSITIQNS (1 MOMENTARY)
8/73 SINGLE THUMBWHEEL
DUAL THUMBWHEEL, <'ITS K950 •• CONTAINS DIODE MATRIX FOR DECIMAL TO BCD CONY, US EO AS
DUAL THUMBWHEfL, K422 WITH 0100[5 REVERSED, USED FOR DECOOING
SOCKETS FOR K421, 1 25.PIN CANNON)
2/74 THUMBWHEEL MOUNTING MOOU~E
2 ADJ TIMER CKTS. USED WITH K3 0 3, OE~AY 0,~ -MS TO 5 SEC 2
,5
CnNV~RTERS
CAT
CAT
CAT
1<522
1<522 ... VA 10
1<524
CAT
1<531
CAT
1<564
14
CAT
1<'78
K!;19
14
1<501
5
5
1<51218
DREW
5
5
AR
5
5
5
5
AR
5
4 SCHMITT TRIGGERS
AC INPUT CONVERTER, USED WITH K716, 8 CKTS, 6,3 VAC IN FROM TRANSfCRM~R
SENSOR CONVERTER, 2 DIffERENTIAL INPUT C~TS, INT ~.av REF
1172 K522 WITH 5~e OHM POTS INSERTED
SENSOR CONVERTER. 4 OXr INPUT CKTS, 7 5V COMMON MOCE RANGE
QUADRATURE DETECTOR. 2 INPUTS FRO~ EN~ODER, COUNT, DIRECTION. & SIGN OUTPUTS
3/72 OC INPUT CONVERTER. 8 CKTS
120 VAC INPUT CONVERTER, a CKTS. OUTPUT GATING
2/72 K578 WITH SCHMITT TRIGGERS
£NqOD~R
MODEL
NO
PRUn
LI ~~E
1<560
CAT
1<580~YA
CSS
1<581
CAT
KS82
SSCAN
1<596
CAT
DES
ENGR
STATUS
MO/YR
OESCRIPTION
8 CONTACT FILTERS, SUPPLY VOLTAGE BETWEEN
5
ST
3 12/71 1<580 WITH
5
8 CONTACT
OF
3
5
1~
& 120V
5!lV iENERS INSTEAD OF RESISTORS
FILTERS, SUPPLY VOLTAGE OF +5V
3114 64 CONTACf FILTERS. SUPPLY yO~TAGE OF .5V, QUAD (SEE M100~)
EIA INPUT CONYERTER, 6 CKTS, BIPO~AR INPUTS OF +1.3 TO +/~25V
SWITCHES & DRIVERS
K604
1<614
1<615
K61 6
1<644
1<650
K652
1<654
1<656
K657
K658
1<611
1<675
1<681
1<683
K696
CAT
CAT
CAT
CAT
Vos
CAT
CAT
CAT
CAT
CAT
14
CAT
CAT
CAT
CAT
VDe
5
5
5
5
5
5
5
5/73
1 6169
5
5 12/71
5
5
4
2174
5
5
5
CAT
CAT
4 ISOLATED AC SWITCHES, CONTROL Or 120 VAC LOADS, USED WITH K716
4 tSOLATED AC SWITcHES. 5IM TO K6~4, USED WITH K724 OR K?25
LIKE K614, EXCEPT 1 INPUT TO EACH CKTS IS fAlL-SAFE
4 CH ISOLATED AC OUTPUT, 120 VAC (REP~ACES K614) DOUB~E 5, TRIP~E THICK
4 DC DRIVERS, SWITcH UP TO 2.5 AM?S AT 55Y
4 DC DRIVERS, SWITCH UP TO ~ AMP AT 55V
4 DC DRIVtRS, SWITCH UP TO a.5 AM?S AT 55V
4 DC DRIVERS, 51M TO K644, SWITCH UP TO 4 AMPS AT 55 V
4 DC DRIVERS, SWITCH UP TO 1 AMP AT 250V
4 DC DRIVERS. 1 AMp AT 250V. REyERSIBL.E
4 DC DRIVERS, SWITCH UP TO 4 AMpS AT 125Y
DEClMA~ DECODER AND NIXIE DISPLAV t 2 PARTS SEPARATED BV 1 FT RIBBON CAB ' E
~
~
5 DIGiT OISP~AY. LEOS, PANEL MOUNT, 25.PIN CANNON
8 DRIVER CKTS, OUTPUTS ON SP~IT ~UGS fOR CA~~E CONN, DRIVE 30 MA, lev
8 DRIVER CKTS, OuTpUTS ON SPLIT L~GS, DRIVE 25~ MA, 55V
EIA OUTPUT CONVERTER
MISCELLANEOUS
1<710
1<116
K124
K725
K727
1<730
1<131
1<132
K141
1<143
K711
1(182
K783
1(184
1(191
CAT
CAT
CAT
14
CAT
5
5
I..F
..Ie
CAT
CAT
CAT
CAT
CAT
CAT
CAT
6
4
5
5
5
5
VDe
CAT
CAT
5
5
5
5
5
5
2/74
(RESERVED fOR 8 TRANSfORMER INTERFACE B~OCKJ
INTERrACE BL.OCK
JNTERrACE SHEL~. USED FOR PDP 44 1/0 BQX SHEL~
INTERfACE SHEL.L, USES A PRINTED BACKPLANE FOR CONNECTIONS, 16 IN, 8 O~T (PaP14 1/0 BOX)
OUTPUT INT~RFAeE BOX fOR pOP14
BRIDGE RECTIfIER, TAKES 12,6 V FROM K743 ANU MAKES +l~V fOR K580 S~IT9MES, DE~AY£O .5V OK
1 AMP REGULATOR, INPUT fROM 12.6 VAC CENTER. TAPPED TRANSfORMER, +5V O~T
SLAVE REGU~ATOR, USED WITH K731. SUPP~IES TWICE AS MUC~ CURRENT
TRANSFORMER WITH rILTER, 12~ QR 2~0 VAC IN, 12.6 VAC WITH CENTER TAP OUT
TRANSPORMER WITH fl~TER, 12~ VAC IN, 2 12~VAC SECO~DAR!ES
OEC1MA~ DISPLAY SUpPPORT. PROYIDES POWER fOH UP TO 6 K671!S
9~WIRE TERMINAL STRIP, STRAIGHT THROUG~ CONNECTIONS
25~PIN CANNON 'EMALE ON DOUBLE 5, NO "A" SlUE HAND~E
SIM TO K182, EXCEPT IT HAS 8 CLAMP DlODES
TEST PROBE, INDICATES BOTH TRANSIENT AND STEADV.STATE CONOITIO~S
HARDWARE & MIse
K9f210
K9f211
K902
1<903
K941
K943-R
K943-5
K950
CAT
CAT
CAT
CAT
CAT
CAf
CAT
CAT
CA'!'
K9621
CAT
K940
RJM
RJM
RJM
J8
5
5
5
?
5
5
5
5
C;
5
CONTRO~ PANEL FOR K SERIES LOGIC LAB
PATCH PANEL FOR K SERIES LOGIC LA8, 5JH TO H901, SINGLE HEIGHT CARDS
INDICATOR LIGHT ANO SWITCH PANEL rOR K SERl£S LOGIc LAB
1/71 PATCH PANE~ fOR K SERlES LOGIC LAS, WILL TAKE D8L HEIGHT CARDS
BAR SUPPORT, MOUNTING FOOT fOR K914
MOUNTING BAR
. MOUNTING PANEL, 1943 MODIFIED FOR USE IN +5V SYSTEMS, SO~OER FORKS
MOUNTING PANEL, 1943 MODIFIED FOR USE IN +5V SYSTEMS, WIRE WRAP
MAGNETIC fRAME 19" WIDE BY 3 :3.12" HIGH
PLUG SOARD REcEIVER, QUAD BOARD WITH 8 CA8L~S
SIGNA~
MODEL
NO
K980
K981
K982
K984
K990
F'ROn
DES
L.l ~'\!E
ENGR
CA ,.
t-100
t.10/YR
5 11/12 PAIR OF END BRACKETS FOR 5" MODULES
CAT
CAT
STATUS
Si
RJM
RJI'1
CAT
K98~
2
1171 8.5"
5
5
RESISTOR NETWORK. 15 CKTS rCR A SOURCE Of LOGle 1 (JV)
1/72 10 390 OHM RES To GND & 5 180 OHM RES TO+5V
HIGH CURRENT DRIVER, 2 4~INPUT GATES, 70V, 600MA MAX/DRIVER
5/73 4 SOLEDNOIO DRIVERS, 2 INPUT ANO ~ATES, ~OAOS RETURNED TO NEG VO~TAGE, 100 MA,
INVERTER DRIVER, 12 cKTS, SWITCH -30V AND 50 MA MAX/DRIVER
LEVEL CONY, PaS LOG IN AND NEG LOG OUT, 12 CKTS, OPEN eOL~EeTOR
(N(VER MADE), GATE EXPANDER
4 ORIVERS, 1,2 AMPS ANO 50 V
5
5
5
TRANSFORMER MOUNTING PANEL. FOR 19" RACK
NIXIE MOUNTING PANEL. FOR 19~ RACK
TII'1ER COMPONENT ROARD, SPACE fOR ~ RC NETWOHKS
LOADS, nRIVERS
MIZI02
MIZI02-VA
M040
MIZI44
M(lI50
M051
M057
M060
CAT
11
SR
CAT
PERIPH
5
5
CAT
5
CAT
CAT
DCB
5
7
5
GATES
Mlfi'100
oc
EW8
Ewe
M10Q!3
M1004
M1005
M1006
M102!
ac
ac
SSOAL
SSCAL.
SSCAL
CER
Of
HAY
MUll
CAT
M1~.H1l1
M1'!l02
M102
M103
M104
MUllS
M106
M10?
M1e18
MUl9
M1I2l91
Mi1~3
aC
8
a
CAT
15
11
14
MOO
MOO
11
11
MOO
Ewe
Ewe
HA
MA
DO
PJ
AR
RC
RC
PO
Po
RVN
CAT
M1li
M1i1 .. YA SSCAL
BL.E
Mii2
M1l25
M113
Rf
CAT
CAT
CAT
QC
Mli31
M1lS
M1i6
Mll7
M119
CAT
M121
CAT
M122
M123
M124
M126
M127
M128
CAT
CAT
CAT
RM
DeB
2
2
2
2
3
:3
1
4/74 DUAL. 3-INPUT EeL NoR GATES 110111), 4 LAVER 5'NG~E 5, 50,0874 CW9611)
UAD 2~JNPUT EeL AND GATE (10104), 4 LAYER SING~E 5, 50t0874 (W9611)
4/74 QUAD 2~INPUT EC~ NOR GATE (1 010 2), 4 L.Y~R SINGLE 5, 5010~74 (W9611)
4/74
4/74 TRIPLE 2. 3. 2~INPUT EeL ORiNOR GATE, MCt0105, 5010874 4 ~AYER SINGLE 5
2/74 2 82562 9 BIT PARITY CHECKERS ON W960 ETCH, SlNG~E ,
3/74 esc 8 x 8 MUX W X BUS CONNE;TIONS (SEE M7829), QUAe
5/74 16eBrT 2 X 1 MUX. DOuBLE
5
5
5
5
5
5
5
5
5
5
5
5
:5
5
5
5
5
5/73
5/73
2112
6/73
9/73
4/72
5
5
5
"5
7 11/68
5
5
5
NEG BUS EQUIV TO M10!
GATES, 15 CKTS, 1 COMMON AND 1 lNOEPENOENT INPUT
NEG BUS EQUIV TO M103
DEVICE SELECTOR FOR POS 8/1 BUS. ~.8JT AND lOP DECODING
1/0 sUS MULTIPLEX CONTROL 'OR PoP~&5 PERIPHERAL.S, SEE M19,
DEVICE SEL.ECTOR 'OR pDPell
BUS RECEIVER WITH WIRED OR OUTPuT eAPABI~ITY
DEVICE SEL.ECTOR, 12 OUTPUT PU~SES, 2 fLAGS
rl AG MODULE rOR 12 BITS & BUS, GE~ PURPOSE, fITS INTO E1 00
~DP~11 DEVICE SELECTOR WITH JUMPERS, BITS l~ TMRU 17
.
MEMORY DEVICE SELECTOR, JUMPERS. 81TS 11 THHU 17, SlNG~E
2 INPUT AND. 10 CKTS, M113 PINS; 7~08 IC, KUR16~A, SING~E X 5
16 INDEPENDENt INVERTERS
H1l1 WITH 74HS1 INSTEAD 0' 7400 COPEN CO~LECTOR)
2~INPUT NOR GATES, 10 lNOEP CKTS
2~INpUT XOR GATEs, ~0 CKTS, M113 ETCH, SING~E 5
2~INPUT NAND GATES, 10 INOEP CKTS
M113 WITH OPEN COLLECTORS
3~INPUT NAND GATES, 8 INDEP' CKTS
4-INPUT NOR GATEs, 6 CKTS. ;E08815'S
4;INPUT NANO GATES; 6 INDEP CKTS
8~INPUT NANO GATES, 3 INDEP CKTS
2,2 AND~NOR, 6 CKTS
(RESERVE 'OR NON H VERSION or M127)
(OBSOLETE), NUMBER CHANGED TO M1 33
(RESERVE fOR NON H VERSION or M129)
H VERS10N or M'21, (NOT PIN COMPATIB~E)
2,2,2,3 AND.NOR, H~ 3 CKTS
4,4 AND~NOR, H. 3 CKTS
2~INPUT
5
1172
1/72
(W961~)
~30V
MAX
MODEL
NO
M129
M130
M1307
M131
M132
M133
M134
M135
M137
M139
M141
M142
M143
M145
M147
M149
M1500
M15~1
Ml'02
M1503
M151
M1510
M152
M155
M159
M160
M16Z3
M161
M162
M1621
M1622
M1623
M163
M164
M165
M1 66
M167
M168
M169
Ml1t2J
M1101
M1702
Ml1Ql3
M1703';'YA
M1704
PRUD
L.INE
15
16
,
1
10
CAT
1~
Ww
CAT
DCB
DCB
10
113
Wloj
CAT
CAT
CAT
10
1~
15
CAT
CAT
CAT
CAT
DCB
SU
SU
SU
FA
DCB
DCB
DCB
121
ATT
Dca
ArT
CAT
CAT
JJ0
H!
