What’s in This Chapter? | Agilent Technologies E4406A VSA instruction

Preparing for Use

What’s in This Chapter?

What’s in This Chapter?

•“Programming the Transmitter Tester” on page 38.

•“Installing Optional Measurement Personalities” on page 41.

•“Writing Your First Program” on page 46.

•“Cables for Connecting to RS-232” on page 48.

•“Connecting to a LAN Server” on page 55.

•“Connecting to a GPIB Server” on page 56.

www.agilent.com/find/vsa

Get the latest listing of SCPI commands for this instrument at the above web location. Look under technical support information.

Digital Communications Measurements Information

Additional measurement application information is available through your local Agilent Technologies sales and service office. Some application notes are listed below:

Description	Agilent Part
	Number

Digital Modulation in Communications Systems - An	5965-7160E
Introduction
Application Note 1298

Understanding CDMA Measurements for Base	5968-0953E
Stations and Their Components
Application Note 1311

Designing and Testing 3GPP W-CDMA User	5980-1238E
Equipment (UE)
Application Note 1356

Designing and Testing 3GPP W-CDMA Base Stations	5980-1239E
(BTS)
Application Note 1355

Designing and Testing IS-2000 Mobile Stations	5980-1237E
Application Note 1358

Designing and Testing IS-2000 Base Stations	5980-1303E
Application Note 1357

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Chapter 1

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Agilent Technologies E4406A VSA manual What’s in This Chapter?, Digital Communications Measurements Information

E4406A VSA specifications

The Agilent Technologies E4406A Vector Signal Analyzer (VSA) is a sophisticated instrument designed for the analysis of complex signals. This versatile device is widely used in various fields, including telecommunications, broadcasting, and aerospace, thanks to its high-performance capabilities and advanced features.

One of the standout characteristics of the E4406A is its ability to analyze digital modulation schemes. It supports a wide range of formats, including 2G, 3G, 4G, and emerging standards, providing a comprehensive tool for engineers and researchers working with modern communication systems. The VSA is particularly valued for its flexibility in signal analysis, allowing users to capture and demodulate signals in real-time.

The E4406A utilizes advanced measurement technologies that ensure precise signal analysis. With a frequency range from 50 kHz to 6 GHz, the VSA can handle various applications, making it a suitable choice for both R&D and production testing. The instrument employs digital signal processing techniques, enabling high-resolution measurements and exceptional dynamic range. This ensures accurate interpretation of signals, even in the presence of noise or interference.

Another significant feature of the E4406A is its user-friendly interface. The combination of a graphical display and intuitive controls allows users to visualize complex waveforms and spectra easily. The software capabilities of the E4406A further enhance its usability, providing various analysis options including error vector magnitude (EVM), adjacent channel power (ACP), and spectrum occupancy. These tools allow engineers to diagnose issues rapidly and efficiently optimize their designs.

The modularity of the E4406A is a key aspect of its design. Users can upgrade their instrument with various option packs and software for specific applications, making it adaptable to a variety of testing scenarios. This flexibility ensures that the VSA remains relevant as technology evolves and new standards emerge.

In conclusion, the Agilent E4406A Vector Signal Analyzer stands out due to its combination of advanced measurement capabilities, user-friendly interface, and adaptability. Its extensive feature set makes it an essential tool for professionals involved in the development and testing of modern communication systems. Whether for research, design validation, or quality control, the E4406A delivers high-performance signal analysis that meets the demands of today's fast-paced technology landscape.

