POPM

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<li class="pageactive"><a href="/index.php?title=POPM">Introduction</a></li>
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<li class="pageactive"><a href="/index.php?title=MBPI">Introduction</a></li>
 
<li><a href="/index.php?title=Screenshots">Screenshots</a></li>
 
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<div class="warningMessage"><div align="justify"><strong>Information: </strong>A new version of MBPI will be released soon with a parameter initialization and automatic circuit builder. Stay tuned!</div></div>
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'''M'''odel '''B'''ased '''P'''arameter'''I'''dentification is a toolbox designed to estimate the parameters of a system modeled either in Pspice or Simulink. When several experiments are performed and are modeled the parameters to estimate can be treated as unknowns to be optimized.
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'''M'''odel '''B'''ased '''P'''arameter '''I'''dentification is a toolbox designed to estimate the parameters of a system modeled either in PSpice or Simulink. When several experiments are performed and are modeled the parameters to estimate can be treated as unknowns to be optimized.
  
 
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* Data picker: Lets you trace image graphs and obtain data points in a text format readable by MBPI.
 
* Data picker: Lets you trace image graphs and obtain data points in a text format readable by MBPI.
* Data Wizard: The experimental data as well as simulation files and parameter to estimate can be selected graphically with the wizard provided and generate a configuration file.
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* Data Wizard: The experimental data as well as simulation files and parameters to estimate can be selected trough the wizard provided and generate a configuration file for the Parameter Optimizer.
* Parameter Optimizer: The configuration file generated will be used in this tool to estimate the parameters of the system modeled either in Pspice or Simulink.
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* Parameter Optimizer: The configuration file generated is used in this tool to estimate the parameters systems modeled in PSpice or Simulink.
  
Please take a look on the left menu where you can find more information including some [[Screenshots|screenshots]]. The tools are easy to use but you can learn the basics reading the [http://www.igbtmodel.org/doc/po/help.htm help] or more easily with the [[Videos|videos]]. If you have any doubt feel free to post it in the <html><a href="http://www.igbtmodel.org/index.php?title=Special%3AWikiForum&forum=5">discussion board</a></html> or [[Contact|contact us]].
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Please take a look on the left menu where you can find more information. You can see some [[Screenshots|screenshots]] of the program. All the tools provided come with a GUI and you can learn the basics reading the [http://www.igbtmodel.org/doc/po/help.htm help] or more easily with the [[Videos|videos]]. If you have any doubt feel free to post it in the <html><a href="http://www.igbtmodel.org/index.php?title=Special%3AWikiForum&forum=5">discussion board</a></html> or [[Contact|contact us]].
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== Example files ==
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Examples are provided in /bin/examples in the .zip file. The example is a RL circuit where the resistor and inductor are estimated. Models are provided for both Simulink and PSpice.
  
 
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Latest revision as of 11:13, 8 February 2016

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