Historical Document · 1969

EAI 380 Analog/Hybrid Computing System

Marketing brochure and specification sheet (Bulletin No. 853094-2 / 853089-1, dated April 15, 1969) for the EAI 380 10-volt desk-top analog/hybrid computer. The document describes the system as EAI's lowest-cost hybrid-capable machine, expandable from 10 to 54 amplifiers in a single mainframe, with features including electronic mode control, quarter-square multipliers, variable diode function generators, high-speed comparators, a self-contained digital voltmeter, and an integrated-circuit plug-in logic system. Full component specifications are provided covering operational amplifiers, integrators, summers, inverters, multipliers, track/store networks, comparators, function relays, sine/cosine generators, and digital logic cards.

Manufacturer: EAI
System: EAI 380
Year: 1969
Type: Historical Document
Language: English
Learning track: machine reference
Pages: 8
Credit: Copyright Electronic Associates, Inc. 1969, all rights reserved. Bulletin No. 853094-2 / 853089-1.

EAI 380
EAI
analog/hybrid computer
desk-top computer
specifications
simulation

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EAI' ELECTRONIC ASSOCIATES INC. \y zJ an ^^, (J \-/ ANALOG/ HYBRIDCOMPUTING SYSTEM Simulation. , , A GomputerAided CreativeDesignProcessThat GivesYou An UnbeatableCompetitiveEdge Si m u l a t i o n , a co mp u te r a i d e d cr eative d e s i g n p r o c e ss,i s e sp e ci a l l ye ffe cti veas a p ro b l e ms o l v i ngto o l . l t p ro vi d e sth e invest ig a t o r w i t h a po w e rfu lme th o d o f e xam inat io n , e x p e r i m e n ta ti oann d co n tro lo f real tim e p h y s i c a ls y s t e ms, Ap p l i e d i n v i rtu a l l ya n y a re a o f re sear ch, e d u c a t i o n a n d sci e n ti fi c i n ve sti g a tion,simula t i o n i s t h e mo st e co n o mi ca la n d efficient mea n st o s o l v e a b ro a d sp e ctru mo f analytic pro b l e m s . W h e t h e ry o u a re d e si g n i n gse rvo -systems or t u m b l i n gs p ace p l a tfo rms. . . Wh e theryou wa n t t o o p t i m izee xi sti n gd e si g n so r exper imen t w i t h n e w i d e a s,yo u 'l l fi n d a D esk- Top A n a l o g / H y b r i dC o mp u te rth e i d e a l p a r tnerin y o ur s i m ul a t i o np ro ce ss. W i t h a n a l o g /h yb ri dco mp u te r si mulation, t he i n v e s t i g a toirs " p a rt o f th e l o o p " and r es p o n d s t o "c r e a ti vefe e d b a ck" . H e liter ally " t a l k s " t o h i s c omp u te r,q u e sti o n sh i s simulat ion m o d e l ,d e ma n d sth e h i g h e stp e rfor m ance in e x p e r i m e n t i n g w i th h i s mo d e l ,a n d applies t he i e s s o n so f exp e ri e n cea t cri ti ca lmom ents in t h e s i m u l a t i on .H e re q u i re sth a t a l l his own mis t a k e sb e f ou n d a n d fo rg i ve n ,w hile deman d i n g e r r o r -fre eb e h a vi o ro n th e par t of his co m p u t e r . H o u r s ,d a y s, w e e ks o r ye a rs o f si mulated d y n a m i c p r o c e sse sca n b e e xa mi n edon a @ C o p yri g h t E l e ctro n i c Associotes, Inc. 1969 oll r ights r eserv ed. desk- top computer in a matter o f m i nutes . Resultshelp to gain insights;establ i s hfeasibility; test, dem onstr ateand v er i fy new ideas;compar ealter natives; designs y s tem s ; and teach students.All without r i s k or hi gh cost equipm entinvestments. W her e labor ator y exper imen ts pr oduc e volum inousanalog data, the ana l og/hy br i d com puterser vesas an ideal data r