Open AccessPotential Parameters Enhancement of Compact Microstrip Antenna by Using “SLOTTED SRR” Shaped Metamaterial Structure
Author(s) -
P. K. Singhal,
Arun Kant Kadam
Publication year - 2015
Publication title -
international journal of electrical and electronics research
Language(s) - English
Resource type - Journals
ISSN - 2347-470X
DOI - 10.37391/ijeer.030204
Subject(s) - metamaterial , directivity , metamaterial antenna , microstrip antenna , return loss , patch antenna , microstrip , computer science , bandwidth (computing) , antenna (radio) , electronic engineering , acoustics , physics , telecommunications , engineering , optics , coaxial antenna
This work demonstrates integration of an artificial material onto a Rectangular Microstrip Patch Antenna to improve its performance. Such antennas are gaining a high interest as system designer require more complex function to be implemented in reduced area. The artificial material used is commonly called “Metamaterial” or “Left-Handed-Metamaterial (LHM)” and it exhibit some peculiar electromagnetic properties that don’t exist in nature. So, when a microstrip patch antenna is integrated using Left-Handed-Metamaterial, potential parameters like return loss, bandwidth, directivity, gain & efficiency etc. shows improvement. These antennas are cost-effective, more powerful and highly efficient in comparison to the basic microstrip antenna and have their applications in various commercial and military equipment's. Proposed Antenna along with RMPA is designed to simulate at 2.4GHz. The designing and analysis has been done using the Computer Simulation Technology (CST-2010) software. The various parameters are compared and the results were deduced.