IVI Driver

Communicate with instruments that use an IVI driver

To use instruments via the IVI interface, you need to install IVI drivers, VISA, and shared components. For information about these requirements, see Getting Started with IVI Drivers.

You can use the MATLAB IVI-C Wrappers provided with the Instrument Control Toolbox with IVI drivers of the same class. Supported IVI driver classes include IviScope, IviFgen, IviSwitch, IviRFSigGen, and many others. For information and examples, see Using IVI-C Class-Compliant Wrappers.

Quick-Control Oscilloscope, Function Generator, and RF Signal Generator are easy to use interfaces that let you communicate with scopes, function generators, and RF signal generators without dealing with the underlying driver. For requirements and examples, see Quick-Control Interfaces.

Functions

`add`	Add entry to IVI configuration store object
`clear`	Remove instrument objects from MATLAB workspace
`commit`	Save IVI configuration store object to data file
`devicereset`	Reset instrument
`disp`	Display instrument object summary information
`fgen`	Create Quick-Control Function Generator object
`get`	Instrument object properties
`getWaveform`	Returns waveform displayed on scope
`instrhwinfo`	Information about available hardware
`instrreset`	Disconnect and delete all instrument objects
`iviconfigurationstore`	Create IVI configuration store object
`oscilloscope`	Create Quick-Control Oscilloscope object
`remove`	Remove entry from IVI configuration store object
`set`	Configure or display instrument object properties
`update`	Update entry of IVI configuration store object

`connect`	Connect device object to instrument
`delete`	Remove instrument objects from memory
`disconnect`	Disconnect device object from instrument
`geterror`	Check and return error message from instrument
`icdevice`	Create device object
`inspect`	Open Property Inspector
`invoke`	Execute driver-specific function on device object
`isvalid`	Determine whether instrument objects are valid
`makemid`	Convert driver to MATLAB instrument driver format
`length`	Length of instrument object array
`load`	Load instrument objects and variables into MATLAB workspace
`methods`	Class method names and descriptions
`obj2mfile`	Convert instrument object to MATLAB code
`propinfo`	Instrument object property information
`save`	Save instrument objects and variables to MAT-file
`selftest`	Run instrument self-test
`size`	Size of instrument object array

`instrhelp`	Help for instrument object type, function, or property
`instrcallback`	Display event information when event occurs
`instrfind`	Read instrument objects from memory to MATLAB workspace
`instrfindall`	Find visible and hidden instrument objects
`instrid`	Define and retrieve commands that identify instruments
`instrnotify`	Define notification for instrument events

Apps

Test and Measurement Tool

Control oscilloscopes and other instruments

Examples and How To

Getting Started with IVI Drivers

Examine your IVI driver installation. Create MATLAB^® IVI instrument drivers. Create device objects for MATLAB IVI instrument drivers.

Using IVI-C Class-Compliant Wrappers

The IVI-C wrappers provide an interface to MATLAB for instruments running on IVI-C class-compliant drivers.

Concepts

IVI Drivers Overview

Instrument Control Toolbox™ can communicate with instruments using Interchangeable Virtual Instrument (IVI) drivers. The toolbox supports IVI-C drivers, provided by various instrument manufacturers.

Instrument Interchangeability

With IVI^® class-compliant drivers, you can exchange instruments with minimal code changes.

IVI Configuration Store

Examine and configure your IVI configuration store.

Instrument Control Toolbox Properties

These properties are available in the toolbox.

Troubleshooting

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.

Featured Examples

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

Acquire digital waveform from two channels of a National Instruments® NI-SCOPE driver in the simulation mode.

Open Script

Read Waveform Data from Keysight® DSO-X 2002A Oscilloscopes Using the IVI-C Driver

Initialize the driver, read a few properties of the driver, acquire waveform data using Agilent Technologies DSO-X 2002A oscilloscope and output the result in MATLAB®.

Open Script

Read Waveforms from a Keysight® M9210A Digitizer using the IVI-C Driver

Acquire a waveform from both channels of a Keysight technologies M9210A digitizer using an IVI-C driver, and display it in MATLAB®. Instrument Control Toolbox™ software supports communication with instruments through IVI drivers. For a complete list of hardware supported, visit the Instrument Control Toolbox™ supported hardware page.

Open Script

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

The use of MATLAB® with an IVI driver to connect to, configure and measure AC voltage using Keysight Technologies AC6801A power supply and output the result in MATLAB.

Open Script

Measure Frequency on Keysight® 532xx Frequency Counter Using the IVI-C Driver

Initialize the driver, read a few properties of the driver and measure frequency using Keysight Technologies 532xx Frequency Counter and output the result in MATLAB®.

Open Script

Measure AC Voltage on a Keysight® 34410A Digital Multimeter Using the IVI-C Driver

Initialize the driver, read a few properties of the driver, measure AC voltage using Agilent Technologies 34410A digital multimeter and output the result in MATLAB®.

Open Script

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

Initialize the driver, read a few properties of the driver, set output voltage, enable all outputs and measure the output voltage, disable all outputs and measure the output voltage by using Keysight Technologies E3633A DC power supply and output the result in MATLAB®.

Open Script

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

Initialize the driver, read a few properties of the driver, generate waveforms using Agilent Technologies 3352x waveform generator and output the result in MATLAB®.

Open Script

Measure Power on a Keysight® RF Power Meter Using the IVI-C Driver

Initialize the driver, read a few properties of the driver and make power measurements using Keysight RF Power Meter and output the result in MATLAB®.

Open Script

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

Initialize the driver, read a few properties of the driver and configure output signal using Keysight Technologies RF Signal Generators and output the result in MATLAB®.

Open Script

Set and Measure DAC (Data Acquisition) Channel Voltage on Keysight® 34970A Switch Using the IVI-C Driver

Initialize the driver, read a few properties of the driver, identify installed cards, set DAC channel output voltage and measure DC voltage using Agilent Technologies 34970A data acquisition/switch unit and output the result in MATLAB®.

Open Script

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

Initialize the driver, read a few properties of the driver and acquire signal spectrum using Rohde & Schwarz spectrum analyzer and visualize the spectrum in MATLAB®.

Open Script

Instrument Control Toolbox Documentation

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