Miniaturized Broadband ENG ZOR Antenna Using a High Permeability Substrate

Miniaturized Broadband ENG ZOR Antenna Using a High Permeability Substrate

초록

This paper presents a miniaturized epsilon negative (ENG) zeroth-order resonance (ZOR) patch antenna with an improved bandwidth. The miniaturization and the broad bandwidth of the ENG ZOR patch antenna are achieved by using a meandered via and a high permeability substrate instead of a straight via and a dielectric substrate. The use of a meandered via allows miniaturization of the ENG ZOR patch antenna without narrowing the bandwidth. The use of a high permeability substrate allows further miniaturization of the ENG ZOR patch antenna and improvement of the bandwidth. A high permeability substrate consisting of a multi-layered substrate is designed to have a small material loss. The antenna (kr=0.32) has a 10 dB fractional bandwidth of ~1 %, which is 1.74 times as broad as that of an antenna with a dielectric substrate.

키워드

Epsilon Negative (ENG); Zeroth-Order Resonance (ZOR); Meandered Via; High Permeability Substrate; Multi-Layered Substrate.; Epsilon Negative (ENG); Zeroth-Order Resonance (ZOR); Meandered Via; High Permeability Substrate; Multi-Layered Substrate.
제목
Miniaturized Broadband ENG ZOR Antenna Using a High Permeability Substrate
제목 (타언어)
Miniaturized Broadband ENG ZOR Antenna Using a High Permeability Substrate
저자
고승태; 이정해
발행일
2011
저널명
Journal of Electromagnetic Engineering and Science
권
11
호
3
페이지
201 ~ 206