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XVME-682 Manual

October, 1989

When the local 80286 processor receives an interrupt on IRQ10 - IRQI2 or IRQ15, the user

program must read the AUX INT port to determine the VMEbus interrupt level. The user p

st p

rfo

s IA

vector a

complete

the VMEbus IACK cycle. Software should check to ensure the VMEbus interrupter has

negated its interrupt before leaving the ISR (interrupt service routine).

6.5.2 Dual-Port Interrupts

Another VMEbus master may interrupt the XVME-682 by reading any one of the lower 16

bytes of the module's dual port RAM. When this access occurs the dual port interrupt is

latched and remains latched until bit 7 of CONREG is reset. The status of this interrupt is

available in AUX_INT bit 0. When bit 0 is set the interrupt is pending. The dual port

interrupt must be cleared by resetting bit 7 of CONREG.
A jumper is provided to enable\disable this interrupt, when J I is IN the dual port interrupt

is enabled, when OUT the interrupt is disabled. See Figure 6-3 for a diagram of the XVME-

682 Auxiliary Maskable Interrupt Structure.

6.5.3 Auxiliary Non-Maskablc Interrupts

Four non-maskable interrupts have been added to the basic IBM PC/AT architecture. These

four auxiliary non maskable interrupts (ANMIs) are: the abort button, the watchdog timer,

SYSFAIL, and ACFAIL. See Figure 6-4.
The IBM PC/AT architecture provides a mechanism to disable and enable NMIs. An output to

port 70h with D7=0 will enable NMIs. An output to port 70h with D7=1 will disable NMIs.

This same mechanism will enable and disable the ANMIs. All four ANMIs are implemented

as latches.
When the interrupt event occurs, and is enabled, the latch will set. The latch remains set until

the interrupt is disabled or a system reset occurs.

SYSFAIL, ACFAIL, and the abort button are all enabled by bit 4 of CONREG. If bit 4 is on,

the occurrence of the interrupt event will set a latch, which remains set until bit 4 is reset.

When the latch is set a NMI will occur if module NMI is enabled.

The state of these latches can be determined by checking input port STATUS_1. SYSFAIL

latch is bit 2, ACFAIL latch is bit 1, and the abort button latch is bit 3. When these bits are

high the corresponding latch is set.
The watchdog timer (WDT) ANMI is enabled by bit 0 of CONREG. The WDT has a timeout

period of approximately 150 ms. If bit 0 of CONREG is set and the WDT expires, a latch will

set and remain set until bit 0 of CONREG is reset. If the module NMI is enabled, the setting

of this latch will generate a module ANMI.
The state of this latch is available in bit 7 as input port STATUS__2. When the latch is set,

bit 7 will read 0, when the latch is reset, the bit will read 1.

6-13

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Summary of Contents for XVME-682

Page 1: ...buy your excess underutilized and idle equipment along with credit for buybacks and trade ins Custom engineering so your equipment works exactly as you specify Critical and expedited services Leasing Rentals Demos In stock Ready to ship TAR certified secure asset solutions Expert team I Trust guarantee I 100 satisfaction All trademarks brand names and brands appearing herein are the property of th...

Page 2: ...ssor Module 1989 XYCOM INC Printed in the United States of America Part Number 74682 001 XYCOM 750 North Maple Road Saline ivlichigan 48176 313 429 4971 Artisan Technology Group Quality Instrumentatio Guaranteed I 888 88 SOURCE ...

Page 3: ...e c h n o l o g i e sCorporation C o p y r i g h tInformation T h i s d o c u m e n t i sc o p y r i g h t e d b y X y c o m I n c o r p o r a t e d X y c o m a n d s h a l ln o t b e r e p r o d u c e d o r c o p i e d w i t h o u texpressed w r i t t e na u t h o r i z a t i o nf r o mXycom T h e i n f o r m a t i o n c o n t a i n e dw i t h i nthisd o c u m e n tiss u b j e c tt o c h a n g e ...

Page 4: ... 2 6 2 3 3 AuxiliaryM a s k a b l eInterrupts 2 6 2 3 4 V M E b u sInterrupts 2 7 2 3 5 D u a l PortInterrupts 2 7 2 3 6 AuxiliaryN o n M a s k a b l eInterrupts 2 7 2 3 7 V M E b u s S l a v eInterface 2 8 2 3 8 V M E b u s S l a v eInterfaceAddressing 2 8 2 3 9 V M E b u s M a s t e rInterface 2 9 2 3 10 EPROM 2 9 2 3 11 V M E b u s Slot1 Functions 2 9 2 3 12 SYSRESET 2 10 2 3 13 V M E b u s Arb...

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Page 8: ... c u l e sg r a p h i c ssupport 256KofvideoRAM IBMP C A T c o m p a t i b l eW i n c h e s t e ra n dfloppyd i s kcontroller Controlofu ptotwoW i n c h e s t e r typeharddiskdrives Controlofu ptotwofloppyd i s kdrives 1 3 3XVME 682B u s S i g n a lInterfaces T h e X V M E 6 8 2 C P U a n dI Ob o a r d sareunitedviaalocalb u s ThisallowstheC P Uboard toc o m m u n i c a t edirectlywiththeg r a p h...

Page 9: ...ge P C A T BUSI F WATCHDOG TIMER ROM BIOS 80286 CPU KEYBOARD I F L O C A L ATBUS 80287 NPX M A T HCOPROCESSOR OPTIONAL VMEbus BUFFERS 1 4M B Y T E SDUAL P O R T E DRAM VMEbus MASTER SLAVE I F C O M 1COM T W OSERIAL PORTS B A T T E R Y BACKED T O DCLOCK F i g u r e1 1X V M E 6 8 2 C P U C a r dBlockDiagram 1 5 LPT1 PARALLEL INTERFACE ualiInstrrentation G u a r a n t e e dI 8 8 8 8 8 S O U R C E Iww...