Contents

Programmer’s Guide Safety Information Limitation of Warranty Page Contents Programming Command Cross References Contents Contents Contents Contents List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands List of Commands Preparing for Use What’s in This Chapter? Digital Communications Measurements Information Chapter Programming the Transmitter Tester Available Modes and Measurements Instselect Wcdma Instselect Nadc Installing Optional Measurement Personalities Available Measurement Personality Options Loading an Optional Measurement Personality Available Personality Options File Size VSA A.05.20 Installing a License Key Using the Uninstall Key Viewing a License Key Using the Uninstall key does not remove the personality from Writing Your First Program Three Basic Steps in a MeasurementProgramming a Measurement File Naming Rules Cables for Connecting to RS-232 HP/Agilent 24542U Cable HP/Agilent F1047-80002 Cable HP/Agilent 13242G Cable HP/Agilent C2913A/C2914A Cable HP/Agilent 24542U Cable with 5181-6641 Adapter 12 HP/Agilent 24542U Cable with 5181-6639 Adapter 15 HP/Agilent F1047-80002 Cable with 5181-6642 Adapter Connecting to a LAN Server Connecting to a Gpib Server Programming Fundamentals Programming Fundamentals Command Keywords and Syntax Scpi Language Basics Creating Valid Commands Command Syntax Sample Valid Commands Special Characters in Commands Parameters indicates Parameters in Commands OFFON01 Variable Parameters Putting Multiple Commands on the Same Line Block Program Data Scpi Termination and Separator Syntax SENSe POWer Turn off the display updates Improving the Speed of Your MeasurementsUse binary data format instead of Ascii Minimize the number of Gpib transactions Improving the Speed of Your Measurements Minimize DUT/instrument setup changes Consider using LAN instead of GpibAvoid automatic attenuator setting Avoid unnecessary use of *RST Optimize your GSM output RF spectrum switching measurement Avoid using RFBurst trigger for single burst signalsSTATusOPERationENABle Are you making a single burst measurement? Improving the Speed of Your Measurements MEAN,25us,526us,579.6us,8 GSM Parameters for 1 Slot/Frame Measurement Requirements 300 kHz Flat 6667 ∝sec 789 865.31 197 216.33 Preventing Local or Remote Interference While Programming Using the Instrument Status Registers Using the Status RegistersWhat are the Status Registers? Using the Instrument Status Registers Why Would You Use the Status Registers? Polling method Service request SRQ method Using the Instrument Status Registers Using a Status Register Using the Instrument Status Registers Overall Status Register System Status Byte Register Bit Description Using the Instrument Status Registers Standard Event Status Register Standard event status register contains the following bits Operation and Questionable Status Registers Using the LAN to Control the Analyzer Using ftp for File Transfers Standard Unix FTP Command Ftp Commands Mget remotefile Using Telnet to Send Commands On unixOn a PC Unix Telnet Example Example Telnet Session Using Socket LAN to Send Commands Standard Unix Telnet CommandSetting Up Your Analyzer for Socket Programming Using Sicl LAN to Control the Analyzer Collecting Sicl LAN Set-up Information Configuring Your Analyzer as a Sicl LAN Server Configuring Your PC as a Sicl LAN Client Controlling Your Analyzer with Sicl LAN and HP/Agilent VEE