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Model 64211A Emulator Control Board Abbreviated Service Manual

Contents

1. 1 1 V 5 1 1 1 Introduction 1 1 5 1 Introduction 5 1 1 4 Instruments Covered by this Manual 1 1 1 9 Description ra 1 1 REPLACEABLE 6 1 1 11 Accessories Supplied 1 1 1 13 Additional Equipment Required 1 2 6 1 Introduction 6 1 1 15 Power Supply Loading 1 2 6 3 Blue Stripe Program 6 1 6 5 Reference Designators and Abbreviations 6 1 I INSTALLATION ce aa 2 1 6 7 Replaceable Parte Dist occae aaa 6 1 2 1 Introduction 2 1 ae o Codes SS GAS EE ot S 6 11 Ordering Information 6 1 2 3 Initial Inspection 2 1 6 14 Direct Mail Order System 6 2 2 5 Installation and Removal 2 1 so 2 9 Operating Environment 2 3 2 10 Storage and Shipment Environm nt 23 VII MANUAL 5 7 1 242 Packaging 2 4 7 1 Introduction 7 1 7 3 Manual Changes 7 1 II eiiim preme rU 3 1 MITE SERVICE rear 8 1 3 1 Introduction 3 1 8 1 Introduction 8 1 8 3 Safety ukasti em te DES 8 1 IV PERFORMANCE TESTS 4 1 8 5
2. EI 50 80 80 MELO DUDO 100UDE C 100UDC 100Vnc 100UbDC 1004Dr 100UDC 100DC 100400 10NUDE C 100VDC C 100UDE 1O0UDO VDE MICA von 10090 100UDC 10090 100UD DUDE MIC 1000 DUDO MIC LOONDE 100UDE 100VDC 1800VDC 1004DE 1003 100UDC 10 IENDE 100UDC 100VDEO 190706 1000 NUDO 100VDC CUBO MIC 100UDC 100UDO DUDE 10001 100UDC 100900 MTU MICA MIC ER GER GER GER CER CER CER ER ER R R i n t MICA CER GER CER CER CER DER CER CUR CER CER A CER MICA LAVDE 1901 1901 1701 1901 1901 0 1901 1901 05 6 4 jM SIG SIG 3 l SCHOTTKY IOTTKY SCHOTTKY SCHOTTKY 100UDE 100UnC 100VDC CER CER CER emamn PEGA 23480 ERASO 22480 23480 1480 21480 26554 22430 gnano 28480 28480 284280 22480 72136 22480 28480 26430 28480 29480 22480 28460 22480 22480 28430 480 10 480 1480 9156 480 paano 28480 28480 28400 28480 20480 289 OPR 480 28480 3480 28480 28480 See introduction to this section for ordering information
3. Figure 7 3 Replacement for Figure 8 5 Jam and Foreground Memory control 7 9 7 10 blank Model 64211A N a ANNA c LHALTR INT EXT HREADY READY EN LREFREO LSTREAD PIN STATUS REGISTER LINHIB LBA po 101 1 P LEJACK cr U52 15 019 2 C16 R4 C14 R2 023 12 023 4 J2 31 o o m m P1 U27 6 U24 13 U19 13 088 2 053 2 U44 10 vz6 10 8 1 u43 10 050 15 8 4 3 42 42 50 3 8 032 8 027 11 068 3 017 9 33 45 A 4 x2 10 1 070 7 5 9 24 81 ICS ON THIS S REF DES HP PARI MFR 1820 1624 1820 0688 1820 1130 1820 1449 1820 0681 1820 0631 1820 1367 1820 1322 1820 1633 1820 0693 1820 0685 1820 1997 PARTS ON THIS 3 C9 C11 C13 C18 C21 C25 Manual Changes CHEMATIC 745241 74520 745133 74532 74500 74564 74508 74502 745240 74574 74510 7415374 SCHEMATIC 028 029 31 47 49 51 52 54 55 59 64 U14 U16 U21 U22 U26 U28 U32 U34 U39
4. Source Emulator Address bits 0 15 Input from emulation micro processor in the pod to the address buffers U 8 and U11 Alsoa J1 Pod Interface mnemonic Bus Available From the Emulation Microprocessor Goes Sheet 7 high to indicate a processor halt or wait state Also a Pod J4 25 Interface and a Memory and Analysis Interface mnemonic Buffered Address 0 7 Used to access background and Sheet 1 emulation memory Also a Memory and Analysis Interface U 8 mnemonic Buffered Address 8 15 Used Sht 1 to access Background and Sheet 1 emulation memory Also a Memory and Analysis Interface U 11 mnemonic BRK Break Causes the emulator to transition from foreground Sheet 2 state to background state U72 6 CLK Clock of the emulation processor clock delayed by 227 Sheet 6 nsec U52 16 CNREGCLK Control Register Clock Gates mainframe processor data into Sheet 3 the control register U57 7 DELAY1 Delay 1 To allow for different delays for different processors Sheet 7 used with the control board the passive components for U23 J4 38 are located on the Emulator Pod board Delay 1 sets the 227 nsec delay for inverted 1 clock Also a Pod Interface mnemonic DELAY2 Delay 2 Sets a 206 nsec delay for the inverted 62 clock Also Sheet 7 Pod Interface mnemonic J4 42 Phase 1 Phase 1 of the emulator processor clock Alsoa Pod Sheet 7 Interface mnemonic J4 29 E 2 Phase 2 Phase 2 of the emulator processor clo
5. eee M ee amp p Figure 7 2 Replacement for Figure 8 2 Data and Address Buffers 7 7 7 8 blank Mode 64211A Manual Changes ea I n n O OQ O cv lt 0 O O N fin lt s Q n O cg T o Tum AMNON H 4 0 NL J CD O N N ro ro 10 rn tn 80 tO ro ST UD 0 6400 CONTROL BOARD 64211 66501 E Cad Land Lad e H lt lt lt lt lt lt a 5 68 65 foal n P O U38 D 2 HUSER x2 12 1 6 Y 5 pw i LUSER 42 1 U20 U58 1820 0681 7 beck U26 U60 1820 1449 7 6 NI 76 6 1820 1322 7 177 1820 1624 1 1 1820 0681 7 1820 1430 8 1 1820 0629 748112 8 2 1820 0655 7425 7 U65 U77 1820 0686 74511 7 6 079 U68 1820 0685 74510 7 48 10 6 7 PARTS ON THIS 5 051 10 6 J3 R27 R29 R35 R41 U17 10 5 TP3 TP4 TP5 TP6 TP7 U13 10 U20 U26 U27 U34 U38 U58 U65 068 1 68 2 073 076 077 079 091 068 5 2 014 17 7 14 4 7 USED LBK AJ u82 17 5 7 u47 3 6 1 U70 1 5 uze 13 7 LBKGP 22 U14 15 7 a8 usz s 7 B 47 1 6 73 12 2 K 5 U47 4 6 8 42 35 SS F JAM MEMORY CONTROL u70 10 5 8 31 81
6. C10 za 12 AAA R16 10K R14 162 C17 1UF R12 500K C16 R13 1UF 332 J4 29 U72 6 BRK J4 38 av DELAY LIMPJAM LBKG U59 3 U45 5 CD U53 6 XBKG EVMA U45 7 n T a gt ee gt l P PS PMOP ue1 15 WH 14 23 5 AR u4o 3 5 HEWRT wv 065 10 4 S HWDV 013 9 5 usia PE LWDV 29437 24 CLK 2 069 3 7 ar LMEM2 O X2 16 061 2 053 11 079 13 00 076 1 070 2 HANAL ges ANAL J2 39 8 NC LHOSTBREAK 33 41 4 EMULATOR SYNCHRONIZER 3 17 82 Service ICS USED ON THIS SCHEMATIC REF DES HP PART NO MFG PART NO 1820 0888 74S20 1820 1782 26502 1820 0681 74500 1820 1367 U47 1820 0685 1820 0629 74508 74510 748112 1820 1633 1820 0683 745240 74504 PARTS ON THIS SCHEMATIC 2 10 14 17 19 20 27 CR3 L2 01 2 R2 4 6 16 22 23 30 33 34 1P16 17 22 25 U21 23 28 39 43 49 52 54 55 57 74 75 IC POWER SUPPLY CONFIGURATIONS 45 14 U2128 43 47 48 54 75 20 ac U52 CONFIGURAT IONS OF Q1 amp Q2 16 JU23 49
7. 10 51 64 44 Telex 21261 HEPAC NL A CM CP NEW ZEALAND Hewlett Packard N Z Ltd 169 Manukau Road P 0 Box 26 189 Epsom AUCKLAND Tel 68 7159 Cable HEWPACK Auckland CM CS E P Hewlett Packard N Z Ltd 4 12 Cruickshank Street 0 Box 9443 Kilbirnie WELLINGTON 3 Tel 877 199 Cable HEWPACK Wellington CM CP E P Northrop Instruments amp Systems Lid Eden House 44 Khyber Pass Road 0 Box 9682 Newmarket AUCKLAND Tel 794 091 AM Northrop Instruments amp Systems Ltd Terrace House 4 Oxford Terrace P O Box 8388 CHRISTCHURCH Tel 64 165 A M Northrop Instruments amp Systems Lid Sturdee House 85 87 Ghuznee Street P O Box 2406 WELLINGTON Tel 850 091 Telex NZ 3380 AM NIGERIA The Electronics Instrumentations Ltd N6B S70 Oyo Road Oluseun House P M B 5402 IBADAN Tel 461577 Telex 31231 TEIL NG AEMP The Electronics Instrumentations Ltd 144 Agege Motor Road Mushin P 0 Box 6645 Mushin LAGOS AEMP NORTHERN IRELAND Cardiac Services Company 95 Finaghy Road South BELFAST BT 10 OBY Tel 0232 625 566 Telex 747626 M NORWAY Hewlett Packard Norge A S Folke Bernadottesvei 50 0 Box 3558 N 5033 FYLLINGSDALEN BERGEN Tel 05 16 55 40 Telex 16621 hpnas n CM CS E Hewlett Packard Norge A S Oesterndalen 18 P 0 Box 34 N 1345 OESTERAAS Tel 02 17 11 80 Telex 16621 hpnas n A CM CP E MS P OMAN Khimjl Ramdas 0 Box 19
8. ANGOLA Telectra Empresa T cnica de Equipamentos El ctricos S A R L R Barbosa Rodrigues 4 1 DT Caixa Postal 6487 LUANDA Tel 35515 35516 A EMP ARGENTINA Hewlett Packard Argentina S A Avenida Santa Fe 2035 Martinez 1640 BUENOS AIRES Tel 798 5735 792 1293 Telex 122443 AR CIGY Cable HEWPACKARG A E CP P Biotron 1 Avenida Paseo Colon 221 9 Piso 1399 BUENOS AIRES Tel 30 4846 30 1851 30 8384 Telex 33 17595 BIONAR Cable BIOTRON Argentina M Fate S A Electronica Bartolomeu Mitre 833 1036 BUENOS AIRES Tel 74 41011 74 49277 74 43459 Telex 18137 22754 P AUSTRALIA Adelaide South Australia Pty Ltd Hewlett Packard Australia Pty Ltd 153 Greenhill Road PARKSIDE S A 5063 Tel 272 5911 Telex 82536 Cable HEWPARD Adelaide A CM CS E MS P Brisbane Queensland Office Hewlett Packard Australia Pty Ltd 5th Floor Teachers Union Building 495 499 Boundary Street SPRING HILL Queensland 4000 Tel 229 1544 Telex 42133 Cable HEWPARD Brisbane A CM CS E MS P Canberra Australia Capital Office Hewlett Packard Australia Pty Ltd 121 Wollongong Street FYSHWICK A C T 2069 Tel 804244 Telex 62650 Cable HEWPARD Canberra A CM CS E MS P Melbourne Victoria Office Hewlett Packard Australia Pty Ltd 31 41 Joseph Street BLACKBURN Victoria 3130 Tel 89 6351 Telex 31 024 Cable HEWPARD Melbourne A CM CP E MS P Perth Western Australia O
9. HP64000 Logic Development System Model 64211A Emulator Control Board CERTIFICATION Hewlett Packard Company certifies that this product met its published specifications at the time of shipment from the factory Hewlett Packard further certifies that its calibration measurements are traceable to the United States National Bureau of Standards to the extent allowed by the Bureau s calibration facility and to the calibration facilities of other International Standards Organization members WARRANTY This Hewlett Packard system product is warranted against defects in materials and workmanship for a period of 90 days from date of installation During the warranty period HP will at its options either repair or replace products which prove to be defective Warranty service of this product will be performed at Buyer s facility at no charge within HP service travel areas Outside HP service travel areas warranty service will be performed at Buyer s facility only upon HP s prior agreement and Buyer shall pay HP s round trip travel expenses In all other cases products must be returned to a service facility designated by HP For products returned to HP for warranty service Buyer shall prepay shipping charges to HP and HP shall pay shipping charges to return the product to Buyer However Buyer shall pay all shipping charges duties and taxes for products returned to HP from another country HP warrants that its s
10. Nuri Basha Ahnat Ebn Kays Street 0 Box 5781 DAMASCUS Tel 33 24 87 Telex 11215 ITIKAL Cable ELECTROBOR DAMASCUS E Sawah amp Co Place Azm Boite Postale 2308 DAMASCUS Tel 16 367 19 697 14 268 Telex 11304 SATACO SY Cable SAWAH DAMASCUS M TAIWAN Hewlett Packard Far East Ltd Kaohsiung Branch 68 2 Chung Cheng 3rd Road Shin Shin Chu KAOHSIUNG Tel 24 2318 26 3253 CS E MS P Hewlett Packard Far East Ltd Taiwan Branch 5th Floor 205 Tun Hwa North Road TAIPEI Tel 02 751 0404 Cable HEWPACK Taipei A CP E MS P Hewlett Packard Far East Ltd Taichung Branch 33 Cheng Yih Street 10th Floor Room 5 TAICHUNG Tel 289274 Ing Lih Trading Co 3rd Floor 18 Po la Road TAIPEI Tel Telex Cable INGLIH TAIPEI A THAILAND UNIMESA Co Ltd Elcom Research Building 2538 Sukhumvit Ave Bangchak BANGKOK Tel 393 2387 393 0338 Telex TH8 1160 82938 81038 Cable UNIMESA Bangkok ACEM Bangkok Business Equipment Ltd 5 5 6 Dejo Road BANGKOK Tel 234 8670 234 867 1 234 8672 Cable BUSIQUIPT Bangkok P TRINIDAD amp TOBAGO Caribbean Telecoms Ltd 0 Box 732 50 A Jerningham Avenue PORT OF SPAIN Tel 624 4213 624 4214 TUNISIA Tunisie Electronique 31 Avenue de la Liberte TUNIS Tel 280 144 EP Corema 1 ter Av de Carthage TUNIS Tel 253 821 Telex 12319 CABAM TN M TURKEY Teknim Company Ltd Riza Sah Pehievi Caddesi No 7 Ka
11. 914 ga Svu 092 Spese em s 2 x NND ive N bd o 2 gt 2 5 se y pde a E gt on 290 OF 9 3 288 552 912 x Ou _ Es N e o BS ul a 00 S 5 gt O og a 9 lt N Deu 2 z m Ou a TM 2 a g13 1 7 en o 5 3 ee 22 4 2 EN 11 2u3 p2u 060 928 11 203 m in 12 g o e 1 ad m E N 2 2 a 2 018 E 2 623 6 8 MP1 MP3 6800 Control Board Figure 8 1 8 18 Model 64211A Service P O POD INTERFACE UN SB rmm bs D O N N rO IO SE SB D 6800 covTROL 64211 66502 5 gu V 5 10 us 5 H Ol u2 R LD lv IC POWER SUPPLY L4 CONFIGURATIONS E Ul3 4 8 14 UI7 20 60 2 2 25 n 57 69 75 V V 8 8 Y 16 ND 16 AQ 1 22 7 ADDRESS DATA BUFFERS 16 BUFFERS s I AND u2e 11 nA 4 MULTIPLEXERS ICS ON THIS SCHEMATIC Ps REF DES HP PART NO MFR PART 3 usi 6 8 LHOST 3 MIENT nz READY oy M s MAPPER ps 1820
12. MUSCAT Tel 72 22 17 72 22 25 Telex 3289 BROKER MB MUSCAT P PAKISTAN Mushko amp Company Ltd 10 Bazar Road Sector G 6 4 ISLAMABAD Tel 28624 Cable FEMUS Rawalpindi AEM Mushko amp Company Ltd Oosman Chambers Abdullah Haroon Road KARACHI 0302 Tel 511027 512927 Telex 2894 MUSHKO PW Cable COOPERATOR Karachi A E M P PANAMA Electr nico Balboa S A Apartado 4929 Panama 5 Calle Samuel Lewis Edificio Alta No 2 CIUDAD DE PANAMA Tel 64 2700 Telex 3480380 Cable ELECTRON Panama Foto Internacional S A P 0 Box 2068 Free Zone of Colon COLON 3 Tel 45 2333 Telex 3485 126 Cable IMPORT COLON Panama P PERU C mpania Electro M dica S A Los Flamencos 145 San Isidro Casilla 1030 LIMA 1 Tel 41 4325 Telex Pub Booth 25424 SISIDRO Cable ELMED Lima ACMEMP PHILIPPINES The Online Advanced Systems Corporation Rico House Amorsolo Cor Herrera Street Legaspi Village Makati Box 1510 Metro MANILA Tel 85 35 81 85 34 91 85 32 21 Telex 3274 ONLINE ACEM Electronic Specialists and Proponents inc 690 B Epifanio de los Santos Avenue Cubao QUEZON CITY P 0 Box 2649 Manila Tel 98 96 81 98 96 82 98 96 83 Telex 742 40287 P POLAND Buro Informasji Technicznej Hewlett Packard UI Stawki 2 6P PLOO 950 WARSZAWA Tel 39 59 62 39 67 43 Telex 812453 hepa pl PORTUGAL Telectra Empresa T cnica de Equipmentos El ctricos S a r l
13. Mnemonics 8 1 8 7 Component Locator 8 13 4 1 Introduction 4 1 8 8 Schematic Diagrams 8 13 LIST OF ILLUSTRATIONS Figure Title Page Figure Title Page 1 1 64211A Emulator 8 2 Service Sheet 1 Control Card 1 0 Data and Address Buffers 8 19 8 3 Service Sheet 2 2 1 Recommended Card Cage Mainframe Interface Logic 8 21 Configuration 2 2 8 4 Service Sheet 3 Background Memory Controller 8 23 7 Repl 8 5 Service Sheet 4 Jam and 1 eplacement Component Locator 1 5 Foreground Memory Control 8 25 7 2 Replacement for Figure 8 2 7 7 8 6 Service Sheet 5 Illegal 7 3 Replacement for Figure 8 5 7 9 an an 8 27 7 ervice sheet 6 7 4 Replacement for igure SEEN 7 11 Emulator Timing 8 29 7 5 Replacement for Figure 8 9 7 13 8 8 Service Sheet 7 Emulator Selection and control 8 31 8 9 Service Sheet 8 8 1 6800 Control Board 8 18 Emulator Memory Control 8 33 ii Table of Contents List of Tables Table 1 1 6 1 6 2 6 3 iv LIST OF TABLES Title Page Power Supply Requirements 1 2 Reference Designators and Abbreviations 6 3 Replaceable Parts 6 4 Manuf
