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resources:eval:user-guides:mykonos:software:filters [01 Jun 2017 23:25] – [Using the MATLAB App and Exe] Tom Karpus | resources:eval:user-guides:mykonos:software:filters [05 Oct 2023 14:27] (current) – [Use MATLAB App] Michael Hennerich | ||
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====== Use MATLAB App ====== | ====== Use MATLAB App ====== | ||
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There are three ways you can use the AD9371 Filter Wizard: | There are three ways you can use the AD9371 Filter Wizard: | ||
- | | ||
- | * Executable: the executable includes the MATLAB runtime engine which allows the program to run as a separate application without requiring the MATLAB program to be running. It can take more than a minute for the runtime engine to start up for the first time so please be patient while it initializes. The program provides a GUI allowing users to define the input parameters, generate filters, view the output results, and save all output parameters for their own use or use in the ADI EVB GUI software. | ||
- | * MATLAB App: the App runs as an application within MATLAB and requires MATLAB to be running and licenses must exist for the Control System Toolbox as well as MATLAB itself. The GUI and flexibility are identical to the executable, but running as an app allows the user to write additional code to post process the existing matrices created by the wizard. | ||
- | * MATLAB source code (function): These are MATLAB functions which users can launch from the MATLAB command window by properly defining the input parameters. Used this way, users have more control of the internal design process. | ||
- | The executable is available here: [[ftp://adirfbwacust:67f1BoY@ftp.analog.com/users/ | + | * **Executable**: |
+ | The MATLAB runtime engine can be downloaded from the following link: | ||
+ | [[mw> | ||
+ | |||
+ | * **MATLAB App**: the app runs as an application within MATLAB. Use of the app requires MATLAB to be running with valid licenses for the Control System Toolbox as well as MATLAB itself. The GUI and flexibility are identical to the executable, but running as an app in MATLAB allows the user to write additional code to post-process the data files created by the wizard. | ||
+ | * **MATLAB source code (function)**: | ||
+ | |||
+ | The executable is available here: | ||
+ | [[ez>rf/wide-band-rf-transceivers/design-support-ad9371/w/documents/ | ||
- | The app is available here: | ||
- | [[ftp:// | ||
- | The Source | + | The source |
- | [[ftp://adirfbwacust: | + | [[ez>rf/wide-band-rf-transceivers/design-support-ad9371/m/file-uploads/2924]] |
This section elaborates on the first two options, the executable and the App, and addresses both identically since the input and output functionality is the same. | This section elaborates on the first two options, the executable and the App, and addresses both identically since the input and output functionality is the same. | ||
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{{: | {{: | ||
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+ | When you click on the " | ||
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+ | - < | ||
+ | - < | ||
+ | - < | ||
+ | - < | ||
====== AD9371 Filter Wizard Rules ====== | ====== AD9371 Filter Wizard Rules ====== | ||
* Tx Rules | * Tx Rules | ||
* 30 MSPS < = Tx Input Sample Rate < = 320 MSPS | * 30 MSPS < = Tx Input Sample Rate < = 320 MSPS | ||
- | * 5 MHz < = Tx Primary Signal BW < = 100 MHz | + | * 10 MHz < = Tx Primary Signal BW < = 100 MHz |
* 20 MHz < = Tx RF (Synthesis) BW < = 240 MHz | * 20 MHz < = Tx RF (Synthesis) BW < = 240 MHz | ||
* Tx Primary Signal BW < = Tx RF (Synthesis) BW | * Tx Primary Signal BW < = Tx RF (Synthesis) BW | ||
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* Rx Rules | * Rx Rules | ||
* 20 MSPS < = Rx Output Sample Rate < = 200 MSPS | * 20 MSPS < = Rx Output Sample Rate < = 200 MSPS | ||
- | * 5 MHz < = Rx Signal BW < = 100 MHz | + | * 8 MHz < = Rx Signal BW < = 100 MHz |
* Rx Signal BW > = 0.4 * Rx Output Sample Rate | * Rx Signal BW > = 0.4 * Rx Output Sample Rate | ||
* Rx Signal BW < = 0.82 * Rx Output Sample Rate | * Rx Signal BW < = 0.82 * Rx Output Sample Rate | ||
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* Rx FIR decimation options: 1, 2, 4 | * Rx FIR decimation options: 1, 2, 4 | ||
* ORx Rules | * ORx Rules | ||
- | * 5 MHz < = ORx Signal BW < = 240 MHz | + | * 8 MHz < = ORx Signal BW < = 240 MHz |
* 20 MSPS < = ORx Output Sample Rate < = 320 MSPS | * 20 MSPS < = ORx Output Sample Rate < = 320 MSPS | ||
* ORx Signal BW > = 0.4 * ORx Output Sample Rate | * ORx Signal BW > = 0.4 * ORx Output Sample Rate |