CAT
DeB
16
CAT
8
10
1~
11
CAT
CAT
lk'
CAT
MOO
MOO
n:
5
5
5
5
ATT
SU
PM
RC
ww
OCB
Rc
RC
PNH
RC
1
5
5
5
5
5
5
5
5
5
7
5
:5
PNH
2
5
3
PNH
:5
Ja
5
5
5
5
5
5
5
RC
DREW
Ja
DCS
ww
Ww
ww
1/12
5/73
1/72
1/72
or
M113
AHEAD, USED wITH M1 32, KI10
H VERSION Of M115
H VERSION or Mil'
H VERSION OF M119
2,2,2.2 ANO~NOR GATES, 3 CK1S , 2 INVERTERS
ADDER. DISCRETE rQulv TO M132, DO~BlE
10 2.INPUT NAND GATES, WITH ONE PAIR SHARING COMMON INPUT, Kl10
3~lNpUT NAND GATES. 7 CKTS, 74M, KI10
5 4~lNPUT NANOS, 1 2~lNPUT NAND. 74H, Kl10
9X2 NAND WIRED-OR, 2 SECTIONS OF 9 2_1NPUT NANOS ORED TO ~ OUTPUTS
sUS GATES MODULE, PDP8/E OR PD Pll BUS
BUS INPut 'NT~Rf.CE! 8/E OR 1~ BUS, SINGLE
eus OUTPUT INT[R'AC~. 8/E OR ~1 BUS, DBL X 8,'
~OOK
1/72 DUAL BINARY TO OcTAL WITH ENABLE, H SERIES, Kl10, 74H20
5/73 BUS DEVICE SELECTOR, POP8/E BijS, DOUBLE
5
Ja
15
H VERSION
7/69 ADDER
5
JB
JB
H, 4 CKTS
1/12
5113
2/14
5
5
CAT
AND~NOR,
5
4
5
CAT
CAT
CAT
5
5
5
5
5
5
5
5
5
5
5
5
CAT
4,4
3172 5 a~8IT PARITy CKTS + 5 2~lNPUT XOR GATES (MC4008)
4 INPUT AND, 6 CKTS, M1l7 PINS, 74H21 lC. KOR16~B, SINGLE X 5
3/69 (OBSOLETE), H VERSION Of M1l1, (SEE M611)
7/69 ADDER (8260) 4 BITS, KI10. 6 BUfFERS
5
1
171
DESCRIPTION
ST"TlJS
MO/YR
5
5
5
10
MOO
MOO
M1105;'VA n:
M1705';'VB TE
M1709
Mon
M171
1~
Mi'10
CAT
M1713
CAT
M172
II
M173
1~
M174
12
M17~5
DES
ENGR
1/72 M1S1 NON INyERTING, KIll. 7~H2l
1 Or 16 DECODER wITH ENABLE; 7~154 ON BOARD 50~08908A CSEE W962)
4 aIT ARITHME'IC L.OGIC UNIT,CDEC 14181), USES 50-08908 BOARD
4,2,2,2.3 AND.NOR, 4,2,2,4 ANO"NOR, 2,2 AND-NOR
RT TeDECODER, 3 OR 4 BIT DECOOER
elNARY TO OCTAL/OEcIMAL DECODER. 3 ENABLE INPUTS
PARlTY GENERA'OR FOR 8/1, 4~81T INPUT, ODD & EYEN PARlTY OUT
5/13 DVM DATA INPU, INTERFACE, DB~ x 8,5
9/71 DVM REMOTE CONTROL, OBL x 8,5
2/12 PROGRAMMABLE POWER SUPPLY INTERFACE. QUAD X 8,5
DUAL BINARY.TO~DECIMAL DEeOgER
6eaIT ADDER FaA pDp~15. 2 AeD~RS rOR CARRY IN 1 OR 0
1/12 MEMORY Bur'ER. INV & NONftINV our ;ROM OPEN COLLECTOR, 8 eH rOR Kl10
1/12 9 BIT COUNTING GATE, KJ 40
COMPARES 2 8~BIT WORDS, <,.,)
12 BIT COMPARATOR. <.;.>
FUNCTIONAL GA,E MOOULE fOR PDPe12, 4 4-BIT OUTPUT MULTIP~EXERS
1/12 3;3-3;2-2~2-2~2 AND_NOR & 3W2ft2~2 AND~NOR, H, Kl10
4 TO 1 MUX. 4 CKTSi 50.08912 ETCH, 74153, SJNG~E
8112 QUAD BUFFERED J 12iSlT WORD INTERFACE, QUAD x 8,5
5/13 SINGLE 12.alT WORD 8/E INTERrACE, QUAD x
8/74 5410805~TA. M1113 W ADDRESS CODE ~4
1/72 DUAL ASYNC SERIAL 8/E sus TRANSCEIVER, QUAD X a,5
2/14 DUAL 12~e!T WORD OMNIBUS OUTPUT INTERFACE, QUAD 8.5
8J74 5410805pTA, M1705 W ADDRESS CODES 31 & 32, 1000PF ON W25
8114 5410805"TA. M1105 W ADDREss COES 35 & 36
11/12 alE UN!V INTERPACE, SPACE FQR 16 16-PlN • 2 40-PIN IC'S, PARTIAL. WIREWRAP, QUAD
1/72 2,2,2,3 ANOeNOR, 3 CKTS, DIFFERENT PINS THAN M127
3/74 UNIBUS DD11~A INTERFACE W WiRE WRAp pJNS, S~ACE rOR 19 16~plN IC'S
16 TO 1 MUX INV. 74150, 5~~08908 ETCH, SING~E
1/72 2 EN X 9 OUT MIXER. 74 H50, FOR KI10
11/71 NON-INVERTING M143
1/72 4 EN X 9 OUT MIXER, 74H531S, KI10, DOUBLE
8.,
MODEL
NO
H175
H177
PR,Jr'J
nES
LINE
E.NGR
12
11,
Ml?8
M1801
Mlei
11
M182
M190
15
12
M191
M192
M194
1~
CAT
CAT
12
15
ww
Ww
Ww
J8
ww
00
SNT
DCB
SNT
ELlA
OESCRIPTION
STATUS
MO/VR
5
'5
1/72 7 3~INPUTANO GATES, 74H, Kl10
5/73 NON~INVERTfNG M147
OUT MIXER. 74 H 53, 74H62, KI10, DOU~LE
REED REL.AY REGISTER, 100V OR 0,5A, l~ WATTS, QUAD
5 1/72
Ml?l
5 5/73 M162 WITH FAST Ie's, H
4 ARITHMETIC L.OGIC, IN & OUT BUFF~RS, SN141S1, USEO IN f PP 12
5
2 L.OOK"AHEAD ELEMENTS (741Sa), USES W961 BOARD. USED WITH M190 OR M~5! ~80ARO
5
5 11/71 2 a.. INPUT PRIORITY ENCOOERS, 9J18 IC, 50~08912 BOARD
1/0 BUS MUX CONT fOR PDp9 P~RIPHERALS (ENAB~E BUS IN/OUT ~3V LoGIC), ~EE M104
5
8 EN X 6
5
5
5/73
16~atT
NON~INVERTING
50s~~9.2)
FLIP:'FLOPS
M20~0
~12001
::212l02
M2 12li2J 3
M202
nAS
CAT
SSCAL
SSCAL
H205
M21i'J6
M211l7
M208
CAT
CAT
CAT
M21i'J4
M21Z
css
5
15
15
DO
L.H
5
M217
12
RI
M2i8
M219
M220
M221
M222
M223
M224
M224"'JA
15
15
8
12
12
15
11
11
M225
11
M225"'JA 11
M226
15
15
M227
15
M228
M229
15
M230
M231
CAT
JO
JO
JO
Jo
5
5
5
5
5
5
5
5
5
5
1
5
1
5
5
5
5
5
5
CAT
5
5
5
5
8
M235
11
14
M234
CL.
CL.
9174
6174
5
12
M232
M233
r~lP
1
3
CL.
e
TRt·ST4TE 0
JTN.
12
CAT
fLOP REGlSTERS, SINGL.E 5
SING~E 5
74174 HEx rF pLUs 1585 COMPARITOR ON W96~ ETCH, sINGLE 5
3 JK Frs, S, CL. C
a SET~RESET Frs, (Ml1;S GATES)
4 JK frs. CAN 00 SYNCHRONOUS elNARY COUNTING
5 0 Frs, ALL pINS AVAILABL.E
6 0 frS
6 INDEPOENOENT JK Frs
e BIT SHIrT & BUFF£R REGISTER, D FFS
(NEVER MADt), 8 BIT UP/DOWN COUNTER
(NEVER MADE) 10 BIT eUFFER S~lFT REGISTER
TTL OUTPUT M6oULE, 16 w 811 REGISTER, OPEN COLLECTOR TO ~854, SINGLE 6.'
TTL. INPUT MODULE, 16eBIT REGISTER FROM H854, SINGLE 8,5 6 BIT UP/DOWN COUNTER
6 BIT ~EFT~RIGHT SHIFT REG, LOAD 'ROM 2 SOURCES, (2~R2~2'~)
1 DECADE BCD UPIDOWN JAM COUNTER WITH PARALLEL READ IN
6 BIT ACCUMULATOR WITH 3 INPUTS
4 BITS OF 3 REGISTERS, COMMON ADDER PER BIT, COMMON CLOCK PER WORD
6 0 FF'S. CM2S6 WITHOUT CL.EAR JUM~ER C~OICE)
CLOCK REGISTER FoR PDP.~2. 4 elT COUNTER WITH SUFFER REGISTER ,QR PRE~Er OR REAOOUr
~4~DIRECTIONAL SHIrT REGISTER, 9 9ITS, 2 PAHALLEL L.OADS
? BIT SYNCHRONOUS COUNTER WITH JA~ & CLEAR PRESETS, Doua~~
REGISTER rOR POP;811. 2 BITS EACH Of MA, MB, PC, AC, & ADDER
REGISTER 'OR PDP;12. (M220 PLUS EXTRA ~OGlC)
TAPE REGISTER FOR PDP.12, 2 BITS, 6 REGISTERS, OOUBL.E
REGISTER POR PDP~l" 4 81TS. MA & M8
e BITS WITH DATA PATHS rOR KAli, 2 LATCHES, ADOER, OOU8~~ 8,5
SYSTEM TESTED M224
PROCESSOR MEMORY FOR KA11, 16 91TS X 16 aIT~. DOUBLE a~5
SYSTEM TESTED M225
1 BIT AL.L REGISTERS (EXCEPT ACe) fOR PDP-15
ACCUMULATOR FOR POP~15, 9 8ITS
MARK TRACK DECODER fOR TC08,TC15
4 UNIT SELECTOR nRtVER, VP15~M, 4FFS WITH BUFFERED OUTPUT GATES
BINARV/BCD/BINARy CONVERTER. 12 BITS, 5 MHi COUNT RATE
DUAL 12 BIT PRESETTABLE REPEATABLE COUNTER, DOUBLE, USED IN AIP12
16 WORD 1 BIT MEMORV WITH COMMON CLEAR
12 WORD SHIFT REGISTER WITH PARAL~EL LOAD, C~EAR, COMMON CLOCK
3 8 BIT REGISTERS, ADDER & ~/R SHIFT, KE11~A
3 12 BXT REGISTERS. 2 STORAGE & 1 CTS FOR 1 4 /L. DOUBLE
4~8IT
DeB
2
5
CAT
2
2/14
JTN
M212
M213
M214
M2i5
M216
3 / 74
1
5
5
5
5
5
5
5
1
CSS
M2il
5/73 18 BIT REGISTER W PARITy, DOUBLE'
2/74 2 74114 HEX FF ON W960 ETCH,
H209
M2100
M21li'Jl
4
5
1
CAT
CAT
CAT
CAT
H203
Re R
RF
eER
CER
7172
5/73
7/72
5/73
5/73
5/13
5/13
5/73
MonEL.
NO
PRUD
DES
L PJ[
ENGR
M236
~on
M237
M238
MOO
CAT
M239
M242
M241
M242
11
15
12
1'1243
1'1244
II
11
15
1'1245
1'1246
M247
M248
M249
14
1'1250
1'12500
11
1'1252
HJ
1'1251
1'1253
1'1254
1'1255
1'1259
1'1260
1'1261
1'1262
1'1266
M270
M271
M270~
Ww
80
DCB
WW
SU
DCB
AR
CAT
12
1;3
CAT
ATT
01
ATT
ATT
12
1~
la
ATT
SNT
OMT
1~
BO
11
ATT
10
CAT
DCB
DCB
CAT
EK
IPG
DREW
12
11/05-R OAe
EWB
fJC
12.
ONE~SHOiS~
M3(1J7~
1~
1'1308
1'1309
1'13121
10
14
MORO
RI
EG
RC
GP8
OREW
SU
AR
CAT
8
AC
1'1311
1'1312
1'1321
1'1360
M36~",YB
1'1362
1'1363
1'1380
15
15
10
ATT
C.AT
SSCAL
lZ
10
IP G
5
5
5
5
5
5
5
5
S
5
5
5
5
5
1/72
5/73
1/72
1/12
4/72
DESCRIPTION
BLE
SU
SU
113
12 8IT SYNCHRONOUS UP/DOWN COUNTER WITH PARA~LE~ LOAD, ETCH BD 50=089~1
3 DIGIT BCD SYNCHRONOUS UPlgOWN COUNTER WJTH PARALLEL LOAD, ETCH BD 5~o08931
2 4-BIT SYNC UP/OOWN CNTR WITH PARALLEL ~OAO, SEP UP & DOWN CLOCKS, ETCH BO 50.08912
3 4~BIT COUNTERS (8291'5) OR 74197,PARAL~EL LOAD, SING~E x 5
6 SET~RESET rr's MADE 'ROM 74H 4 0 BUFFERS
6 0 Fr'S C74H14) WITH COMMON C~OC~
H EQUIVALENT TO 1'1202
8 D FF'S C74H74) WITH 2 COMMON CLOCKS, 4 BITS EACH
6 eKTS, EACH 3 INPUT MX W ~ATC~, ~ON~lNV, ENABLES 4 & 2. 3 TtMES, SIN~~E X 8.5
2 4~BIT SHIrT REGISTERS W PARALLE~ READ IN! USES BOARD 50~08912 (SEE W961)
5 0 F~IP-f'~OPS, ALL PINS BRQUGHT OUT, (74H7 .. )
6 SET~RESET FF'S; c~OCKED TO 6 0 Fr's, SINGLE x 5"
8 BIT SHIrT RIGHT, PARA~LEL LOAD. ,0~08914 ETC~, 7495 lC'~
12 BIT BUf' REG WITH OPEN COL~ECTOR OUTPUT GATES, SINGLE x 5
4· BIT MEMORY, (r 9 03,), ~110
4-81T MOS 1 ST IN 1ST OUT MEMORIES, SING~E 5, 50~9912' NEEDS -l2 V
8.BIT MEMOAY (9033), M250 PINS INTENDED, Kt10
4 BITS (MOT 4005~.,Kl1~' M250, DOuBLE
12eBIT MEMORY, USES TI 7489
256 20 w BtT. 3 256 WORD 4~BIT RAM, ~20 NSEC CYC~E. QUAD X ~,5
256 X 12 BIT RAM (INTEL 31~.) • 8Vf'FER, DOUBLE 5
ASSOCIATIVE MEMORY, 2X8, SHIFT REG CAPABILITY, SING~E, 8,5, KT11
ASSOCIATIVE MEMORY, 4 WORDS, 12 81TS, KI10, 4102 Ie, FA1R~HILD, 35 NS MATCH TJM.E,
SLO SYN/RtSPONSYN STEPPING MOTOR TRANS~ATOR, 4 WINCINGS
rUJITSU/WARNER STEPPING MoTa R TRA~SLATOR, 5 WINDINGS
K2~6 WITH INPUT rlLTERS REMOVED
256 X 12 ROM, SN14187, R'1 0 • SING~[ 5
8K X 18 MOS ARRAY «TMS 403 0 ., QUAe 7
8X32 EeL BLASTABLE PROM (1~139), 4 LAyER sINGLE 5, 5010a7~ (w9611)
(W~61)
5 1/72 16 WORDS,
5 11/12 2 64~WORo
7
16 WORDS,
2 10/69 16 WORDs.
5 1/72 16 WORDS.
1
5
5
5/71
2/14
5
1/12
5
5
6
1
4/71
3/72
1
3/74
2
4/74
DELAYS
CAT
M~HJ2
1'13020
CA"
1'1304
12
M304 .. yA TE
M3k'!6
MOO
M3(1J7
12
M310~YA
STATUS
MO/YR
5
5
5
3
5
5
5
5
5
5
5
5
5
5
5
1
5
5
5
2 ON["SHOTS
7/73 2 ONE~SHOTS TO REP~ACE M3~2, MYSTERISIS ADDED TO PREVENT NOISE TRIGG[~ING
4 ONE~SHOTS, 100 NSEC OR 1 USEC O~~Y
4/74 1'1304 MODlrlED TO Bt 250 NS OR 2,5 USEC
INTEGRATING ONE SHOT, 500 NSEC MI~
DUAL lNTEGRATING ONE.SHOT, ~sES FAIRCHILD 9~01'S' 5 US!C TO 500 MSEC
1/72 DUAL. INTEGRATING ONE SHOT, ~00 NSEC TO 20 M5EC IN 5 STEPS
4/72 INTEGRATING ONE SHOT, EDGE OR PULSE TRIGGERED, CLoeK, POWER UP & DOWN
3/14 POWER SEQUENCE FILTER (2 DE~AYS CIRCA 500 USEC) SINGLE 8,5
TAPPED DELAY LINE, 500 NS[C TOTAL. 50 NSEC TAPS, 2 PA'S, Ie LEVELS IN & OUT
5/13 M31,~W lTH F'I I NVrRTED & 2,3 USEc ~ONG
2 TA·PP·ED DELAY L I N£S, 250 NSEC EA c~, 25 NSEC STEPS
6 100 ~HM DELAYS, 2 AT 30 NS, 3 AT 50 NS, 1 VARIABLE 0 TO 40 NS, 74H4~ INPUTS
1/72 M311 EXCEPT 1 DELAV LINE. 1 OUTPUT BUfFER CAN DRIVE 30 TTL H LOADS
VARIABL.E DELAY LINE, IC LEVELS IN, (I..lKE B36")
5/74 M360 W MIN DELAY or 25 NSEC
1/12 DELAY, 25 TO 50 NSEC
1/72 DEL. AY 15 TO 80 NSEC, 1N VERTS
11/71 SINGLE SHOTS. DR80
DOUBL~
PROn
f)ES
Llr-.E
ENGR
MODEL
NO
STATUS
''''O/YR
DESCRIPTION
CLOCKS
M401
M401"YA
"1401 .. Y8
M402
M4t'l2-YA
CAT
COM
SSCAL
15
$SCAL
M402 ... YB
M4et3
M404
M405
M405,.,yA
M405-YB
CAT
CAT
COM
SSCAL
~4Ql50
COM
~SC:AL
CAT
~'H~50';:'YA
M4051
M41il1
M410 ... yA
M4i5
M420
M<4201
TVP
MOO
15
12
15
PERIPH
M43il!