14. Sheet 3 U41 4 Sheet 4 J3 43 Sheet 4 J3 49 Sheet 6 U51 5 Sheet 7 J4 47 J4 45 Sheet 6 U54 6 8 3 Service Model 64211A Table 8 1 Mnemonics Used On Definition Sheets INT EXT Internal External Clock Clock select signal sent to the pod Sheet 2 by the mainframe processor through the control register U72 19 When high the oscillator in the pod is selected when low the target system clock will be used Interrupt Qualifier Goes high to indicate three or more Sheet 8 successive writes to the stack have occurred This occurs only U33 15 when the processor is handling an interrupt Used to maintain synchronization Jam Goes high when the Background Controller is Sheet 4 outputting the jam addresses onto the addresss bus U59 11 Jam Prime Goes high to enable the JAM counter and the Sheet 7 address buffer from the JAM counter to the lower 8 bits of U32 1 BA0 7 Low Address 0 7 Thelow order eight bits from themainframe c Sheet 3 address bus Also a Mainframe Interface mnemonic Low Address 8 ninth bit from the mainframe address Sheet 2 bus Also a Mainframe Interface mnemonic P1 27 Low Analysis Goes high to store analysis data into the inter Sheet 6 nal analysis board Also a Memory and Analysis Interface U49 6 mnemonic LBA Low Bus Available Inverted BA signal Goes low when the Sheet 7 emulation processor is not using the bus U52 9 LBDEFIB2 Low Buffered Defibrilate
15. U86 987 988 090 991 092 093 094 195 U96 x2 x3 xu3 4 xus xu amp 7 XU11 X1J36 xU41 XUSS XUS6 KUGS X1J71 xima KURZ x1J84 XURI XBA xua7 XUBD X1J90 Xu93 1820 1416 1820 1202 1820 1430 4200 0607 1200 0607 1200 0607 1200 0639 1200 062 1200 0639 1200 0639 1200 0639 1200 0639 1200 06 9 1200 0607 0607 0638 0607 0607 1200 0639 1200 0638 1200 0607 00 0639 200 0639 12900 0512 1200 9612 1200 0629 1200 0639 0639 1200 0639 1200 0539 1200 1200 0639 1200 0639 7124 0271 Table 6 2 Replaceable Parts Cont d Description SK REG EDGE TRTG 1 INP K NEG EDCGE TRY G AND TPL WAND QUAD 2 INP AND TPL NOR GUAD NP TYPE POS TRIG 93477 RAM 93422 gt BER TTL LS LINE DRYR OCT DRUR TTL LS LINE DRUR DRVR TTL LS LINE DRYR NETL FF TTL LS De TYPE POSE TRIG 2 TTL LS LINE DRUR TTL L8 D TYPE DGE TRIG CF TTL LS b TYPE P S SESTRIG TTL NOR DUAL RIG oF TR EG SCHMITT TRTIG TTL LS TY 1 IC GATE TTL 15 Nano TPL 55 Tip C CNTR TTL 18 RIN SYNCHRO POS EDGE TRIG SOCKET IC 16 CONT DIP DIP SLDR SOCKET IC 16 DIP DIP SLDR SOCKET IC 16 CONT DIP DIP SLDR DIP PIP Sb De 2 COMY DIP DIP S 20 DIP DIP N DIP DIP Shenoy DTP DIP
16. standard reference designators and abbreviations is presented in Section VI of this manual Table 8 2 describes the techniques used in the development of the logic symbols Table 8 3 describes other schematic symbols 8 13 Service Model 64211A Table 8 2 Logic Symbols GENERAL All signals flow from left to right relative to the symbol s orientation with inputs on the left side of the symbol and outputs on the right side of the symbol the symbol may be reversed if the dependency notation is a single term All dependency notation is read from left to right relative to the symbol s orientation An external state is the state of an input or output outside the logic symbol An internal state is the state of an input or output inside the logic symbol All internal states are True High SYMBOL CONSTRUCTION Some symbols consist of an outline or combination of outlines together with one or more qualifying symbols and the representation of input and output lines INPUTS OUTPUTS Some have a common Control Block with an array of elements CHIP CONTROL FUNCTION BLOCK CTR DIV 16 COMMON TPUT 10 CONTROL INPUTS DEPENDENCY NOTATION ARRAY 4 5 j LEAST ELEMENTS SIGNIFICANT p ELEMENT 14 7D 0 INPUTS lt OUTPUTS 7D 2 SIGNIFICANT ELEMENT CONTROL BLOCK All inputs and dependency notation affect the array elements directly Common outputs are located in the control block Control blocks
17. 1322 74502 U28 1820 0681 74500 U33 1820 1432 7415163 045 52 1820 1633 745240 5 1820 693 74574 PARTS USED ON THIS SCHEMATIC J2 R17 U18 19 24 28 32 33 37 39 45 50 52 53 1 2 2 uss 1 5 POWER SUPPLY CONFIGURATIONS 0 1 2 3 4 5 6 7 12 5 418 26 28 32 53 B U29 12 HFETCH1 u77 1 2 ue8 3 4 P O 038 047 13 6 1K yai 3 CTR DIV 16 5 UI9 24 25 33 50 10 045 52 LEE P O V 045 LT gt ivi n ANALYSIS DATA AND MEMORY CONTROL 3 17 82 8 Figure 8 9 Service Sheet 8 Emulator Memory Control 8 33 Product Line Sales Support Key Key Product Line A Analytical CM Components C Computer Systems CP Computer Systems Primary Service Responsible Office SRO CS Computer Systems Secondary SRO E Electronic Instruments amp Measurement Systems M Medical Products MP Medical Products Primary SRO MS Medical Products Secondary SRO P Personal Computing Products Sales only for specific product line Support only for specific product line IMPORTANT These symbols designate general product line capability They do not insure sales or support availability for all products within a line at all locations Contact your local sales office for information regarding locations where HP support is available for specific products HP distributors are printed in italics
18. 1633 748240 0 BAC 1820 1624 745241 1820 0681 74500 aa s s a J 1820 0685 74510 Rs as J 1820 0683 74504 A Brae F 3 BAG N a m 4 PARTS ON THIS SCHEMATIC 11 J1 TP9 15 TP18 U1 U9 U11 U12 U14 U17 U20 U69 075 8 nee 4 160 6 ES 4 e qo Be Kn es 4 usen DATA BUFFER Map 1 RESISTOR PACK CONFIGURATION db ET ud Gi AE a E200 usoa T a 4 LLET uo utt ud 4 K USER 52V 7 032 1 2 U10 NOT LOADED a a 8 3 PADDR EDATA AND EADDR X1 X2 X3 ARE EMPTY DIP SOCKETS USED FOR AA FACTORY TESTS DATA 2 A WR SEE NOTE uu 8 08 28 a 8 8 BAO N BAQ Z p uss s0 U85 U64 u82 U83 2 3 4 5 8 8 cepo N U86 U87 U61 U82 U83 U24 3 4 5 8 8 aan 0 U92 U93 J2 03 2 4 8 M A IER RE HIELO u 218 AND ADDRESS dpi c CEN MN Figure 8 2 Seruice Sheet 1 Data and Address Buffers 8 19 8 20 blank Model 64211A Service a ee T n 8 U86 U87 UL AD I uss EMULATOR CONTROL AND STATE REGISTERS AA __ 3 17 82 2 ne READ CONTROL 3 us
19. 1820 1997 7415374 5 1820 1416 741514 D 1820 1202 74LS10 72 12 FF 1 PARTS ON THIS SCHEMATIC IDEN 2 P1 87 ung C30 C48 C53 CR6 CR7 E L4 2 1 72 m R24 R36 R38 R40 TP8 TP20 TP21 U41 U57 U78 U81 U85 U88 U94 U95 0 1 63 2 P 27 1 059 10 5 2 Pi s4 x 514 078 81 2 1 65 34 95 16 8 041 57 T 5 10 us5 88 T 94 47 RR Do lt 15 4 HNCLK u e 559 use 2 2 162K BACKGROUND MEMORY ACCESS CONTROLLER AND HOST BUFFERS ee SLOW CLOCK DETECTOR 5 26 82 3 Figure 8 4 Service Sheet 3 Background Memory Controller 8 23 8 24 blank Model 64211A eo 07 e m m Cre lt 00 O 9500 0 lt O 0 vr AMONO e mee vv 00 QN rO TT TIN 49 P O 6800 CONTROL BOARD 6421 66502 a BAQ BA10 11 15 15 HUSER V 5 LUSER gt Gss 5 N CTR DIV 16 LBDEF 182 1 u1 u3 CTR DIV 16 R Mi M2 3CT 15 63 4 E2D0 1 50 101 15 30 as 1 50 t2 11 50 3 64 2 D C5 2 3 4 Es ____ 99 NOT USED 1 50 C13 1 50 C23 ENJAMCTR HERD 7 1 iem OO HBREAK ded Bun 8 45 5 x 6
20. 2 Buffered LDEFIB2 signal which Sheet 4 is part of the emulation reset function Goes low when main U34 12 frame processor resets the emulator Low Background Goes low when the background controller 4 6 Sheet 4 enters the background mode Also a Memory and Analysis U59 3 Interface mnemonic LBKGP Low Background Prime Goes low to signal the pod that the Sheet 4 system is in the background mode U76 6 LBKGWR Low Background Write Goes low to indicated a write to back Sheet 5 ground RAM is enabled Not used with 6800 6802 U13 3 LDEFIB Low Defibrilation Goes low when the mainframe processor Sheet 2 resets the processor in the emulator pod Also a Pod Interface U72 15 mnemonic LDEFIB2 Low Defibrilation 2 Goes low to initialize timing circuits Sheet 2 when the mainframe processor resets the emulation sub U72 12 system LDEFIB3 Low Defibrilation 3 Goes low to initialize the memory opera Sheet 2 tion sequence in the background controller when the main U72 2 frame processor resets the emulation subsystem Also a Pod Interface mnemonic 8 4 Model 64211A Table 8 1 Mnemonics Cont d Service Used On Definition Sheets LEBREAK LED8 15 LEIACK LFG LHALTR LHOST LHOSTBRK LIC LIDEN LIDO LID2 LIMPJAM Low Data 0 7 Bidirectional 8 bit data bus Communications path from the mainframe processor to the emulator control card Also a Mainframe Interface mnemonic Low Emulation Break Goes l
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22. 50 1 5 8 51 66 Figure 8 7 Service Sheet 6 Emulator Synchronizer 8 29 8 30 blank Model 64211A Service gt gt lt lt 5 0 5 5 ac HP NO MFR PART 0 1820 1624 745241 2 u72 15 D 1820 0688 74520 1820 1130 745133 1820 1449 74532 1820 0681 74500 R 6 8 1820 0691 74564 1820 1367 74508 4 uso 3 xx N BF uis 2 8 1820 1322 74502 SY 1820 1633 745240 2 172 16 DELA aw c16 ra 6 1820 0693 74574 i 1820 0685 74510 2 uzz 19 DELAY ci4 m2 6 1820 1997 7415374 4 U76 6 22 AT 23 12 6 HREADY om i r i JU QE 2 ym s Bc D J2 31 8 STATUS P1 2 PARTS ON THIS SCHEMATIC P O REGISTER 039 3 9 11 13 18 21 25 28 29 he 8 C31 C47 C49 C51 C52 C54 C56 C59 C64 U27 6 LREFREO 8 02 23 24 13 8 U14 U16 U21 U22 U26 U28 U32 U34 039 045 U amp 4 U52 053 069 07 3 57 12 0184 13 8 6 usz 16 2 3 4 u amp 0 6 Uss 2 8 IC POWER SUPPLY CONFIGURATIONS 16 1 us u1 Al LINHIB es 10 8 ID1 U88 4 3 20 10434 45 5 91 52 71 f 8 921 s 14 U22 26 28 32 7 53 69 8 u33 15 10 8 045 16 0 LEIACK cr 2 02 8 ce 2 8 8 U32 8 iig HERD 017 9 1 43 45 4 13 Qa pacem 3 6 050
23. 9 m MEM be 453 R 5 8 uss 7 2 PULLUP 07027 4 158 11 Po mE SER CONTROL SAND PIN STATUS REGISTER 7 Figure 8 8 Service Sheet 7 Emulator Selection and Control 8 31 8 32 blank Model 64211 A 6800 CONTROL BOARD Ma SE SSS NO 64211 66502 22 ue u7 5 34 25 BN BA J4 37 a CB EA 44 35 EM 30 3 GP LEIACK uss s 5 86 b N N SN NF h LINV U31 8 LIDO U46 6 BR SYNCCLK US4 11 c9 TP LANAL nn an DIAN U53A gt 0 U39 1K RA PULL UP 1 1 053 10 7 2 uss 1s 7 7 8 u1 u3 N u G rs pzm 5 159177 12 NC L LS 550 131 3 NWN O O O ANY TN gt in lo Md j lt a Q mix w us ec jon 2 m fons 5 CTR DIV 16 3CT 15 1 50 91 13 P O U38 1K Service NMTMIMTNWDONTWDOTNWOR ONO M m AANNNNNMMMMMT lt UD m FETCH LREFREQ u34 11 7 ICS USED ON THIS SCHEMATIC JD IT EN V E 1820 1112 74257 01 1820 0691 74564 13 Pr ave EVMA u48 9 6 U24 1815 1384 745287 U25 1820 1453 745163 026 1820 1449 74532 027 52 1820
24. CS E JAPAN Yokogawa Hewlett Packard Ltd Inoue Building 1348 3 Asahi cho ATSUGI Kanagawa 243 Tel 0462 24 0451 CM C E Yokogawa Hewlett Packard Ltd 3 30 18 Tsuruya cho Kanagawa ku Yokohama Shi KANAGAWA 221 Tel 045 312 1252 Telex 382 3204 YHP YOK CM CS E Yokogawa Hewlett Packard Ltd Sannomiya Daiichi Seimei Bldg 5F 69 Kyo Machi Ikuta Ku KOBE CITY 650 Japan Tel 078 392 4791 CE Yokogawa Hewlett Packard Ltd Kumagaya Asahi Yasoji Bldg 4F 4 3 Chome Tsukuba KUMAGAYA Saitama 360 Tel 0485 24 6563 CM CS E Yokogawa Hewlett Packard Ltd Mito Mitsui Building 4 73 San no maru 1 chome MITO Ibaragi 310 Tel 0292 25 7470 CM CS E Yokogawa Hewlett Packard Ltd Sumitomo Seimei Bldg 11 2 Shimo sasajima cho Nakamura ku NAGOYA Aichi 450 Tel 052 581 1850 CM CS E MS Yokogawa Hewlett Packard Ltd Chuo Bldg 4th Floor 5 4 20 Nishinakajima 5 chome Yodogawa ku Osaka shi OSAKA 532 Tel 06 304 6021 Telex YHPOSA 523 3624 A CM CP E MP P Yok ogawa Hewlett Packard Ltd 29 21 Takaido Higashi 3 chome Suginami ku TOKYO 168 Tel 03 331 6111 Telex 232 2024 YHPTOK A CM CP E MP P JORDAN Mouasher Cousins Company 0 Box 1387 AMMAN Tel 24907 39907 Telex 21456 SABCO JO EMP KOREA Samsung Electronics 4759 Shinkil 6 Dong Youngdeungpo Ku SEOUL Tel 8334311 8334312 Telex SAMSAN 27364 ACEMP KUWAIT Al Khalidya Trading amp Contracting 0 Box 830 Safat KUWAIT
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26. Model 64211A Mfr Part Number 54214 0140 2204 ETITA 0160 0160 0160 0140 208 NAZ 0160 0150 2139 2130 ZYXOYSUIORIOA47 2130Y5V10081042 0140 2053 08100 02 DSN 0160 7 0150 UMLEF 0150 0150 2 0160 20 0160 2020 0160 160 2 0160 2 0150 ntn 0160 20 01 0 03460 NEO 0150 0150 DMISE 0150 0160 22 0160 2 0160 20 60 150D156X902082 0160 2055 0140 0150 2 0160 0140 2 0160 1901 0535 1901 05 1901 0 1901 0 1901 0 1901 0 1901 Model 64211A HP Part Number Reference Designation 12 9140 9140 9140 9100 1620 0280 0416 1021 0442 ap 05 0684 0584 102 REO 0698 3444 Red 1021 R22 100 3210 3 0257 0416 0757 0474 0684 1021 0884 1021 E 0 0584 1757 128 0698 3444 0415 0416 P9 11 ERER TP13 TP14 TRAS TP16 TRA TP18 TP 19 TP20 Table 6 2 Replaceable Parts Cont d Description CONNECTOR SG P TN M RECTANGULAR RF CH MID UM INDUCTOR RE CHeMED 9 ZUM INDUCTOR R M D 10UH LESA INDUCTOR R Hemi D 15UH 4 G EXTRACTOR PC BARD ROAR D RU AGE NeDTA LZING KEY 3TOR DUAL PRP PDs 0 0 NST STOR DUAL PNP 18 10 FC 400 4600 IK 1 s 100 STOR TK 1 FC T ISTOR 1K 212 FT 4100 ISTOR 511 amp 129W F TCs e 1060 RESISTOR IK 10 25 C T 4h seeing 10K 1 F a pys S 5 TDP
27. N 5 10 1 TR Led Tes F TCsf t 100 332 1 125W TO 0 100 STCTDR TRKR 10 C T P ADy 1 TES DR 332 1254 F STOR 125 ISTOR TRMR STOP ADI 1 RESISTOR 1 1 TEsit 100 ISTOR ik 10 40074600 TATAR 1K FC 404 ARN ISTOR 1K 4007 4500 RESTSTON 121 des DR 1K 10 25 TO 10K 1 TRA Si 12 F TCsQe 100 3 TEs tii 1 10 25W F TE 400 500 RESISTOR IK 10 25W FC Toe 4002460 n RESTS 1K FC 400 600 RESTSTOR 1K AS IO R STO F RESTSTOR 1K ae 5 100 RESISTOR 1K 1 Baru T e 00 4500 RESTSTER IK 1 25M Pr RESISTOR FC TC s ad0 606 RESTSTOR 1K FC RESTSTOR Lk 10 2 FC TOns 400 e508 RESISTOR 121 1 ae RESTSTOR 533 Br Tise 100 RESISTOR 511 12 Ts PESTSTOR 1K 10 89 RESISTOR IK 10 25 TE 40042600 RESISTOR 1K 10 25W FE TE 400 400 RESTETOR 274 1 2128 F Te fee Ld RESISTOR 1K 10 TERMINAL TEST POINT TERMINAL TEST POTIHT POR TERMINA TEST POR PER ATE TEST POINT TERMINAL TEST POINT PEE TERMINAL EST PAINT PCR TERMINAL ST POIMT POE TERMINAL ST POR ST POINT PEOR TEST POINT POE TERMINAL TEST POINT PER TERPMINCL pnrsT POG TERMINAL TE POINT PEE TER MT Nad PHINY FOR TERMINAL ST POINT TERMINAL ST POI
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30. Sheet 7 44 27 Low Reset Buffered emulation reset line Goes low whenever a reset is is applied to the emulation processor Also an Inter schematic mnemonic 8 9 Service Model 64211A Table 8 1 Mnemonics Cont d NE Used On Definition Sheets Read Low Write The emulation processor holds this line Sheet 7 high for read operations and low for write operations Also an J4 39 Inter schematic mnemonic Sheet 7 J4 35 Synchronize Unused input from pod Grounded in 6800 and 6802 Also an Inter schematic mnemonic Sheet 7 J4 33 Valid Memory Address Inverted LVMA from the emulator processor Goes high when the emulator processor placed a valid memory address on the emulator address bus Mainframe Interface Sheet 3 Pl Low Address 0 7 The low order eight bits from the mainframe processor address bus Also an Inter schematic mnemonic Sheet 2 P1 27 Low Address 8 The ninth bit from the mainframe address bus Also an Inter schematic mnemonic Low Data 0 7 Bi directional 8 bit data bus Lower half of 16 bit communications path from the mainframe processor to the emulator control card Also an Inter schematic mnemonic Sheet 2 Pl Low Data 8 15 Bi directional 8 bit data bus Upper half of the 16 bit communications path from the mainframe processor to the emulator control card Sheet 2 Pl Sheet 2 P1 67 Low Identifica
