利用積層技術整合磁性及非磁性鐵氧磁體，有助於開發L/C EMI
複合元件。由於製備過程中需考慮電感及電容材料之相容性，使得
製備之困難度提高。文獻中提及可利用一與NiCuZn鐵氧磁體相容之
非磁性材料夾在磁性材料與介電材料間，將可降低製作複合元件之
困難度。雖然前人已將製程上的相關問題解決，但尚未明確地解釋
其原因。本論文在此將探討添加CuO與TiO2，對鋅鐵氧磁體結構與電
磁性質之影響。

Integration of the magnetic ferrites and the non-magnetic ferrite uses the way of utilizing laminated technology that helps developing the L/C EMI composite parts. Owing to the consistency between inductance and capacitance the process of integration becomes more complicated. The literature indicated that non-magnetic materials placing in between the magnetic materials and capacitance could reduce the complication during process. Despite the problem-resolving related to process, the explicit explanation has not given from the past scholar yet. This research now studies the effects of the addition of CuO and TiO2 on the structure and electromagnetic properties of Zn-ferrites.

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