Power and sensor semiconductors driving automotive applications

H. Stork
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Abstract

Summary form only given. Cars are increasingly driven by electronics to reduce human error, improve traffic flow and to meet environmental regulations. The semiconductor components that enable this functionality range from medium voltage discretes to replace relays to integrated, high-voltage motor drivers with re-programmability at high temperature. In this talk we will review the technology trends underlying the improvements in power discretes, such as IGBTs and GaN HEMT devices, the scaling trends and integration needs of high-voltage BCD CMOS flows, as well as the adjacent assembly challenges of power devices and power integrated modules.
驱动汽车应用的功率和传感器半导体
只提供摘要形式。汽车越来越多地由电子设备驱动,以减少人为错误,改善交通流量并符合环境法规。实现这一功能的半导体元件范围从中压分立器件到替代继电器,再到高温下可重新编程的集成高压电机驱动器。在本次演讲中,我们将回顾功率分立器件(如igbt和GaN HEMT器件)改进的技术趋势,高压BCD CMOS流的缩放趋势和集成需求,以及功率器件和功率集成模块的相邻组装挑战。
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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