Page 10: ...8 2 C 4 3 5EGA CONTROLLER P C A TBUS WD11C00C 22 P C A TINTERFACE CONTROLLER W D 1 0 1 5BUFFER M A N A G E RCONTROL PROCESSOR WD10C2OB D A T ASEPARATOR WINCHESTERDATA CONNECTOR F L O P P YCONNECTOR WD37C65 F L O P P YDISK CONTROLLER WD2010 WINCHESTER D I S KCONTROLLER WINCHESTERDRIVE CONTROL F i g u r e1 2X V M E 6 8 2I OC a r dBlockDiagram 1 7 T e c h n o l o g y G r o u p Q u a l i t y I n s t r...

Page 11: ...2 ParallelInterface R e a lT i m eClock Environmental Temperature Operating N o n operating Humidity 80286 6 8 or1 0M H z sof t w are selected 80287 8MHz C P U PhoenixR O M B I O SPLUS I OPhoenixE G ABIOS E G A C G A M D A H e r c u l e sMonochrome SA450 ST506 D u a l p o r t e dR A M 1or4MBytes E P R O M o n C P U m o d u l e 128K B y t e s 2sockets E P R O M o nI Om o d u l e 64K B y t e s 1sock...

Page 12: ...for R e v i s i o nLevelA Figure2 2 BforR e v i s i o nLevelB a n dFigure2 2 CforR e v i s i o nLevel C T h e b o a r drevisionlevelisl o c a t e do ntheb a c ksideofthem o d u l e s e eAppendixA B e f o r emodifyingthej u m p e r so ntheX V M E 6 8 2them o d u l e sm u s tb es e p a r a t e d s e eFigure 2 1fors c r e wlocations Ify o uh a v ea nX V M E 6 8 2 1orX V M E 6 8 2 3 s h a r e dP C A T...

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Page 15: ...b y t e softhem o d u l e sdual portR A M J u m p e rJIisu s e dtoe n a b l ea n ddisablethistypeof interrupt W h e nJIisIN thedual portinterruptise n a b l e d W h e nthej u m p e risOUT the interruptisdisabled ThedefaultisIN 2 3 6AuxiliaryN o n M a s k a b l cI n t e r r u p t s A N M I J 5 0 J 5 1 J 5 2 J62 F o u rAuxiliaryN o n M a s k a b l eInterrupts ANMI h a v eb e e na d d e dtothebasicIB...

Page 16: ...faultisIN 2 3 1 0 E P R O M J47 J48 T w o j u m p e r sdefinet h etypeofE P R O Mattheo d dbytelocation U 3 4 a n dthee v e nbyte location U 4 6 Theya r eJ 4 7a n dJ 4 8 T able2 5s h o w s h o wt h e s et w oj u m p e r sa r econfigured t oselectthetypeofE P R O M o ntheX V M E 6 8 2 C P U m o d u l e ThedefaultisJ 4 7 A a n dJ48B 2 5 6 KEPROMs T a b l e2 5E P R O MS e l e c t i o nJumpers 2 3 1 1...

Page 17: ...uptlevels Thedefaultisall IN T a b l e2 9ATPortInterruptLevelJumpers 2 3 1 7SerialP o r tC o n f i g u r a t i o n J 3 6 J 3 7 J 3 8 J 3 9 J 4 0 J 4 1 J 4 2 J 4 3 J 5 6 J 5 7 J 5 8 J 5 9 J61 S e r i a lport 1isR S 2 3 2only C O M 1defaultconfiguration Serialport 2 C O M 2default configuration c a n b ej u m p e r configureda seitherR S 2 3 2orR S 4 2 2 T able2 1 0showshow t h eserialportconfigurat...

Page 18: ...efrontpanel a n d C O M 2islabelleda sJ K 3 Bothare9pinD t y p ec o n n e c t o r s C O M 1isad e d i c a t e dR S 2 3 2s t a n d a r dport whileC O M 2 c a nb econfigured t ou s eeithertheR S 2 3 2orR S 4 2 2s t a n d a r d s Thefactorysettingisb o t htoR S 2 3 2 TheRS 2 3 2 a n d R S 4 2 2pinoutsaregivenbelow T a b l e2 1 2SerialR S 232 T a b l e2 1 3SerialR S 422 S o m e earlierv e r s i o n so...

Page 19: ...n F i g u r e3 lAforR e v i s i o nLevelA Figure3 1 BforR e v i s i o nB a n dFigure3 1 CforRevision L e v e lC Defaultj u m p e ra n dswitchsettingsarelistedinA P P E N D I XAofthismanual B e f o r emodifyingthej u m p e r so ntheX V M E 6 8 2them o d u l e sm u s tb es e p a r a t e d s e eFigure 2 1fors c r e wlocations Ify o uh a v ea nX V M E 6 8 2 1orX V M E 6 8 2 3 s h a r e dPC atsignals p...

Page 20: ...ULJUULJULJULILLUJIIJU P2 0000 SW1 P7 11 1 P6 P5 I J6 IP1 F i g u r e3 1 BX V M E 6 8 2I OM o d u l eJ u m p e r C o n n e c t o ra n dS w i t c hLocations F o rR e v i s i o nLevel B 3 3 J5 A B 1 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t y l n s t r u m e n t a t i n G u a r a n t e e dI 8 8 8 8 8 S O U R C E Iwww artisantg com ...

