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Low-temperature characterization of hall and effective mobility in junctionless transistors

机译:霍尔的低温特性和无结晶体管的有效迁移率

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摘要

The Hall and effective mobility characteristics of n-type junctionless transistors (JLTs) at low temperature (T=100K) are reported here for the first time. To this end, the effective mobility values (μEff) were extracted from the charge based analytical model of JLT with account for flat-band (VFB) position and split capacitance-to-voltage (CV), respectively. Besides, in order to directly determine the surface carrier density (Ns) and corresponding Hall mobility (μHall) Hall Effect measurements were carried out and compared to μEff.
机译:本文首次报道了低温(T = 100K)下n型无结晶体管(JLT)的霍尔和有效迁移率特性。为此,从基于电荷的JLT分析模型中提取了有效迁移率值(μEff),分别考虑了平带(VFB)位置和分压电容电压(CV)。此外,为了直接确定表面载流子密度(Ns)和相应的霍尔迁移率(μHall),进行了霍尔效应测量并将其与μEff进行比较。

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