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Agilent Technologies Serials 2934A-01825 to 01829 3023A-01925, Agilent 6031A Accumulated Status

Models: Serials 2934A-01825 to 01829 3023A-01925 Serials 2934A-01821 to 01825 3026A-01921 and above Agilent 6032A

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Accumulated Status

80 !

90DEF FNOr_mode

100COM /Ps/ @Ps

110OUTPUT @Ps; “STS”

120ENTER @Ps; Stat

130RETURN BIT (Stat .2)

140FNEND

Explanation:

10:Assign I/O path name to power supply

20:Declare common block for I/O path name

30:If FNOR_MODE= true then print message

90:Define function OR_MODE Bring in common block for I/O path name

110-120: Read present status of power supply into the variable stat

130:Return value of bit 2 of STAT

Accumulated Status

Accumulated status is structured the same as present status except the bits are latched. This allows the user to determine whether the supply entered an operating mode, even if only momentarily, since last reading the register. The device query "ASTS?" will instruct the supply to output the accumulated status. Reading the accumulated status also sets the accumulated status equal to the present status.

EXAMPLE 4: Function to check any one bit in the accumulated status register. The calling program treats the function as a Boolean variable in a conditional execution statement. This function can be used to determine whether the supply entered a given state since the function was last called. In this case, the ’OR’ bit (bit 2) is tested.

10ASSIGN @Ps T0 705

20COM /Ps /@Ps

30IF FNAstat_bit(2) THEN

40PRINT "SUPPLY ENTERED 0R MODE'“

50	END IF
60	END
70	!
80	!

90DEF FNAstat_bit(Abit)

100COM /Ps/ @Ps

110OUTPUT @Ps; “ASTS”

120ENTER @Ps; Asts

130RETURN BIT (Asts.Abit)

140FNEND

Explanation:

10:Assign I/O path name to power supply

20:Declare common block for I/O path name

30-50:If FNA stat bit= true then print message

90:Define function ASTAT_BIT

100Bring in common block for I/O path name

110-120: Read accumulated status into variable ASTS

130:Return value of bit 2 of ASTS

Programming the Agilent 603xA Power Supplies Using Basic 119

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Agilent Technologies Serials 2934A-01825 to 01829 3023A-01925, Agilent 6031A, Agilent 6030A manual Accumulated Status