Page 21: ... 7 H PC A TdefaultisB 3 3 3ReadLatch J u m p e r J 3controlsw h e t h e rornottheS t a t u sR e a dislatched Ifthej u m p e risIN theread is l a t c h e d ThejumperO U Twillm e a ntheS t a t u sR e a disnotlatched thisoptionisu s e dwith t h e C o m p a q2 8 6 TheP C A TdefaultisIN 3 3 4HardD i s kDrive T h e J 4 Asettings u p p o r t sa2 h e a d 6 1 2 cylinderhard diskdrivewiths t a n d a r ds y ...

Page 22: ...F ON C G A 80x25 E G A M o n oMode 3 4MONITORS E L E C T I O NSWITCH T h echipsetu s e da savideocontrollerintheX V M E 6 8 2allowsforaPrimarya n dSecondary v i d e oadapter SwitchIo ntheb o a r dcontrolsw h e t h e ro n eortwoa d a p t e r sa n dwhattypeof d i s p l a y swillb eu s e d T able3 3s h o w sthevariousselectionoptionsforSwitch 1 U n d e rm o s tconditions theX V M E 6 8 2 a n E G A c ...

Page 23: ... n t a i n sa n E G A F e a t u r eC o n n e c t o ra spartofthem o d u l e T able3 5describes t h epinoutsofP 4 the3 2 pinfeatureconnector T a b l e3 5FeatureConnector T h e r earealsotwovideojackslabelledP 5a n dP 6 Thesea r es t a n d a r dvideojacksthatare availableforu s eo ntheX V M E 6 8 2 Currently theya r enotc o n n e c t e dtothecircuitryo nthe c a r ditself Theu s e rc a nd e s i g nad...

Page 24: ...SIGNAL PIN SIGNAL 1 N C 2 GND 3 N C 4 GND 5 N C 6 GND 7 N C 8 GND 9 N C 10 N C 11 GND 12 GND 13 HWMFMI 14 HWMFMI 15 GND 16 GND 17 HRMFM1 18 HRMFMI 19 GND 20 GND T h e c o n n e c t o rlabelledJ K 1istheH a r dDiskControlC o n n e c t o r Itisa3 4 pinheader T a b l e3 7HardDiskControlConnector T h e c o n n e c t o rlabelledJ K 4istheH a r dDisk 1D a t aControlC o n n e c t o r Itisa2 0 pinheader T...

Page 25: ...ee v e n n u m b e r e dv e r s i o n softhemodule c a n n o to p e r a t ewitha3 2 bitp r o c e s s o rsharingthes a m e V M E b u sbackplane T h i sisd u etothefactthatR o wBoftheV M E b u s P 2c o n n e c t o risb u s s e dtoallc a r d so nthe b a c k p l a n e B e c a u s ethee v e n n u m b e r e d X V M E 6 8 2v e r s i o n su s etheP 2c o n n e c t o rtosendAT s i g n a l s theyc a n n o ts...

Page 26: ... C CLK 15 SA16 N C IRQ7 16 SA15 N C IRQ6 17 SA14 N C IRQ5 18 SA13 N C IRQ4 19 SA12 N C IRQ3 20 SA11 N C DACK2 21 SA10 N C T C 22 SA9 GND BALE 23 SA8 N C OSC 24 SA7 N C SBHE 25 SA6 N C LA23 26 SA5 N C LA22 27 SA4 N C LA21 28 SA3 N C LA20 29 SA2 N C LA19 30 SAI N C LA18 31 SAO GND LA17 32 GND 5V MEMR T a b l e3 1 1PC A TInterfaceConnector P2 X V M E 6 8 2 1 XVME 682 3Only 3 15 A r t i s a n T e c h ...

Page 27: ...cifications TheX V M E 6 8 2isad o u b l e high two b o a r dV M E b u sm o d u l e Assuch it r e q u i r e stwoslotsa n dboththeP 1a n dP 2connections Priortoinstallingamodule youshoulddetermineandverifyallrelevantjumper configurations a n dallconnectionstoexternaldevicesorpowersupplies Jumper configurationinformationfortheC P Ua n dI Ob o a r d sc a nbefoundinC h a p t e r s2and 3 respectively 4...

Page 28: ... l e d a m a g eorobstructions 3 InstalltheX V M E 6 8 2intothec a r d c a g ebycenteringtheb o a r d s o ntheplasticguides intheslotsandpushingthec a r d sslowlytowardtherearofthec h a s s i suntil the c o n n e c t o r s e n g a g e thec a r d ss h o u l dslidefreelyintheplasticguides 4 Securetheb o a r d s tothec h a s s i sb ytighteningthetwom a c h i n es c r e w satthetopand b o t t o mofe a...

Page 29: ...ure4 3a saguide CPU X V M E682 40FML PASS elK1 JK2 JK3 0 0 0 0 JK4 0 JK5 0 O OREST xycom VMEbus PS P6 SW1 P8 F i g u r e4 3X V M E 6 8 2FrontPanel A s s u m i n gthes t e p sinthep r e v i o u ss e c t i o n softhisc h a p t e rh a v eb e e nfollowed thepower to t h e V M E b u s c a r d c a g ec a nn o wb eturnedtoON 4 5 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t yI n s t r u n n e n...

Page 30: ...I O S P L U Sfirmwarew h i c hcontrolsmany oftheb a s i cfunctionsoftheX V M E 6 8 2includingdiskI O seriala n dparallelports keyboard control a n dp o w e r u pdiagnostics TheR O M B I O S P L U SalsocontainsaresidentSETUP facilityw h i c hisu s e dforplacingdefaults y s t e mp a r a m e t e r sinC M O SRAM T h e A T c o m p a t i b l e R O M B I O S P L U S s u p p o r t salld e v i c e sthatI B...