31. Tel 42 4910 41 1726 Telex 2481 Areeg kt AEM Photo amp Cine Equipment 0 Box 270 Safat KUWAIT Tel 42 2846 42 3801 Telex 2247 Matin P LUXEMBOURG Hewlett Packard B lgium S A N V Blvd de la Woluwe 100 Woluwedal B 1200 BRUSSELS Tel 02 762 32 00 Telex 23 494 paloben bru A CM CP E MP P MALAYSIA Hewlett Packard Sales Malaysia Sdn Bhd Suite 2 2 1 2 22 Bangunan Angkasa Raya Jalan Ampang KUALA LUMPUR Tel 483544 Telex MA31011 A CP E M P Protel Engineering Lot 319 Satok Rd Box 1917 KUCHING SARAWAK Tel 535 44 Telex MA 70904 Promal Cable Proteleng MEXICO Hewlett Packard Mexicana S A de CN Avenida Periferico Sur No 6501 Tepepan Xochimilco MEXICO CITY 23 D F Tel 905 676 4600 Telex 017 74 507 A CP E MS P Hewlett Packard Mexicana S A de C N Rio Volga 600 Colonia del Valle MONTERREY N L Tel 78 42 93 78 42 40 78 42 41 Telex 038 410 cs MOROCCO Dolbeau 81 rue Karatchi CASABLANCA Tel 304 1 82 3068 38 Telex 23051 22822 E Gerep 2 rue d Agadir Boite Postale 156 CASABLANCA Tel 272093 272095 Telex 23 739 P NETHERLANDS Hewlett Packard Nederland B V Van Heuven Goedhartlaan 121 NL 1181KK AMSTELVEEN P 0 Box 667 NL 1080 AR AMSTELVEEN Tel 20 47 20 21 Telex 13 216 A CM CP E MP P Hewlett Packard Nederland B V Bongerd 2 NL 2906VK CAPPELLE A D ljessel P 0 Box 41 NL2900 AA CAPELLE ljssel Tel
32. U45 U864 U52 U53 U69 U71 Figure 7 4 Replacement for Figure 8 8 Emulator Selection and Control 7 11 7 12 blank Model 64211A Manual Changes wo M U m m m PO fO m io lt u m 39 3 6800 CONTROL BOARD y 64211 66501 5 g 5 s 1 TP2 8 Y use 1 5 1 44 5 29 1 TE D8 8 u34 11 7 7 4 25 an ICS USED ON THIS SCHEMATIC LIC T 7 44 37 1820 1112 7 1820 0691 8 7 u2s 8 LEVHA 48 9 6 1816 1384 8 1820 1453 8 SYNC 1820 1449 7 7 44 35 BF 1820 1322 7 1820 0681 7 7 u30 3 cF LEJACK 1820 1432 8 1820 1130 8 LBKG 1820 1633 10 4 uss 3 S 1820 0629 8 1820 0693 7 K 6 u28 3 AZ LBA 7 us2 3 co 7 vara co PARTS USED ON THIS SCHEMATIC LIDO J2 7 46 BR R17 28 U18 19 24 28 32 33 37 39 44 45 50 52 53 6 us4 11 SYNLELK TP1 2 7 U34 18 HERD 035 1 5 6 U49 6 EANAE u32 6 7 wu 9 12 7 DIV 16 Ys h F 7 2 HFETCH1 77 1 6 X 4 7 7 1K 7 us3 13 7 4 5 6 7 7 8 1 ues avy 7 u45 3 sd HIDE ANALYSIS DATA AND MEMORY CONTROL 9 30 81 TOR 8 o M n nOn ee ee Figure 7 5 Re
33. may be above or below the array elements ARRAY ELEMENTS All array elements are controlled by the control block as a function of the dependency notation Any array element is independent ofall other array elements Unless indicated the least significant element is always closest to the control block The array elements are arranged by binary weight The weights are indicated by powers of 2 shown in 7 LS 09 81 1 8 14 Mode 64211A Service Table 8 2 Logic Symbols Cont d INPUTS Inputs are located on the left side of the symbol and are affected by their dependency notation Common control inputs are located in the control block and control the inputs outputs to the array elements according to the dependency notation Inputs to the array elements are located with the corresponding array element with the least significant element closest to the control block OUTPUTS Outputs are located on the right side of the symbol and are effected by their dependency notation Common control outputs are located in the control block Outputs of array elements are located in the corresponding array element with the least significant bit closest to the control block CHIP FUNCTION The labels for chip functions are defined e CTR counter MUX multiplexer DEPENDENCY NOTATION Dependency notation is always read from left to right relative to the symbol s orientation Dependency notation indicates the relationship between inp
34. s potentiometer peak to peak point peak working voltage rectifier radio frequency round head or right hand S B SCR SE SECT SEMICON 1 SIL SL SPG SPL SST SR STL TA TD Replaceable Parts integrated circuit vacuum tube neon bulb photocell etc voltage regulator cable socket crystal tuned cavity network rack mount only root mean square reverse working voltage slow blow 7 screw selenium sectionis semiconductor silicon silver slide spring special stainless steel split ring steel tantalum time delay toggle thread titanium tolerance trimmer traveling wave tube micro 10 6 variable dc working volts with watts working inverse voltage wirewound without Replaceable Parts Reference Designation 64211 66501 0150 2004 nian 01460 0182 0150 l60 z 1180 180 2 D160 1680 2 0160 0150 n160 0150 0150 0160 0150 01650 20 016 0160 0160 0160 02 0140 D150 0150 0160 0169 150 2 0160 2 Le lee 0160 1460 2 0160 0160 22 0150 20 t l 01502 0140 0160 2 160 0140 0160 0160 8160 0160 2 ian 0180 0150 2055 1746 1746 0160 20 0150 2 0150 2 0160 2 Table 6 2 Replaceable Parts EMULATOR CAP ACT TOR CAPA CAPACITOR CAPA
35. the Emulator Control Board are used to connect to the optional Emulation Memory Controller The bus cables are keyed so that they will seat on the edge connector in only one position f Stack the emulator pod cables flat across one of the cable rests at the back of the development station g Reinstall the card cage access cover and tighten the two screws 2 7 To remove the 64211A reverse the installation procedure 2 8 Ifthe optional Emulation Memory Controller is installed connect the emulation bus cables as follows Align pin one of each ribbon cable connector indicated by the dark stripe on the side of the cable and by a colored dot on the connector with pin one on the card edge connectors J2 and J3 of each board also indicated by a colored dot Press the connector on until it seats firmly on the edge connector 2 9 OPERATING ENVIRONMENT 2 10 The 64211A May be operated in environments within the following limits Temperature v2 esp ES E ea o dd b bbb otha anay le PRE y utpa 0 C to 40 C Humidity reas ih Ced e WORSE E e er etim 5 to 80 relative humidity Altit de epu ete ie 4 600 m 15 000 ft It should be protected from temperature extremes which cause condensation within the unit 2 10 STORAGE AND SHIPMENT ENVIRONMENT 2 11 The 64211A may be stored or shipped within the following limits Temperature sys ie tii Lats Re RS eee
36. the background Con troller Goes high when the controller is exiting the back ground mode and will enter the foreground mode on the next opcode fetch Pod Interface Signals Emulator Address bits 0 15 Input from emulation micropro cessor in the pod to the address buffers U 8 and U11 Also an Inter schematic mnemonic Bus Available Input from Emulation Microprocessor Goes high to indicate a processor halt or wait state Also an inter schematic mnemonic DELAY1 Delay 1 To allow for different delays for different processors the passive components for U23 are located in the emulator pods The delay set by the Delay 1 components is 227 nsec for the inverted clock Also used as an Inter Schematic mnemonic DELAY2 Delay 2 Sets the 206 nsec delay for the inverted 2 clock Also an Inter schematic mnemonic EDO 7 Emulation Data 0 7 Eight Bit wide bidirectional emulation data bus EFG Emulator Foreground Goes high to indicate the emulation subsystem is running in the foreground memory EINT EXT Emulator Internal External Clock Buffered INT EXT sig nal Clock select signal sent to the pod from the mainframe processor through the control register When high the oscilla tor in the pod is enabled when low the target system clock is used ELBKG Emulator Low Background Goes low to signal the pod that the system is in background mode ELREFREQ Emulator Low Refresh Req
37. 0 0430 18010 0430 1820 0661 i20 1820 1920 1820 1810 1910 0 1820 op 061 0629 0629 1633 0593 1620 1816 1820 1920 124 1820 0 tae 1820 18 1620 0 1220 a V gere reg Table 6 2 Replaceable Parts Cont d Description TERMINAL TERMINAL T TERMINAL 1 T ERMINAL TEST IC BER NI STWR C IC BPR LC BER BER NETWORK NETUORK RES GATE TTL RFR CNTR 2 GATE TTL gt GATE TTL TTL TTL TTE TTL TTL POINT 10 6 INU INY TI f MULT E VALUE I LNP INP TL INY SIND OCT THY Q 10 5TP 10 MUI MUI WAND QUAD S 1 MULTI P MULTT VALLE NAND QUAD 2 TRIG 3 NAND QUAD 2 NAND DUAL 4 3 NAND 13 T1NP MONO STEL TH SYNCHR s QUAD 2 5 2 QUAD AND R ENV AND QUAD 2 8 AND OR TNY 5 NOR QUAD 2 LS BTN SYNCH TTL 1 IC FF TTL NETUORK RE NETUREK RES TTL S MV TTL 1 C GATE TTL GATE 2 BER GATE CATE Tft 5 UR TTL C pepe TT GATE TTL TTL TTL gt CNTR De TYPE POS 1O STP 4709 0 TOSTAL DK fi 10 D TY P F S MON STR LUE RAND TPL 1 5 AND QUAD 2 S 1 POS EDGE TNP TNP 2 INP INP INP RO POS EDGE
38. 0 1432 7415163 NILLOP U82 U83 1816 1334 93422 vre s 11 J84 1820 1917 74LS240 BAQ BAL gt 2 2 2 BAS 42 NSEC b BA TI PARTS USED ON THIS SCHEMATIC C1 C50 CRi CR2 CR4 CR5 L1 L3 RSIR18 R19 R25 R26 R31 R32 R37 r l Y 20 013 035 040 043 055 058 059 068 070 082 3 78 6 9 pb ux D U51 5 D du Era U58 8 D VEL urea IC POWER SUPPLY CONFIGURATIONS 7 u34 18 HERD 3 5 4 40 43 5 16 081 6 ROM 256X4 055 70 ILLEGAL OPCODE en 2 DETECTOR 3 V 4 5 6 7 5 as 5 20 e usz 83 084 4 159 11 A gt 4 ENJAMCTR NES 7 u32 1 E ss 6 uso 7 00 ate TR LL LEE SH was ee 14 5 SUTURA pe ge a NA 4 CEE D SN ee eI O fig EAT NAT l JAM I er 68 l i i B COUNTER V 4 U27 10 ag LAKEES A21 RS Wh 2 71 D l E2D i fet 16 E204 7 3 us7 13 LLADDREAD _ OP N HILLOP 2 usa 6 m MES ee U26 1 4 JAM MEMORY AND ILLEGAL OPCODE DETECTOR 9 21 81 5 Figure 8 6 Service Sheet 5 Illegal Opcode Detector 8 27 8 28 blank Model 64211A P O 6800 CONTROL BOARD 64211 66502 7 94 31 cee 7 4 1 J4 39 R W 4 us4 12 E BDEFIB 7 7 2 7 Oo gt 14 42 DELAY
39. 000 The first four digits and the letter are the repair prefix and the last five are the suffix The prefix is the same for all identical boards The suffix is assigned sequentially and is different for each board The contents of this manual apply to boards with the repair number prefixes listed under REPAIR NUMBERS on the title page 1 6 Any board manufactured after the printing of this manual may have a repair prefix that is not listed on the title page This unlisted repair number prefix indicates that the board may be different from those described in this manual Updating the manual for this newer board is accomplished by a manual changes supplement The supplement contains change information that explains how to adapt this manual for the newer board 1 7 In addition to change information The supplement contains information for correcting errors in this manual To keep this manual as current as possible Hewlett Packard recommends that you periodically request the latest manual changes supplement The supplement for this manual is identified with the manual print date and the part number which both appear on the manual title page Complimentary copies of the supplement are available from Hewlett Packard 1 8 For information concerning repair number prefix that is not listed on the title page or in the manual changes supplement contact your nearest Hewlett Packard Sales Service Office 1 9 DESCRIPTION 1 10 The Model 64211A Emul
40. 1 Sheet 7 U28 11 Sheet 3 U57 13 Sheet 3 U57 14 Sheet 8 J2 33 Sheet 6 U50 7 Sheet 6 U48 3 Sheet 3 U42 12 Sheet 6 U21 6 Sheet 8 J2 29 Sheet 7 44 27 Sheet 2 P1 72 Model 64211A Table 8 1 Mnemonics Cont d Service Used On Definition Sheets LSTREAD LSYNCCLK LUSER LWBM LWDV RDBKGSTB READYEN SYNC SYNCCLK Low Strobe Goes low during a mainframe processor read to allow the device addressed to drive the data bus Goes low during a write when bus data is valid Also a Mainframe Interface mnemonic Low Start Memory Goes low when the mainframe processor initiates a memory cycle to indicate the address bus data is valid Also a Mainframe Interface mnemonic Low Status Register Read Goes low when the mainframe processor reads the contents of the Microprocessor Pin Status and Miscellaneous Status registers Low Synchronizer Clock A negative edge clock for the syn chronizer circuitry Low User Goes low to indicate the current address on the emulation address bus is mapped to user memory Low write Background Memory Goes low to enable writes to background memory Low Write Data Valid Goes low during a memory or I O write cycle when data on the emulation data bus is valid Also a Memory and Analysis Interface mnemonic Low Write Goes low to indicate a mainframe processor write to the addressed device Also a Mainframe Interface mnemonic Memory Goes high to
41. 1 907 78 25 Telex 600048F Hewlett Packard France Paris Porte Maillot 13 15 25 Boulevard De L Amiral Bruix F 75782 PARIS C dex 16 Tel 01 502 12 20 Telex 613663F CM CP MS P Hewlett Packard France 2 Allee de la Bourgonette F 35100 RENNES Tel 99 51 42 44 Telex 740912F CM CS E MS P Hewlett Packard France 4 Rue Thomas Mann Boite Postale 56 F 67200 STRASBOURG Tel 38 28 56 46 Telex 89014 1F CM CS E MS P Hewlett Packard France 20 Chemin de la C pi re F 31081 TOULOUSE C dex Tel 61 40 11 12 Telex 53 1639F A CM CS E P Hewlett Packard France Bureau de Vente de Lille Immeuble P ricentre Rue Van Gogh F 59650 VILLENEUVE D ASQ Tel 20 91 41 25 Telex 160124F CM CS E MS P GERMAN FEDERAL REPUBLIC Hewlett Packard GmbH Technisches Buro Berlin Keithstrasse 2 4 D 1000 BERLIN 30 Tel 030 24 90 86 Telex 018 3405 hpbin d A CM CS E X M P Hewlett Packard GmbH Technisches B ro B blingen Herrenberger Strasse 110 D 7030 BOBLINGEN Tel 07031 667 1 Telex 07265739 bbn or 07265743 A CM CP E MP P Hewlett Packard GmbH Technisches Buro Dusseldorf Emanuel Leutze Strasse 1 D 4000 DUSSELDORF Tel 0211 5971 1 Telex 085 86 533 hpdd d A CM CP E MS P Hewlett Packard GmbH Vertriebszentrale Frankfurt Berner Strasse 117 Postfach 560 140 D 6000 FRANKFURT 56 Tel 0611 50 04 1 Telex 04 13249 d A CM CP E MP P Hewlett Packard GmbH Technisches B ro Hamburg Kaps
42. 3938 FRANK UN C EL SALVADOR IPESA Boulevard de los Heroes Edificio Sarah 1148 SAN SALVADOR Tel 252787 A C CM E P FINLAND Hewlett Packard Oy Revontulentie 7 SF 02100 ESPOO 10 Tel 90 455 0211 Telex 121563 hewpa sf A CM CP E MS P FRANCE Hewlett Packard France Le Ligoures Bureau de Vente de Aix en Provence Place Rom e de Villeneuve F 13090 AIX EN PROVENCE Tel 42 59 41 02 Telex 410770F A CM CS E MS P FRANCE Cont Hewlett Packard France Boite Postale No 503 F 25026 BESANCON 28 Rue de la Republique F 25000 BESANCON Tel 81 83 16 22 C M Hewlett Packard France Bureau de Vente de Lyon Chemin des Mouilles Boite Postale No 162 F 69130 ECULLY C dex Tel 78 33 81 25 Telex 310617F A CM CP E MP Hewlett Packard France Immeuble France Evry Tour Lorraine Boulevard de France F 91035 EVRY C dex Tel 60 77 96 60 Telex 692315F Hewlett Packard France 5th Avenue Raymond Chanas F 38320 EYBENS Tel 76 25 81 41 Telex 980124 HP GRENOB EYBE CM CS Hewlett Packard France B timent Amp re Rue de la Commune de Paris Boite Postale 300 F 93153 LE BLANC MESNIL Tel 01 865 44 52 Telex 211032F CM CP E MS Hewlett Packard France Le Montesquieu Avenue du President JF Kennedy F 33700 MERIGNAC Tel 56 34 00 84 Telex 550105F CM CP E MS Hewlett Packard France 32 Rue Lothaire F 57000 METZ Tel 87 65 53 50 CM CS Hewlett Packard France F 91947 Les Ulis C dexORSAY Tel
