Generalized Analysis and Performance Investigation of the Class-E/Fn Rectifiers
Generalized Analysis and Performance Investigation of the Class-E/Fn Rectifiers
复制标题
DOI：
10.1109/access.2020.3005701
复制
发表时间：
2020-06
期刊：
影响因子：
3.9
通讯作者：
.. Asiya-Asiya-1629456677;Xiuqin Wei;Jingyue Ma;Tatsuki Osato;Wenqi Zhu;Kien Nguyen;H. Sekiya
中科院分区：
文献类型：
--
作者：
.. Asiya-Asiya-1629456677;Xiuqin Wei;Jingyue Ma;Tatsuki Osato;Wenqi Zhu;Kien Nguyen;H. Sekiya
本文给出了E/${\text{F}}_{n}$类整流器的解析波形方程。通过使用分析波形，我们研究了 E/F2 和 E/F3 类整流器在谐波谐振和输出滤波器的任何品质因数下的性能。通过研究，明确了整流器的性能，例如功率输出能力和AC-DC电流传递函数。此外，还得到了无输入电抗的E/${\text{F}}_{n}$类整流器（称为$\Phi_{n}$类整流器）的设计参数。四种类型的整流器，即 E/F2、E/F3、$\Phi _{2}$ 和 $\Phi _{3}$ 整流器，被设计和实现为谐振 DC-DC 转换器的一部分。实验和 PSpice 仿真结果验证了分析波形方程和性能研究。
This paper gives analytical waveform equations of the class-E/ ${\text{F}}_{n}$ rectifier. By using the analytical waveforms, we investigate performances of the class-E/F2 and E/F3 rectifiers at any quality factor of the harmonic-resonant and output filters. From the investigations, the rectifier performances, such as the power output capability and the AC-DC current transfer function, are clarified. Besides, the design parameters of the class-E/ ${\text{F}}_{n}$ rectifier with no input reactance, which is called the class- $\Phi _{n}$ rectifier, are obtained. Four types of rectifiers, namely, class-E/F2, E/F3, $\Phi _{2}$ , and $\Phi _{3}$ rectifiers, were designed and implemented as a part of the resonant DC-DC converters. The experimental and PSpice-simulation results verified the analytical waveform equations and the performance investigation.