Page 31: ...M5 2 5 20Mb 306 8 128 319 17 1 4 IBM5 2 5 42Mb 733 7 1 733 17 1 5Available 1 6 IBM5 2 5 20Mb 612 4 0 633 17 1 7 IBM5 2 5 40Mb 977 5 300 977 17 1 8 IBM5 2 5 56Mb 977 7 1 977 17 1 9 IBM5 2 5 59Mb 1024 7 512 1023 17 2 0 IBM5 2 5 30Mb 733 5 300 732 17 2 1 IBM5 2 5 42Mb 733 7 300 732 17 2 2IBM5 2 5 30Mb 5 300 733 17 5 2 3HardD i s kD r i v e sSupported Currently 4 7harddiskdrivet y p e sc a nb es e l e...

Page 32: ...hen installingthes y s t e mforthefirst time changingdrivesormonitortype changings y s t e mfeatures i e C P Uspeed replacingthebattery 5 3 2Invokingt h e S E T U PRoutine T oinvoketheR O MresidentS E T U Proutineo ntheX V M E 6 8 2simplyd e p r e s sthe CTRL AL T a n d S k e y ss i m u l t a n e o u s l yo naP C A Tkeyboard Y o u m a yscrollt h r o u g htheavailableS E T U P optionsbyu s i n gthe...

Page 33: ...illb ea sfollows Modulem e m o r y m a p a ss e e nbythe8 0 2 8 6CPU I O porta d d r e s s e s registersa n ddescriptions Use oftheV M E m a s t e rinterface Use oftheV M Es l a v einterface Interrupts 6 2XVME 682M O D U L E M E M O R YMAP F i g u r e s6 1and6 2s h o wtheX V M E 6 8 2M o d u l em e m o r y m a p s a stheyw o u l da p p e a rtothe 8 0 2 8 6processor T h e X V M E 6 8 2dual a c c e ...

Page 34: ...x p a n s i o n B I O S R O M o nI OModule 64K V i d e o M e m o r y o nI OModule 128K D u a lP o r tRAM 640K D u a lP o r t M e m o r yInterrupts 1 6bytes FE0000 FFFFFF FD0000 FDFFFF FC0000 FCFFFF 460000 FBFFFF 100000 45FFFF OF0000 OFFFFF 0E0000 0EFFFF OD0000 ODFFFF 0C0000 0CFFFF 0A0000 0BFFFF 000000 09FFFF 000000 00000F F i g u r e6 24M B M e m o r y M a p AsS e e nbythe8 0 2 8 6CPU 6 3 A r t i ...

Page 35: ...H S T A T U S 1 I N ONLY 3 3 H S T A T U S 2 I N ONLY 3 4 H V M E H i A D D O U T ONLY 3 5 H T R I G W U T I N O U T T h efollowings e c t i o n sd i s c u s st h e s esixI Oports 6 3 1CONREG T h i si n p u t o u t p u tp o r tist h ec o n t r o lr e g i s t e r u s e dtoc o n t r o l m a n y m o d u l efunctions A l lbits ofthisportaresettoz e r ow h e nthem o d u l eisreset Itsbitsa r edefineda ...

Page 36: ...a t c h d o gtimerh a stimedout D 7 1If not 6 3 5VME_HI_ADD T h i soutputportisu s e dtoprovidetheupper8a d d r e s sbitsw h e ntheV M E b u sstandard a d d r e s s s p a c eisa c c e s s e dthroughthewindow 6 3 6TRIG WDT T h i sportisu s e dtotriggerthew a t c h d o gtimer Inputsoro u t p u t stothisportwilltrigger the w a t c h d o gtimer Nodataise x c h a n g e dduringt h e s ea c c e s s e s R...

Page 37: ...portVME_HI_ADD a d d r e s s34H a n ddoawordreadata d d r e s s0 E 3 4 5 6 H Thew o r dreturnedwillb efrom V M E b u s a d d r e s s123456H 6 4 3VMEbusIA CKSPACE W h e n theW i n d o wisconfiguredfortheV M E b u sIACKs p a c e abyter e a dfromtheWindow willc a u s etheX V M E 6 8 2top e r f o r ma V M E b u sI A C Kcycle T h ed a t areturnedfromthebyte r e a dwillb ethestatusIDvectorreturnedfromth...

Page 38: ...terruptm a s klocationenables the interrupt a 1 masks it 6 5 1VMEbusInterrupts E a c h V M E b u sinterruptlineh a sabitpositionintheAUX_INTinputport VMEbus interruptlevel7c o r r e s p o n d stoAUXINTbitposition7 andsoonthroughVMEbus interruptlevel1whichc o r r e s p o n d stoAUXINTbitposition1 W h e naparticularbitin A U X I N T i s s e t t h e c o r r e s p o n d i n g V M E b u s i n t e r r u...

Page 39: ...hewatchdogtimer S Y S F A I L a n dACF AIL S e eFigure6 4 T h e I B MP C A Tarchitecturep r o v i d e sam e c h a n i s mtodisablea n de n a b l eN M I s Anoutput to port7 0 hwithD 7 0wille n a b l eN M I s Anoutputtoport7 0 hwithD 7 1willdisableNMIs T h i s s a m e m e c h a n i s mwille n a b l ea n ddisabletheA N M I s AllfourA N M I sareimplemented a slatches W h e n theinterrupte v e n to c c...

Page 40: ...I Latch T O B I T1OF I N P U TPORT STATUS_1 SQ R ABORT BUTTON NMI Latch WDT NMI Latch T h i s s i g n a l g o e s l o w w h e n t h e w a t c h d o gtimertimes out B I T 7 O F O U T P U T PORT70H I B M A T N M ISIGNAL 0 T O B I T30F I N P U TPORT STATUS_1 Figure6 4AuxiliaryN o n m a s k a b l eInterruptStructure 6 15 T O B I T7OF I N P U TPORT ST A TUS_2 NMI A r t i s a n T e c h n o l o g y G r o...

