最小化电力电子模块的外形因数和寄生电感:p2封装技术

T. Gottwald, C. Roessle
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引用次数: 1

摘要

混合动力和电力驱动为大功率驱动器,DC/DC和AC/DC转换器的新解决方案的发展带来了动力。高功率意味着对高电流和耗散功率的热管理的挑战增加。p2 Pack技术是传统系统的真正替代品,可以进一步提高可靠性,降低系统复杂性和成本,降低功耗。由于体积小,它也满足了最小化安装空间的挑战。结果表明,该开关电池的电感可以小于1nH。因此,所有需要快速开关的应用,特别是像GaN和SiC这样的宽带隙半导体,都可以从这种嵌入架构中受益。利用新的p2封装技术,开发了一种新的架构,这有助于实现非常强大,经济高效和小型化的大功率逆变器配置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Minimizing Form Factor and Parasitic Inductances of Power Electronic Modules: The p2 Pack Technology
Hybrid and electrical Drive is bringing momentum to the development of new solutions for high power drives, DC/DC and AC/DC converters. High power means increased challenges for high current and for thermal management of dissipated power as well. The p2 Pack Technology is a real alternative to conventional systems to further improve reliability, power dissipation at lower system complexity and lower cost. It also meets the challenge of minimized installation space due to its low volume. It could be shown that inductances of the switching cells can be less than 1nH. Therefore all application with the need for fast switching, especially wideband gap semiconductors like GaN and SiC can profit from this embedding architecture. With the new p2 Pack Technology a new architecture was developed, which is helpful for very robust, cost efficient and miniaturized high power Inverter configurations.
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