MOO
M452
M452 ... yA
M453
M454
CAT
M4540
M455
M499
JG
VARIABI..E CL.OCK
5/74 M401 W WIDE OUTPuT PULSE
5/14 H401 W 25 NSEC OUTPUT PULSE
REMOTE~Y VARIABLE C~OCK, USEs 5V ~HOTOMOO, 2 He TO 1 MHl
1/73 R8 CHANG£O TO 680K; C1 CHANGEO TO t MfD (HALVES FREQUENCV)
3
3 1/73 R8 CHANGED TO 680K, Cl CHANGED TO 3,9 MFO
5 3/72 VARIABLE C~OCK, 1 KH~ TO 50 KH~f 2 ONE·SHOTS. 74123
5 4/72 CRYSTA~ CLOCK, 2MHl TO 5 KHl, BINARY OR BCD COUNTDOWN
cRYSTAL CLOCK, paS & NEG PULSE OUTPUTS, 5 KHl TO 10 MHl
5
1 5/14 M40' W ~IDE OUTPuT PULSE
1 5/74 M405 W 25 NSEC OuTPUT PULSE
5
1/14 CRVSTAL CLOCK, 5KHl TO 5 MH~. NOT TUNABLE, NO CHOKES
1 5/74 M4B50 W wIOE OUTPUT PU~SE
MC
2 71'14 B/E OMNIBUS M4B50, HANO~E END 'INGERS fOR D~a-'E (H866), QUAO
FA
5
1
5
MC
BLE
ELlA
DPS
oPS
JB
JB
Me
BLE
5S
COM
AR
ELlA
PM
DeB
F'S
8
11
FMS
WH
VB
11
MC
ER
WH
e
alE:
1
1
5
RESONANT REED CLOCK
5110
5
5
5
6
4/71
5
1 10111
5
2174
5
879 H~ M4Ul
.
CLOCK
PHASE LOCK CLOCK, RP09. RP15
PHASE ~OCK CLOCK PoR RS64, NOHINA~ 750 KC
MU~TIPLl£S INPUT PREQ BY ,001 T'Mt~ X TO THE .N POWER,X BETWEEN 0 & 1~, N BETWEEN
TELETYPE CLOCK, SQUARE WAVES AT 88B & ~20 Hi, POR M106, M~07
'.65 US M452 'OR PMK02
M452 WITH VARIABLE PREQ
CRYSTAL. CLOCK W SIMULTANEOUS OUTPUTS OF ~8.8'19,2. 9,6, 4,a, 2.4,1.7~~ KHl
2,152 KHi, SINCL£ 8,5 e'OR PC1i-.A, DP11-A)
M454 W MORt FREQUENCIES AVAILABLE,
VARIABLE CLOCK, 2 RANGES, 4 • 20 ~S. 0,4 ~ 2 MS, BY JUMPER
100 KH2 CLOCK a PULLS MEM START I~ 8/E
20
MH~
XTA~
4
2/1.
4114 4 CH EeL '0 T'L CONVERTER, MC~012'~ 501087 • ~AVER SlNG~~ 5 (W9611)
9174 C~~, 36 CH OPTICAL COUPLED INpUT TO TT~, 5-1.2SV IN, QUAD
9114 ~SC, 36 CH 01" AMP ./e25V IN TO TT~, QUAO
'5 8113
1 11/711')
INPUT CONVERTERS
M5000
M5005
M5006
M500
M501
M502
M503
M503 ... YA
M504
OC
SSCAN
SSCAN
CAT
CAT
12
F'S
CAT
A
M509
14
CAT
M510 .. yA 12
M5i2
M513
M514
M5i5
M516
OF'
1
5
DCB
RI
ERK
8
M507
M508
M511
2
1
CAT
M506
CAT
M506",yA css
M5i0
EWB
OF
1'~
11
1
PERIPH
15
A
EK
5
5
5
'5 UJ/73
1 3172
5
2
9/69
5
JO
AR
DCB
AW
w104
ET
ET
Jo
5
5
5/13
5
6 4111
5 11/71
1 9114
1 9114
5
5
5
NEGATIVE BUS RfC£lvER (NEG EQUIV yo M5~0)
SCHMITT TRIGGER
NEGATIVE INPUT CONVERTER, 2 CHANNELS, 0 & .~y IN
OlrrERENTJAL SCHMITT, 2 CHANNELS. PA IN EACH
R[PLACEMC1709 WITH LH0024 TO MAKE rASTER, eb01
4 SCHMJTTS. 4 ONE.SHOTS
NEGATIVE INpUT CONvERTER, 6 CHANNELs. 0 & -~V IN
M506 WJTH 470 INPUT R'S CHANGED TO 300 OHMS
NEG BUS TO POS BUS CONY, 6 CKTSi OPEN COLb aUT, GND IN • ~NO OUT
NEG BUS TO POS BUS CONY, 6 CKTS. OPEN COLL OUT, GNO I~ ~ PkUS OUT
10 DIffERENTIAL aUs RECEIVERS (fAIR 9622) lJ0 OHM OlF'PERENTIAL TERMINATORS
I/O BUS RECEIVER~ 8 CKTS, PaS BUS
M510 MOOI'IED TO ACCEPT RTL INPUTS WITH 1. VOLT THRESHOLD
UNIBUS RECEIVER, 15 CKTS. SINGLE X 5, <4 GND, OS11, Ob10
16 SCHMITT CKTS W INPUT rIlTERS, SINGLE 5
10 OPTJCA~ ISoLATORS, TTL OYTPUT, SINGLE 5
TU10 TRANSCEIVER (FOR CONNECTlON TO TCSS, TC59, & TM10), SEE M5~9, DO~BLE
REAL TIME CLOCK, 12 VAC INPUT ON TABS, USES +11V & +5V
POS INPUT RECEIVER, 6 CKTS, l,4y THRESHOLD, (M506 PINS)
~
& J, COUBLE
~
'"
MODEL
NO
M517
MS 1 8
M519
M520
M521
MS21 .. YA
M522
M523
1'1530
M531
M563
MS64
MS65
M570
MS85
M586
M587
M58a
MS89
175
DESCRIPTION
PROf)
DES
L.INE
ENGR
STATUS
MO/YR
Js
5 5173 M507 WITH AN ENABL.E INPUT
5 11/71 3 DIFFERENTIAL SCHMITTS & 8 BJT I~PUT REGlSTER (A5~3 C~TS), DS8~EA
1 1/71 TU10-C,"D BUS TRANSCEJ.V~R, SEE M5l4
pos sUS RECEIVER WITH STR08~. 6 C~ANNE~S, HIGH IMPEOANCE
5
4 CH K TO M CONVERTER W SCHMITT TRIGGER, INV & NON~INV OUTPUTS
5
8
alE
F'E~IPH
Man
CAT
MS
TYP
TYP
MOD
PERIPH
13
10
AW
F"p
JW
DREW
su
3 1~/72
7/72
5
5
2/14
1
11
SU
AR
SK
MC
11
CSS
14
BMW
AR
;3
1~
css
Me
1
5
5
M521 W 3 CKT W 1 MS TIME CONSTANT, 1 CKT STND
8/73 2 INPUT CONVERTERS 0&~6V lt6 MA. 4~US, lCH .~5&0V, 2CH 0&5 V C~AMP W rl~TE.R (FOR PHOTOCOM~) SING~E 5
5
4
7
5
2
4/74
SELEcTABLE RANCE INPUl CONVtRTER • SELECTAB~E LOAD RESISTORS & VOLT4G~, SINGLE 5
8 CHANNEL NEGATIVE SUS RECEIVER WITH NOISE FlLTERING (PIN COMP WIT~ M'0~)
4 XMTRS & 4 RCVRS, RS10, SING~E x 5
1/0 BUS RECEIVER, NEG BUS, POS LOGIC, 8 CKTS, L.IGHT INPUT bOAD
MEM BUS RECEIVER, NEG BUS, POS LOGIC, 8 CKTS
(NEVER MADE) EIA INPUT CONvERTER TO TTL OUT, REPLACES W57~, 5V INS!EAO OF 10 V, 4
4 CH CDC 1600 REcEIVERS, SING~E 5
1 CH ASYNC MoDEM D;11-SA (8,L~ 113A) ORIC_NATE ONLy, DBL x 8.5
1 CM ASYNC MODEM DF11eBB (BeLL 11~B) ANSWER ONLY, DSL ~ 8,5
4 CH 01" SEND/REC FOR DMll (DM88l~, OM88~0J, SINGL.E x a.,
1 CH OPTICAL COUPLED 45 OHM 200 KC SEND & R~C, SlNC~E X 5W MATEpN-~OK
7/69 (NEVER BUILT). NEG BUS RECEIVER
1/72
4114
4114
2/74
1/14
5 '11/12
CHANNE~S
INPUT/OUTPUT CONVERTERS
M590
M59~0
cSS
11
11
11
11
M5901
M5902
M5903
M5903;;'YA 11
M5904
11
M5905
css
M5906
COM
M5907
SSCAN
M5908
COM
M590S;'YA COM
M591
11
M·592
UJ
M593
r,SS
M593~YA CSS
M594
11
M594 .. yA 11
M594 .. YB 11
M5940
10
.M5941
cSS
M5942
11
M5943
css
M5944
M595
11
M596
11
M5960
11
M597
COM
M598
COM
M599
COM
PETERS
Vs
Vs
VB
POT
POT
POT
SPRY
RAC
Ow
DR
DR
VB
SU
KB
TF
RL
RL
SS
WW
SpRy
SS
DRS
3 2110
4 3/74
4 5/13
4 2/14
4 9113
4 2114
'1/14
1 1/14
4 9114
2 411.
1 4114
1 9/74
5
5 1/12
2 4/72
1 6/74
5
1 6173
5 1/14
5 3/72
3 3/7.
4 9/74
3 9/74
RL
Me
5 8112
5 7/73
4 2/7.
5 11/71
5 5/73
2 10/71
OR
OR
RF'
VB
OUTPUT cONVERTERS
5/73
DIFFERENTIAL SENO/RECEIVE, FOR MAR~ CENTURY INTERFACE, 2 eH
16 eH TTL RECEIVER, D~~~, OOU~LE ~.5
16 CH EIA TRANSMITTER, OJ11, DOUB~E S.5
16 CH 'ULL DUpLEx TTY TRANSCEIVER' DJ11, DOUBL.E 8,5
MASS BUS TERMINAL TRANSCEIV~R, OOUBLE 8,5
M5903 W TERMINATORS
MASS BUS CONTROL TRANSCEIvER, DOU~LE 8,5
16CH EJA~CCIT' TO TTL. ~6CH TTL TO EIA-COITT, MOOEM CONTROL DOUBLE 8,'
16 CH EIA8TT~. TTL.ttA, PRIORITy SOCKETS, 2 He,., OHil.AD, ~AE, OOUBL~ 8,5
OA30 SUS EXTENDER, 8 CM RECEIVE & TRANSMIT fUL.L DUpLEX O~ff, 1060 FT, QUAD
MULTIDROP TRANSCEIVER, 4V P~P lMHi DrPHASt INTO TERMINAT~O 15 OHM CABL£i 5SHY SENSITIVI!Y.OOUBLE 8.5
56KB TRANSCEIV[R, OOUBLE 8,5
5 CH EIA TO DEC. 4 eH DEC fa EIA, SINGLE,8,5
1/0 DEVICE SELECT .USED WITH M7100t1074H Ie's
6 CH OJFFEREN'IAL RECEIVER, NAT SEMI 8820
M'93 W ENABLE DELETEO
8 CH EIA~CCITT TO oEC, 7 DEC TO EIA~CCITT, OF11~A, SlN~~E 8,5, lV ~YSI£RES1S
M594 • CLOCK RECOVERY
M594 W 3V HYS,£ReSr S
M,94 STO SINGLE sIlE
8 CH MJL. 188CTO ore INTERFACE FOR OFSll-H, SlNG~E 6,5
8 CH EIA~CCITT TO OEC, 7 DEC TO EIA.CCITT, J00, 600, 1200, 1800 BAUD ~TAL CLK, DP1;~L, QOUSLE 8,5
OM11~OR. 5 CH EIA.CCITT TO TTL. 4 CH TTL TO TRl~STATE, SINGLE S,5
?
CURRENT MODE CONY rOR 31U & 303 MOOEM, OF'11
20 ~A TO DEC, OEc TO 20 MA, 4 CHAN EACH, SINGL.E X 8,5, Dfll, REPLACED BY M59.0
REPLACEMENT M596
6 CH IBM RECEIVER, +BU5, 50 0t 9 12, SSG 8T14 (W961)
1 CH OPTICAL. cOijPL.[O 2~ MA TO DEC SEND & RECEIVE, a.5 x SINGLE, OFll~K
4 CH XMIT & REC WESTERN UNION HIGH LEVEL (./~6V 10HA) TEbEX, SINGLE x 8.5
R
MODEL
NO
PROf)
L P~E
M6000
M612J01
M602
OC
TE
CAT
M603
M612J6
M610
lel
CLP
CLP
15
M611
M612
M6i7
M62e
Mo21
M622'
M62-3
1"
CAT
M,on
15
CAT
DES
ENGR
Ewe
8L
2
1
Ww
5
5
5
RC
RC
ELlA
ATT
1
ELlA
DCB
DeB
CAT
CAT
Mo240
SSCAl
cPS
Mo25
15
Ji!
Mo27
M626
M629
M632l
M631
r.AT
M632
M633
M633 ... YA
M636
M637
M640
M650
M651
M652
M660
M661
M662
M66~
M664
M665
M66, ... yA
M666
M661
M6;0
M671
M681
M683
M684
M685
M6850
M685.,YA
M686
M687
M6870
M688
M689
M693
M694
IFG
15
10
MOO
15
CAT
CAT
SSeAI..
