Agilent Technologies E4406A VSA manuals

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Agilent Technologies E4406A VSA Manual

406 pages5.44 Mb

2Safety Information
3War ra nt y
LIMITATION OF WARRANTY
EXCLUSIVE REMEDIES
- 36Whats in This Chapter?
  - www.agilent.com/find/vsa
  - Digital Communications Measurements Information
- 38Programming the Transmitter Tester
  - 40Table 1-1 Available Modes and Measurements
- 41Installing Optional Measurement Personalities
  - Available Measurement Personality Options
  - 42Loading an Optional Measurement Personality
  - 43Installing a License Key
  - 44Viewing a License Key
  - Using the Uninstall Key
- 46Writing Your First Program
  - Three Basic Steps in a Measurement
  - Programming a Measurement
  - 47File Naming Rules
- 48Cables for Connecting to RS-232
  - 49Figure 1-2 HP/Agilent F1047-80002 Cable
  - Figure 1-3 HP/Agilent 24542G/H Cable
  - Figure 1-4 HP/Agilent 92219J Cable
  - 50Figure 1-5 HP/Agilent 13242G Cable
  - Figure 1-6 HP/Agilent 24542M Modem Cable
  - 51Figure 1-7 HP/Agilent C2913A/C2914A Cable
  - Figure 1-8 Mouse Adapter (typical)
  - 52Figure 1-9 HP/Agilent 24542U Cable with 5181-6641 Adapter
  - Figure 1-10 HP/Agilent 24542U Cable with 5181-6640 Adapter
  - Figure 1-11 HP/Agilent 24542U Cable with 5181-6642 Adapter
  - 53Figure 1-12 HP/Agilent 24542U Cable with 5181-6639 Adapter
  - Figure 1-13 HP/Agilent F1047-80002 Cable with 5181-6641 Adapter
  - Figure 1-14 HP/Agilent F1047-80002 Cable with 5181-6640 Adapter
  - 54Figure 1-15 HP/Agilent F1047-80002 Cable with 5181-6642 Adapter
  - Figure 1-16 HP/Agilent F1047-80002 Cable with 5181-6639 Adapter
- 55Connecting to a LAN Server
- 56Connecting to a GPIB Server
- 59SCPI Language Basics
  - Command Keywords and Syntax
  - 60Creating Valid Commands
  - 61Special Characters in Commands
  - 62Parameters in Commands
  - 64Putting Multiple Commands on the Same Line
- 67Improving the Speed of Your Measurements
  - Turn off the display updates.
  - Use binary data format instead of ASCII.
  - 68Minimize the number of GPIB transactions.
  - 70Avoid unnecessary use of *RST.
  - Minimize DUT/instrument setup changes.
  - Consider using LAN instead of GPIB.
  - Avoid automatic attenuator setting.
  - 71Optimize your GSM output RF spectrum switching measurement.
  - Avoid using RFBurst trigger for single burst signals.
  - 72When making power measurements on multiple bursts or slots, use CALCulate:DATA[n]:COMPress?
- 76Using the Instrument Status Registers
  - Using the Status Registers
- 89Using the LAN to Control the Analyzer
  - Using ftp for File Transfers
    - 91Table 2-2 ftp Commands
  - 92Using Telnet to Send Commands
  - 94Using Socket LAN to Send Commands
  - 95Using SICL LAN to Control the Analyzer
  - 103Using HP/Agilent VEE Over Socket LAN
  - 104Using a Java Applet Over Socket LAN
  - Using a C Program Over Socket LAN
  - 105General LAN Troubleshooting
- 113C Programming Using VTL
  - Typical Example Program Contents
  - 114Linking to VTL Libraries
  - Compiling and Linking a VTL Program
  - 116Example Program
  - 117Including the VISA Declarations File
  - Opening a Session
  - 118Device Sessions
  - 119Addressing a Session
  - 121Closing a Session
- 122Overview of the GPIB Bus
  - GPIB Instrument Nomenclature
  - GPIB Command Statements
- 124Overview of the RS-232 Bus
  - Settings for the Serial Interface
  - Handshake and Baud Rate
  - 125Character Format Parameters
  - Modem Line Handshaking
  - 126Data Transfer Errors
- 128Types of Examples
- 129Using Markers
  - This is the C programming example Markers.c.
