Agilent Technologies E3632A Betriebsanweisung

Agilent TechnologiesAgilent E3632A DC Power SupplyUser’s Guide

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3 Remote Interface Reference Simplified Programming Overview80 E3632A User’s GuideSimplified Programming OverviewThis section gives an overview of th

Remote Interface Reference 3 Simplified Programming OverviewE3632A User’s Guide 81Reading a query responseOnly the query commands (commands that end w

3 Remote Interface Reference Simplified Programming Overview82 E3632A User’s GuidePower supply programming rangesThe SOURce subsystem requires parame

Remote Interface Reference 3 Using the APPLy CommandE3632A User’s Guide 83Using the APPLy CommandThe APPLy command provides the most straightforward

3 Remote Interface Reference Using the APPLy Command84 E3632A User’s GuideAPPLy?This command queries the power supply’s present voltage and current s

Remote Interface Reference 3 Output Settings and Operation CommandsE3632A User’s Guide 85Output Settings and Operation CommandsThis section describes

3 Remote Interface Reference Output Settings and Operation Commands86 E3632A User’s GuideCURRent:STEP {<numeric value>|DEFault}Set the step siz

Remote Interface Reference 3 Output Settings and Operation CommandsE3632A User’s Guide 87CURRent:TRIGgered {<current>|MINimum|MAXimum}This comma

3 Remote Interface Reference Output Settings and Operation Commands88 E3632A User’s GuideCURRent:PROTection:STATe {0|1|OFF|ON}This command enables or

Remote Interface Reference 3 Output Settings and Operation CommandsE3632A User’s Guide 89This command also increases or decreases the immediate voltag

E3632A User’s Guide XITable of Contents1 Getting StartedIntroduction 2Standard Shipped Items 7Options 7Accessories 8Preparing the

3 Remote Interface Reference Output Settings and Operation Commands90 E3632A User’s GuideExampleThe following program segments show how to use the VO

Remote Interface Reference 3 Output Settings and Operation CommandsE3632A User’s Guide 91VOLTage:PROTection? [MINimum|MAXimum]This query returns the o

3 Remote Interface Reference Output Settings and Operation Commands92 E3632A User’s GuideVOLTage:RANGe {P15V|P30V||LOW|HIGH} This command selects an

Remote Interface Reference 3 Triggering CommandsE3632A User’s Guide 93Triggering CommandsThe power supply’s triggering system allows a change in volta

3 Remote Interface Reference Triggering Commands94 E3632A User’s Guide• To trigger the power supply from the remote interface (GPIB or RS- 232) after

Remote Interface Reference 3 Triggering CommandsE3632A User’s Guide 95Triggering commandsINITiateCause the trigger system to initiate. This command co

3 Remote Interface Reference System-Related Commands96 E3632A User’s GuideSystem-Related CommandsDISPlay {OFF|ON}Turn the front- panel display off or

Remote Interface Reference 3 System-Related CommandsE3632A User’s Guide 97OUTPut?This query returns the output state of the power supply. The returned

3 Remote Interface Reference System-Related Commands98 E3632A User’s GuideSYSTem:ERRor?This command queries the power supply’s error queue. When the

Remote Interface Reference 3 System-Related CommandsE3632A User’s Guide 99*IDN?This query command reads the power supply’s identification string. The

XII E3632A User’s GuideStoring and Recalling Operating States 33Front panel operation 33Remote interface operation 35Programming the Ov

3 Remote Interface Reference System-Related Commands100 E3632A User’s Guide*TST?This query performs a complete self- test of the power supply. Return

Remote Interface Reference 3 System-Related CommandsE3632A User’s Guide 101*RCL {1|2|3}This command recalls a previously stored state. To recall a sto

3 Remote Interface Reference Calibration Commands102 E3632A User’s GuideCalibration CommandsRefer to “Calibration” on page 63 for an overview of the

Remote Interface Reference 3 Calibration CommandsE3632A User’s Guide 103CALibration:CURRent:LEVel {MINimum|MIDdle|MAXimum}This command can only be use