educ ti on and statisticalanalysissystem . T i m e c onsum ing,costly conver sionis elimi nated,and the investigator can pr ogr amspec i alr outi nes easilyand quickly. The new EAI 380, 1O- volt,des k - top c om puter intr oduceslow- cost hybr id c om putation techniquesto the investigat or .Si m ul ation of physicalsystems,too compl ex to be handled by conventionalanalog m odel i ng, takes on new dimensionsthr oug h dec i s i on m akingand contr ollogic. The 380 br i ngsthe eleganceof lar ge- scalecomputa ti onto the desk- topclass. In shor t, analog/hybr idsimulati ony i el ds optim um designs. Better syste m per for m ance. Lower unit costs. ( And better engi neer s and students.)W hy not incr eas ey our pr ofit potentialor teac hi ngefor ganization' s fectivenessthr ough the use of anal og and hybr id simulationtechniques?Star tw i th the EAt 380. -:*i j EAI 38O AnaloglHVbridScientificComputerSystem The EAI 380 Analog/HybridComputeris a 10-volt,desk-top,low-costcomputerhaving sophisticatedfeaturespreviouslyavailable only in much higher-pricedsystems, It is the smallestand most economical machinewith hybrid capabilitiesin the EAI family of analog/hybridsystems. The 380 fills a need in education,researchand industryfor a low-costcomputerable to demonstrateand perform modern hybrid techniques. In its basic analog configurationof 10 computing amplifiers, the 380 is ideally suited to undergraduateinstruction. lt is easily and economicallyexpandableto 54 amplifiers within the same main frame throughthe use of pre-wiringand convenient plug-in modules. Control logic may be added directly to the computer,thus facilitatinginstruction. A data interfacewill be available for directly linking the EAI 380 to a digital computer for total hybrid operation. In addition to its easy and economical expandability, additionalversatilityand f lexibilityhavebeen designedinto the new 380. Many of the field provencomponentsof the larger 10V family of computersare utilized in the 380. Not only does this mean that a high confidencelevelof reliabilityhas been built into the new computer (over 2000 sophisticatedEAI desk-top computers fieldtestedand in operationsince 1959),but also that the 380 is compatibl ewith other 10-V computersfor slaving in multi-consoleop- erationand future growth. Furthermore,as manyof thesecomponentsare interchangeable, additional economies are thus possible in multi-consoleinstallations. Here are some of the sophisticatedfeatures now availablefor the first time in a compact,low-costcomputer: r Mode slaving system for multi-console simulationsand compatibilitywith all existing EAI desktop computers. I Electronicand logic mode control,with provisionfor multi-modeproblemsolutiOns. I No velocitylimitingwithin the bandwidth of the amplifierspermittingrep-opsolutions upto5,000 times real time. f All non-linearfunction generatorsthat are available in the larger computer line (bipolar, quarter square multipliers,sine/ cosine,logarithmicf unctions). t Variablediode function generatorswith self containedinvertersand sloping amplifiers,and quick setupsystem. r High speed electyonic comparators, switches,and functionrelays. r Self containeddigitalvoltmeter. r Integrated-circuitplug-in logic system expansionwith digitalclock. I Sophisticatedintervaltimer with solution rates from 1 millisecondto 9.9 seconds; generationof logictime signal simultaneous and analogramp signal. The EAI 38O Is The First Step To The UnbeatableCompetitiveEdge That