电工技术学报2018，Vol.33Issue(12)：2801-2811,11.DOI:10.19595/j.cnki.1000-6753.tces.170451
多相电压调理模块的矩阵化多自由度耦合磁件
Array Integrated Magnetic Inductance with Multi-Degree-of-Freedom Used for Multiphase VRM
摘要
Abstract
Integrated inductance affects multiphase voltage regulator module (VRM) steady-state and dynamic characteristics. Reasonable coupling can enhance the output transient response of VRM and reduce the steady-state ripple of each channel. The equivalent steady-state and transient inductances of multiphase VRM coupling inductance were deduced by establishing the circuit equation, then the coupling degree design criteria of multiphase VRM were obtained. This paper proposed the array integrated magnetic using a small inductance unit. Through analyzing the inductance integration principle, the unit position topology and unit composite structure topology of array integrated magnetic were deduced, and the relationship of the self-induction mutual-inductance unit turns ratio, resistance ratio and inductance coupling degree was derived. Compared with coupling range, the proposed array integrated inductance coupling is exactly in accordance with the design criteria. Using design criteria for four-phase array integrated magnetic, the experimental prototype test results verify the design criteria. The experimental prototype was applied into four-phase VRM. The results show that the array type integrated magnetic VRM has well steady-state and dynamic characteristics, which verifies the proposed array type integrated inductance.关键词
阵列化磁集成/单元耦合磁心/多自由度/设计准则/直流偏磁Key words
Array integrated magnetic inductance/unit coupling magnetic core/multi-degree-of -freedom/design criterion/DC bias分类
信息技术与安全科学引用本文复制引用
王磊,郭瑞,杨玉岗..多相电压调理模块的矩阵化多自由度耦合磁件[J].电工技术学报,2018,33(12):2801-2811,11.基金项目
国家自然科学基金(51177067、50607007、U1510128、50207004)和辽宁省教育厅重点实验室基础研究项目(LZ2015045)资助. （51177067、50607007、U1510128、50207004）
