The DGS is implemented by etching circular holes in the ground plane of the patch antenna.
通过在贴片天线地板上刻蚀圆孔实现DGS结构。
Planar slot antenna is proposed firstly, simplifying the surface of the airplane to be a large mental plane which inclines against the ground plane.
方案一采用介质微带缝隙天线的形式，简便起见，简化机体表面模型为一倾斜放置的超大金属平面。
Resonant frequency can be changed by loading the antenna with a reactive tuning component, which can be placed between the antenna element and the ground plane.
共振频率可以改变被动的加载与调谐组件，它可与天线单元和接地层放置天线。
A microstrip Yagi antenna that employs a 2-d EBG (Electromagnetic Band-gap) ground plane as the reflector is presented in this paper.
提出了一种采用二维电磁带隙结构地板为反射器的微带八木天线。
In the embodiments shown, the antenna system may be built on a ground plane having a length no longer than 100 mm.
在表示的实施例中，可在具有不超过100 mm长度的地平面上建立该天线系统。
The antenna elements are flat, have different resonant frequencies, are formed on another surface of the dielectric substrate, and respectively have ends electrically connected to the ground plane.
天线分别形成平面状，具有分 别不同的谐振频率，形成于前述电介质基板的另一方的面上，并且以 一端部与前述地导体板短路。
The antenna elements are flat, have different resonant frequencies, are formed on another surface of the dielectric substrate, and respectively have ends electrically connected to the ground plane.
天线分别形成平面状，具有分 别不同的谐振频率，形成于前述电介质基板的另一方的面上，并且以 一端部与前述地导体板短路。
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