I/OInstrument Manager Menu Adding Your Analyzer as a VEE Device Sending Scpi Commands Directly to your Analyzer Chapter 101 Where 18 is the device address for the analyzer Using HP/Agilent VEE Over Socket LAN Sample VEE Screen Using a Java Applet Over Socket LAN Using a C Program Over Socket LAN General LAN Troubleshooting Troubleshooting the Initial Connection Communications Not Established You cannot connect to the analyzer You cannot access the file system via ftp You cannot telnet to the command parser portYou get an operation timed-out message If all else fails Error Messages Pinging the Analyzer from Your Computer or WorkstationNormal Response for Unix Normal Response for DOS or Windows Standard Unix Ping Command Synopsis ping -r-v-o Intermittent Response Chapter 111 Cross-Over Patch Cable Wiring cross-over end Programming Using VTL Typical Example Program Contents Linking to VTL Libraries Compiling and Linking a VTL ProgramBit Applications \VXIPNP\WIN95\INCLUDE Example Program Including the Visa Declarations File Opening a Session ViOpen sesn, rsrcName, accessMode, timeout Device Sessions Addressing a Session Functions Board Instr Closing a Session Gpib Command Statements Overview of the Gpib BusGpib Instrument Nomenclature Chapter 123 Settings for the Serial Interface Overview of the RS-232 BusHandshake and Baud Rate Character Format Parameters Modem Line Handshaking Data Transfer Errors Programming Examples Types of Examples Using Markers 130 Chapter 131 Saving Binary Trace Data in an Ascii File Agilent Technologies Chapter 133 134 Chapter 135 Saving Ascii Trace Data in an Ascii File Chapter 137 138 Saving and Recalling Instrument State Data 140 Chapter 141 142 Performing Alignments and Getting Pass/Fail Results 144 Making an Acpr Measurement in cdmaOne Option BAC This is the C programming example ACPR.c 146 Chapter 147 Using C Programming Over Socket LAN Chapter 149 150 Chapter 151 152 Chapter 153 154 Chapter 155 156 Chapter 157 158 Chapter 159 160 Chapter 161 162 Chapter 163 164 Chapter 165 166 Chapter 167 Using C Programming Over Socket LAN Windows NT Synopsis Chapter 169 170 Using Java Programming Over Socket LAN URL 172 Chapter 173 174 Chapter 175 176 Chapter 177 178 Chapter 179 Using Java Programming Over Socket LAN 180 Programming Command Cross References Functional Sort of Scpi Commands Display Views Chapter 183 184 Language Reference Scpi Command Subsystems Common Ieee Commands Standard Event Status EnableCalibration Query Clear Status Standard Event Status Register Query Identification QueryInstrument State Query Operation Complete Command Operation Complete QuerySystset #NMMMMstatedata Systset state data Reset Query Instrument OptionsRecall RCL register Service Request Enable SaveRead Status Byte Query SAV register Trigger Self Test QueryWait-to-Continue Abort Command ABORt SubsystemABORt Adjacent Channel Power-Limit Test CALCulate SubsystemACP Limits CALCulateACPLIMitSTATe OFFON01 CALCulateACPLIMitSTATe? Baseband IQ Commands Test Current Results Against all LimitsData Query BbIQ in Spectrum I/Q Marker Query Calculate/Compress Trace Data Query CALCDATA2COMP? MEAN,24e-6,526e-6 These Measurement Available Traces Markers Available? 