Page 41: ...ddress T h i sp r o b l e mc o n c e r n sonlyn u m e r i cvalues String typevariablesaretreatedthesameby b o t hdevices X y c o m s o l v e dthedatab u sbit s w a p p i n gp r o b l e mbyc o n n e c t i n gByte0oftheC P UtoD15 D 8oftheV M E b u s a n dByte1oftheC P UtoD 7 D OoftheVMEbus P C A TD A T A B U S V M E D A T A B U S B Y T E D 7 D O D 1 5 D 8 0 D 1 5 D 8 D 7 D O 1 T h e s e c o n dp r o...

Page 42: ...d i c a t e st ot h en e x tboard thata na c k n o w l e d g ecycleisinprogress AMO AM5 1A 23 A D D R E S S M O D I F I E R bits0 5 Three statedrivenlinesthat 1B 16 17 p r o v i d eadditionalinformationa b o u tthea d d r e s sb u s suchas 18 19 s i z e c y c l et y p e a n d o rD T B m a s t e ridentification 1C 14 AS IA 18 A D D R E S S S T R O B E T h r e e s t a t ed r i v e ns i g n a lthatin...

Page 43: ...ptacknowledge d a i s y chain I N T E R R U P T R E Q U E S T 1 7 O p e n collectordrivensignals g e n e r a t e dbyaninterrupter whichcarryprioritizedinterrupt r e q u e s t s Levels e v e nisthehighestpriority L O N G W O R D T h r e e statedrivensignalindicatesthatthecurrent transferisa3 2 bittransfer R E S E R V E D Signallinereservedfor future VMEbus e n h a n c e m e n t s Thislinem u s tnot...

Page 44: ...21 18 AS AM2 A20 19 GND AM3 Al9 20 IACK GND A18 21 IACKIN SERCLK 1 A17 22 IACKOUT SERDAT 1 Al6 23 AM4 GND A15 24 A07 IRQ7 Al4 2 5 A06 IRQ6 Al3 26 A05 IRQ5 Al2 27 A04 IRQ4 Al1 28 A03 IRQ3 A10 29 A02 IRQ2 A09 30 A01 IRQ1 A08 31 12V 5 VSTDBY 12V 32 5V 5V 5V B A C K P L A N ECONNECTOR T h efollowingtableliststheP 1pina s s i g n m e n t sb ypinn u m b e rorder Theconnectorconsists ofthreer o w sofpins...

Page 45: ...D e f i n e s V M E b u sarbitration level inconjunctionwithJ 8 J12 E n a b l e s d i s a b l e s V M E Slot 1 functionsinconjunctionwithJ6 J 9 J 1 5 J34 E n a b l e s d i s a b l e s V M E Slot 1 functionsinconjunctionwithJ5 J 9 J 1 5 J34 D e f i n e s V M E b u s a d d r e s sbitsfor s l a v einterfaceinconjunction withJ 1 3 J 1 4 J25 D e f i n e s V M E b u sarbitration level inconjunctionwithJ...

Page 46: ...A Tinterruptlevel is u s e d a sfollows J 2 6 A I R Q 1 5 J 2 6 B I R Q 1 2 J 2 6 C I R Q 1 1 J 2 6 D I R Q 1 0 E n a b l e sA TinterruptlevelIRQ7 w h e ninstalled E n a b l e sA TinterruptlevelIRQ3 w h e ninstalled E n a b l e sA TinterruptlevelIRQ4 w h e ninstalled E n a b l e sA TinterruptlevelIRQ5 w h e ninstalled R e s e r v e d m u s tb einstalled forproperoperation S e l e c t sw h i c huni...

Page 47: ... n j u n c t i o nwithJ48 D e f i n e s E P R O Mtypein c o n j u n c t i o nwithJ47 R e s e r v e d m u s tb eOUT forn o r m a loperation E n a b l e sW atchdogTimer interruptsw h e ninstalled E n a b l e s A C F A I Linterrupts w h e ninstalled E n a b l e s S Y S F A I Linterrupts w h e ninstalled E n a b l e s S Y S R E S E Tpushbutton o nfrontp a n e lw h e ninstalled E n a b l e s B E R Rsig...

Page 48: ...77H O U T u s eprimarya d d r e s sof 1F0 1F7H S t a t u sRead I N S t a t u sr e a dislatched O U T S t a t u sr e a disnotlatched J 3isleftO U TwiththeCOMP AQ286 H a r dDiskDriveConfiguration A S u p p o r t sonly2 h e a d 6 1 2 cylinder h a r d diskdrivewiths t a n d a r dsystem s e t u pfor4 h e a d 3 0 6 cylinderdrive B S u p p o r t sa n yharddiskdrivelisted o n B I O Sharddrivetable S t e p...

Page 49: ...heinstallationoftheoptionale q u i p m e n tthatg o e swiththe X V M E 6 8 2 P r o c e s s o rModule C 2MATHC O PROCESSOR InstalltheM a t h C o p r o c e s s o ra spertheillustrationbelow C 1 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t yI n s t r u m e n t a t i o n G u a r a n t e e dI 8 8 8 S O U R C E Iwww artisantg com ...

Page 50: ... s e s c h e m a t i c s a n d a s s e m b l y d r a w i n g s a r eforthe R e v i s i o nL e v e lCa r t w o r kONLY X V M E 6 8 2 C P U B L O C KDIAGRAM P C A T BUSI F C O M 1COM2 L P T 1 WATCHDOG TIMER KEYBOARD liF L O C A L A TBUS D 1 T W OSERIAL PORTS B A T T E R Y BACKED T O DCLOCK PARALLEL INTERFACE A r t i s a n T e c h n o l o g y G r o u p Q u a l i t yInstrumentation G u a r a n t e e d...

