The turn ratio, coupling space between sections, and substrate permittivity effects on spilt ring resonator (SRR) are investigated.\nThe analysis of the presented SRR with respect to the effects of substrate and number of gaps per ring to further characterize\nits peculiarities is experimented with miniaturized capability as our intent. Six different SRRs were designed with different turn\nratios, and the sixth is rectangular microstrip patch centre-inserted. Different numbers and gap sizes are cut on the SRRs while the\ngap spacing between the conductors of the SRR was varied to determine their effects taking cognizance of the effects of different\nsubstrates.The designs were investigated numerically using 3D finite integration technique commercia lE Msolver, and the resulting\ndesigns were prototyped and subsequently measured. Findings indicate that the reflection coefficient of the MSRR with centreinserted\npatch antenna is better compared to MSRR without the patch antenna irrespective of the laminate substrate board, and so\nis its gain.
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