198 Chapter 199 Calculate Peaks of Trace Data CALCulateMARKers Subsystem Use CALCDATA4PEAK? -40,10,FREQ to identifyAscii Basic Mode measurement key words Service Mode measurement key wordsCdmaOne Mode measurement key words Cdma2000 Mode measurement key words GSM Mode measurement key words IDEN Mode measurement key wordsNadc Mode measurement key words PDC Mode measurement key words Example CALCulateSPECtrumMARKer2MAXimumMarkers All Off on All Traces CALCulatemeasurementMARKerAOFF Marker Function Result Marker Peak Maximum Search Marker Mode Marker Peak Minimum SearchCALCulatemeasurementMARKer1234MINimum Marker On/Off CALCSPECMARK2 onMarker to Trace 208 Chapter 209 210 Marker X Value CALCSPECMARK2X 1.2e6 HzMarker X Position Power Statistic CCDF-Store Reference Marker Readout Y ValueCALCulatemeasurementMARKer1234Y? CALCulatePSTatisticSTOReREFerence ONOFF10 CALibration Subsystem Calibration AbortAlign the ADC Auto-range Threshold Align the ADC Dither Center Frequency Align the ADC Offset Align the ADC RAM GainAlign All Instrument Assemblies Calibrate the Attenuator Automatic Alignment Calibration Comb AlignmentCALibrationAUTO Offalerton CALibrationAUTO? CALibrationCOMB CALibrationCOMB? Turn Background Calibration Corrections Off Calibration Display DetailAlign the Image Filter Circuitry CALibrationDISPlayLEVel Offlowhigh CALibrationDISPlayLEVel? Auto Adjust the Internal 10 MHz Frequency Reference CALibrationFREQuencyREFerenceAADJustAlign the if Flatness CALibrationFLATnessIF CALibrationFLATnessIF? Baseband I/Q Commands Baseband I/Q IQ Common Mode Response NullAlign the ADC Align the if Gain Calibrate the Nominal System Gain Baseband I/Q IQ Flatness CalibrationBaseband I/Q IQ Offset Calibration Load the Factory Default Calibration Constants Align the ifAlign the RF Align the Narrow LC Prefilter Align the Wide LC Prefilter Align the Narrow Crystal PrefilterAlign the Wide Crystal Prefilter Adjust the Level of the 321.4 MHz Alignment Signal MHz Reference Alignment SignalCALibrationREF50AMPL power CALibrationREF50AMPL? CALibrationREF321 CALibrationREF321? Internal 50 MHz Amplitude Reference Alignment Control CALibrationREF50ANOWCALibrationREF50DOIT CALibrationREF50DOIT? CALibrationREF50ENTer CALibrationREF50EXITQuery the Absolute Level for the 50 MHz Amplitude Reference CALibrationREF50LASTALEVel? Select Time Corrections Query the ALC DAC Value for the 50 MHz Amplitude ReferenceCALibrationREF50LASTALCDac? CALibrationTCORrections Autoonoff Align the Trigger Delay CALibrationTRIGgerDELay CALibrationTRIGgerDELay?Align the Trigger Interpolator Calibration Wait CONFigure Subsystem Configure the Selected MeasurementConfigure Query CONFiguremeasurement Adjacent Channel Power View Selection DISPlay SubsystemDate and Time Display DISPlayACPVIEW BGRaphSPECtrum DISPlayACPVIEW? Access DISPlayENABle OFFON01 DISPlayENABle?Display Annotation Title Data Turn the Display On/Off Select Display Format Spectrum Y-Axis Scale/DivDISPlayFORMatTILE DISPlayFORMatZOOM Spectrum Y-Axis Reference Level Turn a Trace Display On/Off DISPlayTRACenSTATe OFFON01 DISPlayTRACenSTATe? Chapter 233 234 Waveform Y-Axis Scale/Div Waveform Y-Axis Reference Level Chapter 237 FETCh Subsystem Fetch the Current Measurement ResultsFETChmeasurementn? FORMat Subsystem Byte OrderNumeric Data format FORMatBORDer NORMalSWAPped FORMatBORDer? 