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resources:eval:ad9082 [05 Mar 2021 20:16] – [Troublshooting Tips] fixed spelling mistake in title Umesh Jayamohanresources:eval:ad9082 [28 Jan 2022 21:33] – [AD9081/82 Programmable Filter (PFILT)] Judy Chui
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 This MATLAB support is provided through ADI’s High Speed Converter Toolbox. This MATLAB support is provided through ADI’s High Speed Converter Toolbox.
 Click on this link below on GitHub Click on this link below on GitHub
-https://github.com/analogdevicesinc/HighSpeedConverterToolboxand use the green button code as shown below to download the Compensation Filter folder under hsx_examples/mxfe_sim/+https://github.com/analogdevicesinc/HighSpeedConverterToolbox and use the green button code as shown below to download the Compensation Filter folder under hsx_examples/mxfe_sim/
  
 {{ :resources:eval:mxfe:figure2.png |HighSpeedConverterToolBox under GitHub}}  {{ :resources:eval:mxfe:figure2.png |HighSpeedConverterToolBox under GitHub}} 
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 If this happens, ensure the correct modes are selected to setup the chip. Please note that not all modes that are listed in the UG-1578, device user guide, are supported by the evaluation board hardware using the on-board HMC7044 clock and on-chip PLL. This is because the HMC7044 derives the reference from a 100MHz crystal oscillator if using the FMCA version, or 122.88MHz crystal oscillator if using the FMCB version of the evaluation board.  If this happens, ensure the correct modes are selected to setup the chip. Please note that not all modes that are listed in the UG-1578, device user guide, are supported by the evaluation board hardware using the on-board HMC7044 clock and on-chip PLL. This is because the HMC7044 derives the reference from a 100MHz crystal oscillator if using the FMCA version, or 122.88MHz crystal oscillator if using the FMCB version of the evaluation board. 
    
-If this use case is required, the best approach is to switch to using the direct external clock. This bypasses the HMC7044 setup and the user is not limited to the setup options provided only by the combination of on-board crystal oscillator and the HMC7044 setup. +If this use case is required, the best approach is to switch to using the direct external clock. This bypasses the HMC7044 setup and the user is not limited to the setup options provided only by the combination of on-board crystal oscillator and the HMC7044 setup.
  
 +
 +** ACE Does Not Auto-Detect the Hardware **
 +
 +After powering up the ADS9-V2EBZ FPGA board and starting ACE, the hardware will be auto-detected and the plugin icon should appear in the GUI as shown at the top of the "Configuring the device in ACE" section. In the unusual case that the hardware is not detected and the plugin icon does not appear, try a different USB3 cable before going to the trouble of reinstalling the plugin, or reinstalling the whole ACE package.
resources/eval/ad9082.txt · Last modified: 06 Oct 2022 16:31 by Sydney Wells

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