首页> 外国专利> ULTRAFAST MAGNETIC RECORDING ELEMENT AND NONVOLATILE MAGNETIC RANDOM ACCESS MEMORY USING THE MAGNETIC RECORDING ELEMENT

ULTRAFAST MAGNETIC RECORDING ELEMENT AND NONVOLATILE MAGNETIC RANDOM ACCESS MEMORY USING THE MAGNETIC RECORDING ELEMENT

机译:使用磁记录元件的超快磁记录元件和非易失性磁随机访问存储器

摘要

Provided are an ultrafast magnetic recording element and a nonvolatile magnetic random access memory using the same. The magnetic recording element includes a read electrode, a magnetic pinned layer formed on the read electrode, and an insulating layer or a conductive layer formed on the magnetic pinned layer. The magnetic recording element includes a magnetic free layer formed on the insulating layer or the conductive layer, in which a magnetic vortex is formed, and a plurality of drive electrodes applying a current or magnetic field to the magnetic free layer. Alternatively, the magnetic recording element includes a magnetic free layer in which a magnetic vortex is formed, a plurality of drive electrodes applying a current or a magnetic field to the magnetic free layer, and a read line disposed around the magnetic free layer. Herein, a current generated by a voltage induced by the movement of a magnetic vortex core flows through the read line. According to the magnetic recording elements, the magnetic recording element with a simple structure can be realized using a magnetic layer with a magnetic vortex formed, and the magnetic recording element can be accurately driven with low power using a plurality of drive electrodes.
机译:提供了一种超快磁记录元件和使用该超快磁记录元件的非易失性磁随机存取存储器。磁记录元件包括读取电极,形成在读取电极上的磁固定层以及形成在该磁固定层上的绝缘层或导电层。磁记录元件包括:形成在绝缘层或导电层上的磁自由层,在磁绝缘层中形成有磁涡旋;以及多个驱动电极,其向磁自由层施加电流或磁场。替代地,磁记录元件包括其中形成有磁涡旋的磁自由层,向磁自由层施加电流或磁场的多个驱动电极,以及布置在磁自由层周围的读取线。在此,由磁涡旋芯的移动所感应的电压产生的电流流过读取线。根据磁记录元件,可以使用形成有磁涡旋的磁性层来实现结构简单的磁记录元件,并且可以使用多个驱动电极以低功率准确地驱动磁记录元件。

著录项

  • 公开/公告号EP2206120B1

    专利类型

  • 公开/公告日2015-06-10

    原文格式PDF

  • 申请/专利权人 SNU R&DB FOUNDATION;

    申请/专利号EP20080838773

  • 发明设计人 KIM SANG-KOOG;YU YOUNG-SANG;LEE KI-SUK;

    申请日2008-10-17

  • 分类号H01L27/22;H01L43/08;G11C11/15;

  • 国家 EP

  • 入库时间 2022-08-21 15:08:27

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