Body effect induced variability in Bulk tri-gate MOSFETs

Chun-Hsien Chiang, M. Fan, J. Kuo, P. Su
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Abstract

We investigate and report the body-effect induced variability in Bulk tri-gate MOSFETs. Through 3-D atomistic simulation, the random dopant fluctuations in the Punch-Through-Stopper (PTS) region of Bulk tri-gate devices are examined. Our study indicates that to achieve an efficient threshold-voltage modulation through substrate bias, the high-doping PTS region may introduce excess variation in Bulk tri-gate devices. This effect has to be considered when one-to-one comparisons between Bulk tri-gate and SOI tri-gate regarding device variability are made.
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体效应诱导体型三栅极mosfet的变异性
我们研究并报告了体效应诱导的体效应效应晶体管变异性。通过三维原子模拟,研究了块体三栅极器件的脉冲通阻区掺杂剂的随机波动。我们的研究表明,为了通过衬底偏置实现有效的阈值电压调制,高掺杂PTS区域可能会在Bulk三栅极器件中引入过量的变化。当在Bulk三栅极和SOI三栅极之间就器件可变性进行一对一比较时,必须考虑到这种影响。
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