240 HCOPy Subsystem Screen Printout DestinationCustom Printer Color Capability HCOPyDESTination FPANelPRINter HCOPyDESTination? Custom Printer Language Printer TypeHCOPyDEViceLANGuage PCL3PCL5 HCOPyDEViceLANGuage? HCOPyDEViceTYPE CUSTomNONE HCOPyDEViceTYPE? Color Hard Copy Print a Hard CopyForm Feed the Print Item Orientation Number of Items Printed on a Reprint the Last ImageHCOPyPAGEPRINts HCOPyPAGEPRINts? HCOPyREPRintIMMediate Screen Dump Query Screen Dump Image InvertingHCOPySDUMpDATA? Gifbmpwmf GIF Screen Dump to a Printer HCOPySDUMpIMMediate INITiate Subsystem Take New Data Acquisition for Selected MeasurementContinuous or Single Measurements INITiatemeasurementname Take New Data Acquisitions Restart the MeasurementINITiateIMMediate Initimm INPut Subsystem Baseband I/Q Select Input ImpedanceBaseband I/Q Select Input Impedance Reference INPutIMPedanceIQ U50B600U1MB1M INPutIMPedanceIQ? Baseband I/Q Activate IQ Alignment Baseband I/Q I Input DC OffsetBaseband I/Q Q Input DC Offset Chapter 251 INSTrument Subsystem Catalog QuerySelect Application by Number Select Application INSTrumentSELectINSTrumentSELect? Instsel GSM MEASure Group of Commands CONFigure, FETCh, MEASure, Read InteractionsMeasure Commands MEASuremeasurementn? Measurement Group of Commands Configure Commands Fetch Commands Read CommandsREADmeasurementn? 258 Adjacent Channel Power Ratio ACP Measurement CONFigureACP FETChACPn? READACPn? MEASureACPn?Measurement Results Available 260 Chapter 261 262 Chapter 263 264 Chapter 265 266 MHz Amplitude Reference Measurement Channel Power Measurement Power Statistics Ccdf Measurement 270 Power vs. Time Measurement CONFigurePVTime FETChPVTimen? READPVTimen? MEASurePVTimen? 272 Chapter 273 Sensor Measurement Spectrum Frequency Domain Measurement 276 Chapter 277 Timebase Frequency Measurement Waveform Time Domain Measurement Chapter 279 280 Install Application Un-install ApplicationMEMoryINSTallAPPLication filename MEMoryUNINstallAPPLication filename MMEMory Subsystem Memory Available or In-UseSelect a Memory Device MMEMoryFREE? Store a Screen Image in a Graphic File MMEMorySTOReSCReenIMMediate filenameMmemstorescreenfiletype Screen File Type Screen Image BackgroundMMEMorySTOReSCReenFILETYPE Gifbmpwmf Read Subsystem Initiate and Read Measurement Data Adjacent Channel Power Measurement Adjacent Channel Power-Average CountAdjacent Channel Power-Averaging State SENSe Subsystem Adjacent Channel Power-Averaging Termination Control Adjacent Channel Power-Type of Carrier AveragingAdjacent Channel Power-Carrier Channel BW SENSeACPAVERageTYPE MAXimumRMS SENSeACPAVERageTYPE? CdmaOne, W-CMDA Trial & Arib mode Adjacent Channel Power-Dynamic Range Adjacent Channel Power-Fast Mode ADC Range Adjacent Channel Power-Fast Mode Relative Attenuation Adjacent Channel Power-Root Raised Cosine Filter Alpha Adjacent Channel Power-Root Raised Cosine Filter ControlAdjacent Channel Power-Reference Channel FFT Segments Adjacent Channel Power-Reference Channel FFT Segments State Adjacent Channel Power-Frequency Span QuerySENSeACPFFTSegmentAUTO OFFON01 SENSeACPFFTSegmentAUTO? SENSeACPFREQuencySPAN? Adjacent Channel Power-Offset Frequency Absolute Limit Adjacent Channel Power-Offset Frequency Adjacent Channel Power-Offset Frequency Power Mode Adjacent Channel Power-Offset Frequency Relative LimitAdjacent Channel Power-Offset Frequency Control Adjacent Channel Power-Offset Frequency Test Mode Adjacent Channel Power-Absolute Amplitude LimitsSENSeACPOFFSetABSolute power SENSeACPOFFSetABSolute? SENSeACPOFFSetnLISTABSolute Power,power,power,power,power SENSeACPOFFSetnLISTABSolute? Adjacent Channel Power-Type of Offset Averaging