- 132Saving Binary Trace Data in an ASCII File
  - This is the C programming example Trace.c
- 136Saving ASCII Trace Data in an ASCII File
  - This is the C programming example TraceASC.c
- 139Saving and Recalling Instrument State Data
  - This is the C programming example State.c
- 143Performing Alignments and Getting Pass/Fail Results
  - This is the C programming example Align.c
- 145Making an ACPR Measurement in cdmaOne (Option BAC)
  - This is the C programming example ACPR.c
- 148Using C Programming Over Socket LAN
- 168Using C Programming Over Socket LAN (Windows NT)
- 171Using Java Programming Over Socket LAN
- 182Functional Sort of SCPI Commands
- 186SCPI Command Subsystems
- 187Common IEEE Commands
  - Calibration Query
  - Clear Status
  - Standard Event Status Enable
  - 188Standard Event Status Register Query
  - Identification Query
  - Instrument State Query
  - 189Operation Complete Command
  - Operation Complete Query
  - 190Query Instrument Options
  - Recall
  - Reset
  - 191Save
  - Service Request Enable
  - Read Status Byte Query
  - 192Trigger
  - Self Test Query
  - Wait-to-Continue
- 193ABORt Subsystem
  - Abort Command
- 194CALCulate Subsystem
  - ACP - Limits
  - 195Baseband IQ Commands
  - Test Current Results Against all Limits
  - Data Query
  - 196Calculate/Compress Trace Data Query
  - 200Calculate Peaks of Trace Data
  - 201CALCulate:MARKers Subsystem
  - 212Power Statistic CCDFStore Reference
- 213CALibration Subsystem
  - Calibration Abort
  - Align the ADC Auto-range Threshold
  - Align the ADC Dither Center Frequency
  - 214Align the ADC Offset
  - Align the ADC RAM Gain
  - Align All Instrument Assemblies
  - Calibrate the Attenuator
  - 215Automatic Alignment
  - Calibration Comb Alignment
  - 216Turn Background Calibration Corrections Off
  - Calibration Display Detail
  - Align the Image Filter Circuitry
  - 217Align the IF Flatness
  - Auto Adjust the Internal 10 MHz Frequency Reference
  - 218Align the ADC
  - Align the IF Gain
  - Baseband I/Q Commands
  - 219Calibrate the Nominal System Gain
  - 220Align the IF
  - Align the RF
  - Load the Factory Default Calibration Constants
  - Align the Narrow LC Prefilter
  - 221Align the Wide LC Prefilter
  - Align the Narrow Crystal Prefilter
  - Align the Wide Crystal Prefilter
  - 222Adjust the Level of the 321.4 MHz Alignment Signal
  - 50 MHz Reference Alignment Signal
  - 225Select Time Corrections
  - 226Align the Trigger Delay
  - Align the Trigger Interpolator
  - Calibration Wait
- 227CONFigure Subsystem
  - Configure the Selected Measurement
  - Configure Query
- 228DISPlay Subsystem
  - Adjacent Channel Power - View Selection
  - 229Date and Time Display
  - Display Annotation Title Data
  - Turn the Display On/Off
  - 230Select Display Format
  - Spectrum - Y-Axis Scale/Div
  - 231Spectrum - Y-Axis Reference Level
  - 232Turn a Trace Display On/Off
  - 235Waveform - Y-Axis Scale/Div
  - 236Waveform - Y-Axis Reference Level
- 238FETCh Subsystem
  - Fetch the Current Measurement Results
- 239FORMat Subsystem
  - Byte Order
  - Numeric Data format
- 241HCOPy Subsystem
  - Screen Printout Destination
  - Custom Printer Color Capability
  - 242Custom Printer Language
  - Printer Type
  - 243Color Hard Copy
