Analog Computers

Manual / Guide · 1980

EAI 2000 Analog Reference Handbook

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Comprehensive reference handbook for the EAI 2000 analog/hybrid computer system, covering system overview, the program panel layout, all analog computing components (coefficient units, summers, integrators, multipliers, function generators, limiters), logic computing components, system and interface components, and the MACS (Master Analog Computer System) display and keyboard command set. The handbook serves as the primary operator reference for programming, patching, and operating the EAI 2000 in stand-alone analog, hybrid non-time-critical, and hybrid time-critical configurations. Published April 1980 as Pub. No. 00 800.2107-0 RC0.

Manufacturer
EAI
System
EAI 2000
Year
1980
Type
Manual / Guide
Language
English
Learning track
machine reference
Pages
303
Credit
Copyright Electronic Associates, Inc., 1978-1980. Printed in U.S.A. Pub. No. 00 800.2107-0 RC0, April 1980. Copy bears library stamp of Institut fur Regelungstechnik der Universitat Erlangen-Nurnberg, 852 Erlangen.
  • EAI 2000
  • EAI
  • analog computing components
  • MACS keyboard command set
  • hybrid computer configuration
  • patching and programming

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EAI 2000 Analog Reference Handbook

Al Electronic Associates, Inc., West Long Branch, New Jersey 07764 ° Institut fir Regelungstechnik der Universitat Erlangen-Nimberg $52 Erlangen Cauerstr. 7 EAI 2000 ANALOG REFERENCE HANDBOOK ©Electronic Associates, Inc., 1978-1980 — Printed in U.S.A. — Publ. No. 00 800.2107-0 RCO — April 1980 LOCATION HEADQUARTERS 185 Monmouth Parkway West Long Branch, New Jersey 07764 TELE: 201-229-1100 TWX: 710-722-6597 or 710-722-6535 TELEX: 132-443 CABLE: PACE W. Long Branch DAYTON 3490 South Dixie Avenue Dayton, Ohio 45439 TELE: 513-294-4710 HUNTSVILLE DISTRICT OFFICE 110 Lily Flag Road Huntsville, Alabama 35802 TELE: 205-881-7031 TWX: 810-726-2210 MISSISSAUGA HEAD OFFICE 6427 Northam Drive Mississauga, Ontario L4U 1J5 TELE: 416-678-1500 TWX: 610-492-2119 HALIFAX BRANCH Suite 201 Townsend Place 800 Windmill Road Burnside Industrial Park Dartmouth, N.S. B3B 1L1 TELE: 902-469-7865 TWX: 610-271-1978 MONTREAL BRANCH 1330 Marie Victorin Boulevard E. Longueuil, Quebec J4G 1A2 TELE: 514-670-1212 TWX: 610-422-3875 ELECTRONIC ASSOCIATES, INC. UNITED STATES OPERATIONS FACILITIES LOCATION FACILITIES Corporate Headquarters WESTERN REGIONAL AND Computer Service Division LOS ANGELES DISTRICT OFFICE Principal Engineering and 1320 East Imperial Highway Sales and Service Manufacturing El Segundo, California 90245 Sales and Service TELE: 213-322-3124 International Operations TWX: 910-348-6284 SAN FRANCISCO DISTRICT OFFICE Sales 4151 Middlefield Road - Sales and Service Palo Alto, California 94303 TELE: 415-494-1606 Sales and Service CANADIAN OPERATIONS ALLAN CRAWFORD ASSOCIATES, LTD. OTTAWA BRANCH Sales and Service 1299 Richmond Road Sales and Service Corporate Headquarters Ottawa, Ontario K2B 7Y4 TELE: 613-829-9651 TWX: 610-562-1670 CALGARY BRANCH Sales 3829 12th Street N.E. Sales and Service Calgary, Alberta T2E 6M5 TELE: 403-276-9658 TWX: 610-821-2233 VANCOUVER BRANCH 234 Brooksbank Avenue Sales North Vancouver, British Columbia V7J 2C1 TELE: 604-980-4831 Sales TWX: 610-923-6059 MANUAL REVISION NOTICE* ELECTRONIC ASSOCIATES, INC. WEST LONG BRANCH, NEW JERSEY ITEM PAGE 4-5 CAUTION NOTE: REVISION DCA 1000 should read: DCA 100 7-18-80 PUB. NO. 00 800.2107-0 RCO DATE MANUAL TITLE EAI 2000 Analog Reference Handbook REVISION NOTICE NO. 80-13 *THIS MANUAL REVISION NOTICE IS ISSUED TO INCORPORATE IMPROVEMENTS OR CHANGES OF ROUTINE OR MINOR NATURE IN THE SUBJECT MANUAL. SH. 1 OF 1 SH. M1756A Page CHAPTER 1 — INTRODUCTION TO THE EAI 2000 1.1 SCOPE OF REFERENGE HANDBOOK: aioe 5 ev vee wre tre aie coats een Gere toma ote & @ eee 1-1 1.2 EEC INO OGY osidn ore ncone sh a ae ei Ary OR GP aS aOe WRN ceas a Mee so ee eeN eee eee 1-2 1.3 GONVENIENGCE: 5 ce giicia a0 Ses aida dar oe pape wwe vcaine: atu RRR IN oes, Se Gen tale e Sucpre nee se 1-2 1.4 FEB XUBUEITEY scsi ite acee sauce © puanee se Wcarece Goals ces oo ata ottas Peete ONeR NA hue «tee elemaRa ayer eilezass 1-2 1.5 SYSTEM INTEGRATION 555 a5: 6 cos cose ge crave ccs reuarere eave eee susie ene ais Rechens ele sis ane 1-2 CHAPTER 2 — SYSTEM OVERVIEW 24 INTRODUCTION ioacaieicoice 5 ove Fea e soa dee LR woe ey 6 ue OO Wee Natio ld 5 BHU a og on Oe ns 2-1 2.2 SYSTEM CONFIGURATIONS: si cacy & otiw matin Sane ee bie eae a where one eve ete e outa 2-1 224 = > sGONGlal e535 a5 oe Ses oe Roe Mwah 6 RR eas FS TA ag ee See aoe euers 2-1 2.2.2 Stand-Alone Analog Configuration... ...... 0. cee eee ee ee ee eee eee ees 2-1 2.2.3. Hybrid Configuration: For Non-Time-Critical Operation .............000000 ee 2-2 2.2.4 Hybrid Configuration: For Time-Critical Operation... ..........02 00 ee eee eens 2-2 Bas QUO VOTANG i. de 5. ahaa tte Gree izes eee ae 2-3 2351 « SWAMOGUCHION: 5.2 55520 ee ate at eee Se ES ies elke e Pe Nae ws 2-3 2:3.2° = *COnSOlOs aia ce he ers nce er OE Le ees Sie Sgn a bl Pa eS Reals 6 2-3 2.3:3:= “User Terminal (MACS) 5. casas eed eae eee stn oto ated a eters ecese Blais 2-4 2:34. Control And:Setup: interface (CSUs sac eee be a5 i sw PR dieie oot ees oele ela ee 2-4 2.3.5 Parallel Data Communications Interface (Standard Parallel Interface) ............. 