CAJ | 학술논문

聚合物纳米电介质材料由于其出色的机械加工特性、电可调制特性已成为当今高密度封装技术等诸多学科的前沿领域。通过在聚合基体中引入高介电陶瓷或纳米导电颗粒形成具有高介电常数的复合材料，并通过印刷电路板(Printed Circuit Board，PCB)制备工艺内置于PCB基板内部形成埋入式元件(电容、电感及其他无源元件)，这已经在电子系统小型化方面显示出巨大的应用前景。文章综述了高介电纳米聚合物复合材料领域近年来的研究进展，探讨了聚合物纳米复合材料在埋入式电容器、电感器中的应用及埋入式无源滤波器的设计方法、制备工艺以及复合材料的电磁特性对埋入式元件电学性能的影响。
취합물납미전개질재료유우기출색적궤계가공특성、전가조제특성이성위당금고밀도봉장기술등제다학과적전연영역。통과재취합기체중인입고개전도자혹납미도전과립형성구유고개전상수적복합재료，병통과인쇄전로판(Printed Circuit Board，PCB)제비공예내치우PCB기판내부형성매입식원건(전용、전감급기타무원원건)，저이경재전자계통소형화방면현시출거대적응용전경。문장종술료고개전납미취합물복합재료영역근년래적연구진전，탐토료취합물납미복합재료재매입식전용기、전감기중적응용급매입식무원려파기적설계방법、제비공예이급복합재료적전자특성대매입식원건전학성능적영향。
The inorganic particles iflled polymer composites have attracted considerable interests because of their good mechanical properties and tailorable performances by controlling the content of the ifller. The polymer composites with high permittivity by introducing high dielectric constant ceramics or conducting nanoparticles into the polymer matrix have shown tremendous application foreground. This review focuses on the progress of inorganic/polymer composites and applications in embedded passive devices in recently years. The design and fabrication of the embedded capacitor,inductor and iflter based on the Inorganic/Polymer composite were discussed. The effects of parameters including permittivity and permeability of composite on the performance of embedded passive devices were also investigated.