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Voltage control of a magnetic switching field for magnetic tunnel junctions with low resistance and perpendicular magnetic anisotropy

机译:具有低电阻和垂直磁各向异性的磁隧道结的电压控制

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摘要

The authors investigated the voltage control of a magnetic anisotropy field for perpendicular-magnetic tunnel junctions (p-MTJs) with low and high resistance-area (RA) products and for synthetic antiferromagnetic free and pinned layers. It was found that the sample with low RA products was more sensitive to the applied bias voltage than the sample with high RA products. The bias voltage effect was less pronounced for our sample with the synthetic antiferromagnetic layer for high RA products compared to the MTJs with single free and pinned layers.
机译:作者研究了具有低和高电阻区域(RA)产品的垂直磁隧道连接(P-MTJ)的磁各向异性场的电压控制,以及合成的反铁磁性和固定层。发现具有低RA产品的样品对施加的偏置电压比具有高RA产品的样品更敏感。与具有单一自由和固定层的MTJS相比,对于高RA产品的合成反铁磁层的样品,偏置电压效果不太明显。

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