2-6 2.4 COMPUTING COMPONENT CATEGORIES ©. oF, Se he a eile vc ee le Sens 2-6 2.5 ANALOG: COMPONENTS xi) Ge sete wise eH 6 yos inane wR PERRO Grace BR Ree oan 6 2-6 2.5.1 {MTHOCMUCTION fice 6.5 6k = os eeeleh 6 «bese wise Senn PPE eee siecle s 2-6 2,0:2, Coefficient Unites? 5s. = ans «nes baie o Sa y cia Me Ree oan eee es 2-7 253 5 Wears (151111) ar ee ar emer ahem ermine arene So Oya dr ER eo Se 2-7 GSR, VST Ta) ore [0 ange pa oe Sr rare aly Pee ener ME Gren ok a Nom ES Ramee fe. Pes 2-7 250. Giro MUIR BIG tss2 cere 5 eat gya in ab ao Gani ace ee oMeea uae outer inte g te aro teal oie 1a, 6. pens: * 2-8 2:5.6> x. Traek-Store Unita os soc so sicea see > Soe w wig ws 5 ceed a esse aeons De wisiens Soames 2-8 BGT VESSISCLOL SWItC xii eu) cone Sis id ese, oo. 4-5. ile Pettey Fotos ee aR noone a aes 2-8 2.5.8 Trigonometric Function Generator........ BRE hia, 0B lava ators SERS OLR ora Nee 2-8 2.5.9 Digitally Set Function Generator............. SEE ES Sa EO rae ig ote 2-8 2.6 LOGIG'COMPONENTS sit ce. Foxpeerscd Ge aie eget alerare aw Stare St es eae eon 2-9 2.6:1-« “Genetal acca hone 8a eA OOPS 6b OR Se Ee Ps 6 oes eee 2-9 A Ge2 eG aCe eA, ay et eRe S Pee aa RS Sa AGa We -e e WE op BP ee mnt ee 2-9 2:6:3) == Flip-Flops i. 402945453 Rah eo RS RES eS FS ra WR om ete & 2-10 264 + -Differentiatorcs< ¢5-4.6 444 sacad:s ROA ee BORA PED Ole eg Ree caree MIS 2-10 CONTENTS AGS REGISUO Rao coin 6 o wene aes oi sae a awa wo We Renee a BLS IG ly FUL ee ee 2-10 CONTENTS (CONT) (ade yl Chine OF ONT TR) 2] Pease moar prams aries yao mE een an Sere arn MEN eI PRAY CO ELT 2657 AL GOM Pal OtOl Sets se soe ke hei otreloy co 23 w+ PORES ue Ae MOREL cane BLaaeT a iby, ened Sees 2.7 SYSTEM COMPONENTS........... ecg RCS TOPGPRIAE. TOA a aS PAF ies ee kT] 11-10: | joes me eset arenn ire se Sis eioerana ar Rua peer er nena A ir. Muy etre CERES at 2-122 e System Clock... 2... Sd aia eae LE IE en es aes 2eLGG ea APSE eal O OO UU DUES Saas aa cg2e, dyaidv a Sat aloraicd wna ipiraasse ae oO eR RON e Ss ocEASES DORE REDON ION save sels fe as ka I I wee a RE Ee eh ls een ae Sei ier A sat oro a ke Fk eee en The eet 2:16 (Overload iINdiCatons. <4 ne see + Sera wie ws ae Soe Rs ree eh eee ee wey ee CUTE) eG ELA Se El (=: Serr rer ee Cre reac e ep en erie Se ee eC RPC EMCEE c Sse 9 Pe 2.8 INFFERIFACE COMPONENTS»: 3... atcisiaicg go cisdene eve, teekeot cto eatenc oi aeatoted cucredy evens eke 2.8.1 (OCT GLE Ee metas tre See ee cetera SEO area ters een Mee Senta a MORE deer eae err 2:38:22 -JHighispeed: Mode: Control x. .).-5-.apsiste ana arctic ns Soret ats Shyer re gma 0) SS tees os eer 2:6:3- ~~ Controls Limes rie cccws potas eco tarsie ts herd ps ease wextiee isiies sie a lecets oele 4 eee ese «0 0) 22B:4 = Sense LAMBS ia: 5, woxeatm'seseres dasiees sie eames Pe ayes tare cs dort Ms gee beee «SRE eee ee oes DEG re IACOFCUP ES accesses cam oe ge) eos GR Ae oe peewee eens ° 2.8.6 Analog To Digital Conversion (ADC) Channels... .. 2... eee ee ee eee eee eee 2.8.7. Digital To Analog Multiplication (DAM) Channels... ........ 0.00 e ene e cence 2.9 GOMPONEN TE PAGKAGING 5 icp Fig osc. ui ase emcee eaaeO ee ese si aKeylg ese po ere 2 2D es? NG ONG T AE oa pae oe 525-8 airing woe SAREE REIN a Ns II SP se recs eee 29.2— Gomponentilraysick cars ncietestals sie aie ee ee Sener iy Si Cer eee 2:9.3 . Special Purpose Modules And Trays . .)00)5 i. 30 si ce cle cee es ele eee ce eee 2.9.4 Component Bay...... en a Sr tae er a a Ric Mat er Soe oe FSR Oe PALS SY eel ed Cove] cp nL ee 1 8):] epee ae Sue nr ae Sra ee ee SARE REMEAR OS 16 oy Morin cal srr, ae ay CaP cams CHAPTER 3 — THE PROGRAM PANEL 3.1 (OAS SIVA TG Soe cetera CAS en ene eer SPER AN eA 0 7G GSMO oer eee eRe 3.2 MEE ANAUGG FIG EDS oo iios saa cicloce oh acc suet eiqigaena, «se sisal PISMO SOMONE 6 soRbmenn “pce cerecece 3.3 dil feel ley | ee |S] pyaar nara tto eere ersten n oer Ol A inn, 1m Bien intYear edited 3.4 SPECIAEPURROSE CIEEDS 3 iccisiciccccts os, 2) aie oi eiteneo geaereane oreweeeiens 6 <Suntige pb eceie curs CHAPTER 4 — ANALOG COMPUTING COMPONENTS 4.1 SCORE OR CHAP CER Goo 5, eceoucacs tase ose icrin wiloeeeg vpcane eee TA ERE Pot ws ads a Bears 4.11 OS CAL scat aes wet W Wo Ba salen 2h RAN ors og Sat doo a ISS Pee Seog Sons ANZ ROR AL secs oss aT S a stg ate rgey tay pS Si wiaice agrees are GN emp nns eaecei eee Soe PAGS cr aggre p-6 ee silos SSO Sr ng ae eo ES A eos 4.2 GORERICIENT UND. cay or wo etc eo sa eee ees RG a eR De ee ees Page 2-10 2-11 2-11 2-11 2-11 2-11 212 2-12 2-12 2-12 2-13 2-13 2-13, 2-13 2-13 2-14 2-14 2-14 2-14 2-14 2-15 2-16 2-16 2-17 3-1 3-2 3-4 3-8 4-1 4-1 4-2 4-2 CONTENTS (CONT) Page 4.3 SUN ok ws He a Ls a ie 4-7 44 ARETE UE eas of te oe Se Le Leo Rie a Be ee eee 4-10 4.5 NE mares ire ola ee ss Re Oe SEL We ale OE Oot ed ae 4-15 4.6 BN Na a 8 iia, eo ane cack oA a oe alge RAPE ee ae ceo 4-17 4.7 SQUARE ROOF GENERATOR. . oid cs 648s Nea wwe ccd eileen eb eo eee 4-20 48 Ne OI MINN ora ok ooo Soe ica sees ba a is eae Fw hee he ee ee tla ee 4-21 4.9 GEE NI i ew Ra oe es es Cas ee 4-25 AAO 2SINe Ge ER 6 ck ago oe cae ce a ESE DEEN LOE ea 4-27 AVE - Se Cros eae IE oss arn Nae Se eae eS Eo aw PRL eae Oe eae ee eee 4-29 AAD ARGSINE GENERATOR 3. occa sean oo swaosy oc esa balegs DOES CoWare 4-31 4.13 DIGITALLY SET FUNCTION GENERATOR (DSFG)........... 