Contents

OPERATING MANUAL AGILENT 603xA FAMILY AUTORANGING SYSTEM DC POWER SUPPLIESEXCLUSIVE REMEDIES WARRANTYLIMITATION OF WARRANTY CERTIFICATIONSafety Summary SAFETY SYMBOLS Declaration Page DECLARATION OF CONFORMITYHerstellerbescheinigung Acoustic Noise StatementManufacturer’s Declaration Operating Instructions Table Of ContentsInstallation General InformationTable Of Contents continued Blank Front Panel Option Table Of Contents continued100 VAC Input Power Option Standard Commands for Programmable InstrumentsProgramming the Agilent 603xA Power Supplies Using BASIC Table Of Contents continuedIndex Introduction General InformationDescription Option Safety ConsiderationsAccessories OptionsInstrument and Manual Identification Model GP-IB Interconnection Cables and ConnectorsGP-IB Compatibility Ordering Additional ManualsRelated Documents Specifications6033A Table 1-1. Performance SpecificationsTable 1-2. Supplemental Characteristics Agilent Technologies Model6035A 6030A6031A 6032A18 General Information Table 1-2. Supplemental Characteristics continued6031A Figure 1-1. Output Characteristic CurveAgilent Model 6030A20 General Information Outline Diagram InstallationInitial Inspection Preparation For Use22 Installation Figure 2-1. Outline Diagram Bench OperationInput Power Requirements Power ConnectionFigure 2-2. Power-Cord Plug Configurations Line Voltage Option Conversion f. Change line label Figure 2-3. Line Voltage Conversion Components 26 InstallationAgilent Models 6030A, 6031A, 6032A, 6035A AC Line Impedance CheckRepackaging For Shipment Rear Panel Screw Sizes and Part NumbersFigure 2-4. Part Number Location 28 InstallationAgilent Model 6033A Agilent Model 6038AFigure 3-1. Front-Panel Controls and Indicators OPERATING INSTRUCTIONSIntroduction Output Range For An Autoranging Power Supply Controls and IndicatorsFigure 3-2. Determining Operating Point Figure 3-3. Overrange Operation Controls/IndicatorsTable 3-1. Controls and Indicators NumberDescription Table 3-1. Controls and Indicators continuedControls/Indicators NumberNumber Turn-On Checkout ProcedureTable 3-1. Controls and Indicators continued Controls/IndicatorsFigure 3-4. Factory Settings, Mode Switch Connecting the Load Initial Setup and InterconnectionsCross Section Area In mm2 Table 3-2. Maximum Wire Lengths To Limit Voltage Dropsmaximum length = current x resistivityCross Section Area in mm2 Table 3-3. Stranded Copper Wire Ampacity Wire SizeAmpacity Figure 3-5. Connecting a Bypass Capacitor Overvoltage Protection OVP Foldback Protection Remote Voltage Sensing2Rs +.5 1000 Mode SwitchesFigure 3-6. Remote Voltage Sensing Programming Mode Mode SwitchesTable 3-4. Mode Switches Figure 3-7. GP-IB ConnectorProtective Circuits Monitor SignalsConstant Voltage Operation Local OperationInterface Functions GP-IB OperationConstant Current Operation Return to LocalMultiline Message Control Functions. The Acceptor Handshake, Source Handshake, Listener, and Talker functions are implemented by the interface circuits of the power supply and the controller and require no action by the user. The LSN or TLK indicators turn on when the power supply is addressed to listen or talk. The talker function includes serial poll, see below Table 3-5. Serial Poll Register GP-IB Address SelectionInitial Conditions Power-On Service RequestINH-FLT or RLY LNK Operation Figure 3-8. GP-IB Address/PON SRQ SwitchesTable 3-6. Initial Conditions Programming Syntax+ 1.23 E + 4 + 123. E + To Query CommandTable 3-7 GP-IB Commands Range or **ResponsePage CommandTable 3-7 GP-IB Commands continued Range or **ResponsePage CommandTable 3-7 GP-IB Commands continued Range or **ResponsePage CommandTable 3-7 GP-IB Commands continued Range or **ResponsePage CommandTable 3-7 GP-IB Commands continued Range or **ResponseTable 3-8. Format of Numbers Sent from Power Supply VSET? and addressing the power supply to talk VMAX OUT OFF or OUT OUT ON or OUT Hold is turned on and off using these codes HOLD OFF or HOLD 60 Operating Instructions Condition Bit WeightTable 3-9. Status Register Bit Position62 Operating Instructions SRQ? Table 3-10. Status Register Errors Description Error #No Errors Analog Programming 66 Operating Instructions Figure 3-9. Resistance Programming of Output