Semiconductor technologies for powering micro chips in the information age: from source to load

K. Shenai
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Abstract

The electric power generated from various sources (oil, gas, fossil fuels, nuclear sources, etc.) flows through long transmission lines and is eventually tapped by various loads from the electric utility grids. The same electric power flows through a host of electronic appliances, including those that power the Internet. In every electronic device, wired or wireless, semiconductor microchips are present and consume a significant amount of this electric energy. The cost, performance and reliability of this "PowerNet" are of paramount importance in this century since they ultimately decide the quality of information and life. This paper will discuss the current status and emerging trends in key semiconductor power electronic switching devices used in the PowerNet at various stages of power conditioning.
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信息时代为微芯片供电的半导体技术:从源到负载
从各种来源(石油、天然气、化石燃料、核能等)产生的电力流经长长的输电线路,最终由来自电网的各种负荷利用。同样的电能流经大量的电子设备,包括那些为互联网供电的设备。在每一个电子设备中,无论是有线的还是无线的,都有半导体微芯片存在,并消耗大量的电能。这个“电力网”的成本、性能和可靠性在本世纪至关重要,因为它们最终决定了信息和生活的质量。本文将讨论电力网中用于电力调节各个阶段的关键半导体电力电子开关器件的现状和发展趋势。
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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