Agilent Technologies 6834B, 6814B, 6843A manual Index

Page 75

—A—

accessories, 10 airflow, 16 annunciators

φ1, 32 Addr, 32 Cal, 32 CC, 32 CV, 32 Dis, 32 Err, 32 OCP, 32 Prot, 32 Rmt, 32 Shift, 32 SRQ, 32 Tran, 32 Unr, 32

AWG ratings, 19

—C—

cables, 10 calibration, 62

enable, 63 equipment, 59 error messages, 67 menu, 63

output impedance, 66 password, 66 program listing, 67 rms current, 65 saving, 66

setup, 60

voltage offset, 64 capabilities, 11 cleaning, 15

—D—

damage, 15

digital connections, 21 digital connector, 15 dimensions, 16

—E—

entry￿keys, 40

, 40

0 ... 9, 40 Clear Entry, 40 E, 40

Enter, 40 error messages, 29

Index

error numbers, 71

—F—

features, 11 Fixed, 44

FLT connections, 21 frequency control, 12 front panel, 31

annuncuiators, 32

controls and indicators, 12, 31 keys, 32

function keys, 34 ￿, 34, 35 ￿Index, 34 immediate action, 34 Output On/Off, 34 Phase Select, 34 Trigger, 34

fuses, 17

—G—

general information, 9 ground, earth, 10 guide, programming, 9 guide, user’s, 9

—H—

hazardous voltages, 59 history, 6

HP-IB, 53 address, 53 connections, 22

—I—

INH connections, 21 input

connections, 17 power, 10

inspection, 15

—L—

lethal voltages, 59 line fuse

replacing, 29 List, 44, 46

load voltage drops, 19 location, 16

75

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Contents User’s Guide AC Power Solutions Agilent Models 6814B, 6834B, and 6843ACertification Warranty InformationGeneral Safety SummarySafety Symbols EMC DeclarationPrinting History Acoustic Noise InformationTable of Contents Entry Keys Examples of Front Panel Programming Specifications Supplemental CharacteristicsPerforming the Calibration Procedure Error Number ListDocument Orientation TopicLocation Agilent Part Number Safety ConsiderationsOptions, Accessories, and User Replaceable Parts Option DescriptionDescription CapabilitiesModel Description Output Characteristic Front Panel/Remote OperationRanges Output VA Capability AC Source Output Characteristic in real-time modePage Items Supplied CleaningInspection Damage Packaging MaterialNot block the fan exhaust at the rear of the unit LocationBench Operation Rack MountingInstalling the Power Cord Input ConnectionsInput Source and Line Fuse Output Connections Output ConnectionsAmpacity and Resistance of Stranded Copper Conductors Wire ConsiderationsVoltage Drops Current RatingsRemote Sense Connections Remote Sense ConnectionsOutput Rating Trigger ConnectionsDigital Connections OVP ConsiderationsController Connections Gpib ConnectorRS-232 Data Format Interface CommandsRS-232 Connector RS-232 InterfaceNull Modem Interface Lines Response Data Terminator Hardware HandshakePreliminary Checkout IntroductionCheckout Procedure Using the KeypadProcedure Display Explanation VoltProtclear Currprot OFF VoltprotCurrlev CurrprotError Messages Case of TroubleLine Fuse Page Front Panel, Overall View Front Panel DescriptionAC+DC System Keys Display Command FunctionAnnunciator On Phase Selected Function KeysImmediate Action Keys KBESSEL, Rect Scrolling KeysMeter Display Keys Display MeasurementDisplay Output Control KeysRST CLS Protection and Status Control KeysAbort Trigger and List Control KeysInitimmed IMMThrough Are used for entering numeric values Is the decimal Entry KeysSet the output to 120 V rms as follows Setting the Output Voltage AmplitudeProcedure for Single-Phase AC Sources Examples of Front Panel ProgrammingTo verify the output, you can measure it as follows Procedure for Three-Phase AC SourcesPhase 3 to 235 Vrms Action DisplaySetting the Output Frequency Setting a Protection FeatureOvercurrent protection feature as follows Voltm Step Using Transient Voltage ModesStep Transient VolttDcycle Pulse TransientVoltm Pulse WidthList Transient ActionVoltm Fixed Voltm List Count Volt EOL Step Auto Trigger Delays and Phase SynchronizationSyncsour Phase Example DisplaySyncphas Initimmed Example Voltm Step Syncsour Phase Syncphas InitimmedProgramming Slew Rates Using Slew Rates to Generate WaveformsSlewt Voltm FixedSlew Step SlewmCurrpeak Syncsour Phase SyncphasMeasuring Peak Inrush Current RangeAction Display To set the Gpib address, proceed as follows Setting the Gpib Address and RS-232 ParametersTo configure the RS-232 interface, proceed as follows Saving and Recalling Operating StatesAddress Noutputs Specifications Table A-1. Performance Specifications1Agilent 6814B Agilent 6834B Agilent 6843A Table A-2. Supplemental Characteristics Supplemental CharacteristicsSpecifications a Page Characteristics Equipment RequiredRecommended Model Test Setup Turn-On Checkout ProcedurePerforming the Verification Tests Voltage Programming and Measurement Accuracy RMS Current Readback AccuracyAction Normal Result Agilent 6843A Current Measurement Accuracy Performing the Calibration ProcedureAgilent 6814B Current Measurement Accuracy Agilent 6834B Current Measurement AccuracyEnable Calibration Mode Front Panel CalibrationFront Panel Calibration Menu Calibrating the OVP trip point Calibrating and Entering Voltage Calibration ValuesCalibrating and Entering Current Calibration Values Calpass Changing the Calibration PasswordCalibrating the Output Impedance Agilent 6843A only Saving the Calibration ConstantsAgilent Calibration Program Listing Calibration Error MessagesTable B-3. Gpib Calibration Error Messages Calibration Over the GpibFigure B-2. Calibration Program Listing Sheet 1 Figure B-2. Calibration Program Listing Sheet 2 Page Table C-1. Error Numbers Error Number ListError Messages Error Messages C Page Index Index Index Japan United States Latin AmericaCanada Australia/New Zealand Europe Asia PacificManual Updates
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6834B, 6843A, 6814B specifications

Agilent Technologies, a leader in electronic test and measurement equipment, offers a range of powerful signal sources including the 6843A, 6834B, 6814B, 6813B, and 6811B models. These instruments are designed to support various applications in research, development, and manufacturing, providing precise signal generation capabilities.

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Overall, Agilent Technologies' 6843A, 6834B, 6814B, 6813B, and 6811B signal generators offer an array of features and technologies that cater to various application needs. Their precision, reliability, and user-oriented designs position them as invaluable assets in any testing environment, ensuring engineers can carry out their work with confidence and accuracy.
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