3 Remote Interface Reference Calibration Commands104 E3632A User’s GuideCALibration:SECure:STATe?Query the secured state for calibration of the power

Remote Interface Reference 3 Calibration CommandsE3632A User’s Guide 105CALibration:VOLTage:PROTectionThis command calibrates the overvoltage protecti

3 Remote Interface Reference RS-232 Interface Commands106 E3632A User’s GuideRS-232 Interface CommandsUse the front- panel I/O Config key to select t

Remote Interface Reference 3 SCPI Status RegistersE3632A User’s Guide 107SCPI Status RegistersAll SCPI instruments implement status registers in the s

3 Remote Interface Reference SCPI Status Registers108 E3632A User’s GuideSCPI status systemFigure 3-1 SCPI status system20 = 121 = 222 = 423 = 824 =

Remote Interface Reference 3 SCPI Status RegistersE3632A User’s Guide 109The Questionable Status registerThe Questionable Status register provides inf

E3632A User’s Guide XIIIParity selection (RS-232) 53To set the GPIB address 53To set the baud rate and parity (RS-232) 54GPIB Interface

3 Remote Interface Reference SCPI Status Registers110 E3632A User’s GuideFor example, 16 is returned when you have queried the status of the question

Remote Interface Reference 3 SCPI Status RegistersE3632A User’s Guide 111The Standard Event register is cleared when:• you execute the *CLS (clear sta

3 Remote Interface Reference SCPI Status Registers112 E3632A User’s GuideThe Status Byte registerThe Status Byte summary register reports conditions

Remote Interface Reference 3 SCPI Status RegistersE3632A User’s Guide 113The Status Byte Enable register (request service) is cleared when:• you execu

3 Remote Interface Reference SCPI Status Registers114 E3632A User’s GuideUsing *STB? to read the Status Byte The *STB? (Status Byte query) command i

Remote Interface Reference 3 SCPI Status RegistersE3632A User’s Guide 115To interrupt your bus controller using SRQ1 Send a device clear message to cl

3 Remote Interface Reference SCPI Status Registers116 E3632A User’s GuideUsing *OPC to signal when data is in the output bufferGenerally, it is best

Remote Interface Reference 3 Status Reporting CommandsE3632A User’s Guide 117Status Reporting CommandsSYSTem:ERRor?This query command reads one error

3 Remote Interface Reference Status Reporting Commands118 E3632A User’s GuideSTATus:QUEStionable:CONDition?This command queries the Questionable Stat

Remote Interface Reference 3 Status Reporting CommandsE3632A User’s Guide 119*ESE?This command queries the Standard Event Enable register. The power s

XIV E3632A User’s GuideReading a query response 81Selecting a trigger source 81Power supply programming ranges 82Using the APPLy Comman

3 Remote Interface Reference Status Reporting Commands120 E3632A User’s Guide*SRE?This command queries the Status Byte Enable register. The power sup

Remote Interface Reference 3 Halting an Output in ProgressE3632A User’s Guide 121Halting an Output in ProgressYou can send a device clear at any time

3 Remote Interface Reference SCPI Conformance Information122 E3632A User’s GuideSCPI Conformance InformationThe power supply conforms to the 1995.0 v

Remote Interface Reference 3 SCPI Conformance InformationE3632A User’s Guide 123[SOURce]:CURRent[:LEVel][:IMMediate][:AMPLitude] {<current>|MIN|

3 Remote Interface Reference SCPI Conformance Information124 E3632A User’s GuideDevice-specific commandsThe following commands are device- specific t

Remote Interface Reference 3 IEEE-488 Conformance InformationE3632A User’s Guide 125IEEE-488 Conformance InformationDedicated hardware linesAddressed

3 Remote Interface Reference IEEE-488 Conformance Information126 E3632A User’s GuideIEEE-488.2 common commands*CLS*ESE <enable value>*ESE?*ESR?

