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A multilayer low pass filter fabricated by ferrite and ceramic cofiring system based on LTCC technology

机译:基于LTCC技术的铁氧体和陶瓷COFIRING系统制造的多层低通滤波器

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LTCC (Low Temperature Co-fired Ceramics) has been become the key technology of packaging for the integrated of passive components due to its higher performance of thermal sink, reliability and plays an important role in increasing higher frequency, decreasing the loss, minimize the volume, etc. This paper mainly focuses on the design and fabrication of low pass filter based on ferrite and ceramic cofiring system by LTCC technology. Firstly, the match conditions of co-firing characteristics for ferrite and ceramic cofiring system were carefully studied by TMA measurement and the excellent shrinkage controlling was obtained. The low-pass filters with cut-off frequency at 120MHz were fabricated using Co/Ti doped barium ferrite and ULF140 material as the dielectrics to further validate the circuit model and the samples were tested with high consistence with the simulated data.
机译:LTCC(低温共用陶瓷)已成为封装综合的无源部件的关键技术,因为其在越来越高的频率下,降低损耗,减少损耗,最小化体积的重要作用,这是一种无源部件的封装。本文主要侧重于基于铁氧体和​​陶瓷Cofiring系统的低通滤波器的设计和制造。首先,通过TMA测量仔细研究了铁素体和陶瓷成交系统的共烧特性的匹配条件,并获得了优异的收缩控制。使用CO / TI掺杂钡铁氧体和ULF140材料制造具有120MHz的截止频率的低通滤波器作为电介质,以进一步验证电路模型,并用高一致性与模拟数据进行测试。

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