0200 cece cece eeeeee 4-33 gies WIRED one co see SP a te wrt nad at Rg a a 4-38 CHAPTER 5 — LOGIC COMPUTING COMPONENTS 5.1 SCOPE OF CHAPTER...... ai eee ON Re ESE cg hig 5 SNe WIE RES 5-1 SNe GO INEV Na we eta oe cw cece a era es Sl Ce OTE ew ub OS Eats Ue Ace enaie 5-1 Ll Be Apel ce] 2 14]: | Seer ae Ne eae ari tee a r= ee Soe eee inna er ee rene ei ee oan rere 5-1 Rs a MNES 0g RE aa ase Es bo ge EE eA 5-1 Ge aM Mee ie a. Soa Noe dono) Gece Se Rae ive Sok soc RR Ws ete ane epee rete 5-2 5.3 i ee aes oe usracn cating Linde an a a ES 5-6 5.4 LOGIC DIE RRENTIATON sobs 6565044 5 be giie Hos HORS ROR wes Lee Ue 5-10 5.5 OUINITE tet Ole ITE ice Socisinc od Sos Ws Sckieas oa od ae sen os Oe ee 5-13 5.6 GENERAL PURPOSE REGISTER. 65.6 oces 5s bn bk coicca bv awae ence oe Se oe 5-18 5.7 COUN ROUEN cal aoa a gies See 5 ote Re eg Soe os ERT ae a Ste PO CS ee 5-25 CHAPTER 6 — SYSTEM COMPONENTS 6.1 ME PC DN iret fst Ok 6 oe Ca seh Coe eas Oe Cee OIRO ee 6-1 6.2 SRC Oe a Arba 5 4 pa hw hae RA Es es es ee ee 6-1 6.3 PUR SE TRAIN OUTPUTS: - aiecs ou pees 00 Oo Gh Ee Eee ee 6-1 6.4 PORE OP MIWA sop 's coy F554 see ck ae Vs a eee EE EEG Hee ee rene 6-4 6.5 KEYGOARO PULSES... ce cnc bee es ye in Wc ouit Sua caste eee ee 6-8 6.6 RES Pra «a Peo vais neo ie Dew Gee Ge aa es Vea eo cog LE 6-10 6.7 POOR E Ore TRUONG ok caida < sa oo ok a he ee eee es ee 6-12 6.8 PROGRAM PANEL MODE CONTROL... 25. cases sm avawevtsescctbenscns nl 6-13 6.9 READOUT AND DISPLAY (OUTPUT) TRAY. oo isc cn ca hea oo Weed wwe ewaied 6-14 6.9.1 < ECT 12) 2 | aS ap gee ap POON een. nk erento) nal he aA oN GE IY to gt oiom AS 6-14 Oe Re PIOUS eb os eas oO | Ses 6 Sk ek he ee oe eee 6-15 CONTENTS (CONT) ~ Page 6.9.3. Four-Channel Display Scope............ Se ei PRY re Oy Ret ae 6-15 6.9.4 Ejght-Channel Recorder... . 1.2... ccc cece cette eee er etter een se steel” 6-16 6.9.5 Computer Readout Terminations... 1... 02. ee eee eee ee ee ee ee eee ee’ 6-16 6:96 Static Nest Reference. ©. . cece mcce soc 56 bw ols whee cae oe ww) irets oilers « ope oayemmveis 6-16 CHAPTER 7 — INTERFACE COMPONENTS 7.1 ANETSERO DW CaO acaricrtc io ec, coe eisai rae eee oso an asda a fa tararies ese co get seo gic) oc eee eceee./tise caenerel ese 7-1 7.2 ST aU TR AY cere sna awe a) serie oise lomewnalia rip amo eles woe areciny suiergl wae yenete So edertienataneaers 7-1 Wee Ni GONG A dere ane aoe 6 Poe ale oe REG @ Fase hW ols Cispe enue Bik Rk yes a. ge Bae eke 7-1 7.2.2 General Purpose Interrupt (GPI) Lines.......... cee ee eee eee rene arse 7-1 Tid 32 ADE Attialog Un PUts cerca tcaisie so cegedacy ouiet as coe ee ego se tan y 06s esnlie' ai tens 8 eyees\ wisi) Gane 7-2 762A ADG COntrol NenminatlOns so cccssscc.o epwele a7 ohn erasers Stellegce) © tolgne) ommuennne 5.0.0 ese er ® 7-2 725 DAM Control Terminations: ogee > cee sos sneer eo 6 te oreo <a oie erga tene alls ierneenens 7-3 7.3 TLE | Seed Bs 60 FL 7 Wy tant lee ON Re eater A neice ceteris traton rr harness CNT ORDER RRC cet eC 7-4 7.4 SENSE LINE/CONTROL LINE (SL/CL) TRAY .... 2.2... e cece cece ese r cece eneces 7-4 Te ea o> ae ETC | eee eee eee etme eer ee atcn nee R ee Oa ig Mra eR CARS a aaa 7-4 FA Diee Sense bine lnplits=> scheme irises cscs ates ono oe seve a ows ation anlage Seu RES 7-4 FAS ee CONTIN Ee Outpt sac 5 acc estas ae as ose res eiratscl «a boro io etle. 0 5eh Wha oh nie. se lenamie)ie eae one 7-5 744 Control Line Reset (R) Terminations 2.036606 6568 ce ec tc ew enme ne cess 7-5 CHAPTER 8 — UNDERSTANDING AND USING THE MACS DISPLAY 8.1 SR etoo Urea ic Ne on ee ee oe as en ere ao Oe RE eo Omer a 8-1 8.2 GENERAL DISPLAY AREAS © 5 2. 5.20 5 oie eno leg 0 one eines beet ste si ereie sie tee wie 8-1 8.3 COMPONENT INFORMATION DISPLAY. ......... 02 ce cece ee ee eee tee eee eens 8-3 SiS (Adress FIG N reise ecsaco eso csknre ews iaeraa nck Ce Ne soles Oielia oe eilaie.wita’e SenGnaue Nee en ener) elle 8-3 BBs oe alte eld a pice asec 9 cr eatin as sector as nr orn aeesoia sen ooe cal ee! cloner pce e ce Sango 8-3 8.3:3— ~Component/Tray Fyne Fidld. sc we cow Seow esses cae esi cs 0s Se mes 8-5 8.4 SYSTEM INFORMATION DISPLAY .........-2 2c cece cree etter ener eee eesenes 8-6 8.41— “Analog Mode Field: 2 coc 5 cock issn ae oa oso ta wen Spee ee eres ti ciclo ne = bene a sis ois 8-6 B42) ogi Mode Field: so sce on Soke avec ge as ceclekce’ io wlelfecens Soe ctlve eesti avs eco ve loss > 8-7 8.4.3 Master Time Scale Field... 0... ccc ee eee ee eee ee ee tte teens 8-7 8.5 SY STPEMIND GATORS eco sco cae cane cor cles snc oseieeraiorocs ua She tee Goreun sileeseealacurar sien ale 8-8 BS rar Gere heli t= sac = rics Nes retried a ratratotecce se cea nci cite ae GEE ane sete es Sra eee secece ne eeu @hentess 8-8 85:2 <“Time Scale Error — TS Indicaton oss sso we ae are eee ms oleae vi 2 ene = 8-8 $'5\3'> Balance Errore BA IAGICALOR Sas, sae oo ona oo Se aa ie as, Ste we eel ae ee 8-9 $5.4: Overload = OV Indicator 2K. occ nes, 62s 30's oi wee © ste oo oliaejo sae oc tue erate eee vn 8-9 8.5.5 Local/Normal Display — LD Indicator... ........