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    Giant tunneling magnetoresistance in MgO-based magnetic tunnel junctions and its industrial applications

    Neue Suche nach: Shinji Yuasa,
    Neue Suche nach: Rie Matsumoto,
    Neue Suche nach: Akio Fukushima,
    Neue Suche nach: Hitoshi Kubota,
    Neue Suche nach: Taro Nagahama,
    Neue Suche nach: Djayaprawira, David D.
    Neue Suche nach: Koji Tsunekawa,
    Neue Suche nach: Hiroki Maehara,
    Neue Suche nach: Yoshinori Nagamine,
    Neue Suche nach: Motonobu Nagai,
    Neue Suche nach: Shinji Yamagata,
    Neue Suche nach: Yoshishige Suzuki,
    Neue Suche nach: Masaki Mizuguchi,
    Neue Suche nach: Deac, Alina M.
    Neue Suche nach: Koji Ando,

    First-principle theories predicted an extremely high magnetoresistance (MR) ratio over 1000% in epitaxial Fe(001)/MgO(001)/Fe(001) MTJs. We have fabricated fully epitaxial Fe-Co(001)/MgO(001)/Fe-Co(001) MTJs and textured CoFeB/MgO(001)/CoFeB MTJs and achieved giant MR ratios above 400% at room temperature. An ultra-low resistance-area (RA) product indispensable for magnetic sensor application has also been achieved in CoFeB/MgO(001)/CoFeB MTJs. The giant TMR effect in MgO-based MTJs is the key for next-generation spintronic devices.

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    Giant tunneling magnetoresistance in MgO-based magnetic tunnel junctions and its industrial applications

    Neue Suche nach: Shinji Yuasa,
    Neue Suche nach: Rie Matsumoto,
    Neue Suche nach: Akio Fukushima,
    Neue Suche nach: Hitoshi Kubota,
    Neue Suche nach: Taro Nagahama,
    Neue Suche nach: Djayaprawira, David D.
    Neue Suche nach: Koji Tsunekawa,
    Neue Suche nach: Hiroki Maehara,
    Neue Suche nach: Yoshinori Nagamine,
    Neue Suche nach: Motonobu Nagai,
    Neue Suche nach: Shinji Yamagata,
    Neue Suche nach: Yoshishige Suzuki,
    Neue Suche nach: Masaki Mizuguchi,
    Neue Suche nach: Deac, Alina M.
    Neue Suche nach: Koji Ando,

    First-principle theories predicted an extremely high magnetoresistance (MR) ratio over 1000% in epitaxial Fe(001)/MgO(001)/Fe(001) MTJs. We have fabricated fully epitaxial Fe-Co(001)/MgO(001)/Fe-Co(001) MTJs and textured CoFeB/MgO(001)/CoFeB MTJs and achieved giant MR ratios above 400% at room temperature. An ultra-low resistance-area (RA) product indispensable for magnetic sensor application has also been achieved in CoFeB/MgO(001)/CoFeB MTJs. The giant TMR effect in MgO-based MTJs is the key for next-generation spintronic devices.

    Zugriff

    Zugriff prüfen
    Verfügbarkeit in meiner Bibliothek prüfen
    Bestellung bei Subito €

    Giant tunneling magnetoresistance in MgO-based magnetic tunnel junctions and its industrial applications

    Neue Suche nach: Shinji Yuasa,
    Neue Suche nach: Rie Matsumoto,
    Neue Suche nach: Akio Fukushima,
    Neue Suche nach: Hitoshi Kubota,
    Neue Suche nach: Taro Nagahama,
    Neue Suche nach: Djayaprawira, David D.
    Neue Suche nach: Koji Tsunekawa,
    Neue Suche nach: Hiroki Maehara,
    Neue Suche nach: Yoshinori Nagamine,
    Neue Suche nach: Motonobu Nagai,
    Neue Suche nach: Shinji Yamagata,
    Neue Suche nach: Yoshishige Suzuki,
    Neue Suche nach: Masaki Mizuguchi,
    Neue Suche nach: Deac, Alina M.
    Neue Suche nach: Koji Ando,

    First-principle theories predicted an extremely high magnetoresistance (MR) ratio over 1000% in epitaxial Fe(001)/MgO(001)/Fe(001) MTJs. We have fabricated fully epitaxial Fe-Co(001)/MgO(001)/Fe-Co(001) MTJs and textured CoFeB/MgO(001)/CoFeB MTJs and achieved giant MR ratios above 400% at room temperature. An ultra-low resistance-area (RA) product indispensable for magnetic sensor application has also been achieved in CoFeB/MgO(001)/CoFeB MTJs. The giant TMR effect in MgO-based MTJs is the key for next-generation spintronic devices.

    Zugriff

    Zugriff prüfen
    Verfügbarkeit in meiner Bibliothek prüfen
    Bestellung bei Subito €

    Zugriff

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    Titel:

    Giant tunneling magnetoresistance in MgO-based magnetic tunnel junctions and its industrial applications

    Beteiligte:

    Shinji Yuasa, (Autor:in) / Rie Matsumoto, (Autor:in) / Akio Fukushima, (Autor:in) / Hitoshi Kubota, (Autor:in) / Taro Nagahama, (Autor:in) / Djayaprawira, David D. (Autor:in) / Koji Tsunekawa, (Autor:in) / Hiroki Maehara, (Autor:in) / Yoshinori Nagamine, (Autor:in) / Motonobu Nagai, (Autor:in)

    Erschienen in:

    2006 IEEE Nanotechnology Materials and Devices Conference ; 1 ; 186-187

    Erscheinungsdatum:

    01.10.2006

    Format / Umfang:

    532158 byte

    ISBN:

    978-1-4244-0541-1 , 978-1-4244-0540-4

    DOI:

    https://doi.org/10.1109/NMDC.2006.4388737

    Medientyp:

    Aufsatz (Konferenz)

    Format:

    Elektronische Ressource

    Sprache:

    Englisch

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