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Pilotes IVI et VXIplug&play

Communiquez avec des instruments qui utilisent un pilote IVI^® ou VXIplug&play

Connectez-vous et communiquez avec des instruments, notamment des oscilloscopes, des générateurs de fonctions, des générateurs de signaux et des analyseurs de spectre, à l'aide des pilotes standard IVI et VXIplug&play de fournisseurs d'instruments tels que Keysight^® et Tektronix^®. La prise en charge de ces pilotes est disponible via le package de support Instrument Control Toolbox™ pour les pilotes IVI et VXIplug&play.

Fonctions

développer tout

Découvrir et se connecter aux instruments

`ividriverlist`	List installed IVI-C and VXIplug&play drivers (depuis R2022a)
`ividevlist`	List physically connected IVI-C and VXIplug&play instruments (depuis R2022a)
`ividev`	Instrument connection using MATLAB driver (depuis R2022a)

Configurer le magasin de configuration IVI

`iviconfigurationstore`	Create IVI configuration store object
`add`	Add entry to IVI configuration store object
`commit`	Save IVI configuration store object to data file
`remove`	Remove entry from IVI configuration store object
`update`	Update entry of IVI configuration store object

Applications

Instrument Explorer

Connect to and communicate with instruments using MATLAB driver (depuis R2024a)

Rubriques

Install Instrument Control Toolbox Support Package for IVI and VXIplug&play Drivers
Install required software and install Instrument Control Toolbox Support Package for IVI and VXIplug&play Drivers.
Use IVI-C Class-Compliant Drivers
Use IVI-C class-compliant MATLAB^® drivers to interface with MATLAB for instruments running on IVI-C class-compliant drivers.
Use NI-RFSA and NI-RFSG Instrument Drivers
Use NI-RFSA and NI-RFSG MATLAB drivers to interface with MATLAB for VST, VSA, and VSG instruments.
Supported IVI Drivers
Use these IVI drivers from the Instrument Control Toolbox Support Package for IVI and VXIplug&play Drivers.
Transition Your Code to ividev Interface
Connect to an IVI instrument using ividev instead of icdevice.
IVI Drivers Overview
Communicate with instruments using Interchangeable Virtual Instrument (IVI) drivers and IVI-C drivers, provided by various instrument manufacturers.
IVI Configuration Store
Examine and configure your IVI configuration store.

Résolution des problèmes

Troubleshooting IVI and Quick-Control Interfaces

Try these tips if you have problems using the toolbox with the IVI and Quick-Control interfaces. Includes information about supported platforms, adaptor requirements, configuration and connection, and other interface-specific tips.

Exemples présentés

Read Waveform Data from Keysight DSO-X 1204A Oscilloscope Using IVI-C Driver

Use the AgInfiniiVision driver to acquire waveform data from an oscilloscope and output the result.

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Generate AM Waveforms on Keysight 3352x Waveform Generator Using IVI-C Driver

Use the Ag3352x driver to generate waveforms with a waveform generator and output the result.

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Configure Output Signal on Keysight RF Signal Generator Using IVI-C Driver

Use the AgRfSigGen driver to configure an output signal with a signal generator and output the result.

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Acquire Signal Spectrum on Rohde & Schwarz Spectrum Analyzer Using IVI-C Driver

Use the rsspecan driver to acquire a signal spectrum from a spectrum analyzer and visualize it in MATLAB.

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Set Output Voltage and Make Measurements on Keysight AC6801A Power Supply Using IVI-C Driver

Use the AgAC6800 driver to make measurements from an AC power supply and output the result.

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Set Output Voltage and Make Measurements from Keysight AgE3633A DC Power Supply Using IVI-C Driver

Use the AgE36xx driver to make measurements from a DC power supply and output the results.

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Read Waveforms from Keysight L4534A Digitizer Using IVI-C Driver

Use the agl453xdni driver to acquire a waveform from a digitzer and visualize it in MATLAB.

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Measure AC Voltage on Keysight 34460A Digital Multimeter Using IVI-C Driver

Use the Ag3446x driver to measure AC voltage from a digital multimeter and output the result.

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Fetch Waveform Through NI-SCOPE MATLAB Instrument Driver in Simulation Mode

Use the niScope driver to acquire digital waveforms from an oscilloscope and visualize them in MATLAB.

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Generate Sine Wave Using NI-FGEN Instrument Driver

Use the NIFGEN driver to generate a sine wave on a function generator.

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Acquire Spectral Data from Vector Signal Transceiver Using NI-RFSA Instrument Driver

Connect to a simulated NI PXIe-5841 Vector Signal Transceiver and acquire a finite amount of spectral data from it.

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Acquire I/Q Data from Vector Signal Transceiver Using NI-RFSA Instrument Driver

Connect to a simulated NI PXIe-5841 Vector Signal Transceiver and acquire a finite amount of I/Q data from it.

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Generate I/Q Data from Vector Signal Transceiver Using NI-RFSG Instrument Driver

Connect to a simulated NI PXIe-5841 Vector Signal Transceiver and use it to generate a finite amount of I/Q data.

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Generate I/Q Data from Vector Signal Transceiver Using NI-RFSG Scripting

Connect to a simulated NI PXIe-5841 Vector Signal Transceiver and use it to generate I/Q data using NI-RFSG scripts.

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Acquire Parameterized I/Q Data from Vector Signal Transceiver by Parameter Sweeping

Connect to a simulated NI PXIe-5841 Vector Signal Transceiver and configure it to return a list of time-triggered frequency and power sweeps.

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Getting Started with Radar Signal Generation Using NI-RFSG Scripting

Generate a realistic pulse train using an NI-VST.

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