本論文包含三項研究主題，第一部分針對數位電視廣播系統（Digital Video Broadcasting, DVB）頻段，提出一款倒F形天線，其涵蓋Bands III（174 MHz ~ 216 MHz）與Bands IV/V（470 MHz ~ 700 MHz）之雙頻段數位電視接收天線。 第二部分提出兩款應用於國道電子收費系統之UHF頻段標籤天線，其中藉由提高天線增益與抑制水平方向輻射，來降低既有標籤天線受4G基地台電波干擾之問題。第三部分為超穎材料（Metamaterial）雷達天線罩設計，來針對60 GHz雷達天線模組進行天線罩設計，提出一款由ABS外殼與超穎材料結合之雷達天線罩設計，可提升封裝天線增益。

This thesis consists of three parts. The first part presents a dual band inverted-F antenna for Digital Video Broadcasting, which covers Bands III (174 MHz ~ 216 MHz) and Bands IV/V (470 MHz ~ 700 MHz). The second part proposes two kinds of the RFID tag antenna design, which can be used in highway Electronic Toll Collection systems. By enhancing antenna gain and suppressing radiations in horizontal directions, those antennas may solve the electromagnetic interference issues of the current tag antennas due to nearby 4G base stations. The third part is to design the metamaterial antenna radome of the 60 GHz AiP radar module. The proposed radome is consisted of the metamaterial and ABS shell to improve the gain of the AiP.

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