Page 51: ... 0 0 K20 0 J E 5 1C7 L J _ 5 _ 1 1 a5 0 5 1052 C 1 9 JK3 US6 0 J1 0 U9 C4 CS olt inrinnimminnrinmin7 P2 a C R 1I 0 5 0 30 61 oo 44 U19 8 U3 U16 35 0034 v0 018 0 17 U10 6so P3 OD U12 011 m 0 z RN3 O s9 ei c 047 U38 411 U48 U57 0 U58 U67 to iv ki 52 JK1 U63 16 2 U66 Li 771 U68 kU72I R N 6 I J33 ICI a Y1 C7 Y2 CzO ibgic CC2C3C a 9 in an J42 1 1 1 1 1 1 1 1 1 1 6 J 5 8 D IIRN7 I IRNI3 k073 034 kUe5 ku...

Page 52: ...cspe 4aKsPR 2 01412 V67 R75 10K SID 2 5V 711 10K SMD R56 10x R3 1 0 K10K2 5 1 1 9 13 Aria 2 2 R87 D D D D 3 6 7 3 7 8ttiErR D 7 8111811UD 1 2IICR 1 2IICLi D V66 16113E1 It 12 I3 01 0 401 1 502 16 3 7041 20 919 020 05 06 012 olrz 915 911 91A 912 IC10 10PF 21091 v DO S C15 C RESETDRV 15 C S Y S C L K8 15 DOSC 12 4 D P C L K4 11 C RSYSCLK 4 DDMRCLK 4 DCPINT 4 DHLDA1201 9 C INT A 3 4 DNPCS 2 C RES287 ...

Page 53: ...0K D I0 9 D I 1 00 2 4D 3 4 5 0 5 2 0 6 3 0 7 30 0 15 0 M A 0 7 13 XA 0 16 1 SA 0 16 1 CPUHLDA Si SO CODINTA 8HE M I09 CPUA20 1 3 8 1 8 1 8 8 1 2 M H 2 1 1 3 NP8USY E R R O R 1 x y c c 1 m EA TNE KIENCICAN 49176 TITLE _SCHEMATIC X U M E 682 CPU N E S E R A T I N G S P R EINC PROP E R T Y O FW O N M OPIMANOT B E I T O U T O O T T O C O O C O N I C LOIN O U T E x y E s s C Ou k E T T C HNun O U Z A ...

Page 54: ...V 1 5SD 015 0 1 3MD 0 15 C 1XA 0 16 CD 4AEN2 C 4ADST816C 4AEN1 E 4ADSTB8D J48 X A 15 1X0 0 7 1 5MPS TER 2CPUHLDAC 1INTA C 1XIOR D 9HLOF11206 D 1R E F D X D 0 1394 1 XD 1 Do X 0 2 46 X0 4 4 5 X D 3 X 0 5 5318 XD 6 0 7 12 X0 7 DE 128K A B256K DPPICS 1 0 DC5287 1 D A C K 4 C 203MSTR 1 061 1 5 TEVENS 0660 01610 PRO O O I T I L O R O LCUM XSCOM6 Dc cua 1 5 ji TLC _SCHEMATIC X U M E 682CPU RIM0 1 6 1 6 ...

Page 55: ...3D 15 DREGS D 15 DREO6D 15DREQ7C 9IOCHRDY206D 3 A C K C C12 2 W Oq DESGIPT3011 011 MANUF ACTURINGRELEASE 1K 1 1 1 1WAY 1Y4 0 32H768 C 1 1 2 R60 A F T 5 0 V 4 7 0 K s 40 1XAt 0 161 1X0 0 7 R46 1 1AAX 10 513 4 7K SM C CLK206 9 DC L KSPA C CLKSPB IDRESET2 C A2OGATE JK2 1 CLK On 3 DATA J X 2 2 J K 2 4 JX1 3 JK1 1 JK1 2 STEVEN O 0 0 1 C 0 1 O V I D 111 000C D A D R I O N 0 M E S E O R D I O N S P E EDE...

Page 56: ...D 015 9UDEN D awN S 7UDiR D Oct W M W i t n s M A R C COW MCCITICO L O O W CNC D IDORS 0004410 AlaO 3 SCHEMATIC i n SL9IOSICK113FIN IN t a m s X U M E 682CPU J O N M O O ARS VWD R O W NNCTICLO WIT O F W R 0 1NOMILLMOT R W O M O C IM WI 14114 M TDPW DL I R I T7 0 4RUM O R W T 4IOWIOW LICE 5W16 72682B 100 D 9 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t y I n s t r u m e n t a t i o n I 8...

Page 57: ...GRELEASE 1 I DOP A23 DPA22 DDPP21 D DPC120 9 D U41 FOO SMD F ST VANS OT OI 14 14 14 14 B D S E L9 D V M E D S11 011100I1 sea SOCCarreo ODOEFICNSRAI DOSS X c o r ngS SNE 140 EGFN 4 worn TMR7 SCHEMATIC a _ XlitlE582CPU PlIC0E e 01 1 O FMEMA N D001 1 D D T I M E S E olu o u moo Toss p c e n 7 2 6 8 2 B 100 outD R I E D S IR DIGO 0 1 0 1 1 N A DI C 1 101SKI f f 3 D 10 A r t i s a n T e c h n o l o g y...

Page 58: ... N O P16 4 1XBHE D J12 1 4 B ooC REV OCtCRIPT20 1 ORM OPTL A rc1NUF ACTURINGRELEASE 1 A 0 16 1M M E M R D 9UDEN C 1 0VMEREO D 11 o ol F04 SMD 1 1RESET D 1 1UBDT ACK D 1 1VBBERR D 1mmEnw D M A S 5 VMEACK 14 IOCHRDY15 BBSY VBBSY D DEN DUMEEN D LBERR P l R 1 8 As P18 5 86000T P18 7 1361OUT P18 9 BG2OUT 1 1 BG30UT P16 12 B R0 P18 13 BRI P18 14 BR2 P18 15 BR3 D LJEIR3 11 9 5 6 14 11 DOIACK 6 P18 13 DSO...