- 0 ccs e scenes et senereeens 8-10 Page 8.5.6 Hybrid —HY Indicator. .. 2... we ct ee ee ele ee mee eee sees 8-10 8.5.7. Multi-Console — MC Indicator... 1.0... ce eee eee ee ee tee eee net en eens 8-10 8.6 SORA TCC PND see ar pose ars Wow Se Bas NR sacra aie ae eli Bite nino aR Soe te natal evade a dueeea 8-11 8.7 SPECIAL MESSAGE PAD .... 1... eee e eee eee e eee eee n eee nee n ene encaeee 8-11 8.8 ERROR MESSAGE PAD! «cn 6 cists wera co vie 6 eee ere tenes Deyo Hens 0 be we we wilere ere 8-11 8.9 INFORMATION PAGES 55.055 a oon oot ee ot Blbveeraie atone suqele Wie) ge 6.5 Ses aime in eljeeneg ee 8-15 CHAPTER 9 — UNDERSTANDING AND USING THE MACS KEYBOARD COMMAND SET. 9.1 INTRODUCTION Soca isos 5 ace ase a4 wreath lege os ab. ween io elle Seas taal os wreite cence 9-1 9.2 THE MACS REV BOARD occ 5.5 cco Goes es ete Sire aie, & ae) aes ei cel ye Wr ncarsetitalil on clle eon 9-1 9.3 TPHEIMACS COMMAND. SEW .cascccic ee ceechm nee) Ryoko ertle Uieeese © eon tos ileiefieiie o iavene one 9-2 9.4 TYPICAL GOMMAND EXERCISES ....c 25 6c uence ors co ceo win ts 8 6 6 Hla eimiele Wily ne «01 9-20 9.4.1 WipEROGUOEION aio 5 sosc ck ae wis aie care races eens as ol abate ae lp nlseee eee one Mo py a Somene ener 9-20 9.4.2. Entering Commands In General .... 2.0... cee ec ee wee ee tree teen een ees 9-20 Cid Fie ee Ci See esc sh eh gn eee wee on 9-21 Oia - “Exercises in’ Mode Selection. «ooo... sicuccd.g sussne ss cee ve ee cies wes les a asi 9-22 9:4.5 Exercises in Integrator Selection. ... 2... ecw ewe cer eee etree ence ne cen 9-25 9.4.6 Exercises for Reading the Rep-Op Timer... 1... 2... eee ee eee renee renee 9-27 OARS DSRGiE KereISUS cei on eoe Ciera oo oon eg vances ne up ead cam a toe ue ote nance hle eos ree ekeE seers 9-29 CHAPTER 10 — DETAILED MACS COMMANDS 10.1 TS gen.) U2 65] (6 | a eee a ele tern ea re MMe eet OMe Venere RH RRC MGu kOe nO 10-1 10.2 EDUEEING COMMANDS 0154 =)18) si wi aie ace Rec boe eters eoele posi eee eevee aya ence ye ¥ eases 10-1 PO2s!. “Using U BOUT and RETURN 2 cdicilis eases cowie ies. + ale cree wera tennres ¢ wieusrecwic 10-1 GPU OV DED a NIGGER hs Os oversee tie s_c.' Sw aoe sera: aie 6 wile rele No ko oye amelie JorrelIn EO inlle. 4renecin sens 10-2 10.3 INITIALIZATION COMMANDS (2:1 - 2:5) cece cc cc ee ot twee es we ems 10-3 10.4 ANALOG MASTER MODE COMMANDS (3.1-3.6). 2... 065 ce cece e cence eet eeaee 10-4 10.5 LOGIC MASTER MODE COMMANDS (3.7- 3.10). 0... 0... cee eee ee eet eee tenes 10-5 WOH SARON BT albeit ccs optics cere. oh cause “ois ceo gion Neste caiva) vase oie Ge caine DAT eiedn) evereme sates ord veiw enous 10-5 10.5.2 Using the Single Step Command (3.10)... 2... . ce eee ee eee te eens 10-5 10.6 MASTER MODE CONTROL SOURCE COMMANDS (3311-3.14).. 0.0... 000 eee eens 10-8 10.6.1 Rep-Op Timer-as Mode Control Source (3.11-3.12) ....... ccc cece eee eneee 10-8 10.6.2 Program Panel as Mode Control Source (3.13 - 3.14) 2... 2... cece ee eee eee 10-12 10.7 INTEGRATOR TIME SCALE (GAIN) COMMANDS (4.1 - 4.3)... 0... 0.00 eee ee ee eee 10-13 10.8 ANALOG COMPONENT ADDRESS AND READOUT COMMANDS (5.1-5.7)........66- 10-14 10.8.1 Addressing General Components (Command 5.1)... 6... cee eee eee eee eee 10-15 CONTENTS (CONT) 10.8.2 Addressing Integrators (Commands 5.1, 5.3, and 5.4). 2... 0. ee ee eee ee eee eee 10-15 vi Page 10.8.3 Addressing Coefficient Devices (Commands Brand osG ys seater ank Se ea 10-17 10.8.4 Addressing Function Generators (Gommand 5:6) 565 sae) e oases, 5 eee ope ey eres 10-17 10.8.5 Addressing Analog Trunks (Command 5.7)... 0... 0.02 eee eee ee ee eee teenies 10-18 10.9 LOGIC COMPONENT ADDRESS AND READOUT COMMANDS (5.8-5.10)..........-. 10-19 10.10 DAM ADDRESS AND READOUT COMMANDS (5.11,5.12)......... 00 ee eee eee eeee 10-20 10:11" “ADDRESS ADVANCE COMMAND AS:13) 5c: 6 56 sie ais bce Seeie s Sines eae ene ny ees ese 10-20 10.12 SETTING DCA COEFFICIENT VALUES (6.1) ..... 2.2.0 ce eee eee eee cence 10-21 10.12.1 The DCA Coefficient Mode... . 2... cc cc eet ec te ee Ce ec ences 10-21 10122 Settingia Blocksof Coofficients=......0. «c0tos wixiereiw ce Guns ae Hietenesa as als ane eaniie 10-21 1O:4273- Coetticient Valtie- ROUNGING 6 ia.-ce-c<eae a scavateeeceic a rete scene oiteveue: oneme soe 2 aeepsiierte 10-21 10.13, SEEWING DEA COEFFICIENT- VALUES (6.2, 6:3) og ne as 5 cess vs een eseine 10-23 TOSS Slowing DGASiin Geren alc. acs ease Sie nee os eae ew ew en serenade? sts alsin 10-23 10:13:2 SlewiGommand ExerciseS:. .-c-cis soo se re esc is oe olds we ee es welt ae 10-23 10214——SETREING DAM COEFFICIENT VALUESI(G.14) 3. s sec Ge cs cacao sees were 10-25 10, fe: Set TING THE REPOP TIMER (G0)... cec ca cede pec eee bes Geese hs hae ces 10-26 10.16 SETTING GENERAL PURPOSE REGISTER (GPRs) AND COUNTERS (CTRs) (6.6)....... 