Endurance of Mosfets with Rapid Thermally Deoxidized Nitrided Thin Gate Oxides to Hot Carrier Induced Gidl

A. Joshi, D. Kwong
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引用次数: 1

Abstract

Summary form only given. The authors report a complete investigation of the off-state degradation in MOSFETs with rapid thermally nitrided (RTN) and rapid thermally reoxidized nitrided (RTN/RTO) MOSFETs. It is demonstrated that RTN/RTO MOSFETs show the least Delta I/sub d/ for low V/sub d/ (5 V), which makes it a promising replacement for pure oxide, especially in the future reduced power supply operations. The impact of RTN and subsequent RTO on the stress-induced gate-induced drain leakage (GIDL) in MOSFETs was also investigated. RTN/RTO samples were found to show the least Delta I/sub d/ under low V/sub d/. >
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快速热脱氧氮化薄栅氧化物mosfet对热载流子致晕的耐久性
只提供摘要形式。作者报告了快速热氮化(RTN)和快速热再氧化氮化(RTN/RTO) mosfet的脱态降解的完整研究。结果表明,RTN/RTO mosfet在低V/sub d/ (5 V)时显示出最小的δ I/sub d/,这使其成为纯氧化物的有希望的替代品,特别是在未来降低电源操作中。研究了RTN和随后的RTO对mosfet中应力诱发栅极诱发漏极(GIDL)的影响。发现RTN/RTO样品在低V/sub d/下δ I/sub d/最小。>
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