Unmask? Fault?, TEST? ID? Systlang | Agilent Technologies E4356A

ARPS Command1

UNMASK?

FAULT?

Table G-1. ARPS Commands (continued)

Description

This command reads which bits in the status register have been enabled as fault conditions. The decimal equivalent of the total bit weight of all enabled bits is returned.

This command reads which bits have been set in the fault register. A bit is set in the fault register when the corresponding bit in the status register changes from inactive to active AND the corresponding bit in the mask register has been enabled. The fault register is reset only after it has been read. The decimal equivalent of the total bit weight of all enabled bits is returned.

Similar SCPI

Command

STAT:OPER:ENAB?

STAT:QUES:ENAB?

ESE

STAT:OPER?

STAT:QUES?

*ESE

SRQ OFF SRQ 0 SR*Q ON SRQ 1

SRQ?

CLR

ERR?

	These commands enable or disable the power supply’s ability to	*SRE
	request service from the controller for fault conditions. UNMASK
	defines which conditions are defined as faults.
	Initial condition: SRQ OFF

	This command reads the SRQ setting.	*SRE?
	This command initializes the power supply to the power-on state.	*RST
	It also resets the PON bit in the serial poll register. The command
	performs the same function as the Device Clear (DCL) interface
	message.
	This command determines the type of programming error detected	SYST:ERR?
		SYST:ERR?
	by the unit. A remote programming error sets the ERR bit in the
	status register, which can be enabled by UNMASK to request
	service.

TEST?

ID?

SYST:LANG

This command causes the power supply to run selftest and report any detected failures.

This command causes the power supply to report its model number and any options that affect the unit’s output.

This command causes the alternate language to become active and to be stored in nonvolatile memory. In this case, the commands are equivalent. After being shut off, the power supply will resume in the last-selected language when power is restored. The parameter must be either COMP or TMSL, not SCPI.

*TST?

*IDN?

SYST:LANG

122 Compatibility Language

Image 122

Agilent Technologies E4356A manual Unmask? Fault?, TEST? ID? Systlang, TST? IDN? Systlang