10-27 10;16:1= Generali GPRiand'GUR Addressing. oa. sire cere ao caretsconade et ostentlenei iors sete euane 10-28 MOSTG: 22 Setting the Gers. essycsca seca oer coupler oie act ee tame Molle erecede mele eoerete teyeea se 10-28 VOMG SH Setting ne CURSs sas ccctcta soi a in aoe aeer allie avec emer aa caerral wee emedete enna ame eene 6 10-29 10:17. SSEP RING LOGIC COMPONENTS (6:7)o. Save cee teers Wee ges os Srelesoielerers 10-30 TOES EGET HING HOSE Gs Gis 10 1G) ico re kis ie gras a ccm eno arcane ayes ee hehat env oele ead Cony nega ue 10-31 1Oi195 APAGING GOMMANDS (7. Vert Oc ptanetessce oa ket tener ters pee ane llecece Neste oilsaene ss) 9" ere erainaees 10-32 10.20 PROGRAM SAVE AND RESTORE COMMANDS (8.1 -8.3).......... 000 cece eeees 10-36 10:21 MISCELLANEOUS COMMANDS (9:1, 9:2)\-. 5 55 oss s ce eines ve sys meee ees « 10-37 10i22> MULE PECONSOMECOMMANDS oo a:c. corse astaren crate ote Rae 5. riepal eyo oon owe) eco seneae tate re 10-37 APPENDIX 1s — TERMINOE OGY 6 ace ceiste owe ia ia yaresaitesece nce oree Gon eyeteke sel c)- sieeve rete sececene) Wiel’ ajjezere%ene A1-1 APPENDIX 2 — MACS COMMAND LIST ......... 0.0 ce cece ener cece e een enee Apa txeieVel Nee eaeaetons A2-1 APPENDIX 3'— MACS ERROR LIST 5c. 5c sc 5 cree ooo oo wale eue es we Weare e we Sle ts | © bin ene etare ess A3-1 APPENDIX 4 — ANALOG/LOGIC CIRCUITS FOR SIMULATING NON-LINEAR CHARACTERISTICS...... A4-1 APPENDIX 5 — DSFG SETUP TABLE (SAMPLE) ...........e cece evceccctecerrccecs SRS, A5-1 CONTENTS (CONT) ee Figure Number bail 2.1 ae 2.3 2.4 3.1 3.2 3.3 3.4 3.5 3.6 3.7 3.8 4.1 4.2 4.3 4.4 4.5 4.6 4.7 4.8 4.9 4.10 4.11 4.12 4.13 4.14 4.15 4.16 4.17 4.18 4.19 4.20 4.21 4,22 4.23 4.24 ILLUSTRATIONS Title Page The EAI 2000.......... eae ae ere ee ey cor) Ss Re RNI OO SNES CaP Cr aR 1-7 EAL-2000 Stal Alene COMM GUPSUON cu acon ve CRATER BTS apes at EAI 2000 Hybrid Configuration: For Non-Time-Critical Operation... 0.2.00 ccccee reer nnnnne 2-2 EAI! 2000 Hybrid Configuration: For Time-Critical Operation. ........ 0c sec cen nec nrnevene 2-3 EAs: 2000 System: COnSOlA: «3s isa arate hee eae eee ey Sen eee eee © dbo lanel uitonerelenetiens) Sboteie aia 2-5 The Analog Field of the First Component ROW... 1... cece ee ene ee ee ene e nese een eenee 3-2 Example of Analog Tray Addresses at the Program Panel .........00ccceeevcvees tn ee eens 3-3 The Logic Field of the First Component Row............. IN ce Fa Ue SO hd Mee 3-4 General-Purpose Register (GPR) Tray ACGIESS08 556.0 Se ee le ve se Sein 6 Pia ene es alee 3-5 General-Purpose Logic (GPL). Tray Addresses. 6 o..5.8.6a hs 6 vee ew he eee SIE 2 a 2 is Bites 3-6 Comparator Tray Addresses. .......0200000e8 iano da 2 “aise ORS a De ON et 0 le taleete Gee CMOS Seohate 3-7 PIGHPATUP BNC LAV OWE oF s eee a8 a 2] M sew im GER GR LOS Sel gow go Pe Be rata eB Pe ao a 3-10 SCGNAAA TVA. AV DOS Bos 5A ein 8A eo aoa eR CaS oH BB opr be, ao ONE eee aan AR oman’ 6 3-17 Goéerficient. Unit: Typical: Pregrarnniniing SVMDOl. 80 2 OLS BTN ey Ae ata. eke 4-3 Coefficient Unit: Program Panel Terminations”. 020 ir ee 6008 6 oe ae te hee ees beens. 4-3 COBTFICIENE SELLING: SCHON 5. 6ec0i5i6< ss 6 si ecerare ow 6. ols SeeteeVone Be eoteo Seta mel eUeiele te lane) es 6 elekare @ 4-5 Summer Ty pical:Programming SVibol ©. you. eeseies eects 0 lees aces Big ee ae Peete wie teae wi eases 4-7 Summer: Program Panel: Tenninations 2. 2... ea aia sae 6 OOS Ge IS Gs + OSD AO eels 4-7 Integrator:-Typical:-Programming SYMDOl.. ....¢ Gein eee vo Wee eae iw: oo ebse eleva @: elieayaelle » oNeeielien 6. 4-10 integrators Fragrai: Panal-Terminavionssse 222 x Fee Ge Te ae eG cs PS ees Pow 4-11 Programming Symbol: Integrator with Local Mode Control. ........0 0s ceuccecevessecveees 4-12 Multipliers pical: Prograiniming SVM DOl as ee aie Oe aa aeRO eee es ld woe le eee 5 Ss 4-15 Multiplier: Program: Panel -Terminauons. «0045 ce oe eee a ee Oa Oaks oe ee se a 4-15 DividerTYpical: Progranning: SVRIDON sie. eo a-o- aie.” & olaye as ee IE ee acs 4-17 Divider:'Program: Panel KErninatiOns <<. + 4.wate ten bee eae es BP A BRL aes 4-18 Square Root:Generator: Programming SVMDOl .. vases Fk os Ck Os es OO PT See 4-20 Square Root Generator: Input-Output Charactaristle.:.o 8 es BECO CSR ORS BE es 4-20 Square Root Generator: Program Panel Terminations. .......0000cceccccveccecrecees wee 427 Track Store sunle Prograrmnuag- SVMOol aia ae ee Oe RIN cw eT a aw: Sear eee aoa oe ae 4-22 Track-Store Unit: Program Panel Terminations............ He wali vane lite 1a abana oven ¢kons westeweatara te 4-22 Basio-Track-Store Application etc teres oa a wei hee he ee | Sc re Bre 4-23 Track-Store Unit: Used as a Sampler/Zero Order Holds: ... FRR a et ORE ee 4-24 Bucket Brigade Track-Store: Used as a Sampler/Zero Order Hold... 1.0 ccc cucccccnvcevcevees 4-25 Selector Switch: Typical Programming Symbol oc. ce eee ele ce bb eb ewes es eleleeaes 4-26 Selector Switch: ProgrannPane! TOrminallOons mas v6.6 we ween ies cie ce a 6 taal eel eal CaN eRe ne 4-26 Sine:Generator: Typical Programming Symbol. BeBe se OO Oe BO I ee 4-27 sine Generator INpuUCOUDUT CRATACTOLISUCs cic cise 8k OES Qe oS Wis 4 lb So ke oe ee See ee 4-27 vii viii Figure Number 4.25 4.26 4.27 4.28 4,29 4,30 4.31 4.32 4.33 4.34 4.35 4.36 4.37 4.38 St 5.2 5.3 5.4 5:5) 5.6 537 5.8 59 5:10 5.17 5.12 §.13 5.14 5.15 5.16 5.17 5.18 5.19 5.20 §.21 6.7 6.2 ILLUSTRATIONS (CONT) Title Page Sine: Generator: Program Fane! TernninauOns: cx << <:s2+_ 0. 