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

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IEEE-488 Reference5.10.5 *IDN? ⎯ identification queryPurposeTo read the identification code of the Model 7002.Format*IDN?DescriptionThe *IDN? query command places the identification code of the Model 7002 in the OutputQueue. When the Model 7002 is addressed to talk, the identification code will be sent to thecomputer.The identification code includes the manufacturer, model number, serial number, and firmwarerevision levels, and is sent in the following format:KEITHLEY INSTRUMENTS INC., MODEL 7002, wwwwwww, xxxxx,/yyyyy/zzzzzwhere;wwwwwww is the serial numberxxxxx is the firmware revision level of the digital boardyyyyy is the firmware revision level of the VFD displayzzzzz is the firmware revision level of the LED displayProgrammingexample10 OUTPUT 707; “*IDN?” ! Request 7002 ID data20 ENTER 707; A$ ! Address 7002 to talk30 PRINT A$ ! Display identification code5-49
IEEE-488 Reference5.10.6 *OPC ⎯ operation completePurposeTo set the Operation Complete bit in the Standard Event Status Register after all overlappedcommands are complete.Format*OPCDescriptionOn power-up, or when *CLS or *RST is executed, the Model 7002 goes into the OperationComplete Command Idle State (OCIS). In this state there are no pending overlapped commands.There are three overlapped commands used by the Model 7002::INITiate:INITiate:CONTinuous ON*TRGWhen the *OPC command is sent, the Model 7002 exits from OCIS and enters the OperationComplete Command Active State (OCAS). In OCAS, the instrument continuously monitors theNo-Operation-Pending flag. After the last pending overlapped command is complete(No-Operation-Pending flag set to true), the Operation Complete (OPC) bit in the StandardEvent Status Register sets, and the instrument goes back into OCIS.Note that the instrument always goes into OCAS when *OPC is executed. If there are no pendingcommand operations (e.g. trigger model in idle state), the Model 7002 immediately sets theOPC bit and returns to OCIS.When used with the :INITiate or :INITiate:CONTinuous ON command, the OPC bit of the StandardEvent Status Register will not set until the Model 7002 goes back into the idle state. Theinitiate operations are not considered finished until the instrument goes into the idle state.When used with the *TRG command, the OPC bit will not set until the operations associatedwith the *TRG command (and the initiate command) are finished. The *TRG command is consideredto be finished when the Device Action completes or when operation stops at a controlsource to wait for an event (see Trigger Model in paragraph 5.7).In order to use *OPC exclusively with the *TRG command you will have to first force the completionof the initiate command so that only the *TRG command is pending. To do this, use the:INITiate:CONTinuous ON command to start the scan and then send the :ABORT command.The abort command places the instrument in the idle layer, which (by definition) completes theinitiate command. Since continuous initiation is on, operation will continue on into the TriggerModel. After sending the *TRG command, the OPC bit will set when the *TRG command isfinished.5-50
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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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Front Panel Operation6. To store th
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Front Panel Operation8. The INFO ke
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Front Panel Operation4.12.2 GPIBThe
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Front Panel OperationPerform the fo
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Front Panel OperationPlace the curs
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Front Panel OperationThe message in
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Front Panel Operation4.14 Scan conf
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Front Panel OperationTable 4-7 (con
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Front Panel Operationline. Perform
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Front Panel Operation2. To retain t
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Front Panel OperationPerform the fo
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Front Panel Operation4.14.4 Channel
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Front Panel Operation3. Interlocked
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Front Panel OperationPin 7 - Digita
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Front Panel OperationCHANNELREADY4.
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Front Panel OperationFor this test
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Front Panel OperationDUT#11OUTPUTDU
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Front Panel OperationBypass7002Pres
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Front Panel OperationDUT#11OUTPUTHI
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Front Panel Operation7002Press STEP
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Front Panel OperationINOUTTriggerLi
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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 126 and 127: IEEE-488 ReferenceTriggerTransition
Page 128 and 129: IEEE-488 ReferenceStandard Event St
Page 130 and 131: IEEE-488 ReferenceThe filter can be
Page 132 and 133: IEEE-488 ReferenceArm Condition Reg
Page 134 and 135: IEEE-488 ReferenceAlwaysZeroLay2Lay
Page 136 and 137: IEEE-488 ReferenceAlwaysZeroSeq1(B1
Page 138 and 139: IEEE-488 Reference5.6.6 Questionabl
Page 140 and 141: IEEE-488 ReferenceReading this regi
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Page 147 and 148: IEEE-488 ReferenceWith the Manual c
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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 170 and 171: IEEE-488 ReferenceNOTESee *OPC?, *T
Page 172 and 173: IEEE-488 ReferenceAfter *OPC? is ex
Page 174 and 175: IEEE-488 Reference5.10.9 *RCL ⎯ r
Page 176 and 177: IEEE-488 ReferenceTable 5-5Default
Page 178 and 179: IEEE-488 Reference5.10.12 *SRE ⎯
Page 180 and 181: IEEE-488 Reference5.10.13 *SRE? ⎯
Page 182 and 183: IEEE-488 ReferenceBit 5, Event Summ
Page 184 and 185: IEEE-488 Reference5.10.16 *TST? ⎯
Page 186 and 187: IEEE-488 ReferenceLine 70 Wait unti
Page 188 and 189: IEEE-488 ReferenceSCPI command subs
Page 190 and 191: IEEE-488 Reference5.11 :DISPlay sub
Page 192 and 193: :DISPlay subsystemIEEE-488 Referenc
Page 194 and 195: :DISPlay subsystemIEEE-488 Referenc
Page 196 and 197: IEEE-488 Reference5.12 :OUTPut subs
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Page 200 and 201: [: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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