VHDL-AMS modeling and library building for Power Electrical Engineering

F. Legrand, H. Levi, N. Couture, J. Charlot
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引用次数: 7

Abstract

Since VHDL-AMS standard has been set up (IEEE 1076.1, March 1999), this hardware description language has been used many times for modeling active power devices, such as "Smart Power" devices (diodes, power MOSFETs, IGBTs, ...). Libraries of Power Electrical Engineering Models can be built with these models, but "passive" devices models are often missing although they are much more important and complex than in micro-electronics. This paper presents the opportunity that VHDL-AMS may offer by adding complementary modeling advantages in active devices (self-heating in power MOSFETs, for instance), in passive power components and by suggesting a possible strategy for building a library of reusable models for power electrical engineering.
电力电气工程VHDL-AMS建模与库建设
自VHDL-AMS标准建立以来(IEEE 1076.1, 1999年3月),这种硬件描述语言已多次用于有源功率器件的建模,例如“智能功率”器件(二极管,功率mosfet, igbt等)。电力电气工程模型库可以用这些模型来建立,但是“无源”器件模型往往是缺失的,尽管它们比微电子学更重要和复杂。本文介绍了VHDL-AMS可以通过在有源器件(例如功率mosfet中的自加热)和无源功率元件中添加互补的建模优势来提供的机会,并提出了为电力电气工程构建可重用模型库的可能策略。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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