About: Testing of the Matrix Converter Induction Machine Drive Control Algorithm in Matlab/Simulink     Goto   Sponge   NotDistinct   Permalink

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  • Simulation is nowadays common way how to develop and test control algorithm of a drive before its run up on the real converter. The main problem is that because the control algorithm of the drive has to run in real time and it usually calculates and then outputs switching commands for the transistors, debugging and stopping of the algorithm execution is not possible. Therefore the developed code has to be tested in another way before putting to the real controller. This paper describes development and testing of FOC algorithm for IM drive fed by matrix converter.
  • Simulation is nowadays common way how to develop and test control algorithm of a drive before its run up on the real converter. The main problem is that because the control algorithm of the drive has to run in real time and it usually calculates and then outputs switching commands for the transistors, debugging and stopping of the algorithm execution is not possible. Therefore the developed code has to be tested in another way before putting to the real controller. This paper describes development and testing of FOC algorithm for IM drive fed by matrix converter. (en)
Title
  • Testing of the Matrix Converter Induction Machine Drive Control Algorithm in Matlab/Simulink
  • Testing of the Matrix Converter Induction Machine Drive Control Algorithm in Matlab/Simulink (en)
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  • Testing of the Matrix Converter Induction Machine Drive Control Algorithm in Matlab/Simulink
  • Testing of the Matrix Converter Induction Machine Drive Control Algorithm in Matlab/Simulink (en)
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  • RIV/68407700:21230/14:00222026!RIV15-MSM-21230___
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  • 50072
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  • RIV/68407700:21230/14:00222026
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  • Matrix converter; Induction Machine; Simulation (en)
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  • [2C2034597634]
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  • Bauer, Jan
  • Flígl, Stanislav
  • Lettl, Jiří
  • Pošta, Pavel
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  • 21230
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