Space vector modulation implementation on CRIO FPGA platform
| Autor: | Ugljar, Marjan |
|---|---|
| Přispěvatelé: | Barukčić, Marinko |
| Jazyk: | chorvatština |
| Rok vydání: | 2018 |
| Předmět: |
modulacija prostornog vektora
Matlab/Simulink CompactRio Platform TECHNICAL SCIENCES. Electrical Engineering. Electromechanical Engineering Space Vector Space Vector Modulation Symmetrical Switching Pattern CompactRio platforma simetricni obrazac sklapanja ventila Prostorni vektor LabView RTOS TEHNIČKE ZNANOSTI. Elektrotehnika. Elektrostrojarstvo FPGA |
| Popis: | Kroz diplomski rad je opisan matematicki model modulacije prostornog vektora. Definiran je pojam prostornog vektora te su dani izrazi za proracun vremena voenja. Predložen je optimalan obrazac sklapanja ventila te je na osnovu obrazaca sklapanja prikazan valni oblik faznog i linijskog napona uz objašnjenje prisustva harmonika treceg reda. Dan je kratak pregled ostalih modulacijskih tehnika. Provedena je implementacija u Matlab/Simulinku te je obavljena analiza rezultata. Takoer je obavljena implementacija na cRio RTOS/FPGA platformi te je obavljena analiza dobivenih rezultata. Implementation of the Space Vector Modulation on CRIO FPGA Platform Through this thesis the mathematical model of the Space Vector Modulation is presented. The concept of the space vector is described and expressions for switching time calculation are given. An optimal switching pattern is suggested and phase to neutral and phase to phase voltage waveforms are presented with the explanation of triplen harmonics presence. A short overview of modulation techniques is presented. The Space Vector Modulation algorithm is implemented in Matlab/Simulink and the results are studied. The implementation on the cRio RTOS/FPGA platform is also presentedd and the results are studied. |
| Databáze: | OpenAIRE |
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