•  VNA Master™Programming Manual
  •  General Information
    • About this Manual
    • Introduction
    •  Remote Programming Setup and Interface
      • USB Interface Connection and Setup
      • Ethernet Interface Connection and Setup (Option 411)
      • Connectivity
    • Sending SCPI Commands
  •  Programming with SCPI
    • Introduction
    • Introduction to SCPI Programming
    •  SCPI Common Commands
      • *IDN?
      • *RST
    • SCPI Required Commands
    • SCPI Optional Commands
    •  Subsystem Commands
      • Command Names
      • Hierarchical Command Structure
      • Query Commands
      • Identifiers
      • Data Parameters
      • Data Parameter Notations
      • Unit Suffixes
    • Notational Conventions
    •  Notational Examples
      • Command Terminators
    • Formatting Conventions
    • Command and Query Notational Conventions
    • Parameter Names
  •  VNA Commands
    •  Introduction
      • VNA Commands
    •  :CALCulate Subsystem
      • Trace Data Transfer
    •  :CALCulate:FORMat Subsystem
      • Graph Type
    •  :CALCulate:LIMit Subsystem
      • Limit Alarm
      • Number of Lower Limit Points
      • Add Lower Limit Point
      • Delete Lower Limit Point
      • Lower Limit Next Point Left
      • Lower Limit Next Point Right
      • Lower Limit Point X Value
      • Lower Limit Point Y Value
      • Lower Limit State
      • Lower Limit X Value
      • Lower Limit Y Value
      • Number of Limit Points
      • Add Limit Point
      • Delete Limit Point
      • Next Point Left
      • Next Point Right
      • Limit Point X Value
      • Limit Point Y Value
      • Limit State
      • Limit Type
      • Number of Upper Limit Points
      • Add Upper Limit Point
      • Delete Upper Limit Point
      • Upper Limit Next Point Left
      • Upper Limit Next Point Right
      • Upper Limit Point X Value
      • Upper Limit Point Y Value
      • Upper Limit State
      • Upper Limit X Value
      • Upper Limit Y Value
      • Limit X Value
      • Limit Y Value
    •  :CALCulate:MARKer Subsystem
      • Turn All Markers Off
      • Marker Data
      • Delta Marker Reference To
      • Delta Marker State
      • Marker Readout Format
      • Marker Domain Type
      • Marker Readout Style
      • Marker (Maximum) Peak Search
      • Marker (Minimum) Valley Search
      • Reference Marker State
      • Marker On Trace
      • Marker Type
      • Marker X Value
      • Marker Read Y Value
    •  :CALCulate:MATH Subsystem
      • Trace To Memory
    •  :CALCulate:SMOothing Subsystem
      • Smoothing
    •  :CALCulate:TRANsform Subsystem
      • Maximum Distance
      • Distance Resolution
      • Start Distance
      • Stop Distance
      • Distance Units
      • Get Distance List
    •  :Display Subsystem
      • Trace Display
      • Trace Format
      • Group Delay Aperture
      • Scale Resolution Per Division
      • Scale Reference Level
      • Scale Reference Line
      • Smith Chart Scalable Type
    •  :Format Subsystem
      • Numeric Data Format
    •  :INITiate Subsystem
      • Continuous/Single Sweep
      • Hold Sweep
      • Trigger Sweep/Measurement
    •  :INPut Subsystem
      • Internal Bias Tee Current
      • Internal Bias Tee Tripped State
      • Bias Tee State
      • Internal Bias Tee Voltage
    • :MMEMory Subsystem
    •  :MMEMory:LOAD Subsystem
      • Recall Setup
      • Recall Measurement
    •  :MMEMory:STORe Subsystem
      • Save Setup
      • Save Measurement
    •  [:SENSe] Subsystem
      • RF Power In Hold State
    •  [:SENSe]:APPLication Subsystem
      • Application Self Test
      • Application Self Test Result
    •  [:SENSe]:AVERage Subsystem
      • Restart Averaging
      • Number of Traces to Average
    •  [:SENSe]:CALibration Subsystem
      • Calibration State
    •  [:SENSe]:CORRection Subsystem
      • Error Correction Data
      • Smith Chart Reference Impedance
      • Calibration Correction State
    •  [:SENSe]:CORRection:CKIT Subsystem
      • Calibration Connector Information
    •  [:SENSe]:CORRection:CKIT:USER Subsystem
      • DUT User Inductance Coefficient value