43. 575 Tel 904 476 8422 A CM MS Hewlett Packard Co 110 South Hoover Suite 120 Vanguard Bldg TAMPA FL 33609 Tel 813 872 0900 A CM CS E M Georgia Hewlett Packard Co 0 Box 105005 2000 5 Park Place ATLANTA 30339 Tel 404 955 1500 Telex 810 766 4890 A CM CP E MP Hewlett Packard Co Executive Park Suite 306 P 0 Box 816 AUGUSTA GA 30907 Tel 404 736 0592 CM MS Hewlett Packard Co P 0 Box 2103 1172 N Davis Drive WARNER ROBINS GA 31098 Tel 912 922 0449 CME Hawaii Hewlett Packard Co Kawaiahao Plaza Suite 190 567 South King Street HONOLULU HI 96813 Tel 808 526 1555 A CM CS E MS Idaho Hewlett Packard Co 11311 Chinden Boulevard BOISE ID 83707 Tel 208 376 6000 CM CS M Illinois Hewlett Packard Co 211 Prospect Road BLOOMINGTON IL 61701 Tel 309 663 0383 CM CS MS Hewlett Packard Co 1100 31st Street DOWNERS GROVE IL 60515 Tel 312 960 5760 CM CP Hewlett Packard Co 5201 Tollview Drive ROLLING MEADOWS IL 60008 Tel 312 255 9800 A CM CP E MP Indiana Hewlett Packard Co P 0 Box 50807 7301 No Shadeland Avenue INDIANAPOLIS IN 46250 Tel 317 842 1000 A CM CS E MS lowa Hewlett Packard Co 2415 Heinz Road IOWA CITY lA 52240 Tel 319 351 1020 CM CS E MS Kansas Hewlett Packard Co 1644 S Rock WICHITA KA 67207 Tel 316 265 5200 CM CS Kentucky Hewlett Packard Co 10170 Linn Station Road Suite 525 LOUISVILLE
44. 7 12 i REGISTER 4 uss 3 sy D FF 5 068 12 HBREAK gt 3 05 7 NRGLLK us ICS ON THIS SCHEMATIC 3 us7 13 7 L5 13 INTEXT ura 13 7 NO LAST ADDRESS 7 an N REGISTERS ded 7 1820 1633 745240 1 a mum aa D 8 1 LS3 1 vier 3 veg DS 21 A u74 11 6 1820 0686 74511 055 13 5 U61 1 4 x PARTS ON THIS SCHEMATIC HANAL C26 C57 C58 6 u49 5 o Soren USE U42 US2 USG U72 U73 U75 U77 088 030 TP19 045 5 9 1 R21 LAST OP 1K BACKGROUND CLOCK INTERRUPT 13 Dm IC POWER SUPPLY CONFIGURATIONS V E mE MISC 0 2 STATUS x U36B BAO BUFFERS AL x E dH BA 8 wir Nas 7 C26 BAG 4 330PF Bar 1 3 5 U52 56 72 89 90 93 094 13 3 094 1 3 3 us4 3 3 nn us4 s 3 3 94 5 3 NN ug4 11 3 Figure 8 3 Service Sheet 2 Mainframe Interface Logic 8 21 8 22 blank Model 64211A ID BUFFER LLOPREAD 090 1 P O ADDRESS l LLADDREAD 088 1 04 DECODER 2 0 4 STREAD 056 1 i CNRGCLK EMSYN 7 Pi 66 2 Service P O 6800 CONTROL BOARD 6421 66502 An 8 1 1 uu m 2 BACKGROUND Ys MEMORY LDEFIB2 1820 1423 74 8123 1820 1216 7415138 1820 0681 74500 1820 0686 74511 6 50 7 00 1820 1322 74S02 1820 0693 74S74 1820 2024 7415244 1
45. C 16 CONT DIP SLDR 0684 1021 RESISTOR 1K 10 FC TC 400 600 Mfr Mfr Part Code Number 748133N 1200 0607 C4 1 8 TO 1002 F 7 1 Manual Changes Model 64211A Reference HP Part C M Mfr Mfr Part Designation Number D Description Code Number DELETE U96 1820 1430 IC CNTR TTL LS BIN SYNCHRO POS EDGE TRIG 74LS161AN R43 45 0684 1021 RESISTOR 1K 10 C4 1 8 TO 1002 F TP22 25 0360 0535 TERM TEST PT PCB ORDER BY DESCRIPTION MODIFY 64211 66502 EMULATOR CNTL BD 64211 66502 0180 0309 CAPACITOR FIXED TA 4 7uF 10V 0160 2020 0698 3444 RESISTOR 316 1 125W F TC 01 100 C4 1 8 T0 316R F 0757 470 RESISTOR 243K 1 125W F TC 0 100 C4 1 8 T0 2433 F 7 2 Section VIII Page 8 18 Figure 8 1 Component Locator Move TP7 to above U21 from just below J2 49 Delete TP22 25 as shown in figure 7 1 Add U44 Delete U96 between U57 and U58 Move C30 to between R24 and U41 from directly below R24 Move C37 to the left side of U58 from the right side of U58 as shown in figure 1 Delete R43 45 as shown in figure 8 1 Page 8 19 Figure 8 2 Service Sheet 1 Data and Address Buffers These changes are illustrated in figure 2 a foldout of Service Sheet 1 with the following revisions included Add XU10 and associated lines Add U60C and associated lines including mnemonic LBKGWR Reference from Service Sheet 5 U13 13 Add U60 to table titled ICS ON THIS SCHEMATIC Add U60 and XU10 to table titled PART
46. CITOR CAPACITOR TOR CAP ACT TOR CaP ACT TOR CAPACITOR SITOR CAPACTTOR CAP ALT TOR F ACT TOR F CAP ALT TOR CAPACITOR ITOR PAP ACT TOR TAP ALT TOR Es CAPAC T TOR CAP ART TAR CAP ACT TOR XD CAPACITOR FXO CAPACITOR FXD CAPACITOR CAP ACT TOR TOR TACT TAR PACT TOR CITUR SLTOR F TTAR ACT TORE CAPACITOR CAPACITOR PAR SITOR ITOR ACTTOR UTR SITOR SITOR LTOR FXD UTR ETOR DE TOR AF TIER TOR E CONTROL TTOR EXD CAP AC CAPAS CAP At CAP Al ST TOR LTOR FX SETOR SITOR SITOR Description AUF MALE AE TUE AUF DALI DUE UF DUE nur OTUF OTUE 100PE CITOR FXD GLUE LORE TUE lp OLUF BUE MUF ur DIBE LE iur SLOPE ALF gr BYE BOARD ASSE des f 802 80 80 80 2 BB 8 0 aer 0 30 80 px 20 300 200 502 80 B 802 n An 10 8902 efl 30 80 80 20 e0 2f 20 30 20 80 20 30 4 80 820 80 7 81 DENK mo 30 80 1 TEL de Our TUE
47. D NTA MONICA PALO ALTO SUNNYVALE 11247 WILT MANY 05206 BAO See introduction to this section for ordering information 6 8 Mode 64211A Manual Changes SECTION VII MANUAL CHANGES 7 1 INTRODUCTION 7 2 This section contains information required to backdate or update this manual for a specific instrument 7 3 MANUAL CHANGES 7 4 This manual applies directly to the instrument having the same serial prefix shown on the manual title page If the serial prefix of the instrument is not the same as the one on the title page find your serial prefix in Table 7 1 and make the changes to the manual that are listed for that serial prefix When making changes listed in Table 7 1 make the change with the highest number first Example if backdating changes 1 2 and 3 are required for our serial prefix do change 3 first then change 2 and finally change 1 7 5 If the serial prefix of your instrument is not listed either on the title page or in Table 7 1 refer to an enclosed MANUAL CHANGES sheet for updating information Also if a MANUAL CHANGES sheet is supplied make all indicated ERRATA changes Table 7 1 Manual Changes Serial Prefixes Make Changes ACHANGE 1 Section VI Page 6 1 Paragraph 6 4 Make the following changes to the Table 6 2 Replaceable Parts Reference HP Part C D EE Designation Number D ADD U44 1820 1130 IC GATE TTL S NAND 13 INP 1200 0607 SOCKET I
48. DIP 5 pYP DIP DIP 5 DIF DIP OTF DIP pre DIR DTP DIP DTP pre P B echHMT DTP C DIP 1 P CONT DLP gt 2SU COMT DIP PEANT DTP gt 20 DCOMT DIP 20 CONT 20 COMfT DTP LABEL TNEO LAREL RE D DAT 1 O YELLOW PELT LABEL ORANGE DOT 01 01295 01295 2745 TON SNP AS LN PRL TN PRL PRL Ti PRL TN PRL IN 01295 SION 01295 741 5161 28480 1200 0607 28480 1200 0607 28480 1200 0607 ai ona 12230 17218 pean LORA E 1760 1200 Leng 120n 20 lange Le tii FARN 2 fe 1200 ipag Pa 1200 oni 1250 1210 0529 PE le AA GH TAPI 002 Db TAPI See introduction to this section for ordering information Replaceable Parts Dor ned t ye 6 7 Replaceable Parts Table 6 3 Manufacturers Codes Manufacturer Name na n fn ANY TISFACTORY SUPPLIER 01121 ALL BRADLEY CD 081295 i INSTR SEMICOND DIU 02263 FALRCHILD SEMICONDUCTOR DIU 24545 CORNING GL WORKS SOF CURD gt 265654 VaR ADT LN HEWLETT PACKARD CO CORPORATE 34535 ADVANCED MICRO DEVICES TNE 59 SPRAGUE ELECTRIC 72136 ELECTRO MOTIVE CORP SUB TEC 25480 BRADY M A 00 Model 64211A Address HTLWALKEE MOUNTAIN UTEM BRADEOS
49. EDGE TRIG OEM x 9 HM HM X 9 PGE TRIG TRIG DUAL NP LNP INP LS NAND DUA 2 TNP NAND TPL NAND GUAD DCTL D TYPE P 2 TRIG DGE TRIG AND QUAD 2 INP LINE 3 TO0 8 L S QUAD AND QUAD 2 2 INP DR GUAD 15 Y FF TTL 8 J C EF TTE 2 1 GATE TC MV TTL 4 1 AMD TPL 3 MONOSTE RET C FF TTL S J K NEG 3 HAND TPL TTL GATE TTL INTR TTL TTL L TTL 2 GATE TTL 5 NAND 5 De p gt TY PE E S AND QUAD c DRVE 3 1NP DTP TAP RO POS EDOE TRIG TRIG NP pup RETRIG RESET DHAL TRIG TRIG TRIG RTGRESET DUAL TRIG EDGE PRI IN SE TRIG TRIG TRIG PRL TN 00000 00000 00000 00000 n1295 22480 01295 01295 61298 01295 0129 0129 01295 01295 01295 812 0129 01295 01 295 01294 01293 343 See introduction to this section for ordering information Model 64211A Mfr Part Number PASE AUN 0 0430 474524 08 1810 0420 1810 0430 SN248008 54741 S74AN GN7A4S6AN 4500N 5 50 45108 PROGRAMMED SN74802N 4741 516 SN748241N SN741 874AN 2106471 21965102 2106102 SN7ASO ON SN746112N GN748112N 57461124 SN7457AN SN745 08N 14610 PROGRAMMED Model 64211A Reference Designation 74 075 176 027 078 029 ugo 1161 USS 084 uas
50. NT TERMINA EST POINT TERMINAL T PCR TERMINAL TEST POENT PCR TERMINAL TEST POTRT Replaceable Parts Mfr Part Number TRAFIA 140 0105 oi4f 0105 9141 0114 Saget aed 64711 85002 1450 011 sean CREWE Ga d h MESS EELDATI TEE M 2110 0580 2100 0254 TUO C4 1zn TO ZI 0 BTO 2100 9580 8 Tf 81121 021 01171 221 1121 zat 4 1 8 T 01121 CROP 22480 2210 Panas fie TO rn CRISI DELUSI C4 1 8 TQ URBIS CRT CELOTI 21 k Z TA 1 8 E 65000 ER E IIM Gift TO peu TPT anap i poe TPTION anid 1 SPR TPT Tay 000 PCAC TE TE yes hn CF T t DESTETE LIA ne E Be Se PP LAs TPT 1 nang br rey yee nanag iik E PTY TETN 0000 8 Sog R BY TS A Pree TPT TON EUCREIPTLTOS BoP TP TT Ot n pe TTM nano He Se TP PT ie DESCRIPTION See introduction to this section for ordering information Replaceable Parts Reference HP Part Designation 0380 03550 0360 0 260 1820 15310 1820 1020 1625 0430 16 RPD 1520 1 1820 1820 1910 0 1110 1 1 1 1820 0681 1920 1 121
51. NTIAGO 21 Tel 25 50 44 Telex 40 565 CP COLOMBIA Instrumentaci n H A Langebaek amp Kier S A Apartado A reo 6287 BOGOTA 1 D E Carrera 7 No 48 75 BOGOTA 2 D E Tel 287 8877 Telex 44400 Cable AARIS Bogota COSTA RICA Cientifica Costarricense S A Avenida 2 Calle 5 San Pedro de Montes de Oca Apartado 10159 SAN JOSE Tel 24 38 20 24 08 19 Telex 2367 GALGUR Cable GALGUR CM E M CYPRUS Telerexa Ltd P 0 Box 4809 14C Stassinos Avenue NICOSIA Tel 45628 Telex 2894 EMP CZECHOSLOVAKIA Hewlett Packard Obchoani Zastupitelstvi v CSSR Post schranka 27 CS 118 01 PRAHA 011 Tel 66 296 Telex 121353 IHC DENMARK Hewlett Packard A S Datavej 52 DK 3460 BIRKEROD Tel 02 81 66 40 Telex 37409 hpas dk A CM CP E MS P Hewlett Packard A S Navervej 1 DK 8600 SILKEBORG Tel 06 82 71 66 Telex 37409 hpas dk CM CS E ECUADOR CYEDE Cia Ltda 0 Box 6423 CCI Avenida Eloy Alfaro 1749 QUITO Tel 450 975 243 052 Telex 2548 CYEDE ED Cable CYEDE Quito Hospilalar S A Casilla 3590 Robles 625 QUITO Tel 545 250 545 122 Cable HOSPITALAR Quito M EGYPT Samitro Sami Amin Trading Office 18 Abdel Aziz Gawish ABDINE CAIRO Tel 24 932 P Internalional Engineering Associales 24 Hussein Hegazi Street Kasr el Aini CAIRO Tel 23 829 Telex 93830 EM Informatic For Computer Systems 22 Talaat Harb Street CAIRO Tel 759006 Telex 9
52. R Reset Input Enable permits action s Set Input AND permits action V OR permits action Mode selects action Z Interconnection x Transmission LS 09 81 2 8 15 Service 8 16 Analog Signal AND Bit Grouping Buffer Compare Dynamic Exclusive OR Hysteresis Interrogation Internal Connection 22 O zx gt 1 e 4 Borrow Generate Borrow Input Borrow Output Borrow Propagate Carry Generate Carry Input Binary Coded Decimal Binary Buffer Counter Decimal Adder Table 8 2 Logic Symbols Cont d OTHER SYMBOLS Inversion Negation Nonlogic Input Output Open Circuit external resistor Open Circuit external resistor OR Passive Pull Down internal resistor Passive Pull Up internal resistor Postponed Shift Left or down LABELS Carry Output Carry Propagate Content Data Input Extension input or output Function MATH FUNCTIONS Arithmetic Logic Unit Comparator Divide By Equal To CHIP FUNCTIONS DIR DMUX FF MUX OCT Directional Demultiplexer Flip Flop Multiplexer Octal DELAY and MULTIVIBRATORS pg ns Tl Astable Delay NV Nonvolatile J Ll Retriggerable Monostable Model 64211A Shift Right or up Solidus allows an input or output to have more than one function Tri State Causes notation and symbols to effect inputs outputs in an AND relationship and to occur in the order read from left to right Use
53. S ON THIS SCHEMATIC Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 Page 8 21 Figure 8 4 Service Sheet 3 Background Memory Controller Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 Page 8 23 Figure 8 3 Service Sheet 3 Background Memory Controller Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 Page 8 25 Figure 8 5 Service Sheet 4 Jam and Foreground Memory Control The following changes are illustrated in figure 3 a foldout of Service Sheet 4 Add U62A and associated lines as shown on figure 3 Delete U96 as shown on figure 3 Add line from U76 9 to U65 9 Reconnect U65 9 to U58 8 Delete U96 from table titled ICS ON THIS SCHEMATIC Delete U96 from table titled PARTS ON THIS SCHEMATIC Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 Page 8 27 Figure 8 6 Service Sheet 5 Illegal Opcode Detector Add mnemonic signal line HBREAK Reference to Service Sheet 1 U60 9 from U13 13 Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 Page 8 29 Figure 8 7 Service Sheet 6 Emulator Synchronizer Delete TP22 from line between U51B 13 and U23B 12 Delete TP23 from line between mnemonic signal line E 1 Reference av from Service Sheet 7 J4 29 to U23A 4 Delete TP24 from line between U23A 6 and U52 4 Delete TP25 from line between U23B 10 and U51A 1 Delete TP22 25 to table
54. SHEET INDICATES SINGLE SIGNAL LINE NUMBER OF LINES ON A BUS STD 20 09 81 8 17 Model 64211A MP2 MP3 Component Locator Service m nr te amp 52 aep y 5 2 5 z 2 gt 9 x gt wo 9 2 g bu a gt a gt a O s u 82 peg 5 5 B a os T im m r 52 a 2 a 2 a O a 2 114 23 252 2vu m 5 3 5 5 a gt P m p2a 1 2 152 SE o N m wn N 9 E 2 3 5 8 o ua e a gt lt a 1 g1 052 13 5 5 424 9 92 4EY E 582 n 0v3 ae 809 o m S o 2 e 5 gt 2 LJ J 92 p 27 S t 299 He 2 Lapa S s 2 E CJ 5 s 2 e T 2 2 5 2 3 52 212 6 2 4 i o N t N m s 5 5 x gt pe ge 25 H bgu 292 lt o T gt 3 5 5 5 2 Y 8 2 9v3 192 a y o m 03 5 230 S 3 5 5 3 Yu E a gt gt gt lt sca OO 20 A N SE lt N Oe 5 LEo 5 2 3 5 SO 05 a
55. SM 40 C to 75 C HUM eta eer sre ee men Lbs s t Ud S enc 596 to 80 relative humidity Alt tude 2 2 yet E 15 240 m 50 000 ft 2 3 Installation Model 64211A 2 12 PACKAGING 2 13 ORIGINAL PACKAGING Containers identical to those used in factory packaging are available through Hewlett Packard Sales Services offices 2 14 OTHER PACKAGING The following general instructions should be used for repacking with commercially available materials a Wrap the Emulator Control Board in heavy paper or plastic b Usea strong shipping container A double wall shipping container of 350 pound test material is adequate c Use a layer of shock absorbing material 70 to 100 mm 3 to 4 inch thick around all sides of the board to provide firm cushioning and to prevent movement inside the container d Seal shipping container securely e Mark shipping container FRAGILE to ensure careful handling f In any correspondence refer to the board by model number and full repair number CAUTION The following precautions should be taken while using Hewlett Packard Emulator Pods Damage to the emulator circuitry may result if these precautions are not observed POWER DOWN TARGET SYSTEM Turn off power to the user target system and the emulation development station before inserting the user plug to avoid circuit damage resulting from voltage transients or mis insertion of the user plug