50 ai eile) sess se. secs = 0,0) © 0 lol ar oll ages Wake ce okie We? 4-28 Cosine Generator: Typical Programming Symbol. ... 1... 10 ese ccc nc cece reer e center seenees 4-29 Cosine Generator: Input-Output Characteristic sci es % SiGe ive, wo 2a ara tea, na: Ho we oe She tolione.-« 4-29 Cosine Generator: Program Panel TerminationS. ...... 000 ce cee ne nee ene w nee rene enes 4-30 Arcsine Generator: Typical Programming SYMDBOl = 66... esas aalts sao, 0 olmiatiatay ak peep vie epouahena © 4-31 Arcsine Generator: Input-Output Characteristic . <2... sa cies ea boo oa ee cies Wie 2 od cae eae oe ees 4-31 Arcsine Generagor: Program Panel Terminations... ....0cccccccccccvecsecnasnevvevenseee 4-32 Digitally Set Function Generator: Typical Programming Symbol... 2... cece cece nen ne nenee 4-33 Digitally Set Function Generator: Program Panel Terminations ...... 0.00000 cevececeeneerees 4-34 Limiter: Typical Programming: SVINDOIS xa rocco avs <4 a ce UNeeRBea hs alge 3a Wteey a) amas ee Temeg ets» 4-38 Limiters’Progranm Panel. Terminations....c seo es bo cae gas 6 0% on ovine eeanene aS aiiecotamn ees 4-40 Summmer/UImiter CHArACtOHiSUC «=. eo. wie Wiens S28 OS ave ee eo a A ae 4-41 AV DICal SUMIMET/EIMITOROUGIUT 25. eo ocs cok coral. cw Cages ensce pose ieinla \o: snaxa 6 MERE OWL we eee 4-41 Typical Input/Output Waveforms for an Unlimited and a Limited Integrator .......-..0.00e0ee0- 4-42 AND/NAND Logic Gate: Typical Programming Symbol/Truth Table ........00 02 cece nn evnnces 4-2 Logie: Gates» Program Panel TerminauOns: 66 6 sia2s + oe ase ices 3 4m ole yo etaNo te laaduee et ste Baoan de % 5-3 OR/NOR Logic Gate: Programming Symbols/Truth Table... 0.0.0. cece ee eee nen teens 54 General-Purpose Flip-Flop: Typical Programming Symbol and State Transition Table.........+.00+++ 5-7 General-Purpose Flip Flops: Program Panel Terminations ......0 00 ccc ec evs cevncencecsvees §-7 Delay Flip-Flop: Typical Programming Symbol and Timing Diagram... 1.206200 eccevunnccvuee 5-9 Toggle Flip-Flop: Typical Programming Symbol and Timing Diagram ........00 00 ee cee ennnnnes 5-10 Logic Differentiator: Typical Programming Symbol and Timing Diagram. ........2.000veeeevnee 5-10 Logie-Ditferentiator: Program Panel Terminations. ¢ se: scc-. seeetenet es Oa eevee 0 Weave 6 die lonemteneke 5-11 Logie Differentiator: Equivalent Circutts sco ic & & @ =o she eacad = 0a eo OR I a oes §-12 General Purpose Counter: Typical Programming Symbol. .......2 00s ee eee n ene eneenseceeee §-13 General Purpose Counter: Program Panel Terminations. ....... 000 ween een n ene n renee nnee 5-14 General Purpose Counter: Equivalent Circuit and Timing ...... 00sec een ewcceneccnceracvene 5-16 General Purpose Register: Programming Symbols ..... 0c cece cen e tener nen ce ener eeees 5-18 General Purpose Register: Program Panel Terminations. .....0 0 eee eee n sence cnncnecerenee 5-19 General Purpose Register: Frequency Divider Application. ....... 000 c cece scene nnceectncees §-23 General Purpose Register: 4-Stage Ring Shift Register .......... } 4:0 Rte Neuen Brine epee a obeae oka 5-24 Gomparator: Typical Programming Symbol oz 2 widiesyeisGs Geen tea eee Wee Wage teagan * 5-25 Comparator: Switching! Characteristic e755 a5 aaa as, ahah a i ao: Sy /eea maha oS Swe ah ae a vee ep eayer ay = 5-25 Comparator: Program Panel Terminations .... .-5.< ssw. cea seees & Gis wae Re eke Sal sxs ww Ws eels Hae iee os 5-26 PADSOLU CONV AIO CI CUIE. a,c La ro toy eh wage ine oe 1s 3 Sp TR oe OE ET §-29 Pulse Train Outputs: Symbol and System Arrangement ....... 0. cece nee nee eee wee e eens 6-2 Pulse Train Outputs: Program: Panel’ Terminations. 6. & ase see ece aaa Wate oI lo ee onal ee 6-2 Figure Number 6.3 6.4 6.5 6.6 6.7 6.8 6.9 6.10 71 7.2 7.3 8.1 8.2 8.3 9.1 9.2 9.3 9.4 9.5 9.6 9.7 9.8 9.9 9.10 9.11 9.12 9.13 9.14 9.15 9.16 9.17 10.1 10.2 10.3 10.4 ILLUSTRATIONS (CONT) Title Page Rep-Op Timer: Typical Programming Symbol... 00.0 cc eee ene eee n ee nenenes 6-4 Rep-Op Timer: Program Panel Terminations. .....0 00 cece cere nner nnn n enn en eeenenes 6-5 Keyboard Pulses: Programming Symbols ........ 0c cee seen ence were neers sree reeenens 6-8 Keyboard Pulses: Program Panel Terminations ....... 20 cece rene n een e ener eer nnerererees 6-9 Logic Trunks: Program Panel Terminations .....0 0 eee een ee eee wenn ene nennees 6-11 Analog Trunks: Program Panel Terminations .......00 0c wee rece renner een n ener nr eenenes 6-13 — Mode Control Via Program Panel Terminations. .....00 0 ecu eee ene eee nena enn eeeee 6-14 Readout and Display (OUTPUT) Tray: Program Panel Terminations and Peripheral Signal Distribution. ..........00.00ceccccecdcservevevssdersececse coves 6-15 ADC/DAM Control and IL Tray: Program Panel Terminations. . 1.60000 seen scene n eens erenes 7-2 DAM Feedthrough (DA) Tray: Program Panel Terminations ......00 cece een e nen e nen ennaee 7-4 Sense Line/Control Line (SL/CL) Tray: Program Panel Terminations... 