首页|单管三电感高增益Boost变换器族的推演方法

单管三电感高增益Boost变换器族的推演方法

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为了提升Boost变换器的升压能力,需要增加升压电感数量.通过揭示5种典型的单管两电感高增益Boost变换器的升压单元构成规律,归纳出单管多电感高增益Boost变换器的推演方法,即将开关电感网络中的二极管用电容替代,并确保替换后升压电感两端电压未被电容钳位.基于该方法,演绎出一族单管三电感高增益Boost变换器.以其中一个拓扑为例,深入分析了工作原理和稳态特性,并通过300 W/100kHz样机实验证明了理论分析的正确性.结果表明,所提推演方法具有可行性.
Derivation Method for a Family of Single-switch Triple-inductor High Gain Boost Converters
In order to improve the voltage gain of boost converters,the number of boost inductors should be increased.A systematic method to derive the single-switch multi-inductor high gain boost converters is proposed in this paper by summarizing the construction rule of boost cell in five typical single-switch dual-inductor boost converters.This method is to replace the diodes in the switched-inductor with capacitors,and to prevent the voltage of boost inductors from being clamped by the capacitors.A family of single-switch triple-inductor high gain boost converters is derived based on this method.One topology in this family is selected as the example to analyze the working principles and steady state charac-teristics in detail.The correctness of the theoretical analysis is verified by a 300 W/100 kHz prototype.The results show that the proposed derivation method is feasible.

boost converterstriple-inductorsingle-switchhigh gaintopology derivationphotovoltaicmicro-inverter

刘宇涵、秦岭、朱建红、田宇欣、许骥

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南通大学电气工程学院,南通 226019

博世华域转向系统有限公司,上海 201821

升压变换器 三电感 单管 高增益 拓扑推演 光伏 微型逆变器

2024

高电压技术
中国电力科学研究院 中国电机工程学会

高电压技术

CSTPCD北大核心
影响因子:2.32
ISSN:1003-6520
年,卷(期):2024.50(12)