Model 7002Switch System Instruction Manual - Advanced Test ...

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IEEE-488 ReferenceTriggerTransitionFilter0Seq 191011121314152345678TriggerEventRegister0Seq 191011121314152345678TriggerEventEnableRegister&&&&&&&&&&&&&&&&0Seq 191011121314152345678In an Arm Layer(Always Zero)LogicalORArmConditionRegister0Seq 191011121314152345678(Always Zero)QuestionableConditionRegister0QuestionableTransitionFilter0QuestionableEventRegister0QuestionableEventEnableRegister&1 1 1 & 1222 & 2333 & 3444 & 4555 & 5666 & 6777 & 7888 & 8Chan Chan Chan & Chan101010 & 10111111 & 11121212 & 12131313 & 131414 14 & 14151515 & 150LogicalORArmTransitionFilterArmEventRegisterArmEventEnableRegisterOperationConditionRegister0Seq 1910111213141523456780Seq 191011121314152345678&&TriggerConditionRegister0Seq 1In Trigger Layer 19101112131415LogicalORToo Many Channels ClosedOutput QueueOperation CompleteRequest ControlQuery ErrorDevice Specific ErrorExecution ErrorCommand ErrorUser RequestPower On(Always Zero)StandardEventStatusRegisterOPCRQCQYEDDEEXECMEURQPON811121389&&&&&&&&&&&&&&14 & 1415 & 15StandardEventStatusEnableRegisterOPCRQCQYEDDEEXECMEURQPON8111213*ESR? *ESE*ESE?89LogicalOR&&&&&&&&&&&&&&0Seq 191011121314152345678LogicalORSettlingWaiting in Trigger LayerWaiting in an Arm LayerIdle(Always Zero)0Set4TrigArm9Idle11121314152378Error QueueStatusByteRegisterEAVQSBMAVESBRQS/MSSOSB01&&&&&&&ServiceRequestEnableRegister01EAVQSBMAVESB6OSB*STB? *SRE*SRE?LogicalORMaster Summary Status (MSS)EAV = Error AvailableQSB = Questionable Summary BitMAV = Message AvailableESB = Event Summary BitRQS/MSS = Request for Service/Master Summary StausOSB = Operation Summary BitNote : RQS bit is in serial poll byte,MSS bit is in *STB? response.OperationTransitionFilterOperationEventRegisterOperationEventEnableRegister0Set1415234780Set&Trig Trig & TrigArm Arm & Arm7 &8 &99 & 9IdleIdle & Idle1111 & 111212 & 121313 & 13&&1415234&&&&0Set141523478LogicalORFigure 5-5<strong>Model</strong> 7002 status register structure2345678(Always Zero)SequenceEventEnableRegisterSequenceEventRegisterSequenceTransitionFilterSequenceConditionRegister0&0Lay 1Lay 2&&Lay 1Lay 200In Arm Layer 1 Lay 1 Lay 1In Arm Layer 2 Lay 2 Lay 2&&&&&&910111213345678910111213345678910111213345678910111213345678&&&&&14 14 & 141515 & 151415(Always Zero)5-7
IEEE-488 Reference5.6.1 Standard event statusThe reporting of standard events is controlled by two 16-bitregisters; the Standard Event Status Register and the StandardEvent Status Enable Register. Figure 5-6 shows howthese registers are structured.In general, the occurrence of a standard event sets the appropriatebit in the Standard Event Status Register. This registercan be read at any time to determine which, if any, standardevents have occurred. Also, with the proper use of the StandardEvent Status Enable Register, a standard event can setthe Event Summary Bit (ESB) of the Status Byte Register.This allows the programmer to take advantage of the servicerequest (SRQ) feature. See paragraph 5.6.8 for details.* ESR ? PON(B15 - B8) (B7)URQ(B6)CME(B5)EXE(B4)DDE(B3)QYE OPC(B2) (B1) (B0)Standard EventStatus Register&&&OR&To Event SummaryBit (ESB) ofStatus ByteRegister (SeeFigure 5-12).&&&* ESE* ESE ?(B15 - B8)PON(B7)URQ(B6)CME(B5)EXE(B4)DDE(B3)QYE OPC(B2) (B1) (B0)Standard EventStatus EnableRegisterPON = Power OnURQ = User RequestCME = Command ErrorEXE = Execution ErrorDDE = Device - Dependent ErrorQYE = Query ErrorOPC = Operation Complete& = Logical ANDOR = Logical ORFigure 5-6Standard event status5-8
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®Established 1981Advanced Test Equ
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WARRANTYKeithley Instruments, Inc.
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Manual Print HistoryThe print histo
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If you are using a test fixture, ke
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Table of Contents1 General Informat
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4.10.3 Scanning examples ..........
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5.13.4 :FCHannels ................