127E3632A DC Power SupplyUser’s GuideAgilent Technologies4Error MessagesOverview 128Execution Error Messages 130Self-Test Error Messages 135C

4 Error Messages Overview128 E3632A User’s GuideOverviewWhen the front- panel ERROR annunciator turns on, one or more command syntax or hardware erro

Error Messages 4 OverviewE3632A User’s Guide 129Remote interface operationErrors have the following format (the error string may contain up to 80 char

E3632A User’s Guide XVSCPI Conformance Information 122SCPI confirmed commands 122Device-specific commands 124IEEE-488 Conformance Infor

4 Error Messages Execution Error Messages130 E3632A User’s GuideExecution Error MessagesTable 4 - 1 Execution error messages -101 Invalid characterAn

Error Messages 4 Execution Error MessagesE3632A User’s Guide 131-113 Undefined headerA command was received that is not valid for this power supply. Y

4 Error Messages Execution Error Messages132 E3632A User’s Guide-138 Suffix not allowedA suffix was received following a numeric parameter which does

Error Messages 4 Execution Error MessagesE3632A User’s Guide 133-221 Settings conflictIndicates that a legal program data element was parsed but could

4 Error Messages Execution Error Messages134 E3632A User’s Guide-440 Query UNTERMINATED after indefinite responseThe *IDN? command must be the last q

Error Messages 4 Self-Test Error MessagesE3632A User’s Guide 135Self-Test Error MessagesThe following errors indicate failures that may occur during a

4 Error Messages Self-Test Error Messages136 E3632A User’s Guide609[1]This test checks if the ADC hardware is functional. The main controller U10 est

Error Messages 4 Calibration Error MessagesE3632A User’s Guide 137Calibration Error MessagesThe following errors indicate failures that may occur duri

4 Error Messages Calibration Error Messages138 E3632A User’s Guide715 Bad OCP cal dataThe overcurrent protection calibration constant is out of range

139E3632A DC Power SupplyUser’s GuideAgilent Technologies5Application ProgramsOverview 140Example Program for C++ (GPIB IEEE 488) 141Example Pro

XVI E3632A User’s GuideRemote voltage sensing 158Load consideration 159Extending the Voltage Range and Current Range 162Series connecti

5 Application Programs Overview140 E3632A User’s GuideOverviewThis chapter contains two application programs over the remote interface to help you de

Application Programs 5 Example Program for C++ (GPIB IEEE 488)E3632A User’s Guide 141Example Program for C++ (GPIB IEEE 488)This following C programmi

5 Application Programs Example Program for C++ (GPIB IEEE 488)142 E3632A User’s Guide /* build the address needed to open communication with GPIB ca

Application Programs 5 Example Program for C++ (GPIB IEEE 488)E3632A User’s Guide 143viPrintf (power_supply, "Output Off\n"); /*

5 Application Programs Example Program for Excel 5.0 (Windows 3.1 and GPIB)144 E3632A User’s GuideExample Program for Excel 5.0 (Windows 3.1 and GPIB

Application Programs 5 Example Program for Excel 5.0 (Windows 3.1 and GPIB)E3632A User’s Guide 145Diode bas MacroOption Explicit'""&quo

5 Application Programs Example Program for Excel 5.0 (Windows 3.1 and GPIB)146 E3632A User’s GuideGPIB bas MacroOption Explicit' - Declarations

Application Programs 5 Example Program for Excel 5.0 (Windows 3.1 and GPIB)E3632A User’s Guide 147 If InStr(SCPICmd, "?") Then &ap

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149E3632A DC Power SupplyUser’s GuideAgilent Technologies6TutorialOverview of the Power Supply Operation 150Output Characteristics 152Connecting

E3632A User’s Guide XVIIList of FiguresFigure 1-1 Shorting conductors without insulation 5Figure 1-2 Front panel 18Figure 1-3 Voltage and cur

6 Tutorial Overview of the Power Supply Operation150 E3632A User’s GuideOverview of the Power Supply OperationSeries regulated power supplies were in

Tutorial 6 Overview of the Power Supply OperationE3632A User’s Guide 151In terms of performance, a linear regulated supply has a very precise regulati

6 Tutorial Output Characteristics152 E3632A User’s GuideOutput CharacteristicsAn ideal constant- voltage power supply would have a zero output impeda

