Self-aligned RESURF to LOCOS region LDMOS characterization shows excellent R/sub sp/ vs BV performance

T. R. Efland, P. Mei, D. Mosher, B. Todd
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引用次数: 31

Abstract

This paper discusses modeling and experimental development of self-aligned RESURF 60 V rated LDMOS power MOSFETs. The goals of this work were to provide state-of-the-art BV vs. R/sub sp/ performance RESURF devices using existing fabrication techniques capable of high current conduction. The devices were fabricated in a production environment with an additional RESURF implant added to the process. Best performance reported is BV=69 V, and R/sub sp/=0.82 m/spl Omega/ cm/sup 2/ @V/sub gs/=15 V which is the best to our knowledge in this voltage range. Large (18 m/spl Omega/) devices were demonstrated with linear performance up to 60 and 100 A @V/sub gs/=10 V and 15 V respectively. Thick third level metal was used to reduce surface interconnect debiasing.
自对准RESURF to LOCOS区域的LDMOS表征显示出优异的R/sub / vs BV性能
本文讨论了自对准的60v额定重熔LDMOS功率场效应管的建模和实验开发。这项工作的目标是利用现有的高电流传导制造技术,提供最先进的BV vs. R/sub sp/性能的RESURF器件。这些设备是在生产环境中制造的,在生产过程中添加了一个额外的RESURF植入物。报告的最佳性能是BV=69 V, R/sub sp/=0.82 m/spl Omega/ cm/sup 2/ @V/sub gs/=15 V,这是我们所知的最好的电压范围。大型(18 m/spl ω /)器件的线性性能分别高达60和100 A @V/sub /=10 V和15 V。厚的第三层金属用于减少表面互连的脱偏。
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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