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Spin valve sensors with an oxide layer utilizing electron specular scattering effect

机译:具有电子镜面散射效应的氧化层自旋阀传感器

摘要

The present invention comprises a magnetoresistive sensor including a cap layer, a free layer, a spacer layer, a pinned layer, an oxide layer, a pinning layer, a seed layer, and a substrate layer. The sensor consists of the cap layer adjacent the free layer. The free layer is adjacent to the spacer layer. The spacer layer is adjacent to the pinned layer. The pinned layer is adjacent to the oxide layer. The oxide layer is adjacent to the pinning layer. The pinning layer is adjacent to the seed layer and the seed layer is adjacent to the substrate. The present invention also comprises a method of manufacturing the magnetoresistive sensor including forming a layered structure. An electron specular scattering effect occurs at the oxide interface to achieve enhanced GMR responses while maintaining thermostability.
机译:本发明包括一种磁阻传感器,该磁阻传感器包括盖层,自由层,间隔层,被钉扎层,氧化物层,钉扎层,籽晶层和衬底层。传感器由与自由层相邻的保护层组成。自由层与间隔层相邻。间隔层与被钉扎层相邻。固定层与氧化物层相邻。氧化物层与钉扎层相邻。钉扎层与种子层相邻,而种子层与基板相邻。本发明还包括一种制造磁阻传感器的方法,该方法包括形成分层结构。电子镜面散射效应发生在氧化物界面上,以实现增强的GMR响应,同时保持热稳定性。

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