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MR thin film head with longitudinal-biasing multi-layers of antiferromagnetically-coupled high and low coercivity layers

机译:具有多层反铁磁耦合高低矫顽力层的纵向偏置的MR薄膜头

摘要

A thin film head includes a GMR element formed of an antiferromagnetic layer, a pinning layer, a nonmagnetic conductive layer, a free magnetic layer, and a pair of the right and the left laminated longitudinal biasing layers. Each of the biasing layers contains a high coercivity ferromagnetic layer, a nonmagnetic layer and a low coercivity ferromagnetic layer provided on the free magnetic layer of the GMR element. The high coercivity ferromagnetic layer and low coercivity ferromagnetic layer are antiferromagnetically exchange-coupled via the nonmagnetic layer, and the high coercivity ferromagnetic layer and free magnetic layer located next to the high coercivity ferromagnetic layer are ferromagnetically coupled.
机译:薄膜头包括由反铁磁性层,钉扎层,非磁性导电层,自由磁性层以及左右一对层叠的纵向偏置层形成的GMR元件。每个偏置层包含设置在GMR元件的自由磁性层上的高矫顽力铁磁层,非磁性层和低矫顽力铁磁层。高矫顽力铁磁层和低矫顽力铁磁层经由非磁性层反铁磁交换耦合,并且高矫顽力铁磁层和位于高矫顽力铁磁层旁边的自由磁层被铁磁耦合。

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