  - Print a Hard Copy
  - Form Feed the Print Item
  - Page Orientation
  - 244Number of Items Printed on a Page
  - Reprint the Last Image
  - 245Screen Dump Query
  - Screen Dump Image Inverting
- 247INITiate Subsystem
  - Take New Data Acquisition for Selected Measurement
  - Continuous or Single Measurements
  - 248Take New Data Acquisitions
  - Restart the Measurement
- 249INPut Subsystem
  - Baseband I/Q - Select Input Impedance
  - Baseband I/Q - Select Input Impedance Reference
  - 250Baseband I/Q - Activate IQ Alignment
  - Baseband I/Q - I Input DC Offset
  - Baseband I/Q - Q Input DC Offset
- 252INSTrument Subsystem
  - Catalog Query
  - Select Application by Number
  - 253Select Application
- 255MEASure Group of Commands
  - CONFigure, FETCh, MEASure, READ Interactions
  - 259Adjacent Channel Power Ratio (ACP) Measurement
  - 26750 MHz Amplitude Reference Measurement
  - 268Channel Power Measurement
  - 269Power Statistics CCDF Measurement
  - 271Power vs. Time Measurement
  - 274Sensor Measurement
  - 275Spectrum (Frequency Domain) Measurement
  - 278Timebase Frequency Measurement
  - Waveform (Time Domain) Measurement
- 281MEMory Subsystem
  - Install Application
  - Un-install Application
- 282MMEMory Subsystem
  - Memory Available or In-Use
  - Select a Memory Device
  - 283Store a Screen Image in a Graphic File
  - 284Screen File Type
  - Screen Image Background
- 285READ Subsystem
  - Initiate and Read Measurement Data
- 286SENSe Subsystem
  - Adjacent Channel Power Measurement
    - 30520
    - 307
  - 317Baseband IQ Commands
  - 318Channel Commands
  - 324Channel Power Measurement
  - 329Signal Corrections Commands
  - Select the Input Signal
  - 330Frequency Commands
  - 331RF Power Commands
    - 332
  - 333Power Statistics CCDF Measurement
  - 335Power vs. Time Measurement
  - 339Radio Standards Commands
  - 345Reference Oscillator Commands
  - 346Spectrum (Frequency-Domain) Measurement
  - 357Waveform (Time-Domain) Measurement
- 364SERVice Subsystem
  - Prepare Calibration Files for Access
  - Load Default Calibration Data to NRAM
  - Unlock Calibration Files
  - Store Calibration Data in EEROM
- 365STATus Subsystem
- 382SYSTem Subsystem
  - GPIB Address
  - LAN IP Address with Host Name
  - 383Options Configuration Query
  - Hardware Configuration Default
  - 384System Configuration Query
  - Set Date
  - 385Error Information Query
  - Locate SCPI Command Errors
  - 386Exit Main Firmware for Upgrade
  - Host Identification Query
  - Keyboard Lock
  - 387License Key for Installing New Applications
  - Delete a License Key
  - 388Remote Message
  - Remote Message Turned Off
  - Service Password
  - Preset
  - 389Preset Type
  - Set Time
  - Adjust Time
- 391TRIGger Subsystem
  - Automatic Trigger Control
  - Automatic Trigger Time
  - 392External Trigger Delay
  - External Trigger Level
  - 393External Trigger Slope
  - Frame Trigger Adjust
  - Frame Trigger Period
  - 394Frame Trigger Sync Mode
  - Frame Trigger Synchronization Offset
  - 395Trigger Holdoff
  - Video (IF) Trigger Delay
  - 396Video (IF) Trigger Level
  - Video (IF) Trigger Slope
  - RF Burst Trigger Delay
  - 397RF Burst Trigger Level
  - RF Burst Trigger Slope

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