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Low-frequency noise assessment of the transport mechanisms in SiGe channel bulk FinFETs

机译:SiGe沟道体FinFET中传输机制的低频噪声评估

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This paper discusses the low-frequency noise behavior of SiGe-channel bulk FinFETs processed on (100) and (110) Si wafers. A comparison is also made with planar SiGe-channel pMOSFETs. It is shown that for devices with carriers confined in the quantum well, only 1/f noise is observed, dominated by mobility fluctuations. Surprisingly, SiGe pMOSFETs fabricated on (110) Si wafers exhibit the highest mobility but also the highest 1/f noise, corresponding with trapping/detrapping. This is also consistent with the density of interface traps extracted from charge pumping measurements.
机译:本文讨论了在(100)和(110)硅晶片上处理的SiGe沟道体FinFET的低频噪声行为。还对平面SiGe沟道pMOSFET进行了比较。结果表明,对于载流子被限制在量子阱中的器件,仅观察到1 / f噪声,主要受迁移率波动的影响。出乎意料的是,在(110)硅晶片上制造的SiGe pMOSFET表现出最高的迁移率,但同时也具有最高的1 / f噪声,这与陷获/去陷陷相对应。这也与从电荷泵浦测量中提取的界面陷阱的密度一致。

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