ELFIN (elevated field insulator)和SEP (S/D elevated by poly-Si plugging)工艺用于超薄SOI mosfet,具有高性能和高可靠性

Jong-wook Lee, H. Takemura, Y. Saitoh, R. Koh, S. Yamagami, T. Mogami, M. Uto, N. Ikezawa, N. Takasu
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引用次数: 1

摘要

针对SOI薄膜小于20nm的超薄SOI mosfet,开发了用于器件隔离的ELFIN(高场绝缘子)工艺和用于高场S/D结构的SEP(通过多晶硅堵塞提升源/漏)工艺。采用ELFIN工艺,由于SOI边缘没有被多晶硅栅极包裹,因此在SOI边缘处的栅极电场可以忽略不计,使得NMOSFET的反向窄通道效应提高了约50%,栅极漏电流降低了约30%,热载子抗扰度提高了约20%。使用SEP工艺,可以获得60 nm厚的S/D区域,因此S/D电阻降低到三分之一,并且在晶圆上具有出色的均匀性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
ELFIN (elevated field insulator) and SEP (S/D elevated by poly-Si plugging) process for ultra-thin SOI MOSFETs with high performance and high reliability
The ELFIN (elevated field insulator) process for device isolation and SEP (source/drain elevated by poly-Si plugging) process for elevated S/D structure is developed for ultra-thin SOI MOSFETs with SOI films of less than 20 nm. With the ELFIN process, the gate electric field at the SOI edge is negligible as the SOI edge is not wrapped around by the poly-Si gate so that the reverse narrow channel effect of the NMOSFET is improved by about 50%, gate leakage current decreased by about 30%, and hot-carrier immunity increased by about 20%. With the SEP process, an elevated S/D region 60 nm thick is obtained so that S/D resistance is deceased to a third and has excellent uniformity over a wafer.
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