This paper presents a multiband microstrip patch antenna for future 5G Millimeter Wave (mm-
wave) wireless technologies. The synthesized antenna is designed