SENSeACPOFFSetLISTBANDwidthBWIDth?SENSeACPOFFSetnLISTBANDwidthBWIDth? SENSeACPOFFSetnLISTnBANDwidthBWIDth? Adjacent Channel Power-FFT Segments SENSeACPOFFSetLISTFFTSegmentAUTO? SENSeACPOFFSetFREQuency foffset SENSeACPOFFSetFREQuency? Chapter 301 Adjacent Channel Power-Number of Measured Points Adjacent Channel Power-Automatic Measurement PointsSENSeACPOFFSetLISTPOINtsAUTO? Adjacent Channel Power-Relative Attenuation Adjacent Channel Power-Relative Attenuation Control SENSeACPOFFSetRCARrier relpower SENSeACPOFFSetRCARrier? SENSeACPOFFSetRPSDensity relpower SENSeACPOFFSetRPSDensity? SENSeACPOFFSetLISTRPSDensity? Adjacent Channel Power-Select Sideband SENSeACPOFFSetLISTSIDE? Adjacent Channel Power-Control Offset Frequency List SENSeACPOFFSetnLISTnSTATe? Chapter 309 Adjacent Channel Power-Automatic Sweep Time SENSeACPOFFSetLISTSWEepTIMEAUTO?SENSeACPOFFSetLISTTEST? SENSeACPOFFSetnLISTTEST? Chapter 311 SENSeACPPOINts integer SENSeACPPOINts? SENSeACPPOINtsAUTO OFFON01 SENSeACPPOINtsAUTO? Adjacent Channel Power-Spectrum Trace Control SENSeACPSPECtrumENABle OFFON01 SENSeACPSPECtrumENABle?Adjacent Channel Power-Sweep Mode Resolution Bandwidth Adjacent Channel Power-Sweep Mode Resolution BW Control SENSeACPSWEepBANDwidthBWIDthRESolutionAUTOSENSeACPSWEepBANDwidthBWIDthRESolutionAUTO? Adjacent Channel Power-Sweep Mode Detection Adjacent Channel Power-Sweep Type SENSeACPSWEepTIMEAUTO OFFON01 SENSeACPSWEepTIMEAUTO?SENSeACPSWEepTYPE FASTFFTSWEep SENSeACPSWEepTYPE? Adjacent Channel Power-Trigger Source SENSeACPSWEepTYPE FFTSWEep SENSeACPSWEepTYPE?FFT Adjacent Channel Power-Power Reference Baseband I/Q Select I/Q Power RangeSENSeACPTYPE PSDRefTPRef SENSeACPTYPE? Channel Commands Baseband I/Q Select I/Q Voltage RangeSENSeVOLTageIQRANGeUPPer level SENSeVOLTageIQRANGeUPPer? Select the ARFCN-Absolute RF Channel Number Select the Lowest Arfcn SENSeCHANnelARFCnRFCHannelBOTTom Select the Middle Arfcn SENSeCHANnelARFCnRFCHannelMIDDleSelect the Highest Arfcn SENSeCHANnelARFCnRFCHannelTOP SENSeCHANnelBURSt NORMalSYNCACCess SENSeCHANnelBURSt? Burst TypeSENSeCHANnelBURSt Tchcch SENSeCHANnelBURSt? TCH Digital Demod PN Offset SENSeCHANnelPNOFfset integer SENSeCHANnelPNOFfset?Time Slot number SENSeCHANnelSLOT integer SENSeCHANnelSLOT? Time Slot Auto SENSeCHANnelSLOTAUTO OFFON01 SENSeCHANnelSLOTAUTO?Training Sequence Code TSC SENSeCHANnelTSCode integer SENSeCHANnelTSCode? Channel Power-Average Count SENSeCHPowerAVERageCOUNt integer SENSeCHPowerAVERageCOUNt?Training Sequence Code TSC Auto SENSeCHANnelTSCodeAUTO OFFON01 SENSeCHANnelTSCodeAUTO? Channel Power-Averaging State SENSeCHPowerAVERageSTATe OFFON01 SENSeCHPowerAVERageSTATe?Channel Power-Averaging Termination Control Channel Power-Integration BW Channel Power-SpanSENSeCHPowerFREQuencySPAN freq SENSeCHPowerFREQuencySPAN? Channel Power-Data Points Channel Power-Data Points AutoChannel Power-Sweep Time SENSeCHPowerSWEepTIMEAUTO OFFON01 SENSeCHPowerSWEepTIMEAUTO? Channel Power-Trigger Source Signal Corrections Commands Select the Input SignalSENSeCORRectionRFLOSS relpower SENSeCORRectionRFLOSS? Correction for RF Port External Attenuation Frequency Commands Center FrequencySENSeFREQuencyCENTer freq SENSeFREQuencyCENTer? Center Frequency Step Size RF Power Commands SENSePOWerRFATTenuation relpower SENSePOWerRFATTenuation?RF Port Input Attenuation RF Port Input Attenuator Auto RF Port Power Range Auto SENSePOWerRFRANGeAUTO OFFON01 SENSePOWerRFRANGeAUTO?RF Port