IPG
11
P[RIPH
CAT
e
CAT
CAT
CAT
8
1"
10
1~
css
11
US
CAT
IPG
IPt;
IPG
IPa
IpG
IPt;
IPG
IPG
tpG
11
5
5
5
4/74
ELlA
"1"1
ELlA
DCB
DeB
RWI
DHI<
MOM
Jo
7/69
6172
5/13
5/73
5
5 5/13
5 11/11
? 7169
5
5
5
6/73
5/73
6114
5
5
5
Ps
SU
SU
SU
OH
SU
DREW
AR
JB
MORO
5
5
5
5
5
3
5
7
7
5
4
5113
1/12
1/72
5113
2/.,2
10/73
6112
8113
5
5
RG
BWH
5
1
:5
5
2/74
5/'13
RG
5
1
5
1/72
2/74
9/72
DV
eSs
SpRY
eSs
8V
eSS
50~~874
2~IN
("19611»
NANOS
i7~H00),
3 3-IN ANOS (74H11)
14 POWER INVERTERS, 6 GNDS
1/72 6 POWER GATES. 6 GNDS, 5 INPUTS PER GATE PAIR
5
:5
5
1
5
5
QUAD TTL TO EeL TRANSLATOR (10124), 4 LAVER SINGLE 5,
116
1/72 2 PAtS, NEG EDGE IN, 1 POS 60 NS & 1 pas 45~100 NS OUT, 4
6 PULSE AMPLI'IERS
6 2~INPUT NANOS, OPEN COLLECTOR, ~P1NS of M~20)
5
5
5
3
5
5
DESCRIPTION
6/74 12 TTL TO ECl. ~ LAVER SINGLE 5
2 PULSE AMpllrlERS
5
Mo24
MI')26
STA TUS
MOIYR
:3
2
3 / 14
3/72
2
3/72
,6 4~INPUT NAND BUFFERS
(NEVER MADE), 6 CKTS, BUS GROUNDERS, pos BU~ DR1VER WITH STROBE
BUS DRIVER, 6 CKTS, ENAB~ES FOR EA OF 2 6~BIT WORDS
BUS GROUNDER, 8 CKTS, USES 74H50, FOR MEMORY & 1/0 BUS, 2 INPUT NEG AND EA
BUS DRIVER, 12 CKTS, OPEN COLLECTOR+ 100 MA AT GND
BUS ORIVER,OPEN COLLECTOR. 12 !NPU S & 1 ENABLE. 2 IN'UTS & EN, 1 IN~U' INV, 100 MA • ~NO
PIN COMPATIBLE W M624, PUTS OUT 3~0MA AT GNO, SINGL~ 5
BUS SWITCH FOR POP~15, 8 CKTS
M623 WITH GROUND ISOLATION (WITH TRANSfORMEHS)
6 .~INPUT NAND BurFERS, (H ~ERSION OF M~17)
3 SWITCHES, 2 BIT ADDER, 1 M621 TYpE DRIVER, fOR MX15
BUS DRIVER, 11 CKTS, fOR. BUS, PDP1l. 88811'S
(NEVER MADE), NEG 8US EQUIV TO M620
NEG BUS EQUIV TO M621
NEG BUS EQUIV TO M622
NEG BUS EQUIV TO M623
M633 W INVERTED OUTPUT
M633 WJTH GROUND ISOLATION
CLOCK DRIVER eN cHANNEL, e1 TO +1 LOWER LEVEL, .5 10 .14 UPPER LEVEL), 4 CHANNE~S. SJNGLE ,
TU10 BUS DRIVERS (30 CKTS)
NEG OUTPUT CONY, 3 CHANNELS. R650 TYPE OUTPUTS
M650 WITH OUTPUTS CLAMPED TO GND WHEN 5V GOES AWAY
NEG OUTPUT CONY, 2 CHANNELS, 0 & w~V OUTPUT
POS lEYEL DRIVER FOR 8/1 BUS, 3 CKTS, ./~'0 MA OUT
POS lEYEL DRIVER FOR 8/1 BUS, 3 CKTS, OUTPUT CLAMPED TO +3V, M660 PIN~
6 CKTS, NON.INY BUS DRIVERS FOR KVGS CVT02), 6 US RISE & fALL INTO OPEN LINE
3 NEG MEM BUS DC DRIVERS, PQS INPUT, 50 OHM ~OAO, K110
~tO BUS DRIVER, ~ '0 +3V IN, 0 TO .3V OUT, ~ CKTS
MEM BUS DRIVER. 8 TO +3V IN~ 0 TO ~3V OUT, 8 CKTS
M665 W 130 NSEC OUTPUTS
1/0 BUS RESET, 12 OUTPUTS, 20 MA , .3V, 1/3 DUTY FACTOR MAX, SlNGLE X 5"
pHOTO COUpLED ISOLATOR, 4 CKTS, RS10, SINGLE X 5
(NEVER MADE) EtA LINE DRIVER, 4 CKTS, TO REPLACE W670 EXCEPT .5V INST~'D or ~'0V
M TO K SERIES CONVERTER, 4 CKTS
ISOLATED M685 RELAY ORIVER
6 RELAY DRIVERS, K683 CKT, FOR DRB~. DOUBLE
12 BIT FI..IP~FLOP ReLAY DRIVER FOR UOC (0004'
16 BIT M684
16 BIT FLlpwfLOP DC OUTPUT CICMDC·oA) OR AC OUTPUT "11TH H160~ (ICMACNOA), HEX
M685 W 55V 500MA OUTPUT
12 BIT SINGLE SHOT RELAY DRIVER FOR UDC (0001)
16 a IT M686
16 BIT SINGLE SHoT DC OUTpUT (lCMDC~OB) OR AC oUTPUT W!TH H1600 CICMAC-oB). HEX
UNIBUS POWER rAIL ORIVER, SINGLE 5
30 SOLENOID DRlVtRS, 330 MA UP TO 30 V, USES BC40F CABLE, QUAD
6 CH DIFFERENTIAL DRIVER, NAT S[Ml 8830
4 CH CDC 3000 DRIVER, +/~20 MA. 2 IN NEG OR
MODEL
NO
M695
H'69'7
PRO~)
DES
L.! ;\i[
fNGR
CSS
COM
COMPLEX L.OGIC
M7f2l0
A
M100~
15
M70:211
15
1'1721132
15
M10tll3
M1004
M7005'
M7006
M7rl107
M1008
15
15
15
15
M7009
1'1,7"1
M1£!l10
M7011
M1012
M1£!l13
M1014
TYP
TVP
TVP
8
LOP
LOP
LOP
LOp
LOP
~OP
M111J14;'VA
M1015
M?916
HU.l17
M7018
M711J19
M102f2l
H111J21
H1"'22
H1fJ23
H.,024
H10i3
H70312l
M'l!J31
M712132
M.,033
M'0i34
H.,035
M.,036
HUlas
H7fl139
DOANr.
DOANE
TM
TM .
TM
.,)01..
HL
HL
AA
GEG
9Q
BQ
AW
AW
AW
AW
AW
AW
HL.
LOP
ERt<
8
eSs
CSS
eSs
eSS
ess
eSS
eSS
TYP
T,(PI
8
M1040
ess
ess
eSs
ess
eSs
M7045'
M1046
M7t:5'
DOANE
BQ
LOP
8
Ht.,
PWD
pwP
PWD
.JTN
JTN
.JTN
JTN
TM
TM
JTN
MS
JTN
JTN
VM
M7050
pERIPH
MoL.
1'11051
LOP
8Q
8Q
M7050-YA e
M7I2J52
M7053
LOP
LOp
MO/YR
DE"SCR I PTt ON
1 4114 4 eM CDC 7691 DRIVER, SINGLE 5
5 11/71 4 eM IBM TRANSMITTER, 50~~8912i SJG 8Tl3 (WY61)
MODULE~
LOP
LOP
LOP
L.OP
LOP
LOP
LOP
LOP
M,1f2l4~
H7041,
M'044
SK
OR
STATUS
KQ
HL
ONE~SHOTS, S/l, 8/1.., DOUBl.,E
CURSOR CONT~OL FOR VT0'1 QUAD x 8,5
5 11/71 CHARACTER GENERATOR & T MIN~. VT0~. QUAD X 6 1 5
5
MOS MEMORY' MEMORY TIMING. VTf2l5, QUAD x 8.~
5 11/71 110 INTERf'}CE, VT95. UP'TO 309 BAUD, QUAD x 8,5
5 11/72 I/O INTER'AC£~ VT95, UP TO 2490 BAUD, QUAD X 8.5
1 1/71 M1004 PLUS TRANSMIT OPTION
1 9/71 SPl,. I T SCREEN. OPT! Ot-I FOR VTI?J5
5 9/74 FK11 CONTROL. VT29 1 QUAD 8~5
5 6/74 VT20~B DISPLAV CONTRO~. H[X 8.5
5 1/74 VT211h·B DA,., INTERrACE. HEX 8.,
5 5/13 OISPLAVCONTROL FOR VCS/I
5 11171 VV15 TIMING & CONTR~L. DOUBLE x 8.5
5 5 / 1. UART StRIAL INTERrACE, SING~E 5. ~'54 • SPLIT ~UGS, LK40
1 3/72 768 X 8- BIT R~M, NO ROMS IN,LUDEO, SIMULATES Pee5, PLU~S INTO Pee5 CABLE SLOT, SINGL~ 8,5
4 9/74 vE'CTOR GENERATOR' CHARACTtR GENERATOR CONTROL. VT40, HEX S. 5
4 5113 UNIBUS CONT& BOoTSTRAP FOR VT49, QUAD 8.,
4 2/74 M7014 W NO BUS TERMINATORS'
'
4 2114 UNIBUS INTtRfACE 'OR LPS) QWAD 8.'
4 2/14-P~OGRAMMABLE REAL TIME CLOCK'W 3 SCHMITT TRIGGERS, LPS~W. QUAD 8.'
4 5/73 DIGITAL 1/0, 16 BITS, TTL LEVELS, SIMILAR TO M863, LPSDR, QUAD 8.5
4 2/74 A,D CONTROL. P~RT of l,.PSAO.12, L.PSAO.,5, USED WITH A804, A865, A406, ~OUBLE 8.5
4 5/13 DISPL.AV CONT; PART or LPSVC, COLOR TUBE, STORAGE TUBE & PLOTTER CAPABILITY, DOUBLE 8"
, 2/74 LPSAO;NP, NPR CONTROL. ,OR LRSAO~ OOUBLE a,'
4
7/73 H7014' W- BUS- TERMI NAfORS ONLY
1 5/7! VW40 LOGICcINTERrAcE, OOUBL.E 8.5
4 2/14:01GITAL 1/0, 16-9IT5, LATcH CHOICE, INTERRUPT ON ANY INPUT BIT, LPSOR.A, QUAD
2 8/74 VT55-GRAPH1NG CONTROL. MODuLE, HEX, NO GOLD ON rINGERS
,
POWER fA I L~ LOG,1 C roR ell
3 6174 CONTRO~FOR CTSlt.J. QUAD 8~'
1 11/72 DR1VER5~ RECEIVERS~ CODE CONVERTER fOR CTS1~~JA, DOUBLE 8,S'
3 6/74 ORIVERS.-RtCE1 VERS. CODE cONVERTER fOP CTS11~J9, DOUBL.E 8,5
3 3114 SCANNER MODULE FoR ust WITHH1CKO~ CARD EQUIPMENT
3 5/74 80 COLUMNOAIVER FOR USE wITH H!CKOK CARO EQUIpMENT
3 5/74 22 COLUMN DRIVER rOR USE WITH HICKOK CARD EQUIPMENT
3 1/74 DIOOE MODULE ASSV FOR USE WITH'HICKOK CARO EQUIPMENT
1 2/74 VT20~C D1SPLAy CONT, HEX
1 2/14,VT20~CDATA INTERfACE, HEX
5
P~OT'£~'CON1ROL rOR 8/1
1 11/72 X,;'( REGUTtfL CARD. VB08, QUAD 8.5
1 3/74 TIME Of~OAY CLOCK (OKS8~EK), DOUB~E 8,5
111/'2 VECTbR;CONTROL CARD, V808. QUAD 8.5
2 9/73' vtCTOR DATA~CARD~ vB06. QUA~ 8,5
1 8114 SWyTCHINPUTRIGtSTER fOR EMHART CONT SYS '16"6496), DOUBl.E 8,'
5 5/73READEa CONTROL fOR 8/1
5
READER CONTROL WITH FEED HOLE STROBE & FEED HO~E TRANSITION oUT OF TAPE SENSE, DOUBLE
3 5/73 H1050 MOOI'IEQ TO DRIVE PR68
1 3/74 GT48 DUAL t2 X 12 MULTIPLIER WITH SUCCESSlV~ APPROXIMATION. HEX
1 3/74 GT4a DATA REGISTERS & MULTIPLEXORS, HEX
1 3/74 GT48 STACK & SiLO CONTROL, HEx
5
5
5/73 MANUAL. TIMING GENERATOR.FIl,.TER,
MODEL
NO
M7054
M7QJ55
M7QJ56
M1QJ57
M7QJ58
M1QJ59
M706
M1060
M111!61
~1062
PROD
DES
LINE
ENGR
LOP
LDP
LOP
LOp
LDP
LDP
en
LOP
LOP
LOP
LOP
LOP
M7QJ63
M1064
M1065
11
M7I?J1
CA,
~711!15
11
M?08
8
"7219
8
M11121
a
M71QJ ... YA
M7101?J
M11tlJ1
M7i02
M7J.QJ3
M1iQJ4
TVI'
1121
TPL.
TPL
TPI..
TPI..
M1104~YA TPL
M7105
TPL
M7!05';;'YA ess
M11QJ5;VB TPI,.
M71QJS;'YC ess
M7i06
TPI,.
M7106;VA ess
M7106;;'Y8 ess
M1!06';'YC ess
M7107
css
M1!1
12
M?ilf21
10
MY!11
10
M1112
1a
M112
a
M7!3
e
M'i4
B
M7i5
8
M1i5~YA a
M7i5 .. yB CSS
M7i6
B
M117
15
M7110
15
M'i11
15
M1i8
11
M119
12
M720
a
M721
11
M7210
11
M7211
11
M7212
11
GOG
JE
JE
HL
AA
HI..
HI..
HI..
HL
HL
HL
Rl.
RI..
JO
JO
ER
SU
ER
ER
ER
SG
SG
SG
1..0
SG
1.0
SG
L.O
1..0
WHirl
LO
WW
DREW
SU
BM
PS
STATUS
MO/YR
1
1
DESCRIPTION
3174 GT48 DISPLAY STATUS MUX, HEX
3/74 GT48 STACK & SILO, HEX
GT46 OISPLAY STATUS REGISTER, HEX
GT48 DIspLAY CONTROL. 4~LAYER HEx
3/'4 GT4B BUS CONTROL, QUAD
1
1
3/74
8/74
1
1
3/74
5
ASYNCH LINE RECEIVER, 6 OR 5 BIT. (EQUIV TO (7216), pOS
1 3/74 GT48 PUSH BUTTON CONTROl,., QUAO (SPC)
1
1
1
1
5
5
5
5
5
5
3/74
3/74
3/74
3/74
5/73
6
4/71
5
2/12
4
2/14
4
4
7/73
7173
4
5/'3
2
3/73
5113
1112
3/73
311.
10/13
8113
91,.
9/74
4
1
1
3
5
1
3
3
3
5
5
4
4
5
5
5
5
3
2
5
5
5
5
4
5
5
5
5
5
5
5/74
1/72
5/73
5/13
5/73
1/72
2/74
11/13
2/14
5/73
lO~lC
SVNCH LINE RECEIVER, 6,7, OR 8 BITS, SlNG~E X 8,5
ASyNCH ~INE XHTR. e OR 5 BIT. CEQ~tv TO 4707), pOS LOGIC
SYNCH ~lNE TRANSMITTER, 6.1 OR e arTS; SINGLE x 8.5
C~OCK CONTROL, all
CLOCK COUNTER. 8/1
pUNCH CONTROl rOR "t
M110 WlTH SHORTER PUNCH DON~ DELAY RECOVERY TIME
tlO DEVICE CONTROL, UStD WITH M592, 1074H 10'S
TIMING, TAKEs a. TO GEN 81E TIMING, 8,5 X DOUBLE, Ow0e~E
AC TRANsrER, ',5 x OOUBI,.E, ;WS6wE
DATA TRANS'ER, 8~5 X DOUBLE. OW08.E
DATA BUF & STATUS. RK8-E. QWAD x 8,5
MODIFIED TO RUN WITH DWe-E
MAJOR REGISTERS, RK8~E, QUA; X 8.5
MODIFIED M71QJ5 rOR CODON RKa·E
MODIFIED TO RUN WITH OW8~E
M1l05 MODIDIED fOR RKS8.E
CONTROL., RK8.E, QUAD x 8,5
M1106 MOO"IED rOR CODON RK8 e £
M1106 MOOl'IED rOR RKse.E (8 ETCH)
M'106~YB ON C ETCH
RKS8~E 4096 WORD COUNT TRANSrER MOPULE
S~OPE CONTROL rOR POP-12
tiVNCH MODEM INTERfACE rOR DS1~, Q~AO X 8,5
ERROR CORRECTION fOR R'1 0 , 5 BIT CORR~CTION/128 36 BIT WORDS
CaNT POR M'10' DOUBLE 8,S
OISP~AV CONTROL ,OR KV8/1
MULTIPLEX INTERfACE rOR Kvell
CONTROL LOGIC I POR CRB_I,CRS.L
READER CLOCK rOR PC8II, CLOCK ACCELERATOR, PAtS, NON Ie PARTS OP M7B'
M715 MODIrlEO TO DRIVE PR68
M715 MODIFIEO TO HAVE ~ONGER START~UP TlME
CONTROL LOGIC II fOR CR8el, CR8ft~, DOU8~£
DISPLAY CONTROL rOR VP09 & VP1 5
PDP15 TO MM11'1.. tNfERFACE, DOUBLE 8,5
COLOR SWITCH rOR vp15~D, SING~E 5
BUS INTERrACE POR PDPel1
CLOCK SYNC & DECADE COUNTER fOR KW12
NON~EXISTANT MEMORV DETECTOR. INTEG ONE~SHOT, OTHER ONE.SHOT, & MISC LOGIC
BUS INTERrACE 1, KAli, a BITS GATEP IN & OUT, SlNG~E 2~5
KE11-A DATA CONTROL, QUAD x 8.5
KE11~A REGISTER CONTRO~, QUAD X 8,5
ADORESS LINE BUS REPEATER fOR 0811, 75 NS PER EACH or 1~ CH, SINGLE X 8,5
MODEL
NO
PROn
LINE
M7213
11
M7213_VA CSS
M7214
11
M7215
11
M1216
11
M7216-YA1i
M7217
11
M7218
11
~7219
11
M1219~YA SSCAL
M722
11
M7220
11
. M1221
11
M7222
11
~7223
11
M]224
11
M7225
11
M7226
11
M1227
aSS
M1228
11
M7229
11
M723
11
M7231
11/ 4 0
M1232
11/40
M1233
11/40
M7234
11/4~
M1234~YA
M1235
11/40
11/40
M7235~YA 11/4~
M7236
M123?