Contents

Operating Programming Guide Certification Safety Summary General Acoustic Noise Information Safety Symbol DefinitionsSymbol Description Herstellerbescheinigung Declaration Printing History Table of Contents General Information Controller Connections Setting Up Remote Sense OperationOperating Configurations Scpi Confirmed Commands NON-SCPI Commands Types of Scpi CommandsScpi Command Completion Programming Examples Description Of Common Commands System Commands Description Of Subsystem CommandsCalibration Commands Current Subsystem Command Summary Programming Parameters 105 113 109111 119Page Introduction Safety ConsiderationsGeneral Information Getting Started Map Options AccessoriesOperator Replaceable Parts List Remote Programming DescriptionFront Panel Programming Analog Programming Downprogramming Output CharacteristicOutput Ranges Damage Packaging Material InstallationInspection Items Supplied Location and Temperature Input Power Source Connecting Power Cord Accessing Online Help VXI plug&play Power Products Instrument DriversDownloading and Installing the Driver Supported Applications System Requirements Preliminary Checkout Power-On CheckoutTurn-On Checkout Turn-On Checkout Shifted Keys Using the KeypadOutput Checkout Backspace Key Checking the Current Function Press Prot Clear Case Of Trouble Checking The Save And Recall FunctionsDetermining The Gpib Address Line Fuse Power-On Error Messages Error MessagesSelftest Errors Error Display Power-On Selftest Errors Failed Test Checksum ErrorsRuntime Error Messages Runtime Errors Meaning Display User Connections Load Wire SelectionAnalog Connector Rear Panel Connections Output Isolation Digital ConnectorConnecting the Power supply to the Load Capacitive Loads Battery Charging Inductive Loads Setting Up Remote Sense Operation OVP Considerations Operating ConfigurationsConnecting One Power supply to a Single Load Stability Connecting One Power supply To Multiple Loads Connecting Units in Auto-Parallel Connecting Units in Series Auto-Parallel Connection Remote Sensing Optional External Voltage Control Series Connection Remote Sensing Optional Linked Connections Controller ConnectionsStand-Alone Connections 10. Controller Connections Front Panel Operation Front Panel OperationGetting Acquainted OCP Control or IndicatorVolts Amps SRQ  Function Keys Front Panel Controls and Indicators System Keys  Entry Keys Programming Voltage Programming The OutputEstablishing Initial Conditions Programming Overvoltage Protection Programming Current Programming Overcurrent Protection CV Mode vs. CC ModeUnregulated Operation Saving and Recalling Operating States Setting The Gpib AddressTypes of Power supply Gpib Addresses Turn-On Conditions Changing the Power supply Gpib Address Action Display Shows External Documents Remote ProgrammingPrerequisites for Remote Programming Scpi References Introduction To Scpi Gpib Capabilities of the Power supplyTypes of Scpi Commands Conventions Effect of Optional Headers Traversing the Command TreeActive Header Path Scpi Queries Including Common CommandsMoving Among Subsystems Value Coupling Abor VOLT? Types of Scpi MessagesStructure of a Scpi Message Volt Volt MAX Voltage, Volt, volt Outpprotdel Boolean Data Scpi Data FormatsNumerical Data Character Data WAI Scpi Command CompletionProgramming Examples OPC? Changing Outputs by Trigger Programming Voltage and CurrentProgramming Protection Circuits Saving and Recalling States Detecting Events via SRO Writing to the DisplayProgramming Status Reading Specific Registers Programming the Digital I/O Port Setting the Gpib AddressSystem Considerations Digdata Assigning the Gpib Address In Programs Assign @PS to Types of Drivers Error HandlingDOS Drivers Agilent Basic Controllers Programming Some Power supply Functions Iout = OUTPUTS2 CODES$ = Output OFF*SAV CODES$ = STATOPEREVEN? Gosub While C O Scpi Confirmed Commands1 NON-SCPI Commands Language Dictionary CLS Description Of Common CommandsCommand Syntax Meaning and Type ESE ESEESR? ESR? PSC *STB? OPC Parameters None Related CommandsIDN? OPC? *WAI OPC *TRIG WAI OPC?OPT? OPT? PSC *RST *SAV RCLESE *SRE PSC SAV RSTSAV SAV SRE Bit Position Condition Bit WeightBit Configuration of Status Byte Register STB? WAI TRGTST? Abor Description Of Subsystem CommandsCalibration Commands Abor Currprotstat Current SubsystemCurr Currtrig Digdata Digital SubsystemDisplay Subsystem Disp Dispmode Disptext Init Initcont Initiate SubsystemMeasure Subsystem MEASCURR? MEASVOLT? Outpprotcle Outpprotdel Output SubsystemOutp Outprelpol Status SubsystemOutprel Statpres STATOPERCOND? Status Operation RegistersSTATOPER? Statoperenab STATOUES? Statoperntr StatoperptrStatus Questionable Registers STATQUES? Statquesntr Statquesptr STATQUESCOND?Statquesenab Statusquestionableptr Systlang System CommandsSYSTERR? SYSTVERS? Trig Trigger SubsystemVoltage Subsystem Trigsour Voltagelevelimmediateamplitude VoltprotVoltagelevel 200 MA Voltageleveltriggered Command Parameters Subsystem Commands Command SummaryCommand Summary Power supply Programming Parameters see note Command ParametersCommon Commands Command Parameters Programming Parameters Status Reporting Power supply Status StructureRegister Commands Operation Status Group Operation Status Group Standard Event Status Group Bit Signal Bit Configurations of Status Registers MeaningStatus Byte and Service Request Enable Registers CAL WTG UNR Standard Event Status Group Status Questionable Commands Register Query Cleared ByQuestionable Status Group STATQUESNTR? Inhibit/Fault Indicator Status Byte Register Determining the Cause of a Service Interrupt Initial Conditions At Power OnPON Power-On Bit Status Register Programming Examples Adding More Operation Events Servicing an Operation Status Mode EventMonitoring Both Phases of a Status Transition Servicing Questionable Status Events Specifications Value Maximum Input VA and Power AC Input Ranges Temperature CoefficientsTypical Common Mode Noise Current Output Terminal Isolation Output Voltage Rise Time/Fall Time Table A-2. Supplemental Characteristics Parameter ValueCommand Processing Time Full-load Programming Speed Up Time/Down Time Table A-2. Supplemental Characteristics Calibration General ProcedureTest Setup Equipment Required Front Panel Calibration Disabling the Calibration ModeChanging the Calibration Password Entering the Calibration Values Table B-2. Typical Front Panel Calibration Procedure Action Display Response Front Panel Command Corresponding Scpi Table B-3. Gpib Calibration Error Messages MeaningError Meaning Calibration Over The Gpib Calcurrlev Calibration Language DictionaryCalcurr Calpass Calvoltlev CalstatCalvolt Calvoltprot Basic Calibration Program Pause Clear Screen Figure B-2. Basic Calibration Program List of Equipment VerificationTest Equipment Required Current Monitoring Resistor Performing The Tests Voltage Programming and Readback Current Programming and Readback AccuracyRemove the short from across the load Current Programming and ReadbackPage Calibration Error Messages Error MessagesPower supply Hardware Error Messages System Error Messages Error Number Line Voltage Conversion Line Voltage ConversionPage Fault/Inhibit Operation Digital Port Functions Figure F-2. Example of Inhibit Input Changing The Port Configuration Figure F-4. Digital Port Configuration Jumper IN/OUT 2 pin Digital I/O OperationRelay Link Operation Common pin Figure F-6. Relay Link Connections Page Compatibility Language Compatibility LanguageParallel Polling Similar Scpi Command Arps Command1Table G-1. Arps Commands Description VOLTTRIG? CURRTRIG? Init Ontrig Init ON*TRG STO RCL RST Hold OFF Hold onOutpprotcle Volttrig Currtrig HOLD? TRG STS? ASTS? TST? IDN? Systlang UNMASK? FAULT?TEST? ID? Systlang Index Index Index Scpi Curr Prot Stat CURR, Curr TRIG, 73 DIG Data Index Agilent Sales and Support Offices Manual Updates