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List of Illustrations2 Card Install
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6 Theory of OperationFigure 6-1 Mod
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8 MaintenanceTable 8-1Table 8-2Tabl
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General Informationthorized repair
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Card InstallationNOTEIf using the s
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3Getting Started3.1 IntroductionThi
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Getting StartedWARNING: INTERCONNEC
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Getting StartedSLOT 112ROW34COLUMN
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Getting Started3.6 Overview of scan
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Getting Started3.7.2 Close and open
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Getting Started2. If the scan list
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Getting Started3.8 Switching card c
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Getting Started3.9.2 Close and Open
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Getting StartedSCPI (Standard Comma
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Getting Started3.10.5 Abbreviated s
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Getting Started20 OUTPUT 707; “:s
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4Front Panel Operation4.1 Introduct
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Front Panel OperationAnnunciatorsTa
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Front Panel Operation3COLUMNSLOT 1
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Front Panel OperationNot all Model
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Front Panel Operationthe VFD which
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Front Panel OperationFront panel ke
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Front Panel OperationSlot 111 2 3 4
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Front Panel Operation4.8 Channel li
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Front Panel OperationStep 3. Enter
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Front Panel Operationd. Click the I
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Front Panel OperationIdleOPEN ALLId
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Front Panel OperationChannel layerN
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Front Panel Operationsatisfy a chan
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Front Panel OperationExample 3:ARM
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Page 114 and 115: Front Panel Operation7002Press STEP
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Page 120 and 121: 5IEEE-488 Reference5.1 Introduction
Page 122 and 123: IEEE-488 ReferenceIEEE-488Table 5-1
Page 124 and 125: IEEE-488 ReferenceNOTEController pr
Page 128 and 129: IEEE-488 ReferenceStandard Event St
Page 130 and 131: IEEE-488 ReferenceThe filter can be
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Page 144: IEEE-488 Reference:ABORt*RST:SYST:P
Page 147 and 148: IEEE-488 ReferenceWith the Manual c
Page 149 and 150: IEEE-488 Reference5.8.2 IFC (interf
Page 151 and 152: IEEE-488 Reference5-32
Page 153: IEEE-488 Reference• While ignorin
Page 156 and 157: IEEE-488 Referenceas command paths.
Page 158 and 159: IEEE-488 ReferenceResponse messages
Page 160 and 161: IEEE-488 Reference5.10 Common comma
Page 162 and 163: IEEE-488 Reference5.10.1 *CLS ⎯ c
Page 164 and 165: IEEE-488 Referencewhere; CME (bit B
Page 166 and 167: IEEE-488 Reference5.10.4 *ESR? ⎯
Page 168 and 169: IEEE-488 Reference5.10.5 *IDN? ⎯
Page 170 and 171: IEEE-488 ReferenceNOTESee *OPC?, *T
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IEEE-488 ReferenceTable 5-5Default
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IEEE-488 Reference5.10.12 *SRE ⎯
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IEEE-488 Reference5.10.13 *SRE? ⎯
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IEEE-488 ReferenceBit 5, Event Summ
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IEEE-488 Reference5.10.16 *TST? ⎯
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IEEE-488 ReferenceLine 70 Wait unti
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IEEE-488 ReferenceSCPI command subs
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IEEE-488 Reference5.11 :DISPlay sub
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:DISPlay subsystemIEEE-488 Referenc
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:DISPlay subsystemIEEE-488 Referenc
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IEEE-488 Reference5.12 :OUTPut subs
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IEEE-488 Reference5.13 [:ROUTe] sub
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[:ROUTe] subsystemIEEE-488 Referenc
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IEEE-488 Reference5.14 Sense subsys
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IEEE-488 Reference5.15 :SOURce subs
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IEEE-488 Reference5.16 :STATus subs
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:STATus SubsystemIEEE-488 Reference
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IEEE-488 Reference5.17 :SYSTem subs
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:SYSTem SubsystemIEEE-488 Reference
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IEEE-488 Reference5.18 Trigger subs
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Trigger subsystemIEEE-488 Reference
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6Theory of Operation6.1 Introductio
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Theory of Operation6.3 Control func
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Theory of Operation6.4 Relay contro
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Theory of OperationID data is conta
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Theory of OperationFromDigitalBoard
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Theory of Operationµ DINConnectorT
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MaintenanceNOTEThe digital and disp
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MaintenanceFuse replacement procedu
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Maintenance7.6 Instrument disassemb
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Maintenance7.6.5 Power supplies rem
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Maintenance8. Press “1”, “1
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MaintenanceEDIT ERR REM TALK LSTN S
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MaintenanceTo review the error, pre
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MaintenanceTrigger 8 (STI8) is set
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MaintenanceDETAIL AREF:GRN/YELWIRE#
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MaintenanceBOARDS MUST BE HANDLED W
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MaintenanceSTEP 1FA-151-1, FASTENER
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MaintenanceDETAIL ACC-47, CABLEDIG
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Maintenance8#4-40x1/4"PFH(4 REQ'D)(
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Replaceable Parts
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Replaceable Parts
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Replaceable PartsTable 8-2Digital b
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Artisan Scientific - Quality Instru
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(+5V)**(+5V)**** ****** **********
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Replaceable PartsTable 8-3VFD displ
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Replaceable PartsTable 8-4Backplane
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Artisan Scientific - Quality Instru
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Replaceable Parts
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Replaceable PartsTable 8-6Miscellan
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Interface Function CodesTable A-1Mo
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Controller ProgramsIBM PC/XT/AT wit
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Controller Programs10 DEF SEG=&HC40
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Controller ProgramsHewlett-Packard
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Controller ProgramsBUS.INIT\ Initia
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CASCII Character Codesand IEEE-488
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ASCII Character Codes and IEEE-488M
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IEEE-488 Bus Overviewtype of instru
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IEEE-488 Bus Overviewdevice will re
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IEEE-488 Bus OverviewLAG (Listen Ad
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IEEE-488 Bus OverviewTable D-2Hexad
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EIEEE-488 Conformance InformationIn
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FSCPI Conformance InformationIntrod
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SCPI Conformance InformationTable F
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IEEE-488.2 Common CommandsMnemonic
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SCPI Command SubsystemTable H-1DISP
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SCPI Command SubsystemTable H-4SENS
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SCPI Command SubsystemTable H-6 (co
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SCPI Command SubsystemTable H-8 (co
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QuickBasic and QuickC ProgramsMicro
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QuickBasic and QuickC ProgramsMicro
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Index:ABORt 5-134:BBMake 5-88:CLOS
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Scanning channels 4-20Scanning exam
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Specifications are subject to chang
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