Page 59: ...NW C 7118051 7UBOSO D 7VEIL MITE D 2 2 S 1 S 0 1 PROCCLK E 1RESE T4 D U41 FOO SHD 33 90 5 14 DAF16 1 O C A S E N 1 3 DC A S O 1 3 D C A S 1 4 1 3 D C A S 3 1 3 DCAS2 1 3 C R A S O 1 3 R R S 1 1 3 D R A M W E 1 3 O M D P O U T 1 1 3 D M D P O U T O13 D T S 3 D A L E 1 2 1 2 DALE 1 2 STEVEN O O 6 1 MIMEO 3 S1 0 1 3 KA 6 60 TEE 3 0 0 0 4 0 1 6ML010 01 1 030 1 1 3 0 0SOS M E L L103 1 0 1 0 3 6 1 0 1 0...

Page 60: ...DA12063 4 D L E A 5 D S A E 5 C V D E N 5 7 D D P S T B 8 14 DVDTRCK 11 STEVEN O O T 04104 09 06 4 0 1 0 0 1 9 1 1 1 XOlaf X U C O M SALINE 140ECCAN 49276 _SCHEMATIC X U M E 682 CPU POEM 00 M O M0 1 9 1 0 1 9 9 5DC n l r P tRfY W C 040BMA IOC B E f l f 1 1 0 0 U C C O09C O P I E D M PH10041 54 0LIKETTP MINIUMF R O NM CON fEni 9 16 7268213 100 D 13 A r t i s a n T e c h n o l o g y G r o u p Q u a ...

Page 61: ...T2414 C uminDD 5 fDROST A T14 14 DFRIL 1 4 C P A S S 1 4 C M E R E 7 C A C R B E N14 D G 4 S E L 0 7 DW S E L 1 7 DL I N T E N 1 4 DIRC110 IR011 IR012 IR015 15 15 15 15 DWOTERR 14 woo 5 5TEUENS Dolt 0010 OVCIC wet a O a H WSJ SPICLUSED 09060 6 NE POICS P U C Es 30 14 1 03S 01 ruccss X y C OM WILDE01104 044 48176 SCHEMATIC X V M E 682CPU mat1 3 0 1 1 1 6 MCM MOP E 1 7 4Cir1 1 1 0 1 7 1 1 1 4 0SOPI ...

Page 62: ... 1 1 61112 8 U68 P C L KD U64 5 6 F04 SMD RESET 1 7 10 12 14 UBDTACK C V B B E R R 6 7 6 7 P 1 9 1 0 SYSCLK C 1 6 M H 2 1 6 7 STEVEN O O ii D O M E D D o r a n w nw DAM 114 0 PODTZEDAL ODDS MIL D eDOCS DON 1 0 A M A X1 1 A l tMA 63 ZMXP O D S C 011 r D X C 0 MMOM m100 04440326 IIrle SCHEMATIC X V M E682 CPU T H E S E D R A D D I F I SMet DeMID M N OrWC MDM O L L101 R e n e c c a l c efl0 PIED UM W...

Page 63: ...ND2 U73 14C89 910 2 1 1174039 510 9 10 U73 14C89 5t113 5 5 U65 4Ii73 4c8co 91 F04 SMD U25 6 F 3 20 SMD SELECT JK5 13 P E 1x5 12 A C K as 10 E R R O R 3 K 5 15 S D 0 S 4 SD S 5 S D 7 0 5 17 SELIN K S i6 INIT J K 5 14 16 16 AUTOFEED J K 5 1 1 BUSY J K 5 2 DO 1 5 3 D1 J X 5 4 D2 J1 5 s D3 31 5 6 04 As 7 05 JX5 06 JK5 9 D7 SiE VEN O O D O O M C O M X 9 C O M 94 D CdiZEICO4443176 Tint SCHEMATIC X V M E...

Page 64: ...61 7 p s 1 1 P S 1 8 p s 1 6 P5 17 p 5 14 P 5 9 P 5 15 P 5 12 P 5 13 P 5 5 p 5 4 P 5 6 P5 3 P 5 7 P 5 e P5 2 P 5 1 P 5 2 1 P5 22 P S 20 P 5 19 P5 10 Xcom 6CUTE 1000171 14 43176 Elru _SCHEMATIC X L M E682 CPU T H E M MOMSMC 00 MOP M E TO WO NO Mill MOT S E E L M O D U C E 0O R 3 1C0 10111 wrO M M E S E DMITT MAUTO O R E E E T T O N MONNYCO D 17 A r t i s a n T e c h n o l o g y G r o u p Q u a l i ...

Page 65: ... FA I L D 1 0 PA S S D S A 6 S A 7 2 S A E l 3 S A 9 4 S R 10 6 S R 11 7 S A 12 B S A 13 9 S A 1 4 10 S A 15 12 S R I5 13 15 s e S A C4 PLC 1 1_517 U2 X1 DNMICPU2 III R110 1K 9 0010 D U A LPI INTERU 8C1 1600 2 DS2 2 PASS R119 330 5 11 STEVEN rl CD l0 fs G R I N DOtIOCER 6 GRIM rta X 9 C O M SFILDE MD CEINN6 676 TITEC _SCHEMATIC X U M E682 CPU T R I P E O R M I N I M P R ETR PRY W VOfKTO 0 1 4 2E N...