AnaloglHVbridComputationGives The EAI 380 Analog/Hybridcomputer is an importantfirst step in gainingthe advantagesof modernhybridtechniques. It is a logical first computer . . . and just as logicalas a replacementwhen upgrading a laboratoryor computationfacility. Becauseof its unique expandability,the 380 is ideally suited to the instruction neededtoday to gain proficiencyin the rapidly-increasing applicationof hybrid computationaltechniques. As the student's ability to comprehend and handle more complex problems increases,the 380 can be readily expandedto accommodategrowingneedswith the addition of controllogic. A data interfacewill be availableso that the new systemcan be linked with a digital computerfor full hybrid power. Perhapsthe mostimportantfact aboutthe EAI 380 is the broad range of experience that went into its design. During the last decade,EAI has installedover 2000sophisticateddesk-topcomputers,as well as hundreds of large-scalesystemsin important computationalfacilities around the world. The team that first made hybrid computing a practicalreality,designedthe largestnuclear system simulator, the most sophisticatedspacevehiclesimulationcomputers, and a host of other advanced computer technologysystems,designedand built the EAI 380. All of this experienceis available to EAl380users. EAI support is continuing. . . start with the installation.When you buy a 380 or any one of our desk-topanalog/hybridcomputers-an EAI serviceengineerwill be calling on you to see that everythingabout your system is o.k. You get this installationcall free. Part of the reasonwe do it is that there are EAI service centers all over the United States. But this isn't the most valuable of our services.With each 380 you get two man weeks of free instruction. The EAI Educa. tion and Training group offers a great number of courses at many locations, and you can choose the ones pinpointed to your problems. Our interestdoesn'tend there. Only EAI gives you a continuallyupdated Applications ReferenceLibrary,a seriesof studies that show analog and hybrid programming routinesillustratingbothgeneraltechniques and specific problem solutions. For example, we've recently introduced a new Educator's DemonstrationSeries to help busy professorsin coursepreparation.And we keep you continuouslyinformed with regular distributionsof technical information and literature. For additionaltechnical back-up, we've established convenient EAI Computation Centers. EAI customers can call on the most sophisticatedskills to solve simulation, design,optimization,data processing problems. and other scientific/engineering Nobodyhas the experiencewe have in analog and hybrid computation.And no other manufacturerof analog offers the extent of continuingpost-deliverysupport. We are adding the new 380 systemto our DemonstrationVan Program. Demonstration is the bestway to appreciatethe speed, economyand usefulresultsthat an analog/ hybrid computer can provide. Just name the time and place-and type of application of interest.We'll set up a relateddemonstrationat your plant,office or lab. That way you can get direct, hands-onexperience with an appropriatesimulationor data reductionproblem. lf you would like to discuss your problem first and find out more about the new 380 simply use the enclosed replycard. First Class P€RIM NO 9 hL.r!g&S ob bb b 5 c3 btD nb tt5 e b ooo oo oo oaz obb oa o o cao EAI 38O Analog/HybridComputingSystemEquipment Logic System Expansion Program bay (part of analog panel), general purpose