The new mechanism for obtaining of the steep nonlinearities in the modern semiconductor structure

A. Korol, O. Tretyak, D. Sheka
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Abstract

The current-voltage characteristics of the semiconductor structure: the Schottky barrier (SB) incorporating the double barrier resonant-tunnelling structure, are evaluated and analysed. Since the SE can block (unblock) the resonant-tunnelling currents effectively enough the both very sharp and strong enhancement of the current is observed for the forward bias. For the backbiased structure considered, the region of the negative differential resistance takes place. The shape of the current-voltage curves depends on the parameters of the problem essentially.
现代半导体结构中陡非线性获得的新机制
对具有双势垒共振隧穿结构的肖特基势垒半导体结构的电流-电压特性进行了评价和分析。由于SE可以足够有效地阻挡(解除阻挡)谐振隧道电流,因此可以观察到电流的正向偏置有非常明显和强烈的增强。对于所考虑的后偏置结构,发生负微分电阻区域。电流-电压曲线的形状基本上取决于问题的参数。
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