高频集成DC-DC变换器技术路线图

Qiang Li, M. Lim, Julu Sun, A. Ball, Y. Ying, F. Lee, K. Ngo
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引用次数: 28

摘要

这个初步的路线图提供了最先进的技术和趋势,朝着负载点转换器的集成。本文涵盖了从器件技术和磁性材料到集成技术和方法的文献的扩展调查。这篇论文分为三个主要部分。1)器件技术,包括沟槽NIOSFET,横向MOSFET和横向沟槽MOSFET,以及它们的预期应用进行了讨论。评估了器件封装对高频集成的关键作用。2)磁性材料:近年来,各种研究实验室探索了许多新型磁性材料,以促进高频POL应用的磁集成。收集和组织这些数据,以帮助选择不同电流水平和频率范围的磁性材料。3)集成度,侧重于磁集成技术和方法,即板级,封装级和晶圆级,每一个都有合适的电流规模和频率范围。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technology roadmap for high frequency integrated DC-DC converter
This preliminary roadmap is provided for state-of-the-art technologies and trends toward integration of point-of-load converters. This paper encompasses an extended survey of literature ranging from device technologies and magnetic materials to integration technologies and approaches. The paper is organized into three main sections. 1) Device technologies, including the trench NIOSFET, lateral MOSFET and lateral trench MOSFET, are discussed along with their intended applications. The critical role of device packaging to highfrequency integration is assessed. 2) Magnetic materials: In recent years, a number of new magnetic materials have been explored in various research labs to facilitate magnetic integration for high-frequency POL applications. These data are collected and organized to help selecting magnetic material for various current levels and frequency ranges. 3) Levels of integration, which are defined with the focus on magnetic integration techniques and approaches, namely board-level, package-level and wafer-level, each with suitable current scale and frequency range.
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