Authors :
Prathiksha Ramesh, Dr Shanthi P
Volume/Issue :
Volume 5 - 2020, Issue 6 - June
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/3hHuPqr
Abstract :
A practicability review concerning the
geometry, the manufacturing technologies, adopted for
the analysis of super wide impedance planar antenna is
proposed by constructing 2x2 Microstrip patch antenna
(MPA) making use of ANSYS HFSS. Four patches are
arranged in symmetrical arrangement in an antenna,
this patch is interrelated to one another along the crossshaped high impedance microstrip line
Keywords :
5G; Super Wide Impedance; Cross-Shaped High Impedance Lines; Super Wide Frequency Bandwidth.
A practicability review concerning the
geometry, the manufacturing technologies, adopted for
the analysis of super wide impedance planar antenna is
proposed by constructing 2x2 Microstrip patch antenna
(MPA) making use of ANSYS HFSS. Four patches are
arranged in symmetrical arrangement in an antenna,
this patch is interrelated to one another along the crossshaped high impedance microstrip line
Keywords :
5G; Super Wide Impedance; Cross-Shaped High Impedance Lines; Super Wide Frequency Bandwidth.