Tutorial 6 Output CharacteristicsE3632A User’s Guide 153The ideal constant current power supply exhibits an infinite output impedance at all frequenci

6 Tutorial Output Characteristics154 E3632A User’s GuideWhen the load RL is less than RC, the output current will dominate since the voltage will be

Tutorial 6 Output CharacteristicsE3632A User’s Guide 155Normal mode voltage noise is in the form of ripple related to the line frequency plus some ran

6 Tutorial Output Characteristics156 E3632A User’s GuideFigure 6-6 Simplified diagram of the common mode and normal mode sources of noiseWhen the loa

Tutorial 6 Connecting the LoadE3632A User’s Guide 157Connecting the LoadOutput isolationThe output of the power supply is isolated from chassis ground

6 Tutorial Connecting the Load158 E3632A User’s GuideRemote voltage sensingNormally, a power supply operating in the constant voltage mode achieves i

Tutorial 6 Connecting the LoadE3632A User’s Guide 159With remote voltage sensing, a feature included in the Agilent E3632A power supply, it is possibl

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6 Tutorial Connecting the Load160 E3632A User’s GuideA large load capacitor may cause the power supply to cross into CC or unregulated mode momentari

Tutorial 6 Connecting the LoadE3632A User’s Guide 161Reverse current loadingAn active load connected to the supply may actually deliver a reverse curr

6 Tutorial Extending the Voltage Range and Current Range162 E3632A User’s GuideExtending the Voltage Range and Current RangeThe power supply may be a

Tutorial 6 Extending the Voltage Range and Current RangeE3632A User’s Guide 163Parallel connectionsTwo or more power supplies being capable of CV/CC a

6 Tutorial Remote Programming164 E3632A User’s GuideRemote ProgrammingDuring remote programming a constant- voltage regulated power supply is called

Tutorial 6 Remote ProgrammingE3632A User’s Guide 165When this exponential rise reaches the newly programmed voltage level, the constant voltage amplif

6 Tutorial Reliability166 E3632A User’s GuideSince up- programming speed is aided by the conduction of the series regulating transistor, while down p

167E3632A DC Power SupplyUser’s GuideAgilent Technologies7Characteristics and SpecificationsPhysical Characteristics 168Environmental Characteristi

7 Characteristics and Specifications Physical Characteristics168 E3632A User’s GuidePhysical CharacteristicsFigure 7-1 E3632A dimensionsTable 7 - 1 P

Characteristics and Specifications 7 Environmental CharacteristicsE3632A User’s Guide 169Environmental CharacteristicsRefer to “Environmental Conditio

E3632A User’s Guide XIXList of TablesTable 1-1 E3632A options 7Table 1-2 E3632A accessories 8Table 1-3 Front panel overview 18Table 1-4 R

7 Characteristics and Specifications Electrical Specifications170 E3632A User’s GuideLine regulation±(% of output + offset) (Change in output voltage

Characteristics and Specifications 7 Supplemental CharacteristicsE3632A User’s Guide 171Supplemental CharacteristicsTable 7 - 3 Supplemental character

7 Characteristics and Specifications Supplemental Characteristics172 E3632A User’s GuideMaximum input power 500 VA with full loadOutput voltage overs

© Agilent Technologies, Inc. 1997–2013Sixth Edition, October 3, 2013E3632-90001www.agilent.comAgilent TechnologiesContact usTo obtain service, warrant

II E3632A User’s GuideNotices© Agilent Technologies, Inc. 1997–2013No part of this manual may be reproduced in any form or by any means (including ele

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1E3632A DC Power SupplyUser’s GuideAgilent Technologies1Getting StartedIntroduction 2Standard Shipped Items 7Preparing the Power Supply 9Prod

1Getting Started Introduction2 E3632A User’s GuideIntroductionThe Agilent E3632A is a high performance 120 W dual range DC power supply with GPIB and

Getting Started 1 IntroductionE3632A User’s Guide 3The E3632A DC power supply features a combination of programming capabilities and linear power supp

1Getting Started Introduction4 E3632A User’s Guide• Configuring the power supply for remote interfaces• Enabling or disabling the outputWhen operated