Power Range Maximum Total Power SENSePOWerRFRANGeUPPer power SENSePOWerRFRANGeUPPer? Power Statistics CCDF-Channel Bandwidth Power Statistics CCDF-Sample CountsSENSePSTatisticCOUNts integer SENSePSTatisticCOUNts? Power Statistics CCDF-Sweep Time Power Statistics CCDF-Trigger SourceSENSePSTatisticSWEepTIME time SENSePSTatisticSWEepTIME? Power vs. Time-Number of Bursts Averaged Power vs. Time-Averaging StateSENSePVTimeAVERageCOUNt integer SENSePVTimeAVERageCOUNt? SENSePVTimeAVERageSTATe OFFON01 SENSePVTimeAVERageSTATe? Power vs. Time-Averaging Mode Power vs. Time-Averaging Type Power vs. Time-Resolution BW Power vs. Time-RBW Filter TypePower vs. Time-Sweep Time SENSePVTimeSWEepTIME integer SENSePVTimeSWEepTIME? Power vs. Time-Trigger Source SENSePVTimeTRIGgerSOURce? Radio Standards Commands Radio Carrier HoppingSENSeRADioCARRierHOP OFFON01 SENSeRADioCARRierHOP? Radio Carrier Multiple Radio Device Under Test SENSeRADioDEVice Bsms SENSeRADioDEVice?SENSeRADioDEVice Btsms SENSeRADioDEVice? BTS SENSeRADioDEVice INBoundOUTBound SENSeRADioDEVice? Radio Base Station Type Frequency Offset of MS to BTS SENSeRADioFOFFset freq SENSeRADioFOFFset?Radio Format Standard SENSeRADioFORMat ARIBTGPPTRIal SENSeRADioFORMat? SENSeRADioFORMat M16QAMM64QAMDJSMR SENSeRADioFORMat? M16QAMRadio Standard Band ARIBT53 Arib STD-T53 SENSeRADioSTANdardBAND GSM480GSM850 SENSeRADioSTANdardBAND?Full Reference Oscillator Commands Reference Oscillator External FrequencyReference Oscillator Rear Panel Output SENSeROSCillatorOUTPutSTATe OFFON01 SENSeROSCillatorOUTPut? Spectrum Frequency-Domain Measurement Reference Oscillator SourceSpectrum-Data Acquisition Packing Spectrum-ADC Dither Spectrum-ADC Range Spectrum-Average Clear SENSeSPECtrumAVERageCLEarSpectrum-Number of Averages Spectrum-Averaging State Spectrum-Averaging Mode Spectrum-Averaging TypeLOG Spectrum- Select Pre-FFT Bandwidth Spectrum if Flatness CorrectionsSpectrum-Pre-ADC Bandpass Filter Spectrum-Pre-FFT BW Spectrum-Resolution BW Spectrum-Pre-FFT BW Filter TypeFlat Spectrum-Resolution BW Auto SENSeSPECtrumBANDwidthBWIDthRESolutionAUTOSENSeSPECtrumBANDwidthBWIDthRESolutionAUTO? Decimation of Spectrum Display Spectrum-FFT Length SENSeSPECtrumFFTLENGth integer SENSeSPECtrumFFTLENGth?Spectrum-FFT Length Auto Spectrum-FFT Minimum Points in Resolution BW Spectrum-Window DelaySENSeSPECtrumFFTRBWPoints real SENSeSPECtrumFFTRBWPoints? Spectrum-Window Length Spectrum-FFT Window Spectrum-Frequency SpanSENSeSPECtrumFREQuencySPAN freq SENSeSPECtrumFREQuencySPAN? Spectrum-Sweep Acquisition Time SENSeSPECtrumSWEepTIMEVALue time SENSeSPECtrumSWEepTIME?Spectrum-Sweep Acquisition Time Auto SENSeSPECtrumSWEepTIMEAUTO OFFON01 Waveform Time-Domain Measurement Spectrum-Trigger SourceWaveform-Data Acquisition Packing Waveform-ADC Dither State Waveform-Pre-ADC Bandpass FilterWaveform-ADC Range Waveform Query Aperture Setting Waveform-Number of AveragesWaveform-Averaging State Waveform-Averaging Mode Waveform-Resolution BWWaveform-Averaging Type Waveform Query Actual Resolution Bandwidth Waveform-Resolution BW Filter Type Waveform-Decimation of Waveform Display Waveform-Control Decimation of Waveform DisplayWaveform-Sweep Acquisition Time SENSeWAVeformSWEepTIME time SENSeWAVeformSWEepTIME? Waveform-Trigger Source SENSeWAVeformTRIGgerSOURce? SERVice Subsystem Prepare Calibration Files for AccessLoad Default Calibration Data to Nram Unlock Calibration Files