logic EAI 380 sysa fully-expanded communicationli nes,programrepresentatemis describedas tiveof the manyconfigurations ming cord kit, one megahertz system clock logic mode conthat are availableto satisfyintrol selector, slave selector, dividualrequirements. logic gate stateindicators,register i ndicator/pushbuttoncon, trols, digital function switch, ., ,1,,t, ,: ModeGontrolandTimingSyslem Analogmode controlselector -(with static test bus), time operascaleselector,repetitive timer tionintervaltimer,interval controls(withfrequencymultipliers),slaveselector. controls, indicator/pushbutton presetcountercontrols,logic powersupplies. ControlInterfaceSystemExpansron Consoleselector,analogand anlogicmodecontrolregister, alog addressregister,analog timescaleselecvalueregister, tor. ** AnalogComputingComponents Summer-lntegrators S umme rs High Gain Inverters Otherln v e rt e rs. . . , OtherAmplifiers(assigneito variablefunction generators) (assigned OtherAmplifiers to comparators). . . Track/Storenetworks HandsetCoefficientAttenuators Multipl iers (quarter-square) TenSegmentVariableFunctionGenerators FunctionGenerators Sine/Cosine LogarithmicFunctionGenerators Addressingand ReadoutSystem Parallelinput keyboard,derivative check selector(with 0.1 attenuator),addressselection matrix,analogvoltmeter(with rangeselector), solidstatedig- Feedback Limiters ital voltmeter, comparator and Free Resistorsand Diodes functionrelay indicator/push- LogicConversion Components buttoncontrolpanel. Digital{o-AnalogElectronicSwitches* OverloadIndicatorSystem indicatorpanel,overOverload load indicatorbus (with automatic Hold and Storagefeature), audibleoverloadalarm (withvolumecontrol). AnalogProgramSystem Program bay (with latching m ech a n ism), pre-program panel,programming cord and bottleplug kits. VariableDFGSet-UpSystem setAmplifierbalanceselector, up am p lifi er(part of analog panel). PowerDistributionSystem Bus-bar distribution matrix, powersupplymonitorselector, -r 10voltreference supplyAnalog systempowersupplies. 10 18 12 16 4 4 4 36 4 4 z 4 3 6 8 4 Analog (voltage)Comparators. . . .. . Function Relays (DPDT) + ParallelLogicElements General Purpose Logic Gales . . . . (eachwith four flip{lops). . GeneralPurposeRegisters PresetCounter/Timers . Logic Differentiators Digita lF u n c t io nP u s h b u t t o n.s. . . 16 2 2 3 2 TrunkLineTerminations Analog Panel Trunks . . . Logic Panel Trunks 30 6 Peripheral Equipment X-Y Plotter 1 R e p -O p D i spl ay S cope 1 2 C h annel S tri p-C hart R ecorder *ln addition, each integrator may als be coverted to a switched amplifier (electronic switch) by removing one bottle plug. **This is a representativesystem, greater flexibility exists among the number of integrators, multipliers and DFG'I ELE CTRONI C ASSOCIATES, INC. 07764 ll'nl LongBranch,NewJersey YBR ID AN AL0G - D IG ITC AL OM PU T AT IOEQ N U IPM EN T /AN A LAONG0 D I G I TA L N ALYSIS ANDCOt\,,lPUTATlON SERVICES/ANAtO G C0[4PU T ERDSiIG IT AL C OIi l PU T ERHSi AD V A NC ESDY S T E IVAIS EQU AND LABORATORY INSTRU M EN TIN SiD U ST R IAL PR OC ESS C ON T R OL SYST EM Si PH OT OG R Ai ,,IIIET R ICIPIVENRT /AN G E I N S TR U I " 4 E N TA . YSTEM S/SCIENTIFIC PL OT T E RS /S IMUL A TSIO N AN DD EVELOPM EN T VIC ES/F IELD EN G IN EER IN AN G DEQ U IPM ENMTAIN T E N A N C NDCHECK.OUT SYSTEM S/M ILITARY AND INDUSTR IAT R ESEAR C H SER SE ERVICES. T I ONS Y S T E MS /T EAS T P r i n te d i n U ,S ,A . B ul l eti n N o. 853094-2 -EAI'3 A O SPECIF I CATI c |I \ I S* APRT L1 5 , 1 9 6 9 2.2.2Standard InputandFeedback Resistor. . (3dbDown Bandwidth 20VoltsPPInput). .. Phase Shift. I. SYSTEMSPECIFICATIONS pottvEREQUTREMENTS 1.0coMpuTER (45.119) Vo ltag e....... Freq ue ncy.... Powe r...... tsow Maximu* rt#i3.