22.4000 0seseecveveees 7-5 The: EAL 2000 Console@endiMAGS |. 6 Ss PRO ek Tia Se WO ie: RE EEO 8-1 MACS General Display Areas. ......2.0ceecceevewese tp RR See me RE AE. 8-2 Typical MACS Display After System Initialization. ........0 0 ce cee ne eee mentee eee eens 8-4 THOMAGCS KOV DOS Pee oS ia a See OH, Bes. weed PCN Ta ee) ob wee aa) ig Leth tare lg er eeas alee 9-1 Typical MACS Display After Power-Up or Job Command Execution. .....0. 0 cece ce nen een eeaee 9-22 {C: Mode Command (3.1); First Character. 25>. Fe Or oie aie clea oreo OMela aie teste ne aler sia ee 9-23 1CiMode Command:(3:1),,Second Character... S106 6.064 Ves oar ee ata Oe! elke “Gb ele d oreea telah ales 9-23 IG Mode Command (3:1) Executed, «. ...:.50 5-0-0 aie wise wee gress Vw se eee ale eles e ee eipis ele snetele 9-24 legal MOE! CONNOR : 1225 02 H0 bao ehs Sota at a ee 0 in anise ox a Meg ota o's) ogc ONE pe. OhOLD Gaia, 8 ao eAe a MaEOTO NE! 9 9-24 Integrator Gain and Output Readout Command (5.4). 0.0.0 ewe cence aneee 9-25 Advancing Address to Next Available Integrator (Command 5.13) ......2.cc csv eucvcceereenns 9-26 Advancing Address (Command 5.13) to Integrator with Limiter Option Exercised. ......+.+++++2+5 9-26 integrator GutoF Range Eo. as www. oo oe ioe Bis este eG ee DOs We Oke Sie we rein eigie 6s Ohal yl 9: 9-27 Selecting’ RT@ for Readout (Command 5:10) 6. 6. ccc i i pace eee ds be sa wee Coie oes bales 9-27 EXBCULIOIN OF FUNG I ROSUOUE =o Gish susie sou dap eates Aiba!) To tUae nosy GRAS Te Nasrelaat eo: anstlayiosetiehelierajerey ar aca eiegen 9-28 Readout of RT7 and RT2 Using Address Advance (Command 5.13) . Sut ce ital eae eee 9-29 ExecutingiOSr G Select (COMMAAG O:6)) <5 sa, ols «ov ov es jose el oreue 9 6a 4 pga Wie sine Se one nce, ose) 9-29 invaliDSFC Selection 5. i ook oe 8 8 a ate oe a8 MO ree AU Da ea SE Oe ae 9-30. Execution of DSFG Function Page (Command 7.1)......... ; NS ners ns ae ea ee pe 9-30 Selection of 41 Breakpoints and Function Page by Stringing Commands 6.8 and 7.1.1.1... 00+eeeees 9-31 Execution: of Logic Single Step (Command 3.10). 6.0 0c ccc ce cb ce ee betwee cere se eeane 10-6 Setting GP Register Value and Selecting Logic Clear Mode by Stringing Commands 5.9 and 3.7........ 10-6 Effect of Single Step Command (3.10) as Observed on GPR VALUE Display .......-00+eeseeeees 10-7 Effect on GPR VALUE Display When Stringing Single Step Commands (3.10) ...... 000 eee nnees 10-8 ix ILLUSTRATIONS (CONT) Figure Number Title Page 10.5 Synchronous Analog and Logic Rep-Op Mode Control (Stringing Commands 3.12 and 3.11)......... 10-17 10.6 Using Address (A) Command (5.1) to Determine Component Type..........+.++ en ee 10-15 10.7 Using the Integrator (1) Command (5.4) to Determine Individual Integrator Gain and Output ......... 10-15 10.8 Using the D Command (5.3) to Read Integrator Derivative .. 0.0.0 c ee eee neces 10-16 10.9 Using the C (Coefficient) Command (6.1) to Set Derivative Valu@. . 1... 00 ee ee eee ene 10-16 10.10 Executing the C Command (5.2) to Read a Coefficient Value . 1... 0. ce ce ee ee eee nnee 10-17 10.11 Executing the P Command (5.5) to Read the Product (Output) of a Coefficient Device ............ 10-17 10.12 Reading Analog Trunks (Command 5.7) and Using Trunk Lines to Read Selector Switches (A Input)... 00.0 cc ec ee ee we eee eee eenee 10-18 10.13 Reading Analog Trunks (Command 5.7) and Using Trunk Lines to Read Selector Switches (B Input) ..... 20 c cece eee eee nee eeenes 10-19 10514- . Automatic: Rounding of Coerficient: Values ied. ise52 free a saSle. a0 ocd, 6k 6} oe Boenasie be epeioeietenehe= «ees 10-22 10.15 Setting and Slewing (Commands 6.1 and 6.2) a Selected DCA ..........+..-+ bby anpgeia CI dsa: SSS 10-24 10.16 Selecting, Setting, and Slewing (Commands 5.2, 6.1 and 6.3) a DCA and Observing the Effect on a Derivative (Command §.3) 0.1... ccc ence ncn eveecneeras 10-24 10.17 Setting a DAM Coefficient (Command 6.4) and Reading the DAM Product (Command 5.12)......... 10-26 10.18 Setting the Value (Command 6.6) of a Selected GPR... 1... ee ee ee ee eee e en etene 10-28 10.19 Setting a Counter and Transferring the Value by Stringing Commands 6.6 (Counter Set) and 3.7 (Logic Clear Mode)....... 0 ccc cu nc eccccenecceveres 10-29 10'20=-Sample Function Page (COMMAND TA) cinco. 6508 esas aie oso ie 5 bh eeuseterets ees Gees eaeDaaes ae 10-33 10;Zifmee- Sarg ple LOgicsraged COMMA 7. 2) is, cause eva soc sch eva ojo eileyeov Shdcs Suess G28 © Fe AAU ee 10-34 10.22 Sample Range (Overload) Page (Command 7.3)... 0... 0c ove nccccsveccscecvcucssvesecees 10-34 10.23 Sample Time Scale Error Page (Command 7.4) ..... ccc cee reece eee eeeeenceeensenes 10-35 10.24 Sample Amplifier Balance Error Page (Command 7.5/3.5)... 0.00 ee ee en enn ec ee eenee 10-35 Table Number Ve PHA 2.2 2.3 3.1 3.2 4.1 - 4.2 8.1 8.2 9.1 9.2 9.3 9.4 9.5 9.6 9.7 9.8 9:9 9.10 9.11 TABLES Title Page Synopsis of EAI 2000 Publications... 1.6... eee e eee eee eee eter tenes etic Winwiane canta 1-1 Analog Comporient Trays es 5 3 5 10 <5 Se Rie eso eee ae ww Hien Ete RSE ey Perr ores 2-15 os (XE LC EANOR Oe are Ra PTI ah i el Ae ren ee eae ea eS ee aces 2-16 Special Purpose Trays... . 