M7238
M1239
M124
M124~JA
M724~yA
M7240
M1241
M1242
M7243
M7244
M7245
M1246
M7247
M7248
M7249
M725
11/40
11/42
11/40
11/ 4 0
11
11
11
11
11
11
11
11
11
11
11
11
11
11
M125~JA 11
M725-yA 11
M7250
11
M1251
11
M7252
11
M7253
SSCAL
M7254
11
M7255
11
DES
ENGR
STATUS
vB
5 5/73 BUS REPEATER CONTRO~, FOR 0811' OOUB~E X 8,)
3 5/73 M7213 MOOIrlEO BY SPECSYS, 2 ETC~ CUTS, 2 JUMPERS
1 9/70 READER CARD rOR pOpl1~MA, DOUBLE x 8,5
1 9/70 READER INTERrACE rOR POP11~MA. DOJBLE x 8,5
5 11/71 PRIORITY & CONTROL, KC11, DOUBLE X 8,5
5 4/72 M1216 rOR ~Hl1~A
POWER 'AIL & RESTART, KP11-A, SINGLE X 8 J 5
5
BUS REQUESTS
5
RC11
BUS INTERrAcE, QUAD X 8,5
5 11/71
3 1174 M?219 MOOlrIEQ TO AOD "BA00 LOW"
FA
CRB
CRB
CMO
JO
JO
JO
KK
BLE
Po
KK
KK
KK
RL
KK
KK
VB
GS~
BOW
Bpt
Po
RAA
RAA
RAA
RAA
RAA
RAA
RAA
PJ
PJ
RAA
RAA
Jo
JO
JO
VB
VB
VB
VB
VB
VB
RL
RL
V8
~c
JO
Jo
JO
GH
RL
80
OF
ORR
ORR
DESCRIPTtON
11'
MQ/YR
'A SOURCE & TIMING 'OR MM11
5 11/11 RC11 CLOCK CONTROL, SING~E X 8,5
5 1/12 Rei1 OlSK INTERrACE, QUAD x 8,5
5 1/72 RCi1 STATUS CONTROL. QUAD x 8,5
5 11/11 CONTROL rOA OP11;A., QUAD x 8.5
5 1/72 RC11 UNIT & TRACK SELECTOR, SINGLE X 8,5
5 1/72 RC11 STATUS CONTROL EXTtNDER, SINGLE x 8.5
5 1/72 ON11 CONTROL. DOUBLE X 8,5
4 8/73 XY11 PLOTTt R cONTROL
5 1/72 REAL TIME PROGRAMMABLE CLOCK, KW11.P. 8,5 X QUAD
5 1/14 DR11~B INTfR'ACE rOR OA11~B, OBLE X
7
6/69 (NEVER BUILT),.A LOGIC rOR MM~l
5 2/14 DATA PATHS, Kell;A; ai' HEX
5 1/73 U WORD, K011-A, 8.5 QUAD
5 1/73 fR DECODE, KOli~A. 8.5 HEX
4 5/13 TIMING, K011-A, 8,5 HEX
1 3113 M7234 AS USED IN 2338.~ XOR TESTER
4 9114 STATUS,PROCESsOR/K011- A, 8.5 HEx
1 3113 M7235 AS USED !N 2338-3 XOR TESTER
5 1/14 KT11.0 M£MORY MANAGEMENT, 8,5 HEX
5 8112 STACK LIMIT REGlSTfR, sINGLE 8,5
4 5/73 tIS (EXPANDED INSTRUcTION SET) BOARD, HEX 8,5, KE11-E
4 5113 ,fq CONTROL KE11~r~ QUAO 8,5
5
dUS & CONSOLE CONTROL rOR KAli, Q~AD, 8.5
1 7/72 SYSTEM T£STEO M724
5 5/13 M724 rOR KH11~A
5 5/73 DM11~A CONTROL
5 5/73 DM11ftB CONTROL. QUAD
5 5/73 OM11~C CONTROL
5 5/13 OM11 TRANSMITTER 0
5 11/11 OM11 TRANSMITTER E
5 2/74 OM!l RECEIVER, QUAD
5 2114 MODEM CONTROL SCAN, 16 LINES. OM11~BB
5 2/72 MODEM CONTRO MUX. 8 LINES, gMl1~BB, SEE M78~7, M78~8, OOU8~E
5 1/72 UNIBUS REPEATER BaSy, SlNGLE
5 4/72 HOLLERITH CHECK (MU~TIPLE ONES ERROR DETECTOR), SlNGLE X 5, FOR CDll
5
BUS INTERfACE & tR, KA11. QUAD, 8,5
1 7172 SYSTEM TESTED M725
5 5/73 M125 rOR KH11~A
7 9/72 MOS MEMORY MATRIX, 4K x 18~BITS, ~EX x 8.5
5 5/73 XOR & CRe BLOCK cHECK, DOUBLE X 8,5, KG11~A
1 9/71 64 16~BIT ROM BooTSTRAP
3 9/73 11 TO LEAR SIEGLER 7700 TERMINAL
4 5/73 STATUS CONTROL. RK11~D
4 5/73 DISK CONTROL, RK11~O, QUAD X 8,5
B.'
MODEL
NO
M7256
M7257
M7258
M7259
M726
M726-JA
M726-yA
M726Z!
M7261
M727
M727 .. JA
M727..,YA
M1271
M7272
M7273
M7274
M7275
117276
M7277
M7278
M7279
M728
M728 ... JA
M728."yA
M1280
M1281
M1282
M7283
M7284
PRO"
DES
L.INE
ENGR
11
11
11
11
11
11
11
1i/e'?
11/05
11
11
11
sSU
SSU
ssu
SSU
SsU
SSt)
11
11
11
11
11
11
11
11
11
11
11
M7285
11
M7285~YA CSS
M7286
11
M1288
11
M7.289
11
M729
11
M729"'yA 11
M7290
11
M7291
11
M7292
11
M7293
11
M1294
11
M7295
11
M7296
11
M7297
11
M7298
CSS
M7299
SSMU
M730
CAl'
M7300
16
M7301
16
M1302
16
M7303
16
M7304
16
M7305
16
M7306
16
M7307
16
<
ORR
ORR
STATUS
MO/YR
4
4
L.C
5
MOOR
4
'5
.,10
JO
JO
SNT
SNT
JO
JO
JO
GO
GO
GO
GO
HUT
HUT
Me
Me
MC
JO
JO
JO
VB
JF'8
JfB
BPr
BpF
VB
RI,.M
TM
Me
MC
Po
Po
PO
RAe
DRM
DWS
1
5
4
4
5
1
5
1
1
1
1
2
2
4
5
5
5
1
5
5
4
5
5
5
5
1
4
4
5
5
5
5
4
5
1
S.,J
4
4
SJ
SJ
5
5
SJ
SPRY
WK
DCB
RVN
RVN
4
2
5
5
5
RVN
RVN
7
4
DCB
RVN
RVN
5
5
5
RVN
5
DESCRIPTION
5173 REGISTERS. RK11-0. QuAD x 8,5
5/73 BUS CONTRO~, RK11~D, QUAD 8,5
L.Sl1 INTERrACE, QUAD 8,5
5/73 PARITY FOR MF11-LP, DouBLE 8,5
IR DECODER FORKA11
7172 SYSTEM TESTED M726
5/73 M126 FOR K~Ul~A
5/73 KD11-B BOARD #1, DATA PATHS. 8,5 X HEX
2/74 KDli~B BOARD #2, CONTROL LOGIC & ~ICROPROGRAM 8,5 X HEX
STATE CONTROL. KAi1, QUAD, 8,5
7172 SYSTEH~TESTED M727
5/73 M'727 FOR KH11~A
1/72 BOARD 1 OF CAll-A, QUAD X 8.5
1/72 BOARD 2 or CA1l·., QUAD x 8,5
1/72 BOARD 3 or CA1l-A, QUAD x 8,5
1/72 BOARD 4 OF CAli •• , TERMJNATOR, ON 5009045 CW940)
4172 BRPE 11 PUNCH INTERFACE, DOUB~E 8.5
4/72 TREND READER INTERfACE, DOUBLE 8,'
5/73 XMIT SCANNER & NPR, DH11, ~EX 8,5
1/74 REGISTERS & ByTE COUNT, DH1~. HEX 8,5
2/74 1ST IN 1ST OUT BurpER, OHil, OJ11, DOUBLE 8,5
TIMING & STATES. KA11, QUAD. 8,5
7172 SYSTEM-TESTED M728
5/73 M,28 F'OR K"Ul~A
1/14 8 UARTS ON QUAD 8,5, DJ11
5/13 CBll-DA UNIBUS To 32 POINT RE~AY OISTRIBUTOR MODULE, HEX ~.5
1/74 CB11-SA UNIBUS To 64 POINT lNPUT SCAN, HEX ~15
10/73 WINDOW DATA PATH BOARD DA11-F, QUAD 8.5
HII73 WINDOW CONTROL, OA11~F, QUAD 8,5
1/74 OJ11 MUX CONTROL BOARD, HEX 8.~
8/73 H1285 W BAUD RATE or 50
5/73 FK11 INTERFACE, vT20, QUAD 8.5
5/74 LINE PARAMETERS cONTROL, DH11, HEX 8,5
8,5
1/74 RECV SCANNER, OHil,
5/13 CONTROL LOGIC' TIMING fOR HM~l.E, DOUBL.E, 8,5 (16 OR 178fT), 1,2 US~C HEM
1/72 ~729 MOOlrlED FOR 1.5 USEC RUGGED MEMORY
11/71 M729 FOR 980 NSEC MEMORY
9173 16 POINT INPUT INTERRUPT FOR C811~HA, HEX 8,5
5113 TU6e INTERrACE, QUAD 8,5, 0011
11/72 TIMING & CaNT. UNIBUS INTRFCE, MH11-U, MM11~UP, QUAD 8~5
2174 DATA BUFFER & CaNT. RH11, HEX 8,5
2/74 BUS CONTROL, RH11-A, HEX 8,5
1/74 CONTROl.. & STATUS R£GISTERS, RH11. DOuBLE 8,5
10/73 MASS BUS P~RITY CONTROL. RH)l, DO~BLE 8,5
8113 WATCHDOG TIMER W RESTART & CRYSTA~ CLOCK, 11/4~, QUAD 8,5
6/73 CONTROL FOR CALCOMP 936, XY~l.B, ~UAD
POS aUS TO POS LOGIC FOR 8/1, FITS IN E100, DOUBLE
PDP16 GPA CONTROL, GEN PURPOSE ARITHMETIc UNIT, 4 4.8IT BYTES, USED WITH M7301'S, DOUBLE X 8,5,KAct6
11/71 PDP16 GPA REGISTER; GEN PURROSE ARITH UNIT REGISTERS, 4 4-BIT BYTES, OOUBLE X 8,5, KAR1~
PDP16 K~SIMPL.E. 5 oR 6 INDEPENDENT CONTROL CKTS, SINGLE x 8,5
5/73 POP16 K.DECISION, 6 CKTS, SPLITS CONTROL f~OW, SING~E X 8,5
PDP16 BUS SENSE, SENSES ALL ~ERa, OVERFLOW, MA~UAL START, DOUBLE X 8,~, KB S16
PDP16 TRANSFER REGISTER, PROVIDES ~6 BIT DATA STORAGE, MASKING & 8YTE,
3/74 TtG (TtMING GENERATOR), 8,5 QUAD ,4 LAVER
5/13 MEM CONTROL rOR MOS MEM, 8.5 HEx, 4 bAYER
5/73 lK X 16 BITS BIPOLAR MEMORY
5/73 18 BIT Mel11
5/13 FRM (rLOATING POINT ROM CONIROL) 8.5 HEX, 4 ~AYER
5/73 rxp (FLOATING POINT EXPONENT CATA PATHS) 8,~ HEX, 4 LAVER
5/13 FRH (rRACTloN HIGH ORDER DATA PAT~' 8 1 5 HEX, 4 LAVER
9/73 tRL cPRACTION Low ORDER DATA PATH) 8., HEx, 4 LAvER
5/13 S~B (SEGMENTATION JUMPER BOARD', 8,5 HEX, 2 SlOES
1/74 VIRTUAL MACHINE EXTENSIONS, 4 LAYER OOUBLE 8,5
1/14 UNIBUS INTERrACE PnR M8117, DOUBLE 8,5
6114 MEM CONTROL FOR BIPOLAR MEM. 4 ~A'ER HEX
11/11 FlO (FLOATING INTERrACE OAT* PAT~), HEX 8,5. 2 SIDES
11/71 rIC (fLOATJNG INTERrACE CONTRO~). HEX x 8,5, 2 SIDES
8.'
DATA PATHS CONTRoL, KA11, QUAD. 8,'
7/72 SYSTEM-TESTED H820
MEMORY CONTROL. KAli. DOUB~E, 8,5
7/72 SYSTEM"TESTED M821
FLAG CONTROL! KAli'0 0UB LE,8,5
11'12 SYSTEMpTESTED M822
5/13 M822 rOR KH11",A
5/13 CODES. OA1A, PDP~11. SINGLE, 8,5
7112 SYSTEM~TESTED M823
:rlIORITY, KA11, DOuBLE. 8.5
7/71 SYSTEM~TESTEO M824
5/7:5 M824 FOR KH11eA
POWER FAIL, SINGLE, 8,5
7172 SYSTEM-TESTED M825
5/73 M825 rOR KH11"A
5/73 NPR EXPANSION, KHli",A
75 To 250 NS cLOcK WITH SR, (8 PHASE CLOCK), SINGLE x 8.5
CLOCK & STATES, KE11-A, aUAPt 8.5
11/71 KY11~B CONSOLE BOARD, OOU8~E, 8,5
5173 CONSOLE INTERrACE ~OR 11R2 0 , KY11~E,~f. QUAO X a,5
11/71 CARD READER CONTROL, DOUBLE x 8,5, rOR CR11 & CMll
5173 M829 • Hi0S • M829, QUAD X 8.5
8114 CR11. CMi1 CONTROL; USED IN 0011, QUAD
7/73 M7293 W NO 8838'S
8/73 32K TIMI~G & UNIBUS INTERFACE, MMll~W, ~wP, QUAD
7/7,. MAJOR REGISTER foR KKa.E;
MAJOR REGISTER FOR KK8 .. E, REPI,.ACES M830 WHEN USED WITH H831rc1, QUAD
7/72 alE INDEX REGISTER OPTION, QUAD 8,5 WIRE WRAPPED
5/73 LV01 CONT, LV8, QUAD 8,5
9/72 VT8~E MUX, USED WITH M8335-7, QUA) 8.5
11/72 INTEGRAL MODEM (113A EQUIVALENT), OFB-BA, QUAD 8,5
MorEL
l\JO
MS3Z5
M8306
M83:Z7
M8328
M831
M831~
M8311-YA
M8311. Y8
M831L.YC
M8311-YD
f18311-YE
M8311.YF
M8311';'YH
M8311-YJ
I-',i3312';'YA
M8312;'Y8
M8312';"YC
M8312.YD
M8313
PROn
rES
L.!k[
Ft·~GR
1
PIE
::?
16
1
lVP
3
rl./r
;'1/[
:;/A
6
5
~/A.
alA
alA
alA
8/A
alA
alA
6/A
alA
81 A
8/A
f)/A
H8311-YA B/A.
M8318
AlA.
M832
M8320
4
4
4
4
4
4
4
4
4
4
4
4
a/A
M8314
M8315
M8316
M8317
"10/yR
;.1/F
alA
i3/E
I:\/E
I.K
LN
LN
LN
I..K
JK
GHL.
2
2
4
11/72 INTEGRAL MODEH (1138 EQUIVALENT),
5173 SMC~l INTERFACE, QUAD 8,5
1/73 PROM SIHUL.TOR/LOAOER
9/74 FASTER M6311~YB (HS6.Ar), USING 2102.1
9/74 fASTER M8311-vC (MS6~AH), uSING 2102-1
9/74
9/74
9/74
9/74
9/74
8/74 1
5
1/74
3/74
M8323
M8324
M8325
8/t:
3/74
I..N
5
1
1
5
M8330
2
2
5
JDL.