56. U4 MP4 J1 6800 Control Board 64211 66501 MP1 MP3 ADDR U33 l amp and 2 osu 2 2 a a w MN O e n 2 2 1 2 2 8 Wu 943 ZWT o a a 5 2 292 evu m a 1S3 o a m o o o m N 5 T 2 2 29 56 93 5 2 y E B 3 s 1 3 gt a gt gt iho 6 2 4 2 s 9 gt gt gt gt D A 292 1 Ur o m e gt gt Da 2 z 2 2 AN aa 5 9 2 0 192 N o m z 00 S 3 3 5 3 m s lt OO Oda a lt 5 2 We 123 5 gt 2 gt 91u LEI 093 PU E Sa scm 2 a 5 5 5 zmm 45 H3 Qe 128 9 3 652 012 962 653 912 a no MEUS Wege Y 5 E Y gt gt 5 5 etd O M 3 m a gt gt 13 7119 7 Tell 0 3 PIU H II a 2 I ed m 614 b24 s2u 9 2 O 2 3 m 0 O i 2 5 8Ty 4 5662 7 22 81 Component Locator Figure 8 1 6800 Control Board Figure 7 1 Rep
57. VERIFY USER PLUG ORIENTATION Make certain that Pin 1 of the target system microprocessor socket and Pin 1 of the user plug are properly aligned before inserting the user plug in the socket Failure to do so may result in damage to the emulator circuitry PROTECT AGAINST STATIC DISCHARGE The emulator pod contains devices which are susceptible to damage by static discharge Therefore operators should take precautionary measures before handling the user plug to avoid emulator damage CAUTION 2 4 Model 64211A Operation SECTION III OPERATION 3 1 INTRODUCTION 3 2 The functions of the 64211A Emulator Control Board are transparent to the operator and require no interaction with the operator Refer to the Emulator Analyzer Operator s manual for an explanation of emulation and the use of the emulator option in the target system 3 1 3 2 blank Model 64211A Performance Tests SECTION IV PERFORMANCE TESTS 4 1 INTRODUCTION 4 2 Performance verification is a subset of the Option Test PV The Option Test PV tests options which may be configured in the expansion slots of the 64000 card cage The PV for the 64211A Emulator Control Board is covered in the emulation subsystem manual Refer to Sections IV and VIII of 6800 6802 Emulation Subsystem manual 4 1 4 2 blank Model 64211A Adjustments SECTION V ADJUSTMENTS 5 1 INTRODUCTION 5 2 There are no adjustments for the 64211A Emulator Control Board which can be
58. a Pod J4 25 Interface and an Inter schematic mnemonic BAO 7 Buffered Address 0 7 Used to access background and emula 1 2 3 4 5 Sheet 1 tion memory Also an Inter schematic mnemonic U 8 BA8 15 Buffered Address 8 15 Used to access Background and emula 1 2 4 8 Sheet 1 tion memory Also an Inter schematic mnemonic U 11 BR W Buffered Read Low Write A buffered R W This line is high Sheet 8 for read and low for write operations J4 39 FETCH Fetch Goes high to indicate opcode prefetches Not used with Sheet 8 6800 6802 U28 6 HMAV High Memory Available Goes high during 1 when the emu Sheet 6 lator is not using memory Also an Inter schematic mnemonic U49 7 HREADY High Ready Goes high when address referenced is mapped to Sheet 4 emulation memory Also an Inter schematic mnemonic J3 43 HUSER High User Goes high when the current address on the emula Sheet 4 tion address bus is mapped to user memory ALso an Inter J3 49 schematic mnemonic Low Analysis Goes high to store analysis data into the E 8 Sheet 6 internal analysis board Also used as Inter schematic U49 G mnemonic LBKG Low Background Goes low when the background controller Sheet 4 enters the background mode Also an Inter schematic mnemonic U59 3 LEBREAK Low Emulation Break Goes low when the emulation bus Sheet 8 requests a break of the emulation system Also an Inter J2 1 schematic mnemonic Low Emulation Data 0 7 Lower 8 bits of emulation data t
59. ackard Koprska 46 6 1000 LJUBLJANA Tel 321674 315879 Telex ZAMBIA R J Tilbury Zambia Ltd 0 Box 2792 LUSAKA Tel 81243 AEMP ZIMBABWE Field Technical Sales 45 Kelvin Road North P B 3458 SALISBURY Tel FOR COUNTRIES AND AREAS NOT LISTED CANADA Ontario Hewlett Packard Canada Ltd 6877 Goreway Drive MISSISAUGA Ontario L4V 1M8 Tel 416 678 9430 Telex 610 492 4246 EASTERN USA Maryland Hewlett Packard Co 4 Choke Cherry Road Rockville MD 20850 Tel 301 258 2000 MIDWESTERN USA Illinois Hewlett Packard Co 5201 Tollview Drive ROLLING MEADOWS IL 60008 Tel 312 255 9800 SOUTHERN USA Georgia Hewlett Packard Co Box 105005 450 Interstate N Parkway ATLANTA GA 30339 Tel 404 955 1500 WESTERN USA California Hewlett Packard Co 3939 Lankersim Blvd LOS ANGELES CA 91604 Tel 213 877 1282 EUROPEAN AREAS NOT LISTED CONTACT SWITZERLAND Hewlett Packard S A 7 Rue du Bois du Lan CH 1217 MEYRIN 2 Switzerland Tel 022 83 81 11 Telex 27835 hpse Cable HEWPACKSA Geneve a EAST EUROPEAN AREAS NOT LISTED CONTACT AUSTRIA Hewlett Packard Ges m b h Wehlistrasse 29 P 0 Box 7 A 1205 VIENNA Tel 222 35 16 210 Telex 135823 135066 MEDITERRANEAN AND MIDDLE EAST AREAS NOT LISTED CONTACT GREECE Hewlett Packard S A Mediterranean amp Middle East Operations 35 Kolokotroni Street Platia Kefallariou GR K
60. acturers 6 8 8 1 8 2 8 3 Model 64211A Title Page Manual 7 1 Change 1 coat S Ree Sus 7 1 Mnemonics 8 2 Logic Symbols 8 14 Schematic Diagram Notes 8 17 Model 64211A General Information Figure 1 1 Model 64211A Emulator Control Board 1 0 Model 64211A General Information SECTION I GENERAL INFORMATION 1 1 INTRODUCTION 1 2 This Abbreviated Service Manual contains installation information and the parts list component locator and schematic for the 64211A Emulator Control Board No operating or servicing procedures are provided Refer to the 6800 6802 Emulation Subsystem Manual for operation and servicing procedures 1 3 This manual is organized with eight sections Section I provides a brief physical and functional description Section II outlines installation and removal Section III Operation and Section IV Performance Verification reference other manuals containing this material Section V describes Adjustments Section VI lists replaceable parts Section VII explains backdating needed to make this manual applicable to older units Section VIII contains the schematic diagram and the component locator 1 4 INSTRUMENTS COVERED BY THIS MANUAL 1 5 Printed on each 64211A Emulator Control Board is the repair number The repair number is in two parts in the form 0000A00
61. ator Control Board is a single printed circuit board which installs in the 64000 mainframe This board provides emulation control for 6800 and 6802 6808 emulator subsystems A detailed functional description of this board is provided in the applicable subsystem service manuals The 6800 option 212 and 6802 6808 option 213 each require a 64211A Emulator Control Board 1 11 ACCESSORIES SUPPLIED 1 12 Supplied with the Emulator Control Board are two 64151 61602 bus cables which are required to connect the board to the Model 64151A Emulation Memory Controller option The installation of these cables is discussed in Section II 1 1 General Information 1 13 ADDTIONAL EQUIPMENT REQUIRED 1 14 The Model 64211A must be plugged into the 64000 mainframe to operate It must also be connected to an emulation pod to havea minimum emulation subsystem The 6800 option 212 and 6802 6808 option 213 each require a 64211A Emulator Control Board 1 15 POWER SUPPLY LOADING 1 16 The power requirements of the Emulator Control Board when configured with each of the applicable emulator probes are listed in table 1 1 No other voltages are required 1 2 Table 1 1 Power Supply Requirements 5 4A 5 38 A 5 79 A 5 Not used in any configuration 12V Approx 2 mA for all configurations Model 64211A Model 64211A Installation SECTION II INSTALLATION 2 1 INTRODUCTION 2 9 This section contains informatio
62. ava 13 2 E MADRID 34 Tel 734 8061 734 1162 CM CP Hewlett Packard Espafiola S A Av Ram n y Cajal 1 9 Edificio Sevilla 1 E SEVILLA 5 Tel 64 44 54 64 44 58 Telex 72933 A CM CS MS P Hewlett Packard Espa ola S A C Ramon Gordillo 1 Entlo 3 E VALENCIA 10 Tel 361 1354 361 1358 CM CS P SWEDEN Hewlett Packard Sverige AB Enighetsv gen 3 Fack P 0 Box 20502 S 16120 BROMMA Tel 08 730 0550 Telex 854 10721 MESSAGES Cable MEASUREMENTS STOCKHOLM A CM CP E MS P Hewlett Packard Sverige AB Sunnanvagen 14K S 22226 LUND Tel 46 13 69 79 Telex 854 10721 via BROMMA office CM CS Hewlett Packard Sverige AB Vastra Vintergatan 9 S 70344 OREBRO Tel 19 10 48 80 Telex 854 10721 via BROMMA office CM CS Hewlett Packard Sverige AB Fr tallisgatan 30 S 42132 VASTRA FROLUNDA Tel 031 49 09 50 Telex 854 10721 via BROMMA office CM CS E P SWITZERLAND Hewlett Packard Schweiz AG Clarastrasse 12 CH 4058 BASLE Tel 61 33 59 20 A CM Hewlett Packard Schweiz AG 47 Avenue Blanc CH 1202 GENEVA Tel 022 32 30 05 32 48 00 CM CP Hewlett Packard Schweiz AG 29 Chemin Ch teau Bloc CH 1219 LE LIGNON Geneva Tel 022 96 03 22 Telex 27333 hpag ch Cable HEWPACKAG Geneva A CM E MS P Hewlett Packard Schweiz AG Zurcherstrasse 20 Allmend 2 CH 8967 WIDEN Tel 57 50 111 Telex 59933 hpag ch Cable HPAG CH A CM CP E MS P SYRIA General Electronic Inc
63. cessor reads the Last Address Storage Register and resets the Background Interrupt and Illegal Opcode flip flops Low Last Opcode Address Read Goes low when the main frame processor reads the Last Opcode Address Register Low Memory Break Status Goes low when the Emulation Memory Board asserts a break Also Memory and Analysis Interface mnemonic Low Memory Used to synchronize the background memory controller to the emulation processor Low Memory 2 Goes low to indicate that the address cur rently on the address bus is valid used as a clock by the Background Controller Low Memory Sync Goes low to force the mainframe processor to wait until completion of the current read or write cycle by the emulator Also a Mainframe Interface mnemonic Low Phase 2 Inverted 2 of processor clock Low Refresh Request Not used with current memory and analysis boards When used would allow the emulation pro cessor in the pod to be stopped for emulation memory refresh cycles Since no dynamic memory is now used this line is held high Also a Memory and Analysis Interface mnemonic Low Reset Buffered emulation reset line Goes low whenever a reset is applied to the emulation processor Also a Pod Inter face mnemonic Low Select Input from mainframe I O board 1 550 9 Goes low when the mainframe processor selects this board Also a Mainframe Interface mnemonic 3 4 5 6 1 4 6 Sheet 7 U31 8 Sheet 8 U45 16 Sheet 4 U58 1
64. ck Also a Pod Sheet 7 Interface mnemonic J4 31 ENILLOP Enable Illegal Opcode Detector Enables the Illegal opcode Sheet 2 detector ROM under control of the control register U72 5 ENJAMCTR Enable Jam Counter Goes high to enable the Jam counter Sheet 4 U62 7 E2DO 7 Second Emulation Data Bus Non multiplexed 8 bit bi Sheet 1 directional data bus used for background memory illegal U1 U3 opcode detector and synchronizer operations Emulator Valid Memory Address Derived from the pod Sheet 8 goes high to indicate a valid address is on the address bus U45 7 Foreground Goes high to indicate the emulation subsystem is Sheet 4 running in the foreground memory U60 6 8 2 Model 64211A Table 8 1 Mnemonics Cont d Service Used On Definition Sheets HANAL HBGKCS HBMR HBREAK HERD HEWRT HIDE HFETCHI HFETCH2 HILLOP HMAV HNCLK HREADY HUSER HWDV ID0 ID1 ILLOPCLK High Analysis Goes high to store the last referenced memory address into the last address register High Background Chip Select Enables Background Memory RAMs High Background Memory Request Goes high when the mainframe processor requests a Background Memory operation High Break Goes high to cause an emulator processor break High Emulation Read Buffered R W Goes high when emulator is in a read cycle High Emulator Write Inverted R W signal Goes high to indicate the emulation processor is perfo
65. ckard Ltd Quadrangle 106 118 Station Road REDHILL Surrey Tel 0737 68655 Telex 947234 C E Hewlett Packard Ltd Westminster House 190 Stratford Road SHIRLEY Solihull West Midlands B90 3BJ Tel 021 7458800 Telex 339105 C Hewlett Packard Ltd King Street Lane WINNERSH Wokingham Berkshire RG11 5AR Tel 0734 784774 Telex 847178 GREECE Kostas Karaynnis 8 Omirou Street ATHENS 133 Tel 32 30 303 32 37 37 1 Telex 21 59 62 RKAR GR EMP Plaiso G Gerados 24 Stournara Street ATHENS Tel 36 11 160 Telex 21 9492 P GUATEMALA IPESA Avenida Reforma 3 48 Zona 9 GUATEMALA CITY Tel 316627 314786 664715 Telex 4192 Teletro Gu A C CM E M P HONG KONG Hewlett Packard Hong Kong Ltd G P O Box 795 5th Floor Sun Hung Kai Centre 30 Harbour Road HONG KONG Tel 5 8323211 Telex 66678 HEWPA HX Cable HP ASIA LTD Hong Kong E CP P Schmidt amp Co Hong Kong Ltd Wing On Centre 28th Floor Connaught Road C HONG KONG Tel 5 455644 Telex 74766 SCHMX HX AM ICELAND Elding Trading Company Inc Hafnarnvoli Tryggvagotu P 0 Box 895 IS REYKJAVIK Tel 1 58 20 1 63 03 M INDIA Blue Star Ltd Bhavdeep Stadium Road AHMEDABAD 380 014 Tel 42932 Telex 012 234 Cable BLUEFROST E Blue Star Ltd 11 Magarath Road BANGALORE 560 025 Tel 55668 Telex 0845 430 Cable BLUESTAR A CM C E Blue Star Ltd Band Box House Prabhadevi BOMBAY 400 025 Te
66. d Co 5400 W Rosecrans Boulevard LAWNDALE CA 90260 P 0 Box 92105 LOS ANGELES CA 90009 Tel 213 970 7500 Hewlett Packard 3939 Lankershim Blvd NORTH HOLLYWOOD CA 91604 Tel 213 877 1282 Regional Headquarters Hewlett Packard Co 3200 Hillview Avenue PALO ALTO CA 94304 Tel 415 857 8000 CM CP E Hewlett Packard Co 646 W North Market Boulevard SACRAMENTO CA 95834 Tel 916 929 7222 A CM CP E MS Hewlett Packard Co 9606 Aero Drive P 0 Box 23333 SAN DIEGO CA 92123 Tel 714 279 3200 CM CP E MP Hewlett Packard Co 3003 Scott Boulevard SANTA CLARA CA 95050 Tel 408 988 7000 A CM CP E MP Hewlett Packard Co 454 Carlton Court SO SAN FRANCISCO CA 94080 Tel 415 877 0772 CM CP Colorado Hewlett Packard Co 24 Inverness Place East ENGLEWOOD CO 80112 Tel 303 771 3455 A CM CP E MS Connecticut Hewlett Packard Co 47 Barnes Industrial Road South 0 Box 5007 WALLINGFORD 06492 Tel 203 265 7801 A CM CP E MS Florida Hewlett Packard Co P 0 Box 24210 2727 N W 62nd Street FORT LAUDERDALE FL 33309 Tel 305 973 2600 CM CP E MP Hewlett Packard Co 4080 Woodcock Drive 132 Brownett Building JACKSONVILLE FL 32207 Tel 904 398 0663 MS Hewlett Packard Co P 0 Box 13910 6177 Lake Ellenor Drive ORLANDO FL 32809 Tel 305 859 2900 A CM CP E MS Hewlett Packard Co 6425 N Pensacola Blvd Suite 4 Building 1 PENSACOLA FL 32
