Practical Layouts and DC-Rail Voltage Clamping Techniques of Z-Source Inverters

@article{Cha2016PracticalLA,
  title={Practical Layouts and DC-Rail Voltage Clamping Techniques of Z-Source Inverters},
  author={Honnyong Cha and Yuan Li and Fang Z. Peng},
  journal={IEEE Transactions on Power Electronics},
  year={2016},
  volume={31},
  pages={7471-7479}
}
The Z-source inverters (ZSIs) have many advantages over the conventional voltage-fed and current-fed inverters, and extensive research works are conducing recently. However, relatively difficult physical layouts of the Z-source networks make them less attractive in the industry applications. A good hardware design is important to handle with the inherent long high-frequency loop in order to avoid generating severe voltage overshoot in the dc-rail voltage of the ZSIs. In this paper, the high… CONTINUE READING
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