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Novel device lifetime behavior and hot-carrier degradation mechanisms under V/sub GS//spl ap/V/sub TH/ stress for thin-film SOI nMOSFETs

机译:用于薄膜SOI NMOSFET的V / SUB GS // SPL AP / V / SEC / ZH / ZH / Crall下的新设备寿命行为和热载波降解机制

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The thin-film SOI (TFSOI) MOSFET is found to have the worst device lifetime projection for a gate voltage condition of V/sub GS//spl ap/V/sub TH/ and a drain voltage below the breakdown voltage. A detailed study of the hot-carrier degradation as a function of the drain stress for this gate condition shows evidence of a transforming hot-carrier behavior and mechanism. New understanding of the dominating hot-carrier mechanisms in TFSOI MOSFETs stressed under V/sub GS//spl ap/V/sub TH/ is reported. A model of these mechanisms accounting for the observed degradation behaviors is proposed.
机译:发现薄膜SOI(TFSOI)MOSFET具有用于V / SUM GS // SPL AP / V / SEX AP / Z / SEX AP / Z / SEPT AP / Z / SEX的栅极电压条件的最差的装置寿命投影和低于所述击穿电压的漏电压。作为该栅极条件的漏极应力的函数的热载波降解的详细研究显示了变换热载波行为和机制的证据。报告了在v / sum gs // spl Ap / v / sem / spl / sem / scm / selm中强调的TFSOI MOSFET中主导热载机机制的新了解。提出了这些机制的模型,占观察到的劣化行为。

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