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Extraction of Schottky Barrier Parameters for Metal–Semiconductor Junctions on High Resistivity Inhomogeneous, Semiconductors

机译:高电阻率非均质半导体上金属-半导体结的肖特基势垒参数的提取

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摘要

We present a novel method for the extraction of the relevant electrical and physical parameters of Schottky diodes realized on polycrystalline thin films. The proposed approach relies on a limited set of current–voltage characteristics measured at different temperatures and does not require the previous knowledge of any semiconductor parameter. The procedure provides satisfactory results in terms of relative errors even in the case of nonideal characteristics, including a very large series resistance and strong temperature and bias dependence of both barrier and ideality factor. We tested the approach on both simulated devices and real Cr–poly-Si Schottky diodes.
机译:我们提出了一种提取多晶薄膜上实现的肖特基二极管的相关电学和物理参数的新颖方法。所提出的方法依赖于在不同温度下测量的有限的电流-电压特性集,并且不需要任何半导体参数的先前知识。即使在非理想特性的情况下,该程序也可在相对误差方面提供令人满意的结果,包括非常大的串联电阻以及较强的温度和势垒与理想因数对偏置的依赖性。我们在模拟器件和实际的Cr-poly-Si肖特基二极管上测试了该方法。

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