67. d for factoring terms using algebraic techniques Information not defined Logic symbol not defined due to complexity J Input K Input Operand Transition Count Up Count Down Greater Than Less Than Look Ahead Carry Generator Multiplier Subtractor Random Access Memory Line Receiver Read Only Memory Segment Shift Register Nonretriggerable Monostable LS 09 81 3 Model 64211A Table 8 3 Schematic Diagram Notes ETCHED CIRCUIT BOARD FRONT PANEL MARKING REAR PANEL MARKING MANUAL CONTROL SCREWDRIVER ADJUSTMENT ELECTRICAL TEST POINT TP WITH NUMBER NUMBERED WAVEFORM NUMBER CORRESPONDS TO ELECTRICAL TEST POINT NO LETTERED TEST POINT NO MEASUREMENT AID PROVIDED Service WIRE COLORS ARE GIVEN BY NUMBERS IN PARENTHESES USING THE RESISTOR COLOR CODE 925 IS WHT RED GRN BLACK 5 GREEN BROWN 6 BLUE RED 7 VIOLET 8 GRAY YELLOW 9 WHITE OPTIMUM VALUE SELECTED AT FACTORY TYPICAL VALUE SHOWN PART MAY HAVE BEEN OMITTED UNLESS OTHERWISE INDICATED RESISTANCE IN OHMS CAPACITANCE IN PICOFARADS INDUCTANCE IN MICROHENRIES MICROPROCESSOR PART OF NO CONNECTION CLOCKWISE END OF VARIABLE RESISTOR COMMON CONNECTIONS ALL LIKE DESIGNATED POINTS ARE CONNECTED NUMBER ON WHITE BACKGROUND OFF PAGE CONNECTION LARGE NUMBER ADJACENT SERVICE SHEET NUMBER FOR OFF PAGE CONNECTION CIRCLED LETTER OFF PAGE CONNECTION BETWEEN PAGES OF SAME SERVICE
68. de of zero is detected Always high for 6800 or 6802 Low ID 2 Goes low to indicate a pod with an ID code of 2 is connected High always with 6800 or 6802 Low Impending Jam Goes low to indicate that a Jam cycle will occur on the next falling edge of LMEM1 Pl Sheet 8 J2 1 Sheet 1 U4 U5 Sheet 1 U6 U7 Sheet 7 U30 3 Sheet 7 U29 8 Sheet 7 U34 16 Sheet 4 U58 8 Sheet 2 U72 16 Sheet 3 U81 6 Sheet 6 U74 9 Sheet 7 J4 37 Sheet 2 P1 67 Sheet 7 U46 6 Sheet 7 U45 9 Sheet 4 U68 8 8 5 Service Table 8 1 Mnemonics Cont d Model 64211A Used On Definition Sheets Low Inhibit A low on this line inhibits emulation memory cycles independently from the memory mapper The 6802 uses this line to overlay 6802 internal RAM and to allow optional writes to ROM space without a memory break occuring Held high in the 6800 pod Also a Pod Interface Mnemonic LINHIB LINV LIQ LJAM LJAMP LLADDREAD LLOPREAD LMBRKS LMEM LMEM2 Lp2 LREFREQ LRESET 8 6 Low Interrupt Valid Indicates a valid interrupt vector is present on the address bus Low Interrupt Qualifier Inverted IQ signal Low Jam Goes low to indicate the emulator is in the JAM mode Low Jam Prime Used to select the source for the emulator address signals on the emulation bus Selects between the Jam Counter and the emulation processor Low Last Address Read Goes low when the mainframe pro
69. e presented in upper case only Abbreviations are presented in upper case only in the parts list Abbreviations with both upper and lower case letters are used in the chematics and other parts of the manual This results in two forms of the abbreviation Table 6 1 lists only the upper case form of each 6 7 REPLACEABLE PARTS LIST 6 8 Table 6 2 is the list of replaceable parts and is organized with the board components in alphanumeric order by reference designator The information given for each part consists of the following a The Hewlett Packard part number and the check digit b The total quantity in the instrument c The description of the part d A five digit code indicating the manufacturer e The manufacturers part number 6 9 MANUFACTURERS CODES 6 10 Table 6 3 gives the manufacturers codes organized in the order they appear in the parts list The five digit manufacturers code is followed by the name address and zip code of the manufacturer 6 11 ORDERING INFORMATION 6 12 To order a part listed in the replaceable parts table quote the Hewlett Packard part number and check digit indicate the quantity required and address the order to the nearest Hewlett Packard Sales Service Office 6 13 To order a part that is not listed in the replaceable parts table include the instrument model number instrument repair number the description and function of the part and the number of parts required Address the orde
70. el 804 460 2471 CM CS MS Washington Hewlett Packard Co 15815 S E 37th Street BELLEVUE WA 98006 Tel 206 643 4000 A CM CP E MP Hewlett Packard Co Suite A 708 North Argonne Road SPOKANE WA 99206 Tel 509 922 7000 CM CS West Virginia Hewlett Packard Co 4604 MacCorkle Ave S E CHARLESTON WV 25304 Tel 304 925 0492 A CM MS Wisconsin Hewlett Packard Co 150 S Sunny Slope Road BROOKFIELD WI 53005 Tel 414 784 8800 A CM CS E URUGUAY Pablo Ferrando S A C e l Avenida ltalia 2877 Casilla de Correo 370 MONTEVIDEO Tel 403102 Telex 901 Public Booth Para Pablo Ferrando 919520 Cable RADIUM Montevideo A CM E M Guillermo Kraft del Uruguay S A Avda Libertador Brig Gral Lavalleja 2083 MONTEVIDEO Tel 234588 234808 208830 Telex 6245 ACTOUR UY P U S S R Hewlett Packard Co Representative Office Pokrovsky Blvd 4 17 KV12 MOSCOW 101000 Tel 294 2024 Telex 7825 HEWPACK SU VENEZUELA Hewlett Packard de Venezuela C A Apartado 50933 3A Transversal Los Ruices Norte Edificio Segre 2Y3 CARACAS 1071 Tel 239 4133 239 4777 239 4244 Telex 25146 HEWPACK Cable HEWPACK Caracas A CP E MS P YUGOSLAVIA Iskra Commerce Representation of Hewlett Packard Sava Centar Delegacija 30 Milentija Popovica 9 11170 BEOGRAD Tel 638 762 Telex 12042 12322 YU SAV CEN SALES amp SUPPORT OFFICES Arranged alphabetically by country Iskra Commerce Representation of Hewlett P
71. elex 30439 Cardiac Services Ltd Kilmore Road Artane DUBLIN 5 Eire Tel 01 351820 Telex 30439 M SALES amp SUPPORT OFFICES Arranged alphabetically by country ISRAEL Electronics Engineering Division Motorola Israel Ltd 16 Kremenetski Street P 0 Box 25016 TEL AVIV 67899 Tel 338973 Telex 33569 Motil IL Cable BASTEL Tel Aviv A CM C E M P ITALY Hewlett Packard Italiana S p A Traversa 99C Giulio Petrone 19 1 70124 BARI Tel 080 41 07 44 M Hewlett Packard Italiana S p A Via Martin Luther King 38 111 1 40132 BOLOGNA Tel 051 402394 Telex 511630 CM CS E MS Hewlett Packard Italiana S p A Via Principe Nicola 43G C 1 95126 CATANIA Tel 095 37 10 87 Telex 970291 CP Hewlett Packard Italiana S p A Via G Di Vittorio 9 1 20063 CERNUSCO SUL NAVLIGLIO Tel 2 903691 Telex 334632 A CM CP E MP P Hewlett Packard Italiana S p A Via Nuova san Rocco A Capodimonte 62 A 1 80131 NAPOLI Tel 081 7413544 A CM CS E Hewlett Packard Italiana S p A Viale G Modugno 33 1 16156 GENOVA PEGLI Tel 010 68 37 07 E C Hewlett Packard Italiana S p A Via Turazza 14 1 35100 PADOVA Tel 49 664888 Telex 430315 A CM CS E MS Hewlett Packard Italiana S p A Viale C Pavese 340 1 00144 ROMA Tel 06 54831 Telex 610514 A CM CS E MS P Hewlett Packard Italiana S p A Corso Giovanni Lanza 94 1 10133 TORINO Tel 011 682245 659308 Telex 221079 CM
72. ffice Hewlett Packard Austalia Pty Ltd 141 Stirling Highway NEDLANDS W A 6009 Tel 386 5455 Telex 93859 Cable HEWPARD Perth A CM CS E MS P Sydney New South Wales Office Hewlett Packard Australia Pty Ltd 17 23 Talavera Road NORTH RYDE N S W 2113 P 0 Box 308 Tel 887 1611 Telex 21561 Cable HEWPARD Sydney A CM CP E MS P AUSTRIA Hewlett Packard Ges m b h Grottenhofstrasse 94 Verkaufsburo Graz 8052 GRAZ Tel 21 5 66 Telex 32375 CM C E Hewlett Packard Ges m b h Wehlistrasse 29 Box 7 A 1205 VIENNA Tel 222 35 16 210 Telex 135823 135066 A CM CP E MS P BAHRAIN Green Salon P 0 Box 557 BAHRAIN Tel 5503 Telex 884 19 P Wael Pharmacy P 0 Box 648 BAHRAIN Tel 54886 56123 Telex 8550 WAEL GJ M BELGIUM Hewlett Packard Belgium S A N V Blvd de la Woluwe 100 Woluwedal B 1200 BRUSSELS Tel 02 762 32 00 Telex 23 494 paloben bru A CM CP E MP P BRAZIL Hewlett Packard do Brasil l e C Ltda Alameda Rio Negro 750 ALPHAVILLE 06400 Barueri SP Tel 421 1311 Telex 011 23602 HPBR BR Cable HEWPACK Sao Paulo A CM CP E MS Hewlett Packard do Brasil l e C Ltda Avenida Epitacio Pessoa 4664 22471 RIO DE JANEIRO RJ Tel 286 0237 Telex 021 21905 HPBR BR Cable HEWPACK Rio de Janeiro A CM E MS P BURUNDI Typomeca S P R L B P 553 BUJUMBURA Tel 2659 P CANADA Alberta Hewlett Packard Canada Ltd 210 7220 Fisher Street S E CALGARY Albe
73. ifissia ATHENS Greece Tel 808 0359 808 0429 Telex 21 6588 Cable HEWPACKSA Athens INTERNATIONAL AREAS NOT LISTED CONTACT OTHER AREAS Hewlett Packard Co Intercontinental Headquarters 3495 Deer Creek Road PALO ALTO CA 94304 Tel 415 857 1501 Telex 034 8300 Cable HEWPACK 4 20 81 HEWLETT 64211 90902 JUNE 1982 PACKARD PRINTED IN U S A
74. indicate the address on the emulation address bus is valid Used to clock the Start Jam Counter flip flop Pre Foreground Goes high to indicate the background con troller is going to change from background to foreground mode Pre Memory Operation Goes high to indicate a read or write operation on user memory by the emulator will take place on the next falling edge of LMEM2 Read Background Strobe Goes low to indicate the mainframe processor is performing a read of background memory Ready Enable When high allows emulation memory to gener ate wait states for the 6802 When low wait states are inhi bited Not used with 6800 Read Low Write The emulation processor holds this line high for read operations and low for write operations Also a Pod Interface mnemonic Synchronize Unused input from pod Grounded in 6800 and 6802 Also a Pod Interface mnemonic Synchronizer Clock Positive edge clock for synchronizer Sheet 2 P1 63 Sheet 3 U57 12 Sheet 6 U28 3 Sheet 4 U27 1 Sheet 3 U80 4 Sheet 6 U51 6 Sheet 2 P1 65 Sheet 6 U50 9 Sheet 4 U60 3 Sheet 4 U61 15 Sheet 3 U78 11 Sheet 7 J 4 39 Sheet 7 J 4 35 Sheet 6 U54 11 8 7 Service Model 64211A Table 8 1 Mnemonics Cont d Used On Definition Sheets WRBKGSTB Write Background Strobe Goes low to indicate a mainframe processor write to background memory XBKG Exit Background One of four modes for
75. l 422 3101 Telex 011 3751 Cable BLUESTAR A M Blue Star Ltd Sahas 414 2 Vir Savarkar Marg Prabhadevi BOMBAY 400 025 Tel 422 6155 Telex 011 4093 Cable FROSTBLUE A CM C E M Blue Star Lid 7 Hare Street CALCUTTA 700 001 Tel 12 01 31 Telex 021 7655 Cable BLUESTAR A M Blue Star Ltd Meenakshi Mandiram XXXXV 1379 2 M G Road COCHIN 682 016 Tel 32069 Telex 085 514 Cable BLUESTAR At Blue Star Ltd 133 Kodambakkam High Road MADRAS 600 034 Tel 82057 Telex 04 1 379 Cable BLUESTAR A M Blue Star Ltd Bhandari House 7th 8th Floors 91 Nehru Place NEW DELHI 110 024 Tel 682547 Telex 031 2463 Cable BLUESTAR A CM C E M Blue Star Ltd 1 1 117 1 Sarojini Devi Road SECUNDERABAD 500 033 Tel 70126 Telex 0155 459 Cable BLUEFROST AE Blue Star Ltd T C 7 603 Poornima Maruthankuzhi TRIVANDRUM 695 013 Tel 65799 Telex 0884 259 Cable BLUESTAR E INDONESIA BERCA Indonesia P T P 0 Box 496 Jkt Jin Abdul Muis 62 JAKARTA Tel 373009 Telex 31146 BERSAL IA Cable BERSAL JAKARTA ACEMP BERCA indonesia P T P 0 Box 174 Sby J L Kutei No 11 SUBAEE SURABAYA Tel 68172 Telex 31146 BERSAL SD Cable BERSAL SURABAYA A EMP IRAQ Hewlett Packard Trading S A Mansoor City 9B 3 7 BAGHDAD Tel 551 49 73 Telex 2455 HEPAIRAQ IK CP IRELAND Hewlett Packard Ireland Ltd Kestrel House Clanwilliam Court Lower Mount Street DUBLIN 2 Eire Tel 680424 680426 T
76. lacement for Figure 8 1 Component Locator 7 5 7 6 blank Model 64211A Manual Changes P O POD INTERFACE De OR ESS N POD DAT aOR nm lt a mnr mma m 7 o A N Sr 00 GJ CQ rO t IO P0 rO TT A15 EDO ED1 ED P O 6800 CONTROL BOARD 64211 66501 zi lt lt 5 6e ITT SEE NOTE 1 j a LIL TER 99 67 e LLL L Lj 01012 af 5 0 A 2 3 FEER 4 1111 HHAH e 8 A EE DATA BUFFERS ADDRESS AND MULTIPLEXERS BUFFERS 7 11 A LJAMP 4 W 5 13 3 5 BKGWR ICS ON THIS SCHEMATIC READY MAPPER 1820 1633 74S240 1820 1624 74S241 1820 0681 74S00 1820 1449 74S32 1820 0885 74S10 1820 0683 74504 SEE NOTE 2 J1 R42 TP9 15 TP18 X1 X3 4 4 EMULATOR NOTES 4 DATA BUFFER 1 RESISTOR PACK CONFIGURATION 6 3 3 4 7 2 U10 NOT LOADED 3 PADDR EDATA AND EADDR X1 X2 X3 ARE EMPTY DIP SOCKETS USED FOR FACTORY TESTS SEE NOTE 3 Je 8 U89 90 U85 U64 U82 U 83 2 3 4 5 N U86 U87 U61 U82 U83 U44 U45 3 4 5 8 o US2 U93 U8s 2 4 a POD_DATA AND ADDRESS BUFFERS 8 12 81 1 ee F
77. made in the field The potentiometers on the Emulator Control Board are set at the factory and require no adjustment for proper operation NOTE Adjustment of the potentiometers on this board requires the use of special test fixtures and procedures No field adjustment should be attempted 5 1 5 2 blank Model 64211A Replaceable Parts SECTION VI REPLACEABLE PARTS 6 1 INTRODUCTION 6 2 This section contains information needed to order replacement parts Section 6 3 explains the Blue Stripe Program for replaceable assemblies Table 6 1 lists reference designators and abbreviations used throughout the manual Table 6 2 lists all Emulator Control Board replaceable parts in assembly reference designator order Table 6 3 contains the names and addresses corresponding to the manufacturers five digit code numbers 6 3 BLUE STRIPE PROGRAM 6 4 The Blue Stripe Program offers factory repaired and tested replacement boards on an exchange basis only Exchange assemblies carry a part number different from brand new assemblies and are available at a reduced cost Emulator Control Board exchange assemblies Part Number 64211 69501 are available through the Hewlett Packard Corporate Parts Center New boards are ordered using Part Number 64211 66501 6 5 REFERENCE DESIGNATORS AND ABBREVIATIONS 6 6 Table 6 1 lists the reference designators and abbreviations used in the parts list schematics and throughout the manual Reference designators ar
78. n required to install the Model 64211A in the Model 64200 Mainframe Also included are the initial inspection procedures damage claim information and the operating storage and shipment environmental considerations 2 3 INITIAL INSPECTION 2 4 Inspect the shipping container for damage If the shipping container or cushioning material is damaged it Should be kept until contents of the shipment have been checked mechanically and electrically Procedures for checking performance are given in the applicable subsystem manual If the contents are not complete if there is mechanical damage or defect or if the board does not pass the performance tests notify the carrier as well as Hewlett Packard Sales Service office Keep the shipping materials for carriers inspection The Hewlett Packard Sales Service office will arrange for repair or replacement at HP option without waiting for claim settlement 2 5 INSTALLATION AND REMOVAL 2 6 Figure 2 1 shows a top view of the 64100A mainframe card cage and the recommended position for the Emulator Control Board and for the Static RAM Controller Board Static RAM Boards and the Internal Analysis Boards which are optional The recommended slot for the 64211A is therearmost position This maximizes the free cable length to the emulator pod WARNING To prevent personal injury refer to the safety requirements listed in the mainframe manual before installing this option CAUTION The 64211A Emulator Con
