首页> 外文会议>2019年第66回応用物理学会春季学術講演会講演予稿集 >Giant spin-torque diode effect induced by heat induced magnetic anisotropy change
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Giant spin-torque diode effect induced by heat induced magnetic anisotropy change

机译:热感应磁各向异性变化引起的巨大自旋二极管效应

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Magnetic tunnel junctions (MTJs) have been promising device for application in microwave frequency region, such as spin-torque diode effect. Recently, Miwa et al. reported that the sensitivity of the spin-torque diode effect exceeds that of semiconductor diode. To realize higher diode sensitivity, an efficient spin-torque is significant. We have reported that the Joule heating induces the efficient spin-torque due to the large and fast magnetic anisotropy change. In this study, we report that giant spin-torque diode sensitivity due to the heat induced anisotropy change.
机译:磁性隧道结(MTJ)已成为有前途的设备,可用于微波频率区域,例如自旋扭矩二极管效应。最近,Miwa等人。据报道,自旋扭矩二极管效应的灵敏度超过了半导体二极管。为了实现更高的二极管灵敏度,有效的自旋扭矩非常重要。我们已经报道了焦耳热由于大而快速的磁各向异性变化而引起有效的自旋扭矩。在这项研究中,我们报道了由于热引起的各向异性变化而导致的巨大的自旋扭矩二极管灵敏度。

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