...ystems, MEMS）等技术制作集总组件，然而，其中电路之分析与设计能不乏运用到散布式传输线的理论，如微带线（Microstrip Lines）、夹心带线（Strip Lines）等的理论。
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Coupled microstrip lines 耦合微带线
shielded microstrip lines 屏蔽微带线
suspension microstrip lines 悬置微带线
multilayer microstrip lines 多层介质微带线
elliptical microstrip lines 椭圆微带线
The author’s major contributions are as follows: 1. The quasi-static characteristics of non-planar cylindrical microstrip lines are investigated with conformal mapping method by which the planar microstrip line is used as an intermediary.
其中，作者创造性的工作体现在： 1、以平面微带线为中介使用保角变换法研究了非平面圆柱型微带线的准静态特性。
参考来源 - 可调滤波器研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The characteristics of microstrip lines supported by photonic bandgap (PBG) structures are studied.
研究了光子带隙结构支撑的微带线。
As we all know, the losses of microstrip lines mainly include dielectric loss, conductor loss and radiation loss.
众所周知，微带线的损耗主要有介质损耗，导体损耗和辐射损耗。
In analog and digital circuits, crosstalk between coupled microstrip lines can degrade the performance of equipment.
在模拟和数字电路中，耦合微带线间的串扰会降低设备的性能。
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