S/E
alE
JK
GHL.
5
3
RIF:
GHL.
5
6
5
M832S';'YA TPL
M8329
MS33
TP
Tp
GHL.
SG
M8330;:'YA alE
M8331
9/E
M8332
14
9/74
3/74
1/72
8/74
8/74
9173
9174
5/73
2/72
5/73
9/74
2/74
11/72
1173
11/72
M8333
14
M8334
M8335
M8336
14
AR
3
5
5
5
5
I3/E
PK
ry
5173
€lIE
PK
5
5
3
1/74
6/74
2/72
2/72
Md337~/E
M8338
SS~'lU
~S~~U
ES
LN
AR
AR
PK
I"E
1'18340
MB341
!lIE
wl
GHL
GHL
M8342
Q/[
·)K
M8339
i'l/E
HEX BOARO OMNIBUS CPU, 6/E INSTRUCT10N SET
9174 MODIfIED M8329 FOR
5
M8326.YA alE
M8326;YB alE
M8327
~/E
M8328
TPL
USING 2102-1
6
GHL.
AlE
cMS8~AJ),
QUAD
QUAD
OUAD
aUAD
5
3
S/E
AlE
FASTER M8311~YD
lK ROM, MRS.AA,
2K ROM, MR8~AB,
3K ROM, MH8~AC,
4K ROM, MRe,AD,
5/74 OPTION BOARD #1, SL.U, XTA~ ,LOCK, GP PARALLE~ INTERFACE. FRONT PANE~ CONTRO~. DKC8~AA, HEX
9/74 OPTION BOARD ,2, MEM EXT & TIME S~ARE CaNT, BOOTSTRAP, PWH FAI~ START, HEX (KM6.AA)
M8322
M8326
LOADS M7327
QUAD
REGISTER CONTROL FoR KKS-E, REPLACES M831 WHEN USED WITH M8300, QUAD
6174 M8317 W BOOTSTRAP ROMS REMOVED
8/74 OMNIBUS DIODE CLAMPS
2/72 LOAD RESISTORS FoR BUS, 8/E
2
2
QUAD 8,5
9174 1K x 12 MOS RAM w ROM INTERFACE, ~UAD CMS8.AA), USING 210c
9/74 2K X 12 HOS RAM W ROM INTERFACE, QUAD (MSa-AB). USING 2102
9/74 3K X 12 HOS RAM W ROM INTERFACE. QUAD (MS8-4C), USING 2102
9/74 4K X 12 MOS RAM W ROM INTERfACE, QUAD (HS8-AO), USING 21 0 2
9/74 FASTER M8311.YA (MS8~AE), USING 2102·1
E8
GHI,.
~/E
CONT~OL.
DF8·~B,
5/74 COORDIN.TE MEASURING SYSTEM INTERFACE,
6/71 REGISTER CONTROL fOR KK8.E
M832t21';'YA alE
M8321
fj/E
GHL.
JJ
JJ
iRS
DESCRIPTION
STATUS
3
5 8/72
5 11/72
5 10/73
(K~8~AB)
BUS LOADS rOR BIE, REPLACES Ma J 2. QUAD
alE XOR
TM8-[ OUTPUT CONTRO~
TM8-E CONTROL & eREAK
TM8 E TRANSPORT sTATUS CONTRO~
KC8~JA DATA PATHS, QUAD
KCe~JA CONTROL.S, QUAD
tNTERPROCESSOR BUFFER, 8/E TO 81E, UP TO 8 PER COMPUTER, QUAD
M8326 MODIFIED FnR G8016eTA
~Q326 MODIrIED FoR G8016~TA
TMS"E REGISTERS
BUf MEM CLAMP LOADS, SWITCHES & I~OICATORS (BM8~L). QUAD
M8328 DEPOPULATEo FOR BM812~I
LC8-E PARA~LEL INTERFACE TO LA30~P, 8.5 X QYAD
TIMING GEN FOR KK8"E
IMPROVED M833 (SEE M8347), QUAD
MODIfIEO M8339 FOR 8/E XOR
CASSETTE CONTROL (TAS/E), QUAD
OC14~B CONTROL (USED WITH up TO 12 H8333'S), QUAD X B,5, PLUG INTO OMNIBUS
OC14-C ASYNC 14 8IT ERROR CaRR, XMIT & RECEIVE, 8,5 X QUAD, pLUG INTO OMNIBUS
DC14"D CONtROL (IJSEO WITH UP TO 12 MB333'S), UNIBUS COMPATIBLE, QUAD X 6.5
VT8-E KEYBOARD PRINTER CONTROL, QJAD 8.5
VT8~E FREQUENCY nlvIDER~ QUAD 8,5
VT8~E LINE BUF~ER, QUAD 8,5
8/E INTERrACE TO rACIT 40~1 & 4~03 PAPER TAPE READER
alE INTERFACE TO FACtT 4060 & 4061 PAPER TAfE PUNCH
EAE INSTRUCTION ~ECODER, QUAD
rAE REGISTER cONTRO~. QUAD
LSB-E PARAbLEL CONT~ WILL REPLACE M8329
p
MODEL
NO
Mci343
S/E
~id344
iVE
1,8345
"8346
R/r
I'J/E
~3347
g/E
;!:lIE
M8349
~:3349_YA
8/E.
~3349-YC
~'349':'YD
alE
alE
Mf:1349 .. YE 14
Wi35
~/E
M~35~
"IE
M ~50-YA Qc
M__ 51
AlE
Mi 352
UE
M.. 353
t'3/E
M8354
(lIE
M8~55
MS356
M6357
STATUS
MO/YR
PRO]
L tliE
R/E
):lIE
9/E
OA
DA
1
3172 RcalE BOARD 1 QUAD 8.5
1
°A
f)A
£1T
UA
1
3/72
3/72
3/72
9/73
5/74
5/74
nA
DA
DA
AR
LK
LT
DO
1
7
5
3
3
3
5
6
5
5
GHL.
1
1
RI
1
2
RI
5
1
GHL.
GHL
GHL.
DRM
RHi!
1
1
1
MS358
TVP
M8359
CSS
H836
M8360
B/£
ABW
I..K
I.T
AlE
AlB
L.K
5
5
1
L.N
5
5
H837
M8370
M838
~/r
8 IE:
t..N
RBR
Ra R
MS39
M84tl
alE
alE
M84~-YA
B/E
M8401
~/r
M8420
8/E
I3/E
SSMU
MS43
8/E
I..T
M843·YA,CSS
8/e:
M845
S/E
M846
aIr
M8
A01..
M847
M841
M842
M844
KQ
2
ADI..
L.T
L.T
LT
M847-YE AlE
1..1
8/£
\"T
M847 ... yM TVP
M847-yN TYP
5
H848
Fl./E
M848J
R/E
M849
8/E
loT
5
Jot..
5
1
JOI..
LN
LN
AOL
9/70
6/73
5 11/71
2 7111
7
7 3/71
1 1/10
5 8/72
K£
L.T
5
6
5
RCalE BOARD 2 QUAD 8,5
RC8/E BOARD 3 QUAD 8,5
Re8/E BOARD 4 QUAD 8,5
TIMING GENERATOR fOR 8/E W STOP C~OCK INPUT, CAN REP~ACE M8330. QUAD ~t5 (KM8~F) (ECO'O INTO M8330'
lK 12 BIT PROM & CO NT • 256 WORDS R/W, (INTE~ 1702 REPROGHAMMA8~E ROM), NEEDS .5V & ~15V, QUAD 8.,
MS349 WITH ONLY 256 WOROS OF pROM
MS349 W lK 12,81T PROM ONLY
M8349 W 512 12~BIT PROM ONLY
M8349 WITH ONL.Y lK 12 BIT PROM & ~o SWITCH START LOGIC
POSITIVE aus INTERrACE CARD fOR pOp8-E
rASTER M835, REPLACts M835. QUAD
M8350 MODIFIED FoR TERRADyNE IC TESTER
MASS BUS INTERFACE. CARD 1
MASS BUS INTERFACE. CARO 2
MASS BUS INTERrACE, CARD 3
MASS BUS INTERFACE, CARD 4
MARS (MAJOR ACTIVE REGISTERS & STATUS BITS) PANE~ ORIVER, QUAD
KEy opTION, MATCHEs KEYS TO MEM ADDRESS REGISTER & HALTS. QUAD
RX01 OMNIBUS INTERFACE
Me8~E 8/E MEMORY BANK CONT, QUAD
LCS8.A CONTROL. QUAO
DATA BREAK BUS INTERFACE CARD FOR POP8-E
FASTER M836. REPLAeES M836, QUAD
MEMORY EXTENSION CONTROL FOR POP8 E. A~SO TIME SHARE
CP BOARD. HEX
ASYNCHRONOUS CONTROL FOR DT8 r E
SYNC MODE INTERFACE CARD FOR DPs.E
PC04~BL & PC04-BM CONTROL (PC88E, PC8~EA)
MS40 MODI'IED TO DRIVE PR68
PR60 e D INTERFACE TO OMNIBUS, COUB~E X 8,5, POR POP11-MA
L.E8~C. DATA PRODUCTS LINE PRINTER CONTRO~, ~P8~E
XY PLOTTER CONTRo~
C/"'"ROL FOR CAL.COMP 936, XY8 e f. QUAD
GOI CARD READER CONTRO~
M843 WITH DEVICE CODE OF 33 & 37
TIMING & CONTROL FoR VS8~E
CHARACTER GENERATOR FOR VA8~E
PUSH OOWN L.IST coNTROL, KH8 w E
ROM, MI8~E, ALL. nIODES IN
ROM rOR MI8~EA HIGH/LOW SpEED PAPER TApE RIM
ROM rOR Mle-Ee. TC08 BOOTSTRAP
ROM rOR MIS-EO. RKe BOOTSTRAP
ROM FOR MI8 .. E[ TVPSET RIM LOADER
ROM roR MI8~EF, EDU SYSTEM BOOTSTRAP, ~O~ SPEED
ROM rOR MI8~EG, EDU SYSTEM BOOTSTRAP, HIGH SPEED
T08~E BOOTSTRAP (MIS.EH)
RKS/E BOOTSTRAP (MI8 e EJ)
CR8 BOOTSTRAP FOR DC72
TU60 BOOTSTRAP (MIseEI..)
TYPESET DECTAPE BOOTSTRAP
TYPSET RK8/E BOOTSTRAP
POWER FAIL DETECT & AUTO RESTART, 8-E, QUAD
IMPROVED H848, USED ONLY WITH MS330
RFI SHIELD, 8",E, QUAD
p
7/73
11/70
11/12
1/72
5/73
5
NR
LT
~/E
5/74
5/14
9/74
8/71
11/71
8/72
6113
6113
6113
6/73
10/73
3114
5114
7114
1174
8111
5
5
5
5
5
5
5
5
5
MS47-yG 8/E
an:
3
WK
LN
I..T
M847-yK 10
Ma47 .. Yl ~/E
7
1
8/E
M847 .. yH
M847-YJ
6
CRB
L.N
M847 ... yA 8/E
M847 ... yCg/£
MS47 ... YD AlE
M847~YF
DESCRIPTION
8/72
8/72
8112
8/72
8/72
a~72
3112
7/73
6/73
9/73
9113
2/74
9/72
~10:~EL
NO.
PRC'l
fl(S
L 11, [
[!·~GR
WH
Dr;
DH
~852
~,
~857:!.
1'185:.:'2
M8r:;Z3
('55
"'SS
r55
1'185,,4
"SS
JrrJ
JTtJ
M85.?5
M85:?6
Me!):?7
MSC:;2"
~S:;
JTi'J
JT~:
1
JL"l
~
JL~1
3
4
6174
I Pr,
JLH
FE
8/74
8/74
1?c
CHIN
CHIN
1
1
1
1
8114
8114
M859.J
1~
MB591
11
CHI,.,.
M8592
M8593
1'18594
1'/}
1·;1
lJ
M8595
MB596
M8597
1J
10
1'"
M859'l
10
M8599
1~
CHIN
CHIN
CHIN
RCR
RCR
RCR
RCR
RCR
LN
alE
8T
M861~
R/E
':'IE
M8611
B/E
8T
AlE
8T
AW
alE:
~/r.
AlE
M865-yA AlE
M86S .. y8 9/E
M865-yc FS
M8650
~/E:
M8650.YA SIE
M865iZl.YB FS
M8651
CSS
M86S2
8/E
M8652.YA alE
M8652':'Y8 alE
M8652· YC alE
H8652.YO CSS
M86S2':'YE TPL
M8652. YF SSCAN
M8653
5
2
2
~Ll~
Kl.l?
H864
M865
1
RE
PMG
1'18525
M8537
MaS8?
M862
2 11/71
rss
;:851
M863
EIA FULL DuPLEX LEvEL CONVERTER,
5
r,SS
cSS
css
8/E
M8655
~/E
M8655 .. YA TPL
MS655':'Y6 TPL
M8655.YC TPI...
M866
~/E
M867
M868
R/E
S/E
M869
filE
8T
ADL
RBR
RaR
1
1
1
1
1
:1
1
5
1
1
1
1
5
7
7
8/74
8/74
7174
7174
6/74
6/74
4114
4114
4/74
6113
2/71
2/71
6111
2/71
2/72
9/73
9/73
R8R
RBR
1 8110
1 3/71
1 6/72
5
5 12/71
1 9172
3 4/71
5 2/74
4 5/73
4 5/73
WE
'3 12/71
R8R
E8
R8R
R8 R
E8
8V
R8R
R8R
4
5/73
MI
1
AAH
RSR
2
8/74
4
2/74
RfjR
4
JG
JG
JG
3
2/74
1/74
R8R
OF
OA
AC
OESCR I PH ON
~076
PINS. PIN K MUST BE -15V
1 9/71 TELEX INVERTER, ~BL X 8,5 (W941)
1 9/71 TELEX DIALER, QUAD X 8,5 (W940)
2 11/71 Dpl1/DHA CONTROL CARD, QUAD X 8,5, WIRE ~RA~pED
6172
6/72
5/74
3/74
1'185/9
M86!Z
M861
STATUS
MO/YR
:5
3
5
7
5
6173
1/74
1/74
5/73
5/73
1/72
5 11/71
DOS11-A REGISTER CARD, QUAD X 8,5, WIRE WRAPPED
00S11-0 REGISTER CARD, QUAD 8.5, ~tRE WRAPPlO
DQSi1 CONTROL CARD, QUAD 8,5. WIRE WRAPPED
READER INTERFACE & CONTROL (3 PORT ASYNC MUX), RT90, QUAD 8,5
KEYBOARD ENCODER MODULE, DQU8LE 8,5
INDICATOR MOO, 24 LlGHTS ON 1 1/16" CENTERS, 12,6V CT
BUS RECEIVER & 8 81T ADDRESS DECOJER FOR DD~2
APR CONTROL REGISTER, 4 LAYER HEX
M BOX CONTROL *4, 4 LAYER ~EX
MG10 CYCLE TIMING, 4~LAyER DOU8LE 8,5
MG10 PRIORITY CONTROL, 4~LAYER DOuBLE 8,5
MG10 ADDRESS RECEIVER, 4.LAYER DO~BL£ 8,5
HG1e pORT ADDREss, 4~~AyER DOUBLE 8,5
MG10 DATA REGISTER, 4 ~AYER DOUBLE 8.5
MG10 DATA TRANSCEIVER, 4 LAYER DDJBLE 8,5
OX10 MEMORY BUS INTERFACE, 4 ~AYER HEX
OX10 CHANNEL BUS INTERfACE, 4 ~AYER HEX
OX10 PDP8 INTERFACE, 4 LAYER HEX
DX10 1/0 & MEMORV CONTROL, 4 LAyER HEX
DX10 BYTE ASSEMBLY ~OGIC, 4 ~AYER HEX
REAL TIME CLOCK, DK8eEF, 8.E, QUAO
256 WORD RIW, 8.E, QUAD, DRIVERS, DECODE
256 WORD STACK BOARD
M8610 WITH CORE STACK ATTACHED
256 WORD R/W SENsE, INHIBIT, & DATA REGISTE~, 8/E, QUAD
12 CH DIGITAL 1/0 (DR8~EA)
MULTIPLEX INTERFACE POR VS8-E
CONSOLE TELETyPE CONTROL, 1~0 HAUJ, K~8-E, QUAD X 8,5
1591 BAUD, I1HON ?it TH .~ l j 1" t 3
SPEC IAI. 101402 FOR TRW
PADDLE BOARD ,OR UDC (DD~1)J fOR.~EL;\f CJRl'-I :'R 'I) 3 I TO MS37, TO BE REpLACED BY W406
SIGNAL. CONDITIONING BO, 127: V~C I'JPUT, ~·lIJC 0') r f:1 'N7321 .. YA
JUMPER, N2 TO R2, 2 ... 1/2 NO HANDL.E
pADDLE BOARD. UDC. IsOL.ATEO RELAY DRIvER, usED wITH ~635, M687
PADDLE BOARD, W40!0. W402. "1403 CO'1BINED
PADDLE BOARD rOR UOC/DD01, AC INPJT COND IT! UN t NG I 1UlO 5, USED
I
5/71
?
