Modeling of Multi-domain Switching in Ferroelectric Materials: Application to Negative Capacitance FETs

A. Dasgupta, P. Rastogi, D. Saha, A. Gaidhane, A. Agarwal, Y. Chauhan
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引用次数: 5

Abstract

We present a new multi-domain model for polarization switching in ferroelectric materials. The computationally efficient model captures the time evolution of multi-domain ferroelectrics with good accuracy along with the frequency dependent switching behavior. We have fabricated (PVDF) and measured P-E characteristics of PZT and PVDF capacitors and have validated the model with measurements. The model allows the visualization of time dependent domain switching allowing further physical insights. We have also proposed a method to extract the distribution of domain orientations experimentally.
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铁电材料中多畴开关的建模:在负电容场效应管中的应用
提出了一种新的铁电材料极化开关的多域模型。该模型计算效率高,能很好地捕捉到多畴铁电体的时间演化过程以及频率相关的开关行为。我们制作了(PVDF)并测量了PZT和PVDF电容器的P-E特性,并通过测量验证了模型。该模型允许时间依赖的域切换的可视化,允许进一步的物理见解。我们还提出了一种实验提取区域取向分布的方法。
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