Page 66: ... A 18 4 SA 17 P 2 9 14 1 S A 16 P29 15 OLK 1 S A 15 P 2 A16 7 4 S A 14 P29 17 06 4 1 2 S A 13 P 2 9 18 4 4 1 2 S9 12 P 2 9 10 4 4 1 2 S R 11 P224 3 4 1 2 S R 10 P 2 A 4 SA 9 P2P 22 4 SA 8 CP29 23 E 1 SA 7 P2C 1 S R 6 P29 25 E 1 99 S P2A26 1D2 1 S R 4 P2A 27 SA 3 PaT1 S A 2 P 2 9 20 59 1 P 2 A 30 S R 0 P 2 9 31 STE vEN O rs 0 0 3 0 000D1C01 ROA ILOM n X y C O M SALDE 88C 841 43176 11 T CHEMATIC Xli...

Page 67: ...U S STE VEN O O 7 111 011111X11 031 tacos yummyMt APE DOE2 0001 0 2P U C E2 1 N A C E BAl _ a c tMANS2 N I U EI N A L 0 1 1 2asVIE 1112 E N VOf NOVI1 6 1 1BMANOY P E N C O U C E D dt01012E 1 wrI D O N t E S S E E S MITT I NPUTN G N I I N T S I N T R I M X C O M SPLIIC M11 C1Xii 1 48176 zrn _SCHEMATIC X U M E 682CPU CNA 1 716 726826 100 D 20 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t y...

Page 68: ...D P 4 2 7REFRESH 7RCN P 4 3 3R E S E T O R U D__ 4 1 12VP4 31 L I G H T P E N P E R T 1 P 8 6 P 9 I C D RAS 2 P 8 4 E 0 0CAES01 22 C 14E04 2 LPENIN CP0 1 22_2 0 1 4 5 E 1 3 022 L P E N S I 4 P e 3 1 5 2 0 2 D UE3 2 7CLK D f 1 1P 1 P 4 401 F 20 FCCO FEATIN1 O S C C P 4 2 6 7O S CD F E R T I N O P4 19 E X T O S C P4 22 16 U 2 OP DC C 0 nn SPLDEM I C H I G A N48176 SCHEMATIC U M E682 I O OP OT ITNH S...

Page 69: ...E2 1LIE3 BLOCK PTION L 1 AS ORCATE Of CATE a 1 2 ES OfVOC c o r n SFUTE MCH21 12AN 48176 SCHEMATIC M E 682 I 0 P T TM SCGLE SHMT C F7 8 G ND 72692C 200 D 22 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t yI n s t r u m e n t a t i o n I 8 8 8 8 8 S O U R C E Iwww artisantg com ...

Page 70: ...oE 4 5 7H14 0E I00516 7 4 5 7 HOGEY 1 4H8C51 0 R014 7 4HBCRoE i 75A 0 9 c13 HH53o 7 HH526 7 1 1H51 7 HH50 1 7 S H D 5 2 5 iH051 1 iH0520 7AEND 4HROCD 4HINDEXD 4H51 CMPLID cHo5 4HLIFLTD 4HDROYD 4HWG 4 HRST 7 5 2 4 R S T 6 RESETORV 1 7SYSRESET D XVOC SAIJNEXICHIWN48176 SCHEMATIC iME 682 I IH SCALJE 9f ET 3F7 72682C 200 D 23 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t y I 8 8 8 8 8 S O U ...

Page 71: ... 7HUFLT D 7HDRDY DDHD RINK 7 7HTK000 0 3 H A G D 3 H A I 0 3 H A O D 3 H R C DOHBCS 3 3H U E DDHBCR 3 3HUDCS DOHWG 3 5 5HORUN DDHUD 5 5 H R D 0DHRG 5 5HRCLK 0DHEARLY 5 5HUCLK DDHLATE 5 3HRST 0DHRWC 3 5 rr6 0MS A U T E HICKEGAN48176 SCHEMATIC M E 692 1 0 H SCR_E SHEET Y F D W G G 7 2682 C 2 00 D 24 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t yI n s t r u m e n t a t i o n I 8 8 8 8 8 S ...

Page 72: ... E H R C L K 4 N O S S12 IDHLICLK 4 7HRMFMI 7HAMFM1 7HAMFM24 7HAMFM2 4 4 4 4 HRWC H U D H U Go D N E A R L Y C HLA T4 WCC MFG 0IM SOLINE MICHIGN48176 SCHEMATIC M E 682 1 0 SCALE ILO NM H SHEET 5ff77 2682 C 2 00 D 25 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t yI n s t r u m e n t a t i o n i I 8 8 8 8 8 S O U R C E Iwww artisantg com ...

Page 73: ... 7 I C U 77 PTION ax O CATE VERSE 1114 le 88 7 PEN 7F3P 7FIDX 7FRCC 7FTROO 7 T C 3RST 7 7 7 7 7 7 t1F6 C M SFLITE MIC116141 48176 SCHEMATIC JME 682 I 0 wax OT 11H SHEET GCF 77 262C 2 00 D 26 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t y I 8 8 8 8 8 S O U R C E Iwww artisantg com ...

Page 74: ...225V v b C GNO 1141 1 J K I 2 H 590 0 1 3 M 4 690 751 5 Q S 1 6 0120 JX1 7 J X 1 8 e t i o s 6 1 9 Jx1 10 GNOCIX1 11 J C I 1 2 690 1 1C1 1 3 C J X 1 14 G N O J 1 C 1 1 5 6 OKI 16 6140 0U 3 555RE5ET 3 j1 5V X3_31 2 REPEAT 31 N 7 I 12U ITT C 0 M SALINE MICHIGFN 48176 SCHEMATIC JME 682 I 0 3P IOH SCALE SHEET CF 7 72682C 200 D 27 A r t i s a n T e c h n o l o g y G r o u p Q u a l i t yI n s t r u m e...

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