Compact Four-Port MIMO Antenna Module with Decoupling Components for 5G Terminal Devices

  • Qu, Longyue
  • Kim, Hyeongdong
  • Jung, Kyung-Young
  • Liu, Yang
Citations

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Citations

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18

초록

This study investigated the decoupling mechanism of capacitors in multiple-input multiple-output (MIMO) antenna designs based on characteristic mode analysis (CMA). First, a two-port single-loop antenna, where shunt capacitor elements were used to obtain high port-to-port isolation properties, was analyzed. CMA revealed that the decoupling capacitors' mechanism lies in the modal superposition of the original radiation mode (Mode-2) and the manipulated high-order mode (Mode-3) with anti-phase current distributions. Accordingly, a compact four-port MIMO antenna module based on decoupling components (inductors and capacitors) was designed as the first of its kind. Both simulations and measurements were conducted to verify the feasibility of the proposed MIMO antenna module.

키워드

Capacitor elementscharacteristic mode analysisDecouplingmultiple-input multiple-output5G mobile communication systemsCodes (symbols)Feedback controlMIMO systemsTelecommunication repeaters
제목
Compact Four-Port MIMO Antenna Module with Decoupling Components for 5G Terminal Devices
저자
Qu, LongyueKim, HyeongdongJung, Kyung-YoungLiu, Yang
DOI
10.1109/LAWP.2024.3386503
발행일
2024-07
유형
Article
저널명
IEEE Antennas and Wireless Propagation Letters
23
7
페이지
2224 ~ 2228