Authors :
Sanjeev Kashyap; Shailly Kumari
Volume/Issue :
Volume 7 - 2022, Issue 6 - June
Google Scholar :
https://bit.ly/3IIfn9N
Scribd :
https://bit.ly/3RQZRhA
DOI :
https://doi.org/10.5281/zenodo.6879359
Abstract :
Here in this, development and design of
microstrip antenna with SRRs ( Split Ring Resonator’s )
are introduced. To reduce size & for improved better
performance of introduced antenna SRR’s are used. This
Metamaterial method used as for designing SRR’s for
negative permeability. The SRR’s are introduced between
two substrate layers of Teflon with relative permittivity
4.9. The return loss and VSWR results are better. The
return loss of microstrip antenna operating frequency 5.02
Gigahertz is -23 dB, and VSWR is approximately near to
1.15. CST Software is used to obtained for the simulated
results of the antenna which having better performance.
Keywords :
SRR’s (Split Ring Resonator’s), Microstrip antenna, Metamaterial, Permittivity, Size Reduce.
Here in this, development and design of
microstrip antenna with SRRs ( Split Ring Resonator’s )
are introduced. To reduce size & for improved better
performance of introduced antenna SRR’s are used. This
Metamaterial method used as for designing SRR’s for
negative permeability. The SRR’s are introduced between
two substrate layers of Teflon with relative permittivity
4.9. The return loss and VSWR results are better. The
return loss of microstrip antenna operating frequency 5.02
Gigahertz is -23 dB, and VSWR is approximately near to
1.15. CST Software is used to obtained for the simulated
results of the antenna which having better performance.
Keywords :
SRR’s (Split Ring Resonator’s), Microstrip antenna, Metamaterial, Permittivity, Size Reduce.
