首页> 外文会议>Electrical Design of Advanced Packaging and Systems Symposium (EDAPS), 2011 IEEE >A 60-GHz band WPAN transmitter module integrated with a planar dipole antenna using organic substrates and 3-D SiP technology
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A 60-GHz band WPAN transmitter module integrated with a planar dipole antenna using organic substrates and 3-D SiP technology

机译:60 GHz频段WPAN发射机模块,与使用有机基板和3-D SiP技术的平面偶极天线集成在一起

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This paper gives a review of an ultra-small and low-cost 60-GHz band front-end module integrated with a single element planar dipole antenna. For miniaturization and cost reduction, we apply 3-D system-in-package (SiP) technology and organic substrates. The planar dipole antenna is patterned on the top layer substrate in the module. Maximum actual gain of 6.0 dBi at 63GHz is measured even though single element simple structure antenna is used. Additionally, a structure of a high-gain 60-GHz band planar dipole antenna which is applicable to 60-GHz band 3-D SiP front-end modules is described. To achieve high gain, we extend a dielectric substrate to main-beam direction. Although lossy substrate is used for cost reduction, the antenna patterned on organic substrates has enough potential for being used as a low-cost and simple configuration antenna integrated with the module.
机译:本文对集成了单元件平面偶极天线的超小型,低成本60 GHz频段前端模块进行了回顾。为了实现小型化和降低成本,我们采用3-D封装系统(SiP)技术和有机基板。平面偶极子天线在模块的顶层基板上构图。即使使用单元件简单结构天线,在63GHz时也可测得6.0 dBi的最大实际增益。另外,描述了适用于60GHz频带3-D SiP前端模块的高增益60GHz频带平面偶极天线的结构。为了获得高增益,我们将介电基板扩展到主光束方向。尽管使用有损衬底来降低成本,但是在有机衬底上构图的天线具有足够的潜力,可以用作与模块集成的低成本,简单配置的天线。

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