Getting Started 1 IntroductionE3632A User’s Guide 5Figure 1-1 Shorting conductors without insulationWARNINGOutputs can be floated to maximum of ±240 V

1Getting Started Introduction6 E3632A User’s GuideThe power supply is shipped with a detachable, 3- wire grounding type power cord. The AC line fuse

Getting Started 1 Standard Shipped ItemsE3632A User’s Guide 7Standard Shipped ItemsVerify that you have received the following items in the shipment o

1Getting Started Standard Shipped Items8 E3632A User’s GuideAccessoriesThe accessories listed below may be ordered from your local Agilent Sales Offi

Getting Started 1 Preparing the Power SupplyE3632A User’s Guide 9Preparing the Power SupplyPreliminary checkout1 Verify the power- line voltage settin

E3632A User’s Guide IIISafety SymbolsThe following symbols on the instrument and in the documentation indicate precautions which must be taken to main

1Getting Started Preparing the Power Supply10 E3632A User’s GuidePower-on checkoutThe power- on test includes an automatic self- test that checks the

Getting Started 1 Preparing the Power SupplyE3632A User’s Guide 11Checking the outputThe following procedures check to ensure that the power supply de

1Getting Started Preparing the Power Supply12 E3632A User’s Guide3 Check that the front- panel voltmeter properly responds to knob control for the 15

Getting Started 1 Preparing the Power SupplyE3632A User’s Guide 135 Check that the front- panel ammeter properly responds to knob control for the 15 V

1Getting Started Preparing the Power Supply14 E3632A User’s GuidePower-line voltage selectionPower- line voltage selection is accomplished by adjusti

Getting Started 1 Preparing the Power SupplyE3632A User’s Guide 153 Rotate the power- line voltage selector until the correct voltage appears.4 Replac

1Getting Started Preparing the Power Supply16 E3632A User’s GuideRack-mount the power supplyThe power supply can be mounted in a standard 19- inch ra

Getting Started 1 Preparing the Power SupplyE3632A User’s Guide 173 To rack- mount two instruments of the same depth side- by- side, order the lock- l

1Getting Started Product at a Glance18 E3632A User’s GuideProduct at a GlanceFront panelFigure 1-2 Front panelTable 1 - 3 Front panel overview No Ite

Getting Started 1 Product at a GlanceE3632A User’s Guide 193 Overvoltage protection key Enable or disable the overvoltage protection function, set th

IV E3632A User’s GuideSafety ConsiderationsRead the information below before using this instrument. The following general safety precautions must be o

1Getting Started Product at a Glance20 E3632A User’s GuideVoltage and current limit settingsYou can set the voltage and current limit values from the

Getting Started 1 Product at a GlanceE3632A User’s Guide 21Rear panelFigure 1-4 Rear panelTable 1 - 4 Rear panel overviewNo Description1 Power-line vo

1Getting Started Product at a Glance22 E3632A User’s GuideDisplay annunciatorsFigure 1-5 Display annunciatorsNOTEUse the front-panel key to:• Selec

Getting Started 1 Product at a GlanceE3632A User’s Guide 23ERROR Hardware or remote interface command errors are detected and the error bit has not be

1Getting Started Operating the Power Supply24 E3632A User’s GuideOperating the Power SupplyCoolingThe power supply can operate at the rated specifica

25E3632A DC Power SupplyUser’s GuideAgilent Technologies2Operation and FeaturesOverview 26Constant Voltage Operation 28Constant Current Operatio

2 Operation and Features Overview26 E3632A User’s GuideOverviewThe following section describes an overview of the front panel keys before operating y

Operation and Features 2 OverviewE3632A User’s Guide 27• The display provides the present operating status of the power supply with annunciators and a

2 Operation and Features Constant Voltage Operation28 E3632A User’s GuideConstant Voltage OperationTo set up the power supply for constant voltage (C

Operation and Features 2 Constant Voltage OperationE3632A User’s Guide 294 Adjust the knob for the desired current limit.[1]Check that the Limit annun