2 10/71
2114
3
\.>
5
5
5
DOANE
DOANE
10
10
1~
14
12
DOANE
SU
DREw
DREw
5
1
5
5
5
5
1
5
CAT
5
5
r.Al'
5
CAT
PERIPH
5
1:21
lJ
5
2
PS
PS
1 ;3
CAT
1i1
1~
cSS
MJS
DREW
DREw
DREW
DREW
DREW
CV
CAT
CAT
r:AT
SI.)
~
6/73
7/74
5/13
2/72
5
5 8/73
5 2/74
3 10/73
5
5
5
5
~on
1 ,2
8
2
1
S
617'lJ
2112
5
5
c;
HIGH IMPEDANCE FOLL.OwER, 7 CKTS
SCHMITT TRIGGER, ./~10V IN. 0 & ~3V OUT
W5ml MOOIrrED rOR AUTOMATIC TOTA~ISATORS
PHoToN-COUPLED TRIGGER, 2 SCHMrTT.~lKE CKfS FOR 48 VDC OPERATION
(OB5), PHOTON~COUPL.ED TRIGGER
INITIAL TRANSIENT DETECTOR, A SCH~tTT, ~ DELAY, 1~ MS 8LA~KOUT
LOW VOLTAGE DETEcTOR, MEASURES .1~ & ~15V
LOW VO~TAG£ DETEcTOR, PD P6, MEASURES AC, el~,+10,~15. 3 OUTPUTS IN ORDER
LOW VOLTAGE DETECTOR FOR HE10, MEASURES +5,+5,-15,-15, ALL REG'-15,+1~ UNREG, DOUBLE
HIGH VOLTAGE DETECTOR FOR MA10
.3 pHASE AC L.OW VOLTAGE DETECTOR
POS LEVEL CONV, 3 CKTS, THRESHOLDS OF ~,.1, OR +2V, 0 & -3V OUT
NEG LEVEL. CONV, 2 cKTS, THRESHOLDS OF 0,-1.--2, OR .3V, 0 & -3V OUT
POS LEVEL CONV, ? CKTS, THRESHOLDS Of +1. 6 OR 0.8V, FOR USE WITH TTL. ~ & -3V OUT
NEG LEVEL CONV, 6 OKTS, USED IN TV55
pas L.EVEL CONV. 6 CKTS, 10~ OHM l~PUT
~OW VOLTAGE DETEcTOR & CONNECTOR
3 ?HAS£ L.OW VOLTAGE DETECTOR, SINGLE 6, rDR 863
CROWBAR, USED WITH W516, SJNG~E 6, FOR 863
POWER SEQUENCE & CROWBAR
COMPARATOR. 3 DIFFERENT!AL CKTS, 100 MV RESOLUTION, LIKE 15~1 ~EVE~ CONY
+5V & ~15V LOW VOLT DETECTOR, 16 *5V lNPUTS, RS10, SINGLE x 5
CROWBAR rOR OS11, SlNG~E 5
LOW VOLTAGE DETEcTOR. CROWBAR OUTPUT (.7V TO GND) , .4~75V, SINGLE 5
DUAL AC~COUPLED SENSE AMPL.IFIER, USED ON PDPS·S
DUAL RECTlrVING SLICER, WAS G8~3
EIA INPUT CONVERTER TO TTL. 4 CHANNE~S
IBM N ~INE TO DEc CONVERTER, 5 CKTS, 6 OR 12 MA
pos BUS TO DEC CONY, FOR MEMOREX, 0 To .3V, 8 Me, 5 CHANNELS, PIN COMP WITH W592
IBM 360 BUS TO DEC CONVERTER (NON~lNVERT!NG)
IBM 360 TO DEC (INVERTING)
OUTPuT CONVERTERS
W6P12
W601
W602
I
5/73 TO BE USED WITH
'?
f:I ,.
DESCRtPTtOf\l
1'101 YF~
5
TPr,
W402-y1l. IPr;
:;TATUS
rAT
5
CA l'
CAl'
5
5
NEG LEVEL AMPLIFIER, LIKE 1667, 3 INVERTING CKTS
POS LEVEL AMPLIFIER, 3 INVERTING CKTS
AIPOLAR LEVEL AMPL.IFIE~, 3 CKTS. EJA LINE INTERFACER
.
.
MonEL
PROD
LtNE
NO
W603
h6~3 ..
DES
ENGR
CAT
YA IPC;
';62'4
15
"605
ho07
101 612
nlS
CAT
Sl
~,j2Z
12
11
~a12 .. YA
1~
su
STATUS
HO/YR
,5
3
1
5
5
5
5
3 1 67
5/73
6
6
" .. 21
101640
101.,;172
CAT
I)
~-lon
Wc.71
WI' 2
ww u21
11
11
5
5 3/72
5 11/71
1 3165
5
5
5 12/71
5 1174
5
5
5
5
5
1 4/68
~1TST
WI .H
8
W"d2
W683
W684
LOP
LOP
LOP
W6)0
W6}1
cSS
W692
W693
W694
W695
CAT
e
1121
8
CSS
DESCRIPTION
pos LEVEL AMPLIFIER, 7 CKTS
101603 WITH 15K TO -t5V HEMOVED, FOR INTERfACING WIT~ VIOAR Ar04
EMITTER FOLLOWER, 1 CKTS. TO DRIVE BURROUGH~ DISC
POS LEVEL AMP, 4 CHANNELS, ,3V INTO 50 OHMS, FOR X & Y TO REMOTE DISPLAYS
'3 PULSE CONVERTERS. pas OR NEG 7~ NS 2.5 V PULSE OUT
DUAL PA, 8602 PINS, 120 & 320 NSEC, DIODE OUTPUT fOR "OR" BUS
W612 LESS ~ OUTPUT DIODES
(OBS), SYMMETRY CONTROL. TU79
(OBS). RE'ERENCE GENERATOR, TU79
'3 PUL~E CONY, POS OR NEG, 400 NSEC OR 1 USEe 2.5V PU~SE OUT
EIA LINE DRIVER, 4 CKTS, +3V IN
20 MA LOOP TO EIA CONVERTER
ADAPTER MODULE! H31JA TO MATE N ~OCK
BUS DRJVER, 2/3 1693
SCOPE INTENSlrlER rQR 34 DISP~AY
SCOPE tNTENSlrtER, 0 TO +3 V STEP. DELAY 50 TO 300 NS, PU~SE WIOT~ .00 NS (fOR VR~2 & VR14)
SCOPE INT£NSI'IER rOR VR12. VR14, & VR20
SCOPE lNTENSIrIER rOR VR14 W VT40 IN GT4Z S~RIES. e INTENSITY ~EVE~S
DEC TO IBM N LINE cONVERTER, 4 CKTS, 6,12, OR 20 MA
DEC TO CDC CONVERTER, 3 CHANNELS, .1.20 MA
DEC TO IBM 369 8US DRIVER
DEC TO CTUL CONVERTER
DEC IBM 360, POSITtVE OR
DEC TO BELL 300 SERIES DATA SET DRIVER, 5 CMANNE~S, )23MA INTO 100 OMMS, )1V OFF' (5MA"av
FILTERS, TRANSMITTERS, RECEIVERS. REGULATORS
W7000
1017121121
10
2
5
5
5
CAT
W70th'AD MOO
A
W701
W701 .. YA eSS
W71'!1eVB ess
W102
W704
10
en s
10171340
101705
W706
W7136wyB
W7r216.VC
11/45
W7060
10
C.AT
W7r217
W712l7",YA
W707,..YC
101712170
101708
W709
W710
101711
CAT
3
L.H
01
CAT
SSU
S$U
css
SSU
12
CAT
Mon
8
8
:3
5
5
5
5
5
:5
3
1
5
2
3
1
5
5
5
1
5
101112
15
W713
101714
1~
6
15
5
2
101715
ess
HOD
W716
W716-YA
RW
AR
..,
7
7/14 AUX PWR SUPPLY, KL10. SUPPLIES +15V 50MA, .>V lA, -15V 10~MA TO
SWITCH FILTER. 6 CKTS, SIM TO 17~3, USED ON W710
H700 MOOI,tED rOR AUTOMATIC TOTA~ISATORS
INPUT NETWORK, rOR pope CARD READER
5/73 INPUT NETWORK, IBM 1502 INTERfACE
5/13 OUTPUT NETWORK rOR IBM t502 INTERrACE
T~.iTypE LEVEL CONvERTER rOR DCleB DATA ~lNE SCANNER
.5V SUPPLY, 1 1/2 AMPS fOR CHARACTER GEN VA~8
1/13 3V tENER & CAP TO GND TO GENERATE p12V fROM .15V
.J~6V POWER SUPPLY; up TO 1,5 AMPS, SINGLE HEIGHT, 1 1/2" THICK
TE~ETYPE RECEiVE~, 8 BITS, ~1 UNIT CODE
7/71 8eBIT, 5 UNIT STOP FOR PT0S
7/71 5pBIT, 1 UNIT SToP rOR pTa8
1/13 TELETYPE RECEIVER, 6 BITS, 8 UNIT CODE
TELETYPE TRANSMITTER, 8 BIT, 2 UNIT STOP COOE ONLY
5/69 7 BIT TTV TRANSMITTER
7/71 5~BXT TRANSMIt. 1.5 UNIT STOP fOR PT08
1/13 TELETVPE TRANsMITTER, 6 81TS. B U~lT CODE
TELETYPE COMMUNICATIONS ADAPTER
86~
DIVIDE ay 16/64 cOUNTER, rO~ TELETVPE MOOU~ES
SWITCH FILTER. USES W700 BOARp
SWITCH FILTER
SWITCH MODULE. 2 foRM C MICROSWITCHES. 0 & ~3V, RF FILTERED
(095), SWITCH FILT£R, W700 WITH LOWER VALUE, TU79
SWITCH MODULE, 2 roRM C MICROswl TCHES, NO CKTS, 9/1 MEMORY
1/69 12 CHANNEL SWITCH Fl,LTER. PASSIVE PI~TER & AMPLIFICATIoN, & SC~MITT
3/73 8 8IT TELETYPE RECEIVER, REPLACES W706
3/73 7 81T CODE MOO, PT088
MonEL
Nfl
W717
pr~
W7;;: :'
W721
IPG
P'G
IPG
MO/YP
7
3173 8 BIT TELETYPe: Tr~MJSMITTER,
LH
tPc
IPr.
[..1723
W724
[) ESC RIP TT0 '.I
STATUS
REPLACES
W7~7
& W7218
CONTACT S[NS£ & INTERRUPT
15
w722
W725
W726
W727
fJES
ENr;R
AR
'lOn
SWITcHE~,
WllS
W719
.;
L.I\~
') 12/69
5
"
MORO
HORO
""ORQ
:;
5
5
"ERIPH
RBI..
5
rPG
E.~
IPG
IPG
fPG
W73Z.Y8 IPC;
W731
IPG
W731 ... YR fPC
IPr,
W73~
W732 ... YB IPG
101733
IPG
W734
IF'G
W735
CSS
W736
CSS
\01742
IPG
\01742,,1
SSCAN
1017421
SSeA"'!
1017402
SSCAN
SSCAN
W74e3
1017405
SSCAN
W7406
SSCAN
SSCAN
W7408
IPG
W741
I PG
W741J
fPG
W7411
W732
W73Z, ... yA
W741-VA IPG
IPG
101742
IPG
101743
IPG
\oI743~
yPG
W7431
W7440IPG
W750
R
TPL
W751
FE
OER
DEB
FE
FE
RG
FE
JE
JE
MORO
OL.M
DL.M
DUl
OLM
AAM
AA~1
AAM
MORO
RG
NSI.
RG
MORO
PJS
RG
NSI..
NSL.
6
4171
5
2
2
5
5/71
5/71
2 10/71
5 11/71
2
5171
5 11/71
5 2172
3 10/73
2 6172
5 5/73
3 3/73
3 5/73
3 6/73
3 - 9113
3 9/73
3 8/74
3 9/73
r;
5/73
1 2/74
1 2/74
2 1/12
5 5/73
5 5/73
2/74
1
1 2/74
1 2/74
5
1 11/70
10 SWITCHES. 0 & +3V OUT
4 DPST SWITCHES, 4 IN TO lOUT. 2 TIMES, VT~4
COI;!TACT SENSE, 4 CH, 6V, 11-10\(;
CONTACT SENSE. 4 CH, 241
CONTACT SENSE, 4 CHI 40V
CONTACT INTERRUPTS, 4 CH, 6V
CONTACT INTERRUPTS, 4 CH, 24V
CONTACT INTERRUPTS, 4 CH, 4~V
4 DC & 3 OIFr[RENIATING SWITCH FI~TERS FO~ • LOGIC, IN TU10
INPUT PROTECTOR, 6 CKTS
12 BIT CONTACT SENSE FOR 0001, 8.5, QUAD
W730 WITH 24V RELAVS
W730 WJTH JUMPERS IN P~ACE OF RELAVS
16 BIT W730
W731 W/O RELAY F~R A SPECIA~ UOCll, USED WITH W402vVB
12 8IT CONTACT I~TERRUPT FOR 0001, 8,5, QUAD
w732 WITH JUMPERS IN P~ACE OF RELAYS
16 BIT W732
16~BIT GENtRA~ PuRPOSE COUNTER FOR UDC, QU40. 8.5
2 XMTRS WITH PULSE XFMRS, • 1 IC XMTR
2 RCVRS W PULSE XFMRS, • 1 IC RCVR
12"81T SO~ID STATE CONTACT SENSE, QUAD X 8,~, usES PADDLE BOARD, uOC8
eSc, 8 BIT SOL.ID STATE CONTACT SE~SE, FROM ~ERG, FINGERS HANDLE ENO FOR BUS, QUAD
csc, X BUS TERMINATOR (USED WITH W7400) QUAU (SEE M7829)
esc, 8 BIT RELAY OUTpUT BOARD, CO~TACTS TO SERG, FINGERS HANDLE END FOR BUS, QUAD
csc, 12~BIT COUNTER, CONTACTS TO SERG, FINGERS HANDL.E END FOR X BUS, QUAD
esc, WATCHDOG TIMER, X BUS, QUAD
esc. DUAL COUNTER/ACCUMULATOR, x 3US. QUAD
eSc, x BUS REPEATER & TERMINATOR
16~81T W14~, UOCll, UDC15
16 BIT SOLID STATE DC CONTACT SENSE, w7430 ETCH, leHDC.IA, HEX
16 BIT SOLIO STATE VOLTAGE SENSE, W7431 ETCH, tCMDC~10. HtX
W~~l WITH AN INPuT TRANSISTOR INSTEAD OF OPTIC COUPLER
12~BIT SoLID STATE CONTACT INlERRJPT, QUAD X 8,5; USES pADDLE BOARD, yoca
16~BIT W742, UDCll. UOC15
16 BIT SOLID STATE DC CONTACT INTERRUPT, W7430 ETCH, ICMDC ... IB, HEX
16 BIT SOLID STATE VO~TAGE INTERR~PT, W7431 ETCH, rCMoC~lE, HEX
16 BIT GENERAL PURPosE COU~TER, ICMOC~OC, HEX
TELETYPE MULTIPLEXER
GEN PURPOSE REGULATOR, (USES ~M309K)
POWER SUPPL.IES
W760
W761
\01762
101770
PS
PS
PS
PS
GP
Gp
C;;p
DOUB~E 8,5, OOUBLE THICK
2A, r~OATING 15V 2A. 115/230VAC, AC~O, DeLO, OOUB~E ~,5 DOUe~E THICK
2 11/72 +20V 3A. r~OATlNG 5V lA SUPPLY, 115/230VAC, ACLO, cCLO, DOUBLE 8,5, DOUBLE T~JCK
1 4/73 OC TO DC CONVERTER, +~v 1A IN, .1, 15V 100MA OUT
2 11/72 5V 10A SUPPLY, 115/230VAC, ACL.O, JCLO,
2 11/72
~15V
RELAy MI')DULES
2 rORM A REED RELAVS. SIM TO 1803
CAT
•
•
~,5
..