Operation Enable STATus SubsystemOperation Register Operation Condition Query Operation Negative Transition Operation Positive Transition Preset the Status Byte Questionable EnableQuestionable Register Questionable Condition Questionable Event Query STATusQUEStionableEVENt?Questionable Negative Transition Questionable Positive Transition Questionable Calibration Enable Questionable Calibration RegisterQuestionable Calibration Event Query STATusQUEStionableCALibrationEVENt? Questionable Calibration Negative Transition Questionable Calibration Positive Transition Questionable Frequency Enable Questionable Frequency RegisterQuestionable Frequency Condition Questionable Frequency Event Query Questionable Integrity Register Questionable Frequency Negative TransitionQuestionable Frequency Positive Transition Questionable Integrity Enable STATusQUEStionableINTegrityENABle numberSTATusQUEStionableINTegrityENABle? Questionable Integrity Negative Transition Questionable Integrity Signal Register Questionable Integrity Signal EnableQuestionable Integrity Positive Transition Questionable Integrity Signal Event Query STATusQUEStionableINTegritySIGNalEVENt?Questionable Integrity Signal Negative Transition Questionable Integrity Signal Positive Transition Questionable Integrity Uncalibrated Enable Questionable Integrity Uncalibrated RegisterQuestionable Integrity Uncalibrated Event Query STATusQUEStionableINTegrityUNCalibratedEVENt? Questionable Integrity Uncalibrated Negative Transition Questionable Integrity Uncalibrated Positive Transition Questionable Power Register Questionable Power ConditionQuestionable Power Enable Questionable Power Event Query Questionable Temperature Register Questionable Power Negative TransitionQuestionable Power Positive Transition Questionable Temperature Enable STATusQUEStionableTEMPeratureENABle numberSTATusQUEStionableTEMPeratureENABle? Questionable Temperature Negative Transition Questionable Temperature Positive Transition SYSTem Subsystem Gpib AddressLAN IP Address with Host Name Systcommgpibaddr Options Configuration Query Hardware Configuration DefaultSYSTemCONFigure? SYSTemCONFigureDEFault System Configuration Query SYSTemCONFigureSYSTem?Set Date SYSTemDATE year,month,day SYSTemDATE? Error Information Query Locate Scpi Command ErrorsSYSTemERRorNEXT? SYSTemERRorVERBose OFFON01 SYSTemERRorVERBose? Exit Main Firmware for Upgrade Host Identification QueryKeyboard Lock License Key for Installing New Applications Delete a License KeySYSTemLKEY ‘option’,‘license key’ SYSTemLKEY? ‘option’ Systlkey ‘BAC’,’123A456B789C’ Service Password PresetRemote Message Remote Message Turned Off Preset Type Adjust TimeSet Time Scpi Version Query SYSTemVERSion? TRIGger Subsystem Automatic Trigger ControlAutomatic Trigger Time TRIGgerSEQuenceAUTOSTATe OFFON01 TRIGgerSEQuenceAUTOSTATe? External Trigger Delay Frame Trigger Adjust TRIGgerSEQuenceFRAMeADJust timeExternal Trigger Slope Frame Trigger Period Frame Trigger Sync Mode Frame Trigger Synchronization Offset Video if Trigger Delay TRIGgerSEQuenceIFDELay time TRIGgerSEQuenceIFDELay?Trigger Holdoff TRIGgerSEQuenceHOLDoff time TRIGgerSEQuenceHOLDoff? RF Burst Trigger Delay TRIGgerSEQuenceIFLEVel power TRIGgerSEQuenceIFLEVel?Video if Trigger Level Video if Trigger Slope RF Burst Trigger Level RF Burst Trigger Slope TRIGger Subsystem 398 Index Now Index 401 Bus, 55 Index 403 404 Enable and read 406