[1 iruirv 2.0 MECHANICAL Size ........ Weight. 24.5Inches High, 43Inches Wide, 21.4Inches Deep (FullyExpanded) . 310Pounds 1r0/120uAc 220/240VAC (43.104-1) 3.0REFERENCE SYSTEM 0utput Voltage. out Dut Cur r ent . . .... B alanc e. . . . . . 4.0REPET|TIVE oPERAT|oN (2.1395) TTMER Number ofTime Periods. Range E a c hP e r i o d . . . (26.279' 5.0DIGTTAL VoLTMETER N um ber of Digit s . ..... .. . +I0VDCand-10VDC 250MAEach 0utput Belter than0.01!{ ..... .... 2 1 NISto 9.9Sec n . 10K 0hms . 400KHZMinimum at 100HZ0.01" Maximum a t 1 K H Z0.1 'M a xi m u m AmplitudeError.... at 100H2.02ftMaximum at I KHZ0.1ftMaximum TotalInstantaneous Dynamic Err0r... .. . . .. at 100HZ.023ft Maximum at 1 KHZ.Z3/sMaximum (Referred offsetVoltage to Summing Junction) . .. . . 20pVolts Maximum D Co f f s e t T e m p e r aDt ruirf te. . . . . 1 pVolt/"F Maximum (FullBandwidthr.. Noise 1.5MV PPMaximum (6.704-3) 2.3QUADTNVERTER Standard InputandFeedback Resistor. Resistor Accuracy Ratio InputandFeedback Resistor.. (3Years).. Resistor Ratio Stability . (3dbDown Eandwidth 20VoltsPPInput). . Phase Shift. ... .. l0 K 0hms +.01%Maximum .. . +.01%Maximum 300KHZMinimum at I KHZ.15"Maximum at 100HZ.\Z/oMaximum a t 1 K H Z .l ftM a xi m u m TotafInstantaneous Dynamic Error.. .. at 100HZ.031%Maximum at 1 KHZ.31ftMaximum (Referred 0ffsetVoltage to Summing Junction). . . . . . . 20pVoitsMaximum DC0ffsetTemperature Drift. . . I pVolt/'FMaximum (FullBandwidth). Noise 1.5MVPPMaximum Amplitude Error. . Ra ng e... Volts +15.00 (Relative Accuracy to Computer Reference)... .. . . . . +0 . 1 % (12.1611 3.0INTEGRAT0R SPECIFICATIONS DUAL)and(12.1728 SINGLE) Resolution. . *0 . 1 % N u m b e r o f X l l n p u t s P e r l n t e g r a t o r . . . . I np utlmpe da nce.. . .......... 3 . l0 Megohms N u m b e r o f X ll0n p u t s P e r l n t e g r a t o r . . . . perSecond Readings ........2 , ' ' '. ''. , . . 5 N u m b e r o f l C I n p u t s P e r I n t e g r a t o r . . . Con ve rsio n Time...... . . .. .. .... 1 100milliseconds, constant L o g iC c o n t r Ionl p u tL e v e l s . . . . . . . . . . .+5 Va n d0 V Capacitor Sizes. . ... . . . . 10,I, 0.02,0.0q2 II. ANALOGAND INTERFACE /,fd COMPONENTS C a p a c i tAocrc u r a c y . . . . . . . . . . . . .1. p f da n dl 0 p f dm a n u f a ctuto r e+d .0 5 q -allothers adiustable 2.0OPERATIOl{AL AMPLIFIER SPECIFICATIONS + .01ftMaximum 2.1GENERAL I pS ecMax i mum Circuitry......... . . . . . . . At tS o l i d State ... 2 MS Max i mum c ho pp er.......... . . . Elect r o - M e c h a n i c a l . . . . . . . 2 5r V o l t s /Se Mca xi m u m drive......... . . .. . . 6 0H Z 3 MSMaximum 0utput Voltage... +10V Minimum . . . . . . . 5 0a Se cM a xi m u m 0u tpu tCu rren t.. . . . . . . . 20M AM i n i m u m TotalDC0penLoop 4.0MULTIPLIER SPECIFICATIONS Voltage Gain at DC.. .. . . 1.8x 102 Typical 4.1 HIGHACCURACY (7.146and 7.150-l) at 1 00H2...:...... . . . . . . . . 30 , 0 0T0y p i c a l Circuitry. . All SolidState at I KHZ. .. . . 4,000 Typical Modes of 0oeration Velocity Limit.... ..... 25x 10eVolts/Sec Minirirum 7 . 1 4 6 . I Channel, Multiply, Divide, (Thereis novelocity limitwithinthebandwidth of theamplifie| DualSquare, DualSquare Root, and I Channel, Multiply, Divide Amplifier Stable with Capacitor Loadings up to: 7.1 50 2 Channels, Multiply, Divide Feedback Resistor, Usedwith0utputAmp onSu mming . 