首先提出天線元件為一共平面波導饋入矩形貼片天線，並且在接地面挖了一π型

首先提出天線元件為一共平面波導饋入矩形貼片天線，並且在接地面挖了一π型槽孔及埋入了三個金屬圓柱，使天線在26.46-29.89 GHz間產生兩個諧振模態。此天線可以完整涵蓋5G新電信所提出之Band-n257(26.5-29.5 GHz)頻帶，單天線增益最高能達到6.87dBi，效率皆在90%以上。

結果 (英文) 1:

First proposed the antenna element is a coplanar waveguide feed rectangular patch antenna, and a π-type slot dug in the ground and buried in the three metal cylinder, the antenna generates two resonance modes between 26.46-29.89 GHz. This antenna can be completely covered by Band-n257 5G of the proposed new telecommunications (26.5-29.5 GHz) band, single antenna gain can reach up 6.87dBi, efficiencies are above 90%.

結果 (英文) 2:

Firstly, it is proposed that the antenna assembly is a total plane waveguide feed into the rectangular patch antenna, and a slot hole is dug on the ground and three metal cylinders are buried, so that the antenna produces two resonant modes between 26.46-29.89 GHz. This antenna can fully cover the Band-n257 (26.5-29.5 GHz) band proposed by 5G new telecommunications, with a single antenna gain of up to 6.87dBi and an efficiency of more than 90%.

結果 (英文) 3:

Firstly, it is proposed that the antenna element is a common planar waveguide fed rectangular patch antenna, and a π type slot is dug in the ground and three metal cylinders are embedded, so that the antenna can generate two resonant modes between 26.46-29.89 GHz. The antenna can completely cover the band-n257 (26.5-29.5 GHz) band proposed by 5g new telecom. The maximum gain of a single antenna can reach 6.87dbi, and the efficiency is more than 90%.