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Low Temperature Sintered Ni-Zn-Cu Ferrite

机译:低温烧结镍锌铜铁氧体

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The low temperature sintering of Ni-Zn-Cu ferrite lias been investigated by usual ceramic technique. The sintering density and the permeability of the sintered ferrite were strongly affected by the size of the starting oxide powders and the pre-sintering temperature. It was most effective to utilize line particles of iron oxide and to calcine at about HO(I::C for the preparation of high permeability ferrite. The sintered ferrite with a density greater than 4.5g/cc and the permeability at 10MHz greater than 200 was obtained at relative low sintering temperature.(about 900°C). This condition is suitable for multilayer chip inductor application.
机译:采用常规陶瓷技术研究了Ni-Zn-Cu铁氧体的低温烧结。烧结的铁氧体的烧结密度和磁导率受起始氧化物粉末的尺寸和预烧结温度的强烈影响。利用氧化铁的线状颗粒并在大约HO(I :: C)下煅烧以制备高磁导率铁氧体最为有效。密度大于4.5g / cc且10MHz的磁导率大于200的烧结铁氧体是在相对较低的烧结温度(约900°C)下获得的,该条件适用于多层片式电感器的应用。

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