Exploring the Impact of Split Ring Resonator Metamaterial Structure Integration on 4X4 MIMO Antenna Performance in Sub-6GHz Bands for 5G Applications
Journal: International Journal of Computer Science and Mobile Computing - IJCSMC (Vol.13, No. 5)Publication Date: 2024-05-30
Authors : Ramineni Padmasree; Kummarikuntla Sai Rohith; Varikuppala Poojitha; Vallala Advaitha; Pachigalla Divya Prathyusha;
Page : 54-70
Keywords : 4X4 MIMO Antenna; Directivity; Gain; Metamaterial; Power Distribution; Split Ring Resonator;
- Exploring the Impact of Split Ring Resonator Metamaterial Structure Integration on 4X4 MIMO Antenna Performance in Sub-6GHz Bands for 5G Applications
- Experimental Studies on the Effect of Substrate Dielectric Constant on the Resonant Frequency of Split-Ring Resonator Metamaterial Structure
- SQUARE SPLIT RING MIMO ANTENNA FOR WIMAX /WLAN APPLICATIONS WITH REDUCED ECC
- DESIGN AND ANALYSIS OF SQUARE SPLIT RING RESONATOR METAMATERIAL FOR MICROWAVE FREQUENCY RANGE
- DESIGN OF MULTIBAND MICROSTRIP PATCH ANTENNA USING SPLIT RING RESONATOR FOR APPLICATION IN C, X AND K U BAND
Abstract
This research delves into the realm of antenna engineering, with a specific focus on examining the performance of 4x4 MIMO antennas with and without integration of split ring resonator metamaterial structure. The objective is to comprehend the influence of split ring resonator metamaterials on antenna characteristics within the 6 GHz frequency range. Employing CST Studio Suite software, comprehensive simulations are conducted to evaluate various parameters including gain, directivity, radiation efficiency, S-parameters, power distribution, VSWR, and total efficiency. In the frequency band up to 6GHz, observed gain values were 24.62dB without split ring resonator metamaterial integration and ranging from 6dB to 27dB with integration. Through a systematic comparison, the study aims to delineate the precise effects of split ring resonator metamaterials on antenna performance, thereby offering valuable insights into their potential for enhancing MIMO antenna systems.
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Last modified: 2024-05-13 22:12:16