79. o the Sheet 1 memory and internal analysis cards Also an Inter schematic U4 U5 mnemonic LED8 15 Low Emulation Data 8 15 Upper 8 bits of emulation data bus Sheet 1 Also an Inter schematic mnemonic U6 U7 LEWRT Low Emulator Write Buffered emulator R W signal Goes low Sheet 7 when the emulator is in a write cycle Also an Inter schematic U34 16 mnemonic LMBRKS Low Memory Break Status Goes low when the Emulation Sheet 8 Memory Board asserts a break Also an Inter schematic J2 33 mnemonic 8 11 Service Model 64211A Table 8 1 Mnemonics Cont d TA Used On Definition Sheets LREFREQ Low Refresh Request Not used with current memory and Sheet 8 analysis boards When used would allow the emulation pro J2 29 cessor in the pod to be stopped for emulation memory refresh cycles Since no dynamic memory is now used this lineis held high Also an Inter schematic mnemonic Low Write Data Valid Goes low during a memory or I O write Sheet 6 cycle when data on the emulation data bus is valid Also an U51 6 Inter schematic mnemonic 8 12 Model 64211A Service 8 7 COMPONENT LOCATOR 8 8 The component locator provides the reference designators and locations for each replaceable part contained on the printed circuit assembly The component locator is provided as a fold out drawing 8 8 SCHEMATIC DIAGRAMS 8 9 The schematic diagrams are presented as eight fold out sheets using ANSI Standard Y32 14 symbols A list of
80. oftware and firmware designated by HP for use with an instrument will execute its programming instructions when properly installed on that instrument HP does not warrant that the operation of the instrument or software or firmware will be uninterrupted or error free LIMITATION OF WARRANTY The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by Buyer Buyer supplied software or interfacing unauthorized modification or misuse operation outside of the environmental specifications for the product or improper site preparation or maintenance NO OTHER WARRANTY IS EXPRESSED OR IMPLIED HP SPECIFICALLY DISCLAIMS THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE EXCLUSIVE REMEDIES THE REMEDIES PROVIDED HEREIN ARE BUYER S SOLE AND EXCLUSIVE REMEDIES HP SHALL NOT BE LIABLE FOR ANY DIRECT INDIRECT SPECIAL INCIDENTAL OR CONSEQUENTIAL DAMAGES WHETHER BASED ON CONTRACT TORT ORANY OTHER LEGAL THEORY ASSISTANCE Product maintenance agreements and other customer assistance agreements are available for Hewlett Packard products For any assistance contact your nearest Hewlett Packard Sales and Service Office Addresses are provided at the back of this manual CW amp A 2 81 ABBREVIATED SERVICE MANUAL MODEL 64211A EMULATOR CONTROL BOARD REPAIR NUMBERS This manual applies directly to Emulator Control Boards with repair numbers prefixed 2227A F
81. onal Building Route 35 EATONTOWN NJ 07724 Tel 201 542 1384 P Hewlett Packard Co W120 Century Road PARAMUS NJ 07652 Tel 201 265 5000 A CM CP E MP Hewlett Packard Co 60 New England Avenue West PISCATAWAY NJ 08854 Tel 201 981 1199 A CM CP E New Mexico Hewlett Packard Co P 0 Box 11634 11300 Lomas Blvd N E ALBUQUERQUE NM 87123 Tel 505 292 1330 Telex 910 989 1185 CM CP E MS New York Hewlett Packard Co 5 Computer Drive South ALBANY NY 12205 Tel 518 458 1550 Telex 710 444 4691 A CM CS E MS Hewlett Packard Co 9600 Main Street CLARENCE NY 14031 Tel 716 759 8621 Telex 710 523 1893 Hewlett Packard Co 200 Cross Keys Office FAIRPORT NY 14450 Tel 716 223 9950 Telex 510 253 0092 CM CP E MS Hewlett Packard Co No 1 Pennsylvania Plaza 55th Floor 34th Street amp 8th Avenue NEW YORK NY 10119 Tel 212 971 0800 CM CP E M Hewlett Packard Co 5858 East Molloy Road SYRACUSE NY 13211 Tel 315 455 2486 A CM CS E MS Hewlett Packard Co 3 Crossways Park West WOODBURY NY 11797 Tel 516 921 0300 Telex 510 221 2183 A CM CP E MS North Carolina Hewlett Packard Co 0 Box 15579 2905 Guess Road 27705 DURHAM NC 27704 Tel 919 471 8466 CM Hewlett Packard Co 5605 Roanne Way GREENSBORO NC 27409 Tel 919 852 1800 A CM CP E MS Ohio Hewlett Packard Co 9920 Carver Road CINCINNATI OH 45242 Tel 513 891 9870 CM CP MS Hewlett
82. or additional information about repair numbers see Section I paragraph 1 3 COPYRIGHT HEWLETT PACKARD COMPANY COLORADO SPRINGS DIVISION 1982 1900 GARDEN OF THE GODS ROAD COLORADO SPRINGS COLORADO U S A ALL RIGHTS RESERVED Manual Part Number 64211 90902 Microfiche Part Number 64211 90802 PRINTED JUNE 1982 SAFETY SUMMARY The following general safety precautions must be observed during all phases of operation service and repair of this instrument Failure to comply with these precautions or with specific warnings elsewhere in this manual violates safety standards of design manufacture and intended use of the instrument Hewlett Packard Company assumes no liability for the customer s failure to comply with these requirements GROUND THE INSTRUMENT To minimize shock hazard the instrument chassis and cabinet must be connected to an electrical ground The instrument is equipped with a three conductor ac power cable The power cable must either be plugged into an approved three contact electrical outlet or used with a three contact to two contact adapter with the grounding wire green firmly connected to an electrical ground safety ground at the power outlet The power jack and mating plug of the power cable meet International Electrotechnical Commission IEC safety standards DO NOT OPERATE IN AN EXPLOSIVE ATMOSPHERE Do not operate the instrument in the presence of flammable gases or fumes Operation of any electrical in
83. ow when the emulation bus requests a break of the emulation system Also a Memory and Analysis Interface mnemonic Low Emulation Data 0 7 Lower 8 bits of emulation data to the memory and internal analysis cards Also a Memory and Analysis Interface mnemonic Low Emulation Data 8 15 Upper 8 bits of emulation data bus Also a Memory and Analysis Interface mnemonic Low Emulator Interrupt Acknowledge Emulator status bit which goes low to indicate a valid interrupt vector is present on 0 15 Low Emulator Valid Memory Address Inverted EVMA Goes low when a valid memory address is present on the emulation address bus Low Emulator Write Buffered emulator R W signal Goes low when the emulator is in a write cycle Also a Memory and Analysis Interface mnemonic Low Foreground Goes low when the Background Controller is in the foreground mode Low Halt Request Goes low to request an emulator processor halt Low Host Goes low when the mainframe processor initiates a background cycle Low Host Processor Break Goes low when the mainframe processor requests an interrupt of the emulation processor Last Instruction Cycle Not used Grounded in 6800 6802 pods Also a Pod Interface mnemonic Low Identification Enable Goes low when the Mainframe processor scans the ID codes of the cards on the mainframe bus to enable each card to respond with its ID Also a Main frame Interface mnemonic Low ID 0 Goes low when the pod ID co
84. placement for Figure 8 9 Emulator Memory Control 7 13 7 14 blank Model 64211A Service SECTION VIII SERVICE 8 1 INTRODUCTION 8 2 This section contains information for servicing the Emulator Control Board Table 8 1 contains a listing ofthe mnemonics signal names used in the schematics Table 8 2 explains the techniques used to develop the logic symbols used in the schematic Table 8 3 explains other schematic symbols Figure 8 1 is a component locator for the board and figures 8 2 through 8 9 are the schematic The material in this section is provided for reference purposes only Refer to the 6800 6802 emulation subsystem manual for detailed troubleshooting procedures and a discussion of the theory of operation 8 3 SAFETY 8 4 Read the safety warnings at the front of this book and at the front of the mainframe service manual the service overview manual and the applicable emulator subsystem manual before servicing this Emulator Control Board 8 5 MNEMONICS 8 6 Table 8 1 lists all mnemonics used on the schematics for the 64211A Mnemonics are listed alphabetically in four sections the inter schematic mnemonics Pod Interface mnemonics Mainframe interface mnemonics and the Memory and Analysis Interface mnemonics The signal name a functional description including the active level the source pin and the schematic pages affected are provided Service Model 64211A Table 8 1 Mnemonics Used On mnemonic Denon
85. r to the nearest Hewlett Packard Sales Service Office 6 1 Replaceable Parts Mode 64211A 6 14 DIRECT MAIL ORDER SYSTEM 6 15 Within the USA Hewlett Packard can supply parts through the direct mail order system The advantages of using the system are as follows a Direct ordering and shipment from the Hewlett Packard parts center in Mountain View California b Nominimum amount on any mail order there is a minimum order amount for parts ordered through a local HP office when the order requires billing and invoicing c Prepaid transportation there is a small handling charge for each order d No invoices To receive these advantages a check or money order must accompany each order 6 16 Mail order forms and specific ordering information are available through your local HP office Addresses and phone numbers are provided at the back of this manual 6 2 Mode 64211A assembly motor battery capacitor coupler diode delay line device signaling lamp misc electronic part amperes automatic frequency control amplifier beat frequency oscillator beryllium copper binder head bandpass brass backward wave oscillator counter clockwise ceramic cabinet mount only coeficient common composition complete connector cadmium plate cathode ray tube clockwise deposited carbon drive electrolytic encapsulated external fa
86. rads flat head fillister head fixed giga 109 germanium glass groundied Table 6 1 Reference Designators and Abbreviations REFERENCE DESIGNATORS fuse filter integrated circuit jack relay inductor henries loud speaker meter microphone ABBREVIATIONS N O hardware NOM hexagonal NPO mercury hour s hertz intermediate freq K LH LIN LK WASH LOG LPF M MEG MET FLM MET OX MFR MHZ MINAT MOM MOS MTG MY N NE impregnated incandescent include s insulation ed internal kilo 1000 left hand linear taper lock washer logarithmic taper low pass filter milli 10 3 meg 106 metal film metallic oxide manufacturer mega hertz miniature momentary metal oxide substrate mounting mylar nano 10 9 normally closed neon nickel plate mechanical part plug transistor resistor thermistor switch transformer terminal board test point normally open nominal negative positive zero zero temperature coefficient negative positive negative not recommended for field replacement not separately replaceable order by description oval head oxide peak printed circuit picofarads 10 12 farads phosphor bronze phillips peak inverse voltage positive negative positive part of polystyrene porcelain position
87. rming a write operation High ID Even High when 100 is low For the 6800 6802 this line is always low to enable the synchronizer ROM High Fetch 1 Goes high during an emulator opcode fetch High Fetch 2 Goes high to indicate opcode fetches Same as HFETCHI in 6800 6802 High Illegal Opcode Goes high to indicate an illegal opcode was detected High Memory Available Goes high when the emulator is not using memory Also a Memory and Analysis Interface mnemonic High No Clock Output of slow clock detector Goes high to indicate no memory transactions are occuring High Ready Goes high when emulation memory timing is complete Also a Memory and Analysis Interface mnemonic High User Goes high when the current addresss on the emulation address bus is mapped to user memory Also a Memory and Analysis Interface mnemonic High Write Data Valid Goes High to enable emulation processor writes to background memory Identification Bits 0 1 Used to to detect what emulator pod is being used For both the 6800 and the 6802 IDO is held high and IDI is grounded Also Pod Interface mnemonic Illegal Opcode Clock Latches the output of the illegal opcode detector into the illegal opcode detected storage register 2 4 5 1 4 5 7 8 4 6 Sheet 6 U49 5 Sheet 4 U27 10 Sheet 3 U80 4 Sheet 5 U68 12 Sheet 7 U34 18 Sheet 6 U52 5 Sheet 7 U45 3 Sheet 8 U45 5 Sheet 8 U28 8 Sheet 5 U40 8 Sheet 6 U49 7
88. rta T2H 2H8 Tel 403 253 27 13 Telex 610 821 6141 A CM CP E MS P Hewlett Packard Canada Ltd 11620A 168th Street EDMONTON Alberta T5M 3T9 Tel 403 452 3670 Telex 610 831 2431 A CM CP E MS P British Columbia Hewlett Packard Canada Ltd 10691 Shellbridge Way RICHMOND British Columbia V6X 2W7 Tel 604 270 2277 Telex 610 922 5059 A CM CP E MS P Manitoba Hewlett Packard Canada Ltd 380 550 Century Street WINNIPEG Manitoba OY 1 Tel 204 786 6701 A CM CS E MS P Nova Scotia Hewlett Packard Canada Ltd 0 Box 931 900 Windmill Road DARTMOUTH Nova Scotia B2Y 376 Tel 902 469 7820 Telex 610 27 1 4482 CM CP E MS P Ontario Hewlett Packard Canada Ltd 552 Newbold Street LONDON Ontario N6E 255 Tel 519 686 9181 Telex 610 352 1201 A CM CS E MS P Hewlett Packard Canada Ltd 6877 Goreway Drive MISSISSAUGA Ontario L4V 1M8 Tel 416 678 9430 Telex 610 492 4246 A CM CP E MP P Hewlett Packard Canada Ltd 1020 Morrison Drive OTTAWA Ontario K2H 8K7 Tel 613 820 6483 Telex 610 563 1636 A CM CP E MS P Quebec Hewlett Packard Canada Ltd 17500 South Service Road Trans Canada Highway KIRKLAND Quebec H9J 2M5 Tel 514 697 4232 Telex 610 422 3022 A CM CP E MP P CHILE Jorge Calcagni y Cia Ltda Arturo Burhle 065 Casilla 16475 SANTIAGO 9 Tel 220222 Telex JCALCAGNI A CM E M Olympia Chile Ltd Rodrico de Araya 1045 Casilla 256 V SA
89. s grounded Also Inter schematic mnemonic IDO ID1 Sheet 7 Ul4 14 LEHALT Low Emulation Halt Goes low to request an emulator proces sor halt LDEFIB Low Defibrilation Goes low when the mainframe processor Sheet 2 resets the emulation processor in the pod Also an Inter schematic mnemonic LHALT Sheet 7 J4 17 Low Halt A microprocessor pin status register bit From pod emulator processor HALT pin LIACK Sheet 7 J4 41 Low Interrupt Acknowledge Not used Held high by internal pullup LIC Last Instruction Cycle Not used Grounded in 6800 6802 pods Also an Inter schematic mnemonic Sheet 4 Sheet 7 J4 23 LINHIB Low Inhibit A low on this line inhibits emulation memory cycles independently from the memory mapper The6802 uses this line to overlay 6802 internal RAM and to allow optional writes to ROM space without a memory break occuring Held high in the 6800 pod Also an Inter schematic mnemonic Sheet 7 J4 19 Low Interrupt Request A processor status bit from the 6800 pod to the microprocessor pin status register to indicate a pending interrupt Not used with the 6802 Sheet 7 J4 21 Low Non Maskable Interrupt This is a microprocessor status bit which is used in the 6800 pod to indicate the emulator processor is handling a non maskable interrupt In the 6802 pod this line is not connected LRESET