      • DUT User Capacitance Coefficient value
      • DUT User Name
      • DUT User Open Offset
      • DUT User Short Offset for calibration method SOLT
    •  [:SENSe]:CORRection:COLLect Subsystem
      • Calibration Abort
      • Calibration Steps
      • Calibration Steps and Calibration Types:
      • Calibration Step Status
      • DUT Port Setup
      • Calibration Interpolation
      • Calibration Line Type
      • Calibration Method
      • Calculate Calibration Data
      • Calibration Status
      • Calibration Accuracy Status
      • Calibration Type
    •  [:SENSe]:FREQuency Subsystem
      • Center Frequency
      • Frequency Span
      • Distance Suggested Frequency Span
      • Start Frequency
      • Stop Frequency
      • Get Frequency List
    •  [:SENSe]:SWEep Subsystem
      • IF Bandwidth
      • Number of Sweep Points
      • Sweep Type
    •  [:SENSe]:TRACe Subsystem
      • Trace Domain
      • Trace Select
      • S Parameter
      • Number of Traces
      • Active Trace
    •  :SOURce Subsystem
      • Power Levels
    •  :SOURce:CORRection:RVELocity Subsystem
      • Propagation Velocity
      • Cable Loss
    •  :STATus Subsystem
      • Query Operation Status
    •  :SYSTem Subsystem
      • System Alternate State
      • Motherboard Temperature
      • Preset
    •  :Trace Subsystem
      • Trace Data Transfer
      • Trace Header Transfer
  •  Vector Voltmeter Commands
    • Introduction
    • Vector Voltmeter Commands
    • VVM Commands
    • :MMEMory Subsystem
    •  :MMEMory:LOAD Subsystem
      • Recall Setup
      • Recall Measurement
    •  :MMEMory:STORe Subsystem
      • Save Setup
      • Save Measurement
    •  :TRACe VVM Subsystem
      • Trace Header Transfer
      • Trace Header Parameters
    •  [:SENSe]:SWEep Subsystem
      • IF Bandwidth
    •  [:SENSe]:VVM Subsystem
      • Return Measurement Format
      • Measurement Mode
      • Measurement Type
    •  [:SENSe:]:VVM:CABLe Subsystem
      • Cable
    •  [:SENSe]:VVM:FREQuency Subsystem
      • CW Frequency
    •  [:SENSe:]:VVM:REFerence Subsystem
      • Clear Reference
      • Set Reference
    •  :FETCh:VVM Subsystem
      • Data
    •  FETCh:VVM:REFerence Subsystem
      • Reference Data
  •  Spectrum Analyzer Commands
    •  Introduction
      • Spectrum Analyzer Commands
    • :ABORt Subsystem
    •  :CALCulate Subsystem
      • Limit Alarm
      • Limit Fail
      • Lower Limit Fail State
      • Limit Pass/Fail
      • Upper Limit Fail State
      • Move Limit to Current Center Frequency
      • Create Limit Envelope
      • Limit Envelope Offset
      • Number of Limit Envelope Points
      • Limit Envelope Shape
      • Update Limit Envelope Frequency
      • Update Limit Envelope Amplitude
      • Limit Fail State
      • Lower Limit Alarm
      • Lower Limit Fail State
      • Number of Lower Limit Points
      • Lower Limit State
      • Limit Line Type
      • Limit Mirror
      • Add Limit Point
      • Delete Limit Point
      • Next Point Left
      • Next Point Right
      • Limit Point X Value
      • Limit Point Y Value
      • Number of Limit Points
      • Set Limit Line Upper or Lower
      • Upper Limit Alarm
      • Upper Limit Fail State
      • Number of Upper Limit Points
      • Upper Limit State
      • Move Limit
      • Add Vertical
      • Limit X Value
      • Limit Line Y Value
      • Set Default Limit
      • Limit State
      • Turn All Markers Off
      • Peak Threshold
      • Marker Data
      • Marker Table State
      • Marker Noise
      • Delta Marker X Value
      • Delta Marker Read Y Value
      • Delta Marker to Span
      • Delta Marker State
      • Marker Counter
      • Marker Fixed State
      • Marker (Maximum) Peak Search
      • Marker (Maximum) Peak Search Left
      • Marker (Maximum) Peak Search Next
      • Marker (Maximum) Peak Search Right
      • Marker Noise
      • Marker X Value
      • Marker Read Y Value
      • Marker Frequency to Center
      • Marker to Reference Level
      • Marker State
    •  :CONFigure Subsystem
      • Configure Adjacent Channel Power Ratio
