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2004•IEEE Transactions on Power ElectronicsRequires access

Applications of Optimal Switching Patterns in a High-Frequency Inverter using Space Vector Puls-Width Modulation (SVPWM)

Zhiquan Deng

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Abstract

To meet the special requirements of the digital high frequence SVPWM algorithm, the authors propose two kinds of optimal SVPWM switching patterns, in which a pure software and a hybrid method of software in combination with hardware integrated in DSP are used separately. A 0～1 kHz AC variable frequency SVPWM inverter based on TMS320LF2407A using these techniques was made.

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What this paper is about

To meet the special requirements of the digital high frequence SVPWM algorithm, the authors propose two kinds of optimal SVPWM switching patterns, in which a pure software and a hybrid method of software in combination with hardware integrated in DSP are used separately. A 0～1 kHz AC variable frequency SVPWM inverter based on TMS320LF2407A using these techniques was made.

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Available abstract

To meet the special requirements of the digital high frequence SVPWM algorithm, the authors propose two kinds of optimal SVPWM switching patterns, in which a pure software and a hybrid method of software in combination with hardware integrated in DSP are used separately. A 0～1 kHz AC variable frequency SVPWM inverter based on TMS320LF2407A using these techniques was made.

Key concepts: Inverter, Digital signal processing, Space vector, Software, Electronic engineering, Pulse-width modulation, Modulation (music), Computer science

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Applications of Optimal Switching Patterns in a High-Frequency Inverter using Space Vector Puls-Width Modulation (SVPWM) — Research Paper | ScholarLens