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====== RF Blockset Model of AD9361 from MathWorks ======

There are two RF Blockset models of AD9361 provided by MathWorks in the form of a support package. These two models have been validated in the lab with real-life measurements, by which you can iterate and evaluate the design prior to implementation.

<WRAP round info 65%>
In order to run the RF Blockset models, your [[mw>products/matlab/|MATLAB]] license needs to include the following components:
  * MATLAB (R2014a and beyond)
  * Simulink 
  * Simscape 
  * RF Toolbox 
  * RF Blockset
  * Stateflow 
  * Signal Processing Toolbox 
  * DSP System Toolbox 
  * Communications System Toolbox 
  * Fixed-Point Designer 
</WRAP>

====== Downloads ======
 
To learn more about AD9361 modeling and to download the Tx and Rx models, the support package can be found here:

<WRAP download>
  * [[mw>hardware-support/analog-devices-rf-transceivers.html|Analog Devices RF Transceivers Support from MATLAB and Simulink]]
  * On this page, find the installer file (.mlpkginstall file) for RF Blockset Models, as highlighted in the figure below. Open the installer file from your operating system or from within MATLAB will initiate the installation process and acquire the latest models available for the release you have.
</WRAP>

{{download.png?600|Block diagram}} 

For more information about support package, please refer to
[[mw>help/simulink/ug/start-support-package-installer.html|Support Package Installation]].

====== Comments and Feedback ======
Please visit the MATLAB Central page to provide your ratings, comments and feedback:
[[mw>matlabcentral/fileexchange/46626-rf-blockset-models-of-analog-devices-rf-agile-transceivers#comments|MATLAB Central]]

====== Support ======
If you have any questions about these models, please contact
[[mw>support/contact_us/?s_tid=sp_ban_cs|MathWorks Technical Support]].
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