      • Configure Channel Power
      • Configure Field Strength
      • Configure Occupied Bandwidth
      • Measurement Mode
    •  :DISPlay Subsystem
      • Display Grid
      • Auto Reference Level
      • Scale
      • Reference Level
      • Reference Level Offset
    •  :FETCh Subsystem
      • Fetch Adjacent Channel Power Ratio
      • Fetch Channel Power
      • Fetch Channel Power Density
      • Fetch Channel Power/Density
      • Fetch Occupied Bandwidth Frequency
      • Fetch Occupied Bandwidth
    •  :FORMat Subsystem
      • Numeric Data Format
    •  :INITiate Subsystem
      • Continuous/Single Sweep
      • Trigger Sweep/Measurement
      • Save On Crossing Limit
      • Save On Sweep Complete
      • Save Then Stop
    •  :MEASure Subsystem
      • Measure Adjacent Channel Power Ratio
      • Measure Channel Power
      • Measure Channel Power Density
      • Measure Channel Power/Density
      • Measure Occupied Bandwidth
    •  :MMEMory Subsystem
      • Transfer Data
      • Delete Setup/Measurement
      • Recall Limit
      • Recall Setup
      • Recall Measurement
      • Save Limit
      • Save Setup
      • Save Measurement
    •  :READ Subsystem
      • Read Adjacent Channel Power Ratio
      • Read Channel Power Density
      • Read Channel Power
      • Read Occupied Bandwidth
    •  :TRACe Subsystem
      • Trace Copy
      • Trace Exchange
      • Trace Header Transfer
      • Trace Header Parameters
      • Trace Data Transfer
      • Trace View State
      • Trace Write State
      • Trace A Operation
      • Trace B Operation
      • Trace C Operation
    •  :TRIGger Subsystem
      • Trigger Source
      • Video Trigger Level
      • Video Trigger Position
    •  :UNIT Subsystem
      • Measurement Units
    •  [:SENSe] Subsystem
      • ACPR Adjacent Channel Bandwidth
      • ACPR Main Channel Bandwidth
      • ACPR Channel Spacing
      • ACPR Measurement State
      • Number of Traces to Average
      • Trace Mode (Normal/Average/Max Hold/Min Hold)
      • Resolution Bandwidth
      • Resolution Bandwidth Coupling
      • Resolution Bandwidth to Span Ratio
      • Video Bandwidth
      • Video Bandwidth Coupling
      • Video Bandwidth to Resolution Bandwidth Ratio
      • Channel Power Integration Bandwidth
      • Channel Power Measurement State
      • Input Impedance
      • Other Input Impedance Loss
      • Detection Type
      • Frequency Reference Status
      • Center Frequency
      • Channel Selection
      • Signal Standard
      • Frequency Span
      • Frequency Span – Full
      • Frequency Span – Last
      • Start Frequency
      • Frequency Step
      • Stop Frequency
      • Field Strength Antenna
      • Field Strength Measurement State
      • Occupied Bandwidth Measurement Method
      • Occupied Bandwidth Percent of Power
      • Occupied Bandwidth Measurement State
      • Occupied Bandwidth dB Down
      • Input Attenuation
      • Input Attenuation Coupling
      • Preamp State
      • Sweep Status
      • Minimum Sweep Time
      • Trace Count
  •  AM/FM/PM Commands
    • :CALCulate Subsystem
    • :DISPlay Subsystem
    • :FORMat Subsystem
    • :INITiate Subsystem
    • :MMEMory Subsystem
    • :TRACe Subsystem
    • [:SENSe] Subsystem
  •  All Mode Commands
    • Introduction
    • All Mode Commands
    •  :INSTrument Subsystem
      • Query Available Modes
      • Select Mode by Number
      • Select Mode by Name
    •  :MMEMory Subsystem
      • Transfer Data
      • Delete Data/Location
      • Show Directory
    •  :MMEMory:MSIS Subsystem
      • Save Location
      • Copy From Current Location To Destination
      • Copy to Destination
    •  :MMEMory:STORe Subsystem
      • Save Screen as JPEG
    •  :SYSTem Subsystem
      • Query Installed Options
      • Preset
    •  [:SENSe]:GPS Subsystem
      • GPS On/Off
      • GPS Reset
      • GPS Antenna Current
      • GPS Antenna Voltage
    •  :FETCh:GPS Subsystem
      • Fetch GPS Fix Data
  •  Example
    • Introduction
    • C/C++
    • Visual Basic

VNA Master™Programming Manual

Visual Basic