自旋电子器件:从存储器到忆阻器

Yiran Chen, H. Li, Xiaobin Wang
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引用次数: 6

摘要

1971年,加州大学伯克利分校的蔡利昂教授基于电路理论的概念完备性,预测了第四种基本无源电路元件——忆阻器。37年后,由斯坦利·威廉姆斯博士领导的惠普实验室团队宣布开发出第一个开关忆阻器。从此,人们对忆阻器进行了越来越多的不同层次的研究。近十年来,自旋电子技术被引入到非易失性存储器设计体系中。例如,自旋传递扭矩随机存取存储器(STT-RAM)已经显示出许多有前途的特性,如非易失性、零待机功率、纳秒级访问时间、高存储密度和良好的可扩展性。在本文中,我们将从器件,设计和系统应用的角度简要介绍我们在STT-RAM方面的工作。在此基础上,我们还将讨论一种基于自旋电子技术的忆阻器(自旋电子忆阻器),包括器件建模和在传感器中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Spintronic devices: From memory to memristor
In 1971, Professor Leon Chua in UC Berkeley predicted the fourth fundamental passive circuit element - memristor, based on the conceptual completeness of circuit theory. 37 years later, a team at HP Labs led by Dr. Stanley Williams announced the development of the first switching memristor. From then, more and more researches on memristor are conducted at various levels. Spintronic technology was introduced to the nonvolatile memory design regime in the recent decade. For example, spin-transfer torque random access memory (STT-RAM) has demonstrated many promising characteristics such as non-volatility, zero standby power, nanosecond access time, high memory density, and good scalability. In this paper, we will give a short tutorial of our works in STT-RAM from the viewpoints of device, design and system applications. On the top of that, we will also discuss one type of memsitors based on spintronic technology (spintronic memristor), including the device modeling and the applications in sensor.
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