90. strument in such an environment constitutes a definite safety hazard KEEP AWAY FROM LIVE CIRCUITS Operating personnel must not remove instrument covers Component replacement and internal adjustments must be made by qualified maintenance personnel Do not replace components with power cable connected Under certain conditions dangerous voltages may exist even with the power cable removed To avoid injuries always disconnect power and discharge circuits before touching them DO NOT SERVICE OR ADJUST ALONE Do not attempt internal service or adjustment unless another person capable of rendering first aid and resuscitation is present DO NOT SUBSTITUTE PARTS OR MODIFY INSTRUMENT Because of the danger of introducing additional hazards do not install substitute parts or perform any unauthorized modification of the instrument Return the instrument to a Hewlett Packard Sales and Service Office for service and repair to ensure that safety features are maintained DANGEROUS PROCEDURE WARNINGS Warnings such as the example below precede potentially dangerous procedures throughout this manual Instructions contained in the warnings must be followed WARNING Dangerous voltages capable of causing death are present in this instrument Use extreme caution when handling testing and adjusting SS 1 1 76 Model 64211A Table of Contents List of Illustrations TABLE OF CONTENTS Section Page Section Page I GENERAL INFORMATION
91. tadtring 5 D 2000 HAMBURG 60 Tel 040 63804 1 Telex 21 63 032 hphh d A CM CP E MS P Hewlett Packard GmbH Technisches B ro Hannover Am Grossmarkt 6 D 3000 HANNOVER 91 Tel 0511 46 60 01 Telex 092 3259 A CM CS E MS P Hewlett Packard GmbH Technisches Buro Mannheim Rosslauer Weg 2 4 D 6800 MANNHEIM Tel 621 70050 Telex 0462105 Hewlett Packard GmbH Technisches Buro Neu Ulm Messerschmittstrasse 7 D 7910 NEU ULM Tel Telex CE Hewlett Packard GmbH Technisches Buro N rnberg Neumeyerstrasse 90 D 8500 NURNBERG Tel 0911 56 30 83 Telex 0623 860 CM CS E MS P Hewlett Packard GmbH Technisches B ro MUnchen Eschenstrasse 5 0 802 1 TAUFKIRCHEN Tel 089 6117 1 Telex 0524985 A CM CP E MS P GREAT BRITAIN Hewlett Packard Ltd Trafalgar House Navigation Road ALTRINCHAM Chesire WA14 1NU Tel 061 928 6422 Telex 668068 Hewlett Packard Ltd Oakfield House Oakfield Grove Clifton BRISTOL BS8 2BN Tel 36806 Telex 444302 P Hewlett Packard Ltd 14 Wesley Street CASTLEFORD Yorkshire WF10 1AE Tel 0977 550016 Telex 5557355 Hewlett Packard Ltd Fourier House 257 263 High Street LONDON COLNEY Herts AL2 1HA Tel 0727 24400 Telex 1 89527 16 Hewlett Packard Ltd Tradax House St Mary s Walk MAIDENHEAD Berkshire SL6 1ST Tel 0628 39151 EP Hewlett Packard Ltd 308 314 Kings Road READING Berkshire Tel 61022 Telex 84 80 68 CM P Hewlett Pa
92. the other terminates in a female socket type connector Pin 1 is indicated by a triangle molded into the body ofeach connector The mating connectors for the cable connectors are located at the top left corner of the board as viewed from the component side Pin 1 of the card edge connector 1 18 indicated by a 1 etched into the board Pin 1 of the connector block located directly below J1 J4 is indicated by a triangle molded into the connector block The connector block and the mating female connector on the cable have matching colored dots on their surfaces The connector block is a latching type connector Before installing the cable connector into the connector block insure that the latching tips are open spread toward the outside edges of the board Connect the card edge connectors first then connect the socket type connector to the connector block Push the socket type connector into the connector block until the latching tips snap over the top of the connector d Grasp the board by the extractor levers located at the top of the board Be very careful not to dislodge the cables Hold the board with the component side toward the front of the developement station and the card edge connector labeled P1 toward the bottom of the card cage Insert the board into the selected card slot guide rails make sure P1 and the motherboard connector are aligned and push the board down until seated firmly in the connector e The bus cables supplied with
93. tion Enable Goes low when the mainframe processor scans the ID codes of the cards on the mainframe bus to enable each card to respond with its ID Sheet 2 U42 6 Low Interrupt 1 Goes low to signal the mainframe processor when an emulator needs service Sheet 3 U42 12 Low Memory Sync Goes low to force the mainframe processor to wait for the curent read or write cycle to be completed by the emulation subsystem Also an Inter schematic mnemonic Low Select Input from mainframe LSS0 9 I O board Goes low when the mainframe processor selects this board Also an Inter schematic mnemonic Sheet 2 P1 72 Sheet 2 P1 64 Low Strobe Goes low during a mainframe processor read to allow the selected device to drive the data bus Goes low dur ing a mainframe processor read to indicate bus data is valid Also an Inter schematic mnemonic Sheet 2 P1 63 Low Start Memory Goes low when the mainframe processor initiates a memory cycleand address bus and bus data is valid Also an Inter schematic mnemonic Low Write Goes low to indicate a mainframe processor write Sheet 2 to the selected device Also an Inter schematic mnemonic 8 10 Mode 64211A Service Table 8 1 Mnemonics Cont d Used Definition Sheets Memory and Analysis Interface Bus Avallable From the Emulation Microprocessor Goes Sheet 7 high to indicate a processor halt or wait state Also
94. titled PARTS ON THIS SCHEMATIC Add trace from U51B pin 7 to U51A pin 15 Model 64211A Manual Changes Delete trace from U50B pin 9 to U51A pin 15 Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 Page 8 31 Figure 8 8 Service Sheet 7 Emulator Selection and Control The following changes are illustrated in figure 4 a foldout of Service Sheet 7 including the following revisions Add the line from U45 9 to the mnemonic LID2 Reference to U44 10 on sheet 8 Add the connection from U45 11 to U46C 8 Add the section of U45 which contained pins 11 and 9 Add the connection from U46C 10 to U46B 5 Add the connection from U46C 9 to line between U46D 13 and mnemonic signal line ID1 Reference to U88 4 on Service Sheet 3 Add U46C Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 Page 8 33 Figure 8 9 Service Sheet 8 Emulator Memory Control The following changes are illustrated in figure 5 a foldout of Service Sheet 8 including the following revisions Add U44 Add the section of U45 which includes pins 6 and 14 Add U18A Add U50A Add the traces to connect these components as illustrated in figure 5 Add U18A U44 U50A to the table ICS ON THIS SCHEMATIC Change HP Part No 64211 66502 in upper left hand corner to 64211 66501 7 3 Manual Changes Model 64211A MP2 MP3 J3 07 o I U6 63 US
95. trol Board must be installed and removed with the 64000 power turned off Damage to the unit may otherwise result 2 1 Installation Model 64211A A EMULATION AND MEMORY EMULATOR CONTROL BOARD EMULATION MEMORY CONTROLLER EMULATION MEMORY BOARD EMULATION MEMORY BOARD PROM PROGRAMMER CONTROL BOARD MAY BE INSTALLED IN ANY SLOT 1 THROUGH 5 TAPE CONTROLLER BOARD CPU BOARD DISPLAY CONTROL BOARD 1 0 BOARD 9 8 7 6 5 4 3 2 1 0 C B A 64100 STATION FRONT B EMULATION ANALYSIS AND MEMORY EMULATOR CONTROL BOARD ANALYSIS BOARD EMULATION MEMORY CONTROLLER EMULATION MEMORY BOARD EMULATION MEMORY BOARD PROM PROGRAMMER CONTROL BOARD MAY BE INSTALLED IN ANY SLOT 1 THROUGH 4 TAPE CONTROLLER BOARD CPU BOARD DISPLAY CONTROL BOARD BOARD gt O O SN G MOND 64100 STATION FRONT October 1981 Figure 2 1 Recommended Card Cage Configuration 2 2 Model 64211A Installation 2 6 To install the 64211A proceed as follows a Turn 64100A power OFF b Loosen the two hold down screws and remove the card cage access cover c Connect the selected emulator pod to the Emulator Control Board prior to the installation of the board in the card cage This is done to simplify the connection of the the multi conductor pod bus cables to the board Two multi colored ribbon cables are used to connect the pod to the Emulator Control Board One cable terminates in a female card edge connector
96. uest Not used with current memory and analysis boards When used would provide for stopping the emulator processor for an emulation memory refresh cycle Held high ELUSER Emulator Low User Buffer control signal to emulator Goes low when address on emulator address bus is mapped to user memory space Emulator Memory Ready Buffered MR signal from the 6802 emulator pod brought to the microprocessor pin status regis ter Not used with 6800 pod 8 8 Model 64211A Service Table 8 1 Mnemonics Cont d Used On Definition Sheets Sheet 7 J4 29 Phase 1 Phase 1 of the emulator processor clock Also used as an Inter schematic mnemonic Sheet 7 J4 31 Phase 2 Phase 2 of the emulator processor clock Also used as an Inter schematic mnemonic Sheet 7 U14 16 Emulator Pre Foreground Goes high to indicate the back ground controller is going to change from background to fore ground mode Sheet 7 U26 11 EREADY Emulation Ready Used to insert wait states in the emulator processor by blocking MR operation in the pod Goes low to inhibit operation Not used in 6800 operation Sheet 7 J4 15 ETSC Emulator Three State Control A microprocessor pin status bit from the emulator pod Identification Bits 0 1 Used to to detect what emulator pod is Sheet 7 being used For both the 6800 and the 6802 IDO is held high and ID1 i
97. us2 5 vv Fr JAM LBKGP JAM 5 uso s g3 HILLOF 6 uso 7 00 4 JAM MEMORY CONTROL X2 12 U14 2 US2 6 U48 10 U51 10 U17 10 U13 10 U63 2 014 17 014 4 470 10 82 17 U47 3 U70 1 28 13 014 15 032 3 047 1 073 12 U47 4 J2 35 3 17 82 T a jer lt WD e o H fos fof ss s 55 25 25 s P O U38 0 m yr y Service ICS ON THIS SCHEMATIC U20 U58 1820 0681 74S00 U26 U60 1820 1449 74832 072 1820 1322 74502 134 1820 1624 745241 159 173 1820 0681 74508 061 096 1820 1430 74 5151 062 063 1820 0629 745112 076 64 091 1820 0655 7425 065 1820 0686 74511 077 68 1820 0685 74510 075 1820 0683 74504 PARTS THIS J3 R27 R29 R35 R41 R43 45 3 4 5 6 7 U20 U26 U27 U34 U38 US8 U65 U88 U73 U75 U76 U77 U91 U96 IC POWER SUPPLY CONFIGURATIONS U20 26 58 60 65 68 72 73 75 77 5 a 961 64 91 20 55 934 Figure 8 5 Service Sheet 4 Jam and Foreground Memory Control 8 25 8 26 blank Model 64211A Service 5 R31 1K ET HBREAK u75 9 2 ICS USED ON THIS SCHEMATIC REF DES HP PARI NO MFR PART NQ U13 U35 1820 0681 74500 58 U40 1820 0633 74574 E 043 059 1820 1367 74508 P BEE U55 1816 1385 745287 HFETCH2 U68 1820 0685 74S10 070 182
98. uts outputs or inputs and outputs Signals having a common relationship will have a common number i e C7 and 7D C7 controls D Dependency notation 2 3 5 6 1 C7 is read as when 2 and 3 and 5 and 6 are true the input will cause the counter to increment by one count or the input C7 will control the loading of the input value 7D into the D flip flops The following types of dependencies are defined AND G OR V and Negate N denote Boolean relationship between inputs and outputs in any combination Interconnection Z indicates connections inside the symbol Control C identifies a timing input or a clock input of asequential element and indicates which inputs are controlled by it Set S and Reset R specify the internal logic states outputs of an RS bistable element when the Ror S input stands at its internal 1 state Enable EN identifies an enable input and indicates which inputs and outputs are controlled by it which outputs can be in their high impedance state Mode M identifies an input that selects the mode of operation of an element and indicates the inputs and outputs depending on that mode Address A identifies the address inputs Transmission X identifies bi directional inputs and outputs that are connected together when the transmission input is true DEPENDENCY NOTATION SYMBOLS Address selects inputs outputs indicates binary range N Negate compliments state Control permits action
99. vaklidere ANKARA Tel 275800 Telex 42155 EMA Muhendislik Kollektif Sirketi Mediha Eldem Sokak 41 6 YUksel Caddesi ANKARA Tel 17 56 22 Cable Ematrade M UNITED ARAB EMIRATES Emitac Ltd P O Box 1641 SHARJAH Tel 354121 354123 Telex 68136 UNITED KINGDOM see GREAT BRITAIN NORTHERN IRELAND SCOTLAND UNITED STATES Alabama Hewlett Packard Co 700 Century Park South Suite 128 BIRMINGHAM AL 35226 Tel 205 822 6802 CM CS MP Hewlett Packard Co 0 Box 4207 8290 Whitesburg Drive S E HUNTSVILLE AL 35802 Tel 205 881 4591 CM CP E M Alaska Hewlett Packard Co 1577 C Street Suite 252 ANCHORAGE AK 99510 Tel 206 454 397 1 CM CS Arizona Hewlett Packard Co 2336 East Magnolia Street PHOENIX AZ 85034 Tel 602 273 8000 A CM CP E MS Hewlett Packard Co 2424 East Aragon Road TUCSON AZ 85702 Tel 602 889 4631 CM CS E MS Arkansas Hewlett Packard Co P 0 Box 5646 Brady Station LITTLE ROCK AR 72215 Tel 501 376 1844 501 664 8773 CM MS SALES amp SUPPORT OFFICES Arranged alphabetically by country UNITED STATES Cont California Hewlett Packard Co 7621 Canoga Avenue CANOGA PARK CA 91304 Tel 213 702 8300 A CM CP E P Hewlett Packard Co 1579 W Shaw Avenue FRESNO CA 93771 Tel 209 224 0582 CM MS Hewlett Packard Co 1430 East Orangethorpe FULLERTON CA 92631 Tel 714 870 1000 CM CP E MP Hewlett Packar
100. x 58 Alexandra Post Office SINGAPORE 9115 6th Floor Inchcape House 450 452 Alexandra Road SINGAPORE 0511 Tel 631788 Telex HPSGSO RS 34209 Cable HEWPACK Singapore A CP E MS P SOUTH AFRICA Hewlett Packard South Africa Pty Ltd P 0 Box 120 Howard Place Pine Park Center Forest Drive Pinelands CAPE PROVINCE 7450 Tel 53 7955 53 7956 53 7957 Telex 57 0006 A CM CS E MS P Hewlett Packard South Africa Pty Ltd P 0 Box 37066 Overport DURBAN 4067 Tel 28 4178 28 4179 28 4110 CM CS Hewlett Packard South Africa Pty Ltd P 0 Box 33345 Glenstantia 0010 TRANSVAAL 1st Floor East Constantia Park Ridge Shopping Centre Constantia Park PRETORIA Tel 98 1126 or 98 1220 Telex 32163 CE Hewlett Packard South Africa Pty Ltd Daphny Street Private Bag Wendywood SANDTON 2 144 Tel 802 5111 802 5125 Telex 89 84782 Cable HEWPACK Johannesburg A CM CP E MS P SPAIN Hewlett Packard Espa ola S A c Entenza 321 E BARCELONA 29 Tel 3 322 24 51 321 73 54 Telex 52603 hpbee A CM CP E MS P Hewlett Packard Espafiola S A c San Vicente S N Edificio Albia 1 7 B E BILBAO 1 Tel 944 423 8306 423 8206 A CM E MS Hewlett Packard Espa ola S A Calle Jerez 3 E MADRID 16 Tel 458 2600 Telex 23515 hpe A CM E MP P SALES amp SUPPORT OFFICES Arranged alphabetically by country Hewlett Packard Espa ola S A Colonia Mirasierra Edificio Juban c o Costa Br

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