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High permeability flexible bulk material for magnetic micro head applications

机译:用于磁性微头应用的高渗透柔性散装材料

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A magnetic field is generated by feeding electric current to micro coils. The higher the current, the higher the magnetic field is. A main disadvantage of coils in micro systems is the limited thermal resistance and as a result of a restriction concerning the maximum current densities: This work shows the modelling, design, numerical calculation and the initial test of a flexible write head, which not only allows the data storage on the surface but also inside of the components. Furthermore, the write head has to be flexible and able to adapt itself to the roughness of the component surface. The main goal of this paper is to increase the magnetic flux in the micro head core by partly using high permeability flexible bulk material instead of increasing the coil current or the number of the coil turns. For the approval of the data storage process a GMR sensor is used for the readout of the stored magnetization track.
机译:通过将电流馈送到微线圈来产生磁场。电流越高,磁场越高。微系统中线圈的主要缺点是有限的热阻,并且由于有关最大电流密度的限制,因此该工作显示了柔性写头的建模,设计,数值计算和初始测试,这不仅允许表面上的数据存储还要在组件内部。此外,写头必须灵活并且能够适应组件表面的粗糙度。本文的主要目的是通过部分使用高渗透率柔性散装材料来增加微头芯中的磁通量,而不是增加线圈电流或线圈转动的数量。有关数据存储过程的批准,GMR传感器用于存储磁化轨道的读数。

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