VoltageFigure 3-10. Voltage Programming of Output Voltage Multiple-Supply OperationFigure 3-11. Optional Voltage Divide for Program Source 68 Operating Instructions Figure 3-12. Resistance Programming of Output CurrentFigure 3-13. Voltage Programming of Output Current Auto-Parallel OperationSeries Operation Figure 3-14. Auto-Parallel OperationFigure 3-15. Series Operation Fault Input FLT and Remote Inhibit INH ConnectionsFigure 3-18. FLT Example Figure 3-16. FLT/INH Connections Figure 3-17. INH ExampleOperating Instructions Figure 3-19a. FLT and INH with Multiple Supplies Figure 3-19b. Typical INH Setup72 Operating Instructions Figure 3-20. Timing Diagram Figure 3-21. FLT & INH Example Scope of Appendix A 100 VAC Input Power OptionUsing Appendix A General Information DescriptionSet a Section ll Manual ChangesSection lll Manual Changes Agilent Model100 VAC Input Power Option 100 Description Blank Front Panel OptionTurn-On Check Out Procedure IntroductionAgilent 6030A Agilent 6031A Agilent 6032A Agilent 6033A String Table B-2. CC Check Command StringOvervoltage Protection Setting Agilent ModelREFERENCES Standard Commands for Programmable Instruments SCPIABOUT THIS APPENDIX READER PATHINTRODUCTION LANGUAGE SWITCHINGSTAND-ALONE CONNECTIONS Installation LINKED CONNECTIONSFigure C-1 Linked Connections Type of Connection Setting the AddressAddressing Over the Bus GP-IB AddressKeywords LANGUAGE DICTIONARYCOMMON Commands Subsystem CommandsFigure C-3. Agilent Series 663xA Subsystem Tree Diagram Figure C-2. Common Command Syntax Diagram88 Standard Commands for Programmable Instruments SCPI Clear Status Device Status Event Status EnableBit Configuration of Standard Event Status Enable Register Meaning and TypeMeaning and Type ESR?IDN? 0 toPending operations are complete when OPC?Power-on Status Clear DescriptionDescription 0 or l0 or Meaning and TypeDescription ResetMeaning and Type Device StateMeaning and Type STB?Service Request Enable Bit Configuration of Status Byte RegisterTrigger TST?ABOR Meaning and Type0 or OFF Current SubsystemCURRLEV CURRPROTSTATFor INITCONT 0 or OFF 1 or ON Initiate SubsystemMeasure Subsystem Output SubsystemCRD NORMal or REVerse 0 or OFFI or ON 0 or0 to Status SubsystemBit Configuration of Operation Registers Status Operation Registers0 to NTR/PTR CommandsSTATUS PRESET Bit Configuration of Questionable Registers0 to NTR/PTR CommandsSTATQUESCOND? STATQUESENABSyntax is the same, regardless of the present language SYSTERR?SYSTLANG 0 toVoltage Subsystem Trigger SubsystemTRIGSOUR VOLTPROTAMPL? STATUS REPORTINGOperation Status Group SignalTable C-5. Bit Configuration of Status Reister Groups Meaning Status Byte and Service Request Enable RegistersRegister Figure C-4. Power Supply Status StructureTable C-2. STATQUES Commands CommandCommand SignalEnable Table C-4. STATOPER CommandsClear Command Service Request Enable RegisterEnables all error conditions into the ESB summary bit Program CommandExcludes the MAV bit from gerlerating a service request SCPI ERROR MESSAGESOutput Queue Enables all bits to generate seruice requestsTable C-5. Summary of Error Messages Error NumberError String Description/Explanation/Examples SCPI COMMAND SUMMARY Error NumberTable C-5. Summary of Error Messages continued Error String Description/Explanation/ExamplesCommand Command Summary continued Subsystem CommandsCommand CommandEquivalent SCPI Command ARPS/SCPI CommandsTable C-6. Comparison of ARPS and SCPI Commands ARPS CommandVoltage and Current Programming Programming the Agilent 603xA Power Supplies Using BasicI/O Path Names InitializationVoltage and Current Readback 120 130 DEF FNSettledOPTIONAL Band, Rdgs.Timelimit FOLD Output Inhibit / EnablePower Supply Status Present StatusAccumulated Status Serial Poll Fault and Mask RegistersPage Service Request Programming Error Detection Delay TimeExplanation 124 Programming the Agilent 603xA Power Supplies Using BasicFoldback Protection FunctionsFault Indicator FLT and Inhibit INH OvervoltageHold Mode Advanced TopicsMachines States Explanation Programming the Agilent 603xA Power Supplies Using BasicCC bit IndexIndex Index130 Index IndexIndex output enableOPC bit 132 Index Europe Agilent Sales and Support OfficeUnited States CanadaManual Updates