2.000. cc cece cere cere recs eee es eo on eG 2-16 Prograny Panel Color Codes 25. cin 5 0 oe ecient ee Fok eles ot Niele ee et CORE bee ESSE 3-2 Special Purpose Fields (Identification and INddressing)is aco a crs si ale foc voce tae 0. Je: oof renlin ae epics 3-8 Notations and Values for Absolute Time Scales... 1... eee ee ere eee eee eens Ra cael tg ae cates 4-13 Notations and Values for Relative Time Scales .. 1.1... ee ee ee ee ee ee ee ee ete ee ee eee eee 4-13 Classification of MACS Error Messages .. 2.1... 0-2 cece ee ee eee ener teen eet e etna” 8-11 MAGS Error Messages. << cock oe sos se cols cee isl diane ener ooh ont oni everentiats cess peer eb/ele ie eunie ess 8-12 Group 1 Commands: Editing.:.. 66.5 5 oo Wk is Swe Neale oS ro « Heels oie oe Hela eee eso 8 9-4 Group 2 Commands: Initialization . . 2.66 06. ce ee re eee ee ee ee eee cece iene tne sees 9-4 Group 3 Commands: Master Mode Control... . 6... eee eee cece eee te eee ee ee ween een eees 9-5 Group 4 Commands: Integrator Time Scale (Gain) IN Tio ee ee BAe ECR er ear nena i Mters Daten cca 9.7 Group 5 Commands: Component Addressing (Selection) and Readout ....--.-seeeeeereeecenes 9-8 Group 6 Commands: Component Setting. ... 6.6... eee ee eee ete eee eee n reece teen eeees 9-9 Group 7 Commands: Paging .... 2.2... cece ee eee ee ee eee eee eee ee eens agate 9-12 Group 8 Commands: Program-Save-To-Restore. .. 6... eee eee te eee eee eee ete teeter eneee -13 Group 9 Commands: Miscellaneous... 6... ee ee eee ee ee teen tee teat eee eeee 9-14 Group 10 Commands: Multi-Console. . 0.1... cee eee eee ee ete eee eee eee teen eee nes 9-14 Alphabetic List of MACS Commands ........ 0. eee e cece eee eee ete en ee ee een eee’ 9-17 xi/xii Table 1.1 Synopsis of EAl 2000 Publications EAI Publ. Number Title Basic Content 00 800.2100-0 Hybrid Site Preparation Site preparation data for EAI 2000 Hybrid Systems. 00 800.2101-0 EAI 2000 Systems Directory of Manuals Topical index of manuals for the stand-alone EA! 2000 and the EAI 2000/P100 Hybrid and/or Digitally Controlled Systems. Also includes a descriptive list of manuals for EAI 2000/PDP-11 Systems. Handbook 00 800.2103-0 EAI! 2000 System Functionals EAI 2000 System and Sub-system theory of operation. Manual Uses system level functional diagrams with associated block text to illustrate and describe all major signal flow. The functionals define all related interconnections and, therefore, are useful as a troubleshooting tool. 00 800.2104-0 EAI 2000 Console Provides quick reference data for maintenance System Information and technician. Locates and identifies all components Console Description of EAI 2000. Defines system power configurations. Contains cabling data, mnemonic lists, routine maintenance and recommended adjustment procedures. *00 800.2105-0 EAI 2000 IC Data A collection of integrated circuit element data for Handbook the various devices used in the EAI 2000. *00 800.2106-0 EAI 2000 Replaceable Replaceable Parts Lists for the fully expanded Parts Volume EAI 2000. 00 800.2107-0 EAI! 2000 Analog Reference Operating procedures, program patching, and Handbook applications for components of the EAI 2000. *00 800.2108-0 EAI 2000 Drawings Volume A complete set of reference drawings for the fully expanded EAI! 2000. 00 800.2109-0 EAI 2000 Acceptance Test Provides acceptance test procedures to be performed by EAI Installation Engineers. This manual is valuable to the Maintenance Technician for operational and performance checking. 00 800.2110-0 EAI 2000/PACER 100 Hybrid Acceptance Test Handbook Similar to 00 800.2109-0. Includes software acceptance tests for EAl 2000/PACER 100 Hybrid Systems. 00 800.2111-0 EAI 2000/PDP11 Hybrid Acceptance Test Handbook Similar to 00 800.2110-0. Includes software acceptance tests for EAI 2000/PDP11 Hybrid Systems. Manual *00 800.2113-0 EAI 2000 CS! Maintenance Test methods and troubleshooting for the EAI Manual. 2000 Control and Setup Interface. 00 800.2114-0 EAI 2000 Multi-Console Defines the EA] 2000 Multi-Console Expansions. Pro- Expansions - Installation and vides Field Installation Data (Including retro-kit); and Maintenance. Maintenance Information for Multi-Console Systems. *00 802.8013 M6800 Microcomputer System Defines the MC 6800 Microprocessor and the Design Data Manual (Motorola) Asynchronous Communications Adapter (ACIA) 00 827.0082-0 EAI 2000 Hybrid Communi- Software documentation for EA! 2000 Libraries cation Library Manual (CSIL and SPIL). 00 827.0083-0 EAI 2000 Hybrid Diagnostics Software documentation for EA! 2000 Diagnostics (CSIT, SAT, SPIT, and DSFGT). *Designates Optional Manuals | CHAPTER 1 TS INTRODUCTION TO THE EAI 2000 1.1 SCOPE OF REFERENCE HANDBOOK The EAI 2000 Reference Handbook describes how to use the standard computer as an independent computational system. It provides an in-depth treatment of all the operational features and characteristics of the fully-expanded EAI 2000 Parallel Processor. Although the various chapters touch on operation of the EAI 2000 when used in conjunction with a digital computer, the EAI 2000 Hybrid Libraries Manual should be consulted for such system configu