E3632A User’s Guide VThis power supply is a Safety Class I instrument, which means that it has a protective earth terminal. This terminal must be conn

2 Operation and Features Constant Current Operation30 E3632A User’s GuideRemote interface operationConstant Current OperationTo set up the power supp

Operation and Features 2 Constant Current OperationE3632A User’s Guide 313 Set the display to the limit mode. Notice that the Limit annunciator flashe

2 Operation and Features Constant Current Operation32 E3632A User’s Guide7 Enable the output.The OFF annunciator turns off and the 15V or 30V, OVP,

Operation and Features 2 Storing and Recalling Operating StatesE3632A User’s Guide 33Storing and Recalling Operating StatesYou can store up to three d

2 Operation and Features Storing and Recalling Operating States34 E3632A User’s GuideTo cancel the store operation, let the display time- out after a

Operation and Features 2 Programming the Overvoltage ProtectionE3632A User’s Guide 35Remote interface operationUse the following commands to store and

2 Operation and Features Programming the Overvoltage Protection36 E3632A User’s Guide3 Enter the OVP menu and set the desired trip level.LEVEL 32.0 V

Operation and Features 2 Programming the Overvoltage ProtectionE3632A User’s Guide 371 Readjust the OVP trip level or the output voltage level.Lower t

2 Operation and Features Programming the Overcurrent Protection38 E3632A User’s GuideFigure 2-1 Recommended protection circuit for battery chargingPr

Operation and Features 2 Programming the Overcurrent ProtectionE3632A User’s Guide 392 Enable the output.The OFF annunciator turns off and the displa

VI E3632A User’s GuideSafety and EMC RequirementsThis power supply is designed to comply with the following safety and Electromagnetic Compatibility (

2 Operation and Features Programming the Overcurrent Protection40 E3632A User’s GuideClearing the overcurrent conditionWhen the OCP condition occurs

Operation and Features 2 Remote Voltage SensingE3632A User’s Guide 41Remote Voltage SensingRemote voltage sensing is used to maintain regulation at th

2 Operation and Features Remote Voltage Sensing42 E3632A User’s GuideOutput ratingThe rated output voltage and current specifications in Chapter 7 ap

Operation and Features 2 Remote Voltage SensingE3632A User’s Guide 43sense or load leads during remote sensing operation have various unwanted effects

2 Operation and Features Disabling the Output44 E3632A User’s GuideDisabling the OutputThe output of the power supply can be disabled or enabled from

Operation and Features 2 Disabling the OutputE3632A User’s Guide 45Disconnecting the output using an external relayWhen the output of the E3632A is tu

2 Operation and Features System-Related Operations46 E3632A User’s GuideSystem-Related OperationsThis section gives information on topics such as sel

Operation and Features 2 System-Related OperationsE3632A User’s Guide 47Error conditionsWhen the front- panel ERROR annunciator turns on, one or more

2 Operation and Features System-Related Operations48 E3632A User’s GuideDisplay controlFor security reasons, you may want to turn off the front- pane

Operation and Features 2 System-Related OperationsE3632A User’s Guide 49The following statement shows how to display a message on the front panel from

E3632A User’s Guide VIIRegulatory MarkingsThe CE mark is a registered trademarkof the European Community. This CEmark shows that the product compliesw

2 Operation and Features System-Related Operations50 E3632A User’s GuideYou can query the SCPI version from the remote interface only.Remote interfac

Operation and Features 2 Remote Interface ConfigurationE3632A User’s Guide 51Remote Interface ConfigurationBefore you can operate the power supply ove

2 Operation and Features Remote Interface Configuration52 E3632A User’s GuideGPIB addressEach device on the GPIB (IEEE- 488) interface must have a un

Operation and Features 2 Remote Interface ConfigurationE3632A User’s Guide 53Parity selection (RS-232)You can select the parity for RS- 232 operation.

