Influence of input voltage swing on 0.18 /spl mu/m NMOS aging estimated by self-stressing testers

S. Chetlur, J. Zaneski, L. Mullin, A. Oates, R. Ashton, H. Chew, J. Zhou
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Abstract

Self-stressing testers are used to study the impact of input voltage swing on the aging behavior of 0.18 NMOS devices in inverters. When the frequency and rise/fall time of the input pulse are altered, we demonstrate that the effective aging time 't/sub eff/' per clock cycle varies with the rise/fall transitions and is the main factor in deciding NMOS degradation.
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输入电压摆幅对自应力测试仪估计的0.18 /spl mu/m NMOS老化的影响
采用自应力测试仪研究了输入电压摆幅对逆变器中0.18 NMOS器件老化行为的影响。当输入脉冲的频率和上升/下降时间改变时,我们证明了每个时钟周期的有效老化时间't/sub /'随上升/下降跃迁而变化,这是决定NMOS退化的主要因素。
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