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首页> 外文期刊>IEEE Electron Device Letters >Comments, with reply, on 'Operation of SOI CMOS devices at liquid-nitrogen temperature' by K.K. Young and B.-Y. Tsaur
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Comments, with reply, on 'Operation of SOI CMOS devices at liquid-nitrogen temperature' by K.K. Young and B.-Y. Tsaur

机译:K.K.对“液氮温度下SOI CMOS器件的操作”的评论和答复。 Young和B.-Y.察尔

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The commenters discuss the increase factor of maximum electron mobility when NMOS SOI devices cool down to liquid-nitrogen temperature (LNT) reported by the authors of the above-mentioned paper (ibid., vol.11, p.126-8, Mar. 1990). The commenters point out that the maximum increase in mobility of only a factor of two over that of room temperature is significantly lower than the increase of four to five times that is generally accepted, and they report experimental results supporting the higher value. The authors in replying have recalculated the effective mobility based on the linear-current equation, and state that the LNT operation of the SOI devices might suffer from poor SiO/sub 2/-Si interface properties which result in less electron mobility increase than in bulk-silicon devices.
机译:评论者讨论了上述论文的作者报告的当NMOS SOI器件冷却至液氮温度(LNT)时最大电子迁移率的增加因子(同上,第11卷,第126-8页,3月。 1990)。评论者指出,迁移率的最大增加仅是室温的两倍,远低于普遍接受的四到五倍的增加,并且他们报告的实验结果支持更高的值。作者在答复中基于线性电流方程式重新计算了有效迁移率,并指出SOI器件的LNT操作可能会遇到较差的SiO / sub 2 / -Si界面特性,从而导致电子迁移率的提高幅度小于整体-硅器件。

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