用于芯片级原子器件的紧凑多层磁屏蔽

L. Xuan, H. Dong, C. Zhuo
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引用次数: 2

摘要

我们设计了四套多层嵌套磁屏蔽。单个屏蔽层的外径从3.3厘米到5.3厘米不等。用磁通门磁强计分别对四组磁屏蔽进行了测试。实验结果与理论计算结果非常吻合。对四组高磁导率材料制成的多层致密磁屏蔽进行了比较。嵌套三柱结构(set 2)的屏蔽系数最大,为32.3 dB。嵌套两球结构(set 4)的均匀区域最大,为12 mm。嵌套的一层球壳和一层圆柱壳(组3)实现了均匀面积和屏蔽系数的最佳权衡。
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Compact multi-layer magnetic shields for chip-scale atomic devices
We have designed four sets of multi-layer nested magnetic shields. External diameters for the individual shielding layers range from 3.3 cm to 5.3 cm. The four sets of magnetic shields are tested by fluxgate magnetometer separately. The result of experiment is in excellent agreement with theoretical calculations. The four sets of multi-layer compact magnetic shields made of high-permeability material are compared. The largest shielding factor measured was 32.3 dB for a nested set of three cylinders (Set 2). The nested two spheres structure (Set 4) has the largest uniform region (12 mm). The nested one shell of sphere and one cylinder shell (Set 3) achieve the best trade-off between uniform region and shielding factor.
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