MODEL
PROD
O(S
NO
LINE
ENGR
W801
Io.oe 2
1-..003
Wa04
W805
W",217
6
CAT
r:SS
r:SS
15
t:;
6
1
hI. _,9
5
cu
5
5
1015.:.0
css
Wfd.l
WIL2
11
W~ 3
We.4
We .3
r,SS
css
RJS
BMW
8MW
SSr:AL
Kfj
101&",0
css
FA
Jw
cSS
TYP
Ts
1168
"
CU
eli
W:'2!8
101 817
STATUS
MO/YR
2 11/69
1 8170
1 H'J111
5 5113
3
3
4
4
1/14
6/72
2/74
4/74
2Q11
I)ESCRIPTYON
(OBS), RE~AY MUTIPLEXER, REPLACED BY WB02
RELAY MULTIPLEXER, e REED RELAYS
5 HGM MERCURV RELAVS (CLAIRE), DRIVEN BY W0~1
a BISTABLE HG rORM C RELAYS IN MATRIX
2 FORM C RELAVS, 1SV, NO OTHER PA~TS, j60 INTERfACES, 250 MA
FORM A, 1 AMP 250V. DOUBLE THICK
2-2 FORM A, 1/8 AMP 250V
4 fORM A, 1/8 AMP 250V
CONTACT sENsE, 6 RE~AYS
SOLID STATe "RELAY REPEATER" fOR ~EMOTE TTY WITH READER CONTROL
DT02_c RELAY BOARD, 4 FORM C RELAYS, ~15V, OOUBLE X 5
DT02~fA RELAV BOARD, swlTC~Es 4 uNlBUS LINEs TO OFF ~INE, BUS A, OR BUS B
DT02~FB RE~AV BOARD, SWITC~ES 4 UNlBUS LINES TO OFF LlNE. sUS A, BUS 8, OR BUS C
RELAY eOARO, 9 LINES. OFF. BUS A JR BUS 8, UOUBLE 8,5
UNIBUS GRANT RELAY MoDULE, ~OUBLE 5
11 POLE 2 POSITION RELAY MOOU~E. 5V 450MA COIL
C"N~J[ CT OR S
W841
W850
West
1~
6
15
lIZ
5
5
5
5
5
5
5
5
5
5
W852
1~
101853
e
W853-YA R
we54
10
101855
1~
W856
WaS7
101858
10
NON
W9e10
W9eJ00
101901
W9010
W912!11
W9012
W9013
W9014
W902
W903
W904
W905
W91216
101907
W93f2l
W931
u
U
cOH~CNE~T
11/45
nc
OC
aC
oc
~C
nC
n:
oc
MOD
11/45
PERIPH
~ERlpH
PERIPH
11
S/E
CONNECTOR, 2 DOU~Lr SOARDS WITH Wa21 LAVOUT, fRAME. HOLO.DOWN SCREw
CONNECTOR. StM To 101850, Wa51 IS CARO & COMPONENTS, BCt~ IS ASSEM8LY & CABLE
101851 WITH NO COMPONENTS, USED IN BC10C~XX, USES wa51 BOARO
EIA INTERrACE, 6 OUT & 4 IN. t/_6V,LOG1C 0 & +3V. CABLE OUT BACK TO MODEM
W853 WITH JUMPERS 8 HANDLE, NO CA8~E
W850 W!TH NO COMPONENTS, RP10
101851 RE~AYED OUT FOR EASIER COAX ;ONSTRUC1I0N
W855 WITH COMPONENTS ON SIDE 2 (Olf ETCH)
5/73 DUAL W021 WITH LuGS NEAR TO PINS, USED IN 8C10~, BC10J
5/13 wa57 wITH LUGS ON SOLDER SlOE, usED IN BC10H, BC10J
BOARDS & MISC
0"
EWB
EG
RJMC
RJMC
RMC
Ewe
RaG
RM
DOANE
DV
NF
NF
NF
llV
Os
W940
W941
C.A .,.
CAT
RC
W942
CAT
RC
W943
W944
W945
PERIPH
pERIPH
C.I\ T
1/2 we51 rOR 9 COAX
RC
RC
KF
KF
5
5/7~
4 LAvER, DOUBLE X 8.5 EXTENDER BOARD
2 4/74 4 LAVER HEX 1~5INCH EXTENDER
2 11/72 XOR TESTER 110 BOARD. QUAD 8,5
2 6113 CMT LOAD BOARD #1, QUAD
2 6/73 eMT LOAD BOARD #2. QUAD
5 5/74 eMT ADAPTER, QUAD, 4 H807 HANO~E END, 4 H801 IN
MIDO~E,
WlRE WRAP
1 121/73 4 LAYER HEX LOAD BOARD, EA pIN TO EITHER INNER LAVER
1 a/74 a.5 QUAD. 4 FINGER SETS BOTH ENDS, WIRE WRAP, IC ~OCATJONS
3 4114 215121 MA LAMP DRIVERS, SING~E 2,5
6
2
4
4
4
5
1
5
5
5
5
3
3
DIA, COMpARATOR, FOR H903
4 LAVER HEX X 8,s EXTENDER BOARa
SHIELD BOARD. C2 GND, SINGLE 8.5
SHIELD BOARD, AC2, BC2 GND, DOUBLE 8.5
SHIELD BOARD. AC2, 8C2. CC2. DC2 GND, QUAD ~15
SINGLE 36 PIN BLANK 8.'" MODU~E
2/71 wIRE WRAp pINS ON slOE 1, 5 H807 ON slOE 2. SpACE FOR 30 16~ + 4 24-p'N IC'S. QUAD X
WIRE WRAP PINS ON COMP SIDE. HOLES FOR 50 lb~PIN IC'S, QUAD X 8,5, 50~09045
W940 EXCEPT HOLES FOR 25 16~PIN IC'S, DOU8~E X 8.5, 50.09~46
W940 EXCEPT SOCKETS FOR 5~ 16~PIN lC'S' QUAU X 8,5, 50~09~45
W940 EXCEPT SOCKETS FOR 25 16-PIN IC'S, DOU~~E X 8,5, 50-09046
1/74 W945 EXCEPT HOLES FOR 36 IC'S, DOJ8LE 8.5, ~0-1~218
1/74 WIRE ~RAP PINS o~ COMP SIDE, HOLES FOR 72 IC'S, QUAD 8~5, 50-1~218
1/73
2/74
9/73
2/74
e.~
L P,[
W946
W952
W951
W952
W953
W954
t-jo/yn
PE:HP!,
DI.,
3
CAT
CAT
RC
RC
~
CAT
RC
5
i!A T
RC
DA
DA
3
3
><
r)ESGRIPTION
snTLS
pr{J:';
5
5
1/74 WIRE wRAP PINS O~I C0 4 P SIDE, HOLES FOR l33 lC( 51 '-lEX
W940 EXCEPT HOLE FOR 8 24 OR 16.P1N & J~ L~·Pl~ IC'SI )U~U X a,5, 50~~9~48
w950 EXCEPT HOLES FOR 4 24~ OR 16~PIN ~ 15 16-?IN re's, DOUBLE X 8.5, 50p~9047
3/72
w95~
EXCEPT SOCKETS INSTEAD Of
HO~ES
3/72 W951 EXCEPT SOCKETS INSTEAO Of HO~ES
2/74 WIRE WRAP PINS o~ SIDE 1, HOl~S FJR 3 ?l.
J~
-1'JL~)
W955
.~
W956
W957
W96e'
q/g
E.A
1
2/74 w954 wITH SOCKETS
8/73 WIRE WRAP aU-'D, ?4 22- P t N HOLES,
~/R
~!OO
EA
1
8/73
RC
5
5
5
w961
w~61i)
15
CAT
RF
W9611
t1C
EWB
2
W962
12
SNT
5
ERP
PG
RR8
5
WS63
15
101;64
CAT
W966
filE
A~SO
YSED [OR
M155,~t59
2
4
6/74 W967 W
5
CAT
S~
2
W969
MOO
DC
r.AT
PS
RC
RM
5
Gp
!lS
GP
PS
OAS
Gp
DJA
CAT
W972
CAT
W9720
CAT
s~
W9721
Si!
W9722
CAl'
CAT
W973
CAl'
MOD
MOO
~~on
W98e0
11
KA
W9S01
101981
11
JSM
W982
W983
CAT
DCB
~
":AT
OCR
PERIPh LEVINE':
CAT
St
W989
GAT
9/72
3/73
4/73
4/73
4/73
7174
8/72
8/72
8/72
9/72
5
CAl'
101985
W986
W987
5
5
CAT
CAT
5
1
1
1
1
5
5
5
5
5
5
5
6
6
5
CAT
101984
1
s~
W98e
101992
24 PIN lIe MOUNT WITH A2 (PIN 24) 'SV I Cl.11 (gl~ L2) ~~Jf 3JIRO 5J~~8~~aA,
2 14.,. P J N I Ie M0 UNTWIT H A 2 (P 1 N 1 4 l . ; ~ ~ 2, T 1 :; 'i :1 {? I \J 1) I 3 ~ ~ if 0 5 ~ '!! 0 ~ 914
2/72 GENERAL PURPoSE BLANK TERMINATOR FOR 23 ~( i l 5!\~~! ( 3, 3J'~D 53·i9133
RRB
Mon
W974
W975
W976
101977
101979
ut,
CL.P
2
W968
W968J
W9702
MS I MaUNTI NG 80 ARD (2 14.,1 6 PIN o~ 1 ~ I : l , 'I ~'1 ,) I \13 3~ J 'J G>1 r 0 Ur )
2 16 pIN IIC HOU1\'T.A2 +5V pIN 1 6 , C2H~ ~':J .~Pl l, H~J311'! (1)12~5 Ml~l 1-1233 M517 '!A.697 M17al M25~?!)
3/74 2 16-PIN IIC MOUNT VI +3V 0:-' Ul & "1, A __ :1:'1:) Jur (-1'2;:1]1)
4/74 SINGLE 16 PIN ECl BOARD MOUNT \oJ LJlO ?\JJ,~iV \!. !1i .2'1 311 ~5.21/ tj2,
531~374, A~SO USED O~I
H1000. M1001, MHH!l2, 1-110213, M2nJ, '15:3JJ, "t)H21, 1 \.qER SING~E 5
4
5
5
RC
RC
W9703
W971
W956 IN SOCKETS
RC
CI..P
W9701
ICIS, 2 H854, HEX 8,5
pG
W9661
W967
W96921
L~~PI~
8/E
F'S
f:'S
W970
W9700
16-':.l[
~1
W967 WITH HOLES INSTEAD OF SOCKETS
6/74 WIRE WRAP QUAD W 4 SETS OF HANDLE END FINGE~S, 1 M854, J7 16-PIN HOL~S
9/74 W966 W STANDARD ~ANO~ES
8.5 QUAD,42 16~prN SOCKETS. WIRE ~RAp,COHp ~IDE,2 rJP rINGER S[,s,~85~.fOR E919,oFFSET HANDLES
6/74 W9660 W SOCKETS INSTEAD Or HOLES
W9662J
W9670
W9671
5
j
L~.~l~,
2/74
l' 8/74
7
5
5
5
5
1 10 / 69
5 5/73
6
5
STANDARD HANDLES
8;5 QUAD W979
8.5 HEX COLLAGE BOARD W 1 pIN/FIN~ER • 2 plNS/socxrT ~oCArloN
8.5 101979
WIRE WRAP SINGLE 8~5,SPACE fOR 6 16-PIN Ie, 40 WIRE rLAr MYLAR CONNEGTOR 12-10023
36 PINS, BARE BOARo, USED ON W971, SINGLE 5
SINGLE 8,5 BLANK BOARD, 36 HOLEs, EACH CONNECTED T~ ONE fiNGER
DOUBLE a,5 BLANK BOARD, 72 HO~ES, EACH CONNECTEO TO ONE FINGER
QUAD 8,5 BL.ANK BOARD, 144 HOLES, EACH CONNECTED TO ONE fINGER
DA2a~r CUSTOM JAM ADDRESS, SHORT N97~
72 PINS, BARE BOARD, USES W970 BOARD, DOUB~~ 5
36 PINS, COPPER CLAD BOARD. SING~E 5
36 PINS COPPER CLAD BOARD, .SI~GLE 8,5
12 PINS COPpER CLAD BOARD, DOUBLE 8,5
1'~ PINS COPPER CLAD BOARD. QUAD 6,5
72 PINS, COPPER CLAD BOARD, DOU8~E 5
36 PINS, HOLES ON 0,1" GRID. CONTACTS ONLY, SINGLE 5
OOUBLE, 72 PINS. HOLES ON 0.1" GRID, CONTACTS ONLY
(asS), STO SIlE 36 PIN PANE~, p~ArEO THRU HOLES, PLASTIC MODULE GRID
(OBS), DOUBLE SI1E 72 PIN PANEL, P~ATED THRU HOLES, PLASTlC MODU~E GRID
DOUBLE HIGH, 72 PIN COLLAGE BOARD, SPACE fOH 18 16.PIN IO'S OR SOCKETS,
MODULE EXTENDER
'
HEX EXTENDER (NO FINGERS ON C, O. E) fOR CB11
SHORT HEX EXTENDER WITH POWER & G~D ETCHED, WIRE WRAP rOR OTHERS
(NEVER MADE), DOuBLE EXTENDER
EXTENDER, SINGLE SllE, 36 PINS
DOUBLE EXTENDER, 72 PINS
8.5 X DOUBLE EXTENDER BOARD
SYSTEM MODULE ADAPTER
W980 WITH 19 WIRE FLEXPRINT, 1 6 SlG + 3 GN03, DF32
8,5 QUAD DOUBLE SIDE MODULE EXTENJER
(OBS), DOUBLE SI~E F.C, WIRI~G cHECKER, SIM TO 4909
BLANK MODULE, SPLIT LUG FO~ EACH PIN. 18 PINS
•
•
MODEL
\0
W991
PROD
DES
LHIE
(NGR
CAT
CAT
"992
CttT
W993
W994
CAT
W994- VA. CSS
W994-YR CSS
W"'95
r;AT
DOUBLE SliE BLANK MODULE, 36 PINS
COPPER CLAD SINGLE MODULE, 18 PINS
DOUBLE SI~ED COPpER CLAD, 36 PINS
f-,
SINGLE SIlEO VECTOR BOARD, 18 PINS
3 12/69 HP344~A DlGITA~ VOLTMETER TERMINATOR
3
1/71Z1 3 POTS, :5 CAPS, LODGE & SI-HRLEY MARK CENTI,JRY CONTROI.I..ER
(,
DOUBLE SIlE VECTOR BOARD. 36 PINS
SINGLE SIlE CLAD BOARD, PLATED THRU HOI..ES FUR 19 Ie'S & GO\..O PL.ATED n NGERS, WHPE HANChE
1
'5
w994 WITH NEW-HOLE pATTERN' WAS W994B BOARD
W995 W TH NEW HOLE PATTERN, WAS W995B BOARD
5
C;
EK
AP
C,AT
CAT
OESCRlf'TYON
'5
5
w\fY6
W998
W999
STATUS
MO/YR
°OANE
DOANE:
l.OGIC
L.AU
LOGlr;
LOGIC
L.AU
lAU
.
2
2
2
1/74 DuPONT F. S, C.
1/74 OUPONT OFFSET CONTROL
1/74 DUPONT PHOTOMETER
2tl'3
..
---
-- ---...-
.-
...
Source Exif Data:
File Type : PDF
File Type Extension : pdf
MIME Type : application/pdf
PDF Version : 1.3
Linearized : No
XMP Toolkit : Adobe XMP Core 4.2.1-c043 52.372728, 2009/01/18-15:56:37
Create Date : 2012:01:28 18:35:40-08:00
Modify Date : 2012:01:28 20:33:35-08:00
Metadata Date : 2012:01:28 20:33:35-08:00
Producer : Adobe Acrobat 9.5 Paper Capture Plug-in
Format : application/pdf
Document ID : uuid:858e8c3b-39a1-406c-8870-151de3e8cd15
Instance ID : uuid:2e861481-1bb3-4260-884a-27a33b8a5b86
Page Layout : SinglePage
Page Mode : UseNone
Page Count : 206
.