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摘要

一类特殊的无源器件是磁性和电容性器件,其电气参数与其几何形状密切相关。电子电路中通常采用不同技术制造的各种各样的电感和电容器。应特别注意那些易于制造的平面元件,例如通过厚膜和LTCC技术制造并集成在多芯片模块(MCM)中。本文介绍了平面电感和电容的一些理论研究。利用专门的高频电磁分析软件,研究了平面零件几何形状与其基本参数之间的相关性。确定了平面尺寸、导线路径宽度和间距对电感/电容、品质因数和谐振频率的影响。
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Simulations of passive components in LTCC technology
The particular group of passives are magnetic and capacitive devices, which electrical parameters are tightly correlated with their geometry. A great variety of inductors and capacitors manufactured in different technologies are commonly applied in electronic circuits. Special attention should be paid at planar components that can be easily fabricated for example by thick-film and LTCC technology and integrated in Multi-Chip Modules (MCM). This paper presents some theoretical studies of planar inductors and capacitors. Specialised software for high-frequency EM (Electromagnetic) analysis was used for investigation of correlations between geometry of planar components and its basic parameters. Influence of planar dimensions, width of conductor paths and spacing on inductance/capacitance, quality factor and resonance frequency was determined.
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