10K 0hms Junc t ion. . . . . . . . . . p f dM i n i m u m . . . . . . 001 on0utput. .. . . . . .03trfdMinimum AdjustmentCycle(Nominal).. ..............:.. 6 M o n th s (6.614-2) 2.2SUMMER Nu mbe rofXlln pu t s . . . . . . . Nu mbeorf X l0 In pu t s . . . . . . Resistor Accuracy Ratio InputandFeedback Resistors...... (3Years)......... Resislor Ratio Stability stitii iiioi-( i I vj 320'v;its.'."; b.oti% ;i i; it'i;ir. i t s rvrvl Maximum ..........2 .......... 2 +.01%Maximum +.005%Maximum Both Inputs Zero. ....... .. .. ...i iLiiT:l.iii ttf.i,r,(s-zi #P,['iJli pandwlltt1 (3rtb,Down:y: 10VDC; x :20 vpp)......(trtd8[nffiiillH Phase Shiftat 100HZ 1 K H Z. . Totallnstantaneous Dynamic Error at 1 KHZ. ... ..... 0.02oMaximum . . . 0 .2 oM a xi m u m +0.25% ot FullScale Inputlmpedance. 2.2.I Standard InputandFeedback Re sistor......... (3dbDown Bandwidth 20Volts PPInput)... Ph aseSh ift...... ....... (7.1481 1.2STAI{DARD . . . . . . 1 0 0K O h m s Circuitry..... .. 125KHZMinimum . . . A l l so ti d Sta te Modes of 0peration........ at i00HZ. 0 4 . M a x i m u m .. I Channel, Multiply, Divide, at I KHZ0.4"Maximum DualSquare, DualSquare Rootand Amplitude Error... . . . at i00 HZ.02/.l[aximum I Channel Multiolv. Oivide Feedback Resistor, at I KHZ0.1ft Maximum Used with0utputAmp............ io'it otrms (Nominal).. TotalInstantaneous Adjustment Dynamic Err0r.............. at i00H2.075% Cycle Maximum 6 Months Static Error-(X+ Y) a20V01ts............ at I KHZ.75% Maximum +0.4fiotFul!Scale (Referred 0ffsetVoltage to Summing Junction) 20pVoltsMaximum (+80 MV)Maximum DC0ffset Temperature Drift........... 2 pVolts/'F Maximum +0.2%ot FullScale (Fu llBan dwid t h) . . . No ise . . . . . . 1. 5M VP PM a x i m u m (+40 MV)Typical Bothlnpqts lero... .... .. .. ..:.. , F-ull Scale t0.0025V-o,of (+0.5MV)Maximum B an dwid(3d th bDo wn: Y: 10, VDC;X : 20 VPP) . . . . . . 200KH ZM i n r m u m Phase Shiftat 100HZ;;-. .. . .. .026" tVlaximum a t I KHZ... ' . . 26 o Maximum Totallirstantaneous Dy,namic Error at I KHZ..... . . . +0.2,179 o! F-ull Scale (+50MV)Maximum I npu tlmpe da nce:... . . . , . 4.3 HIGHACCURACY (7.153and 7.156) ldentical to the7.146and7.150-lmultipliers withthe additionof X andY inverterampliflers. 5.0TRACKSiORESPEC|F|CAT|ONS (12.1694) Numb o erf Mod es... . . . . 3 ( Tr ac kS,t o r el ,C ) Logic Control..... +5 V and0V Time.. . ... . .... I pSecMaximum !ryitcltilg Driftin Store-Long .. 250pvota/Sec Maximum lgrm. ResetTime(1 0Vt0 0. 1f i) . . . . . . . . . . . 50pSe c M a x i m u m 6.0 CoMPARAToR (12.1695) SpECtF|CAT|oNS Circuitry. . . . .. . . . All SolidState(containing its ownamplifie| N umb er of In pu ts. . .. .. .. .... 2 (Nominal) InputVoltage Range . . . . +12 V Inpu tlmpe da nce . . . . . . . 10 K 0 h m s 0utput Voltage... pus hbut t ons ,Lat c h i rI ingp u t pius C 0ntr0 1.............. :... . . . . . . . . . . . M anual S ensitivity_(ln clu dingHy s t er es is.)....... . . . . . . t 5M VM a - x i m i . r m I pSecM a x i m u m )w lJcnlnrtme g .... Indication... Individual Indicator forEichComparator 7.0 D|GTTALLY (12.1695) CoNTRoLLED ANALoGSWTTCH Cir cuitry.... . . . . . . Alls o l i d S t a t e Switch "0N" State. Control Level) +5V (Logic ,,orF,;at;i;"' II.(l POTENTIOIiIETERS 2.t376-t 2.1376-0 Type.. . . Wirewound Composition R i r i a t i 0 n . . , . . . . . . . . .:.'. . . . . . . . . . . . . l0 Turn l0 Turn Resistance. 5K0hms+5ft 5KOhms+ 30fr Resolution. 0.02/6 or Betler 12.0VAR|ABLELIM|TER(16.363) witha 100K/100K Amplifier Used in conjunction M a x i m u1mi m i t . . . . . . . . . M i n i m u1mi m i t . . . . . . . . . . S l o paef t e rL i m i .t . . . . . . . . (12.1695) 13.0FUNCT|oN SWTTCHES Number ofSwitches. Relay. . Control Indication .. DPDT Reed Type plusSet& Reset Manual Pushbuttons Input . "... . Individual Indicator foreachRelay III. DIGITALCOMPONENTS SPECIFICATIONS I,()GENERAL L o g iLce v e l . . . . F a n0 u t . . . . . Circuitry... 0 a n d+4 V,N o m i n a l . . . . . . . . 1 L o g iIcn p u t sP,l u s1 5 0F e eot fTr u n kC a b l e AllSolidState 2.0 CENTRALD|G|TALCLoCK(36.195) (Crystal Internal Frequency Controlled)..... P a t cP h a n e0lu t p u t s . . . . . . . l^ r l t - q l , v g l t _a sg ,R a n cq .........'.'.......:................' :.:1j:::,,1i' 0.1) Pulse Width of Clock Signals. . 3i:llStlljll:Tiiliill , P ropa ga tion Time ...... . . . (16.360-1) 8.0srNE-costNE GEI{ERATOR Cir cu itry............. Inpu tScale tac10 r..... . . lnputRange. outpu t forPluslnp ut.... A djustmen tCycle( Nom inal) . . rIbrizjt4X;l,l',ff rSecMaximum . . . . Alls o l i d S t a t e .. 20o,Volt +9 V lVlaximum - l0 Sine 0,or + 1 0C o s0 ...... 6Months +6 NIVMaximum +8 lVlVlvlaximum +8lVlVlVlaximum t 2 MVMaximum 40 KHZIViinimum [" Maximum P ha s e s h i f ta t I K H Z 0 .5oTypi cal 1.5ft lVlaximum : : 3.0Locrc GATECARD(51.385) Modes......... Number of Gates 0utputs 1Oftfs l,4aximum 1.Oftfs Maximum I MHZ . . . . ... 1 0 0XH Z 10KHZ I KHZ 100Hz 10HZ lpS(Nominal) ANDNAND,OR,NOR . .. . .7 Each 2 Inputs I Each 4 Inputs . . . . . . . " T r u e "a n dGo m p l e m e n t (s1.389) r.0 GENERAL-PURPoSE REGISTER Modes of 0oeration 4 lndependent Flip.Flops 4-BitShiftRegister 4-BitParallel LoadEuffer Resister (Cariy 4-BitBinary UpCounter Outat l6 Count) (Carry 4-8itBinary Down Counter Outat 16Count) Inputs andTheirNormal State E n a b lBei tE 0 ,1 .2 .3 . . . . . E n a b l e C aIrnr.y. . . . . . . . . . . CarryIn. Set...,.. Reset........ S e r i aI ln . . . . . . . shift..... Clear...... D0wn...... i.:fidiihiTT . . . . . . . . . . 0. 1V t o 1 0V 10Volts .... I Vo l t .8 M i l l i vo l t/Vo l t ........ ...... .... . . ........ .... H IGH LOW LoW LoW L OW Low ..... tOW 4 K 0hms . .. . .. All Sol i dS tate +1 0 V ......... + 10v 10,or Paired for20 + 10v rv/v Timer Ranse...... "tit 's.!'titrtd:i 6.0DTFFEREi{TIAToR CARD(22.800-l) outputs. ,.. ... .,...... "TRUE" (1)andComplement forEach Differentiator C o m p l e mpeenrtC a r d . .. ......... 3 a t 10 0H2.... at I KHZ..... Phase Shift at 100H2... .03oMaximum at I KHZ......... . . . 0. 3oM a x i m u m Noise, SCIl0-segment, 790XHZSCIFilter...... ... . . 6 MVpp Maximum Temperature Drift(SCl)..... I MV/.FMaximum Inverter (3dbDown20Voltspp).. . . . . . 350kHZMinimum Mode,Bandwidth EAI o *Specifications are givenfor components operating in the computer with measurements panel.subjecto change beingmadeat the consoleprogram withoutnotice. ELECTRONIC ASSOCIATES, LongBranch, NcwJersq07764 INC. West ADVANCED ANALYSIS SYSTEMS AND COMPUTATION SERVICES/ANALOG COMPUTERS/DIGITAL COMPUTERS/HYBRIO ANALOG.DIGITAL COMPUTATION EQUIPMENT/ANALOG AND DIGITAL PTOTTERS/SIMULATION SYSTEMS/SCIENTIFIC ANO LABORATORY INSTRUMENTSi INDUSTRIAL PROCESS CONTROL SYSTEMSi PHOTOGRAMMETRIC EQUIPMENT/RANGE INSTRUMENTA. rroN sysrEMsTTEsrANDcHEcxour sysrEMs/MrLrrARyAND rNDUsrRrArREsEARcH AND DEvELopMENT sERvtcEs/FtELD ENGtNEERtNc ANDEeurpMENTMAtNTeurlrci sinvrces. PRINTED IN U.S.A. EULLETIN NO.853089.I