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首页> 外文期刊>Electron Devices, IEEE Transactions on >Trapped-Charge-Effect-Based Above-Threshold Current Expressions for Amorphous Silicon TFTs Consistent With Pao–Sah Model
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Trapped-Charge-Effect-Based Above-Threshold Current Expressions for Amorphous Silicon TFTs Consistent With Pao–Sah Model

机译:与Pao-Sah模型一致的非晶硅TFT基于陷获电荷效应的阈值以上电流表达式

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摘要

Based on the charge analysis in the Pao–Sah model assuming the exponential deep and tail density of trap states (DOS), the above-threshold current expressions are presented. The trapped charge in the deep DOS is included in the threshold voltage. In particular, a trapped charge effect parameter , which is determined mainly by the tail DOS, is introduced into the current expressions. The parameter clarifies the relationship between the free electrons and the trapped electrons concentration, and shows the relationship between the band mobility and the constant effective mobility . The expressions are consistent with the Pao–Sah model and verified by the experimental data. The different effects of the deep and tail DOS are clarified.
机译:基于Pao-Sah模型中的电荷分析,并假设陷阱态(DOS)的指数深部和尾部密度(DOS),给出了阈值以上的电流表达式。阈值电压中包括深DOS中捕获的电荷。特别地,主要由尾部DOS确定的陷阱电荷效应参数被引入当前表达式中。该参数阐明了自由电子与俘获电子浓度之间的关系,并显示了带迁移率与恒定有效迁移率之间的关系。这些表达式与Pao-Sah模型一致,并通过实验数据进行了验证。阐明了深部DOS和尾部DOS的不同效果。

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