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#DOWNLOAD RF TOOLBOX MATLAB R2016B HOW TO#
#DOWNLOAD RF TOOLBOX MATLAB R2016B DRIVERS#
#DOWNLOAD RF TOOLBOX MATLAB R2016B DRIVER#

Then click on ‘Execute’ to set the waveform parameters.Į. Execute the ‘configure’ function under ‘StandardWaveform group object functions’. As input type: ‘channel1’ and click on ‘Execute’.ĭ. Execute the ‘SetActiveChannel’ function under ‘Device object functions’. After successfully connecting to Tabor, execute the ‘Reset’ function under ‘Utility group object functions’ as shown below.

#DOWNLOAD RF TOOLBOX MATLAB R2016B HOW TO#

Session Log – Allows you to save the last session as MATLAB script.ĩ. Here is a short basic example, to set a 50MHz 2Vp-p square waveform in standard mode, just to get a feel of how to communicate using the IVI driver.ī.Properties – Allows you to set parameters and modes regarding the device under control.

#DOWNLOAD RF TOOLBOX MATLAB R2016B DRIVER#

Functions - Allows you to communicate with the device using its driver functions.

On the Device Object dialog box you will see ‘Functions’, ‘Properties’ and ‘Session Log’. Click on ‘OK’ to create a device object:Ĩ. Click on the ‘fcngen-wx218x_IVI_COM’ and a new dialog box will pop up: Make sure the address and driver are the correct ones for this specific AWG. Choose “Create Device Object Using Driver…”ħ. A new window pops out. If the Tabor ‘wx218x_IVI_COM.mdd’ file isn’t there, please refer to the instructions in “How to Connect to Tabor Using Instrument Control Toolbox”” tutorial, regarding how to copy & paste this ‘*.mdd’ file to MATLAB’s ‘Drivers’ folder.Ħ. Right click on “wx218x_IVI_COM.mdd”.

#DOWNLOAD RF TOOLBOX MATLAB R2016B DRIVERS#

We chose to demonstrate using USB.ģ. Once the MATLAB is up and running, type “tmtool” on the command window to open the Test & Measurement Tool.Ī new Test & Measurement Tool dialog box opens up:Ĥ. Click on “Instrument Drivers” and then right click on MATLAB Instrument drivers and select “Scan for MATLAB Intstrument Drivers” :ĥ. Click on “MATLAB Instrument Drivers” to see the list of supported IVI drivers: Press Enter to select the active Interface you need. To do so, go to: “Utility”->”Remote Interface”->”Select Interface”->”Control from Interface”. In case you don’t have any C/C++ compiler as an option, please use the following links to finish this routine:Ģ. Set the USB/LAN/GPIB as the remote interface, using the Tabor’s front panel buttons. It will start a routine that should allow you to view/choose between all avialable compilers. There is a need to check that MATLAB uses Microsoft visual C++ compiler or another compiler that can read C (as the IVI driver is written in C language). To connect and control the Tabor’s Instrument using the Test & Measurement Toolġ. First you may need to choose a MATLAB compiler.To ensure you successfully established all the necessary settings for remote control over the Tabor instrument using LAN/USB/GPIB, please go over the connectivity tutorials on the Tabor’s website.

There are differences with operating WW AWGs which use the WW257xx IVI driver but the basics are the same.

We will demonstrate it using Tabor WX2184C and the latest WX218xx IVI driver. For more information you can visit the Mathworks website.įor this tutorial, we will use MATLAB version R2014a 32bit and a USB interface. Please note that the Instrument Control Toolbox is an additional application that needs to be added. In order to control instruments using MATLAB, the instrument control toolbox is required. In this tutorial, we will give a quick start guide on how you can communicate with the Tabor AWG using the IVI driver. This way, one can communicate with the Tabor AWG, using pre-defined functions. Another way of using the Test & Measurement Tool, is by creating a device object using the Tabor IVI driver. In the previous tutorial, we have shown how to communicate with Tabor AWG using SCPI commands.