2 Operation and Features Remote Interface Configuration54 E3632A User’s Guide4 Save the change and turn off the I/O configuration mode.CHANGE SAVEDTh

Operation and Features 2 Remote Interface ConfigurationE3632A User’s Guide 554 Save the change and choose the parity.NONE 8 BITSThe power supply is co

2 Operation and Features GPIB Interface Configuration56 E3632A User’s GuideGPIB Interface ConfigurationThe GPIB connector on the rear panel connects

Operation and Features 2 RS-232 Interface ConfigurationE3632A User’s Guide 57RS-232 Interface ConfigurationYou connect the power supply to the RS- 232

2 Operation and Features RS-232 Interface Configuration58 E3632A User’s GuideRS-232 data frame formatA character frame consists of all the transmitte

Operation and Features 2 RS-232 Interface ConfigurationE3632A User’s Guide 59The cable and adapter diagrams shown below can be used to connect the pow

VIII E3632A User’s GuideWaste Electrical and Electronic Equipment (WEEE) Directive 2002/96/ECThis instrument complies with the WEEE Directive (2002/96

2 Operation and Features RS-232 Interface Configuration60 E3632A User’s GuideFigure 2-5 DB-25 serial connectionDTR/DSR handshake protocol The power s

Operation and Features 2 RS-232 Interface ConfigurationE3632A User’s Guide 61The power supply sets the DTR line FALSE in the following cases:1 When th

2 Operation and Features RS-232 Interface Configuration62 E3632A User’s GuideRS-232 troubleshootingHere are a few things to check if you are having p

Operation and Features 2 CalibrationE3632A User’s Guide 63CalibrationThis section gives an overview of the calibration features of the power supply. F

2 Operation and Features Calibration64 E3632A User’s GuideTo unsecure for calibrationYou can unsecure the power supply either from the front panel or

Operation and Features 2 CalibrationE3632A User’s Guide 65Remote interface operationTo unsecure the power supply, send the above command with the same

2 Operation and Features Calibration66 E3632A User’s Guide3 Save the change and exit the menu.SECUREDWhen you press to save the change, you will se

Operation and Features 2 CalibrationE3632A User’s Guide 67Remote interface operationTo change the security code, first unsecure the power supply using

2 Operation and Features Calibration68 E3632A User’s GuideRemote interface operationCalibration messageYou can use the calibration message feature to

69E3632A DC Power SupplyUser’s GuideAgilent Technologies3Remote Interface ReferenceSCPI Command Summary 70Introduction to the SCPI Language 74Si

E3632A User’s Guide IXDeclaration of Conformity (DoC)The Declaration of Conformity (DoC) for this instrument is available on the Agilent Web site. You

3 Remote Interface Reference SCPI Command Summary70 E3632A User’s GuideSCPI Command SummaryThis section summarizes the Standard Commands for Programm

Remote Interface Reference 3 SCPI Command SummaryE3632A User’s Guide 71Table 3 - 1 SCPI command summary Output Settings and Operation CommandsAPPLy {&

3 Remote Interface Reference SCPI Command Summary72 E3632A User’s GuideSystem-Related CommandsDISPlay[:WINDow][:STATe] {OFF|ON}[:STATe]?:TEXT[:DATA]

Remote Interface Reference 3 SCPI Command SummaryE3632A User’s Guide 73Status Reporting CommandsSTATus:QUEStionable:CONDition?[:EVENt]?:ENABle <ena

3 Remote Interface Reference Introduction to the SCPI Language74 E3632A User’s GuideIntroduction to the SCPI LanguageStandard Commands for Programmab

Remote Interface Reference 3 Introduction to the SCPI LanguageE3632A User’s Guide 75Command format used in this manualThe format used to show commands

3 Remote Interface Reference Introduction to the SCPI Language76 E3632A User’s GuideSome portions of commands are enclosed in square brackets ([]). T

Remote Interface Reference 3 Introduction to the SCPI LanguageE3632A User’s Guide 77Using the MIN and MAX parametersYou can substitute MINimum or MAXi

3 Remote Interface Reference Introduction to the SCPI Language78 E3632A User’s GuideSCPI command terminatorsA command string sent to the power supply

Remote Interface Reference 3 Introduction to the SCPI LanguageE3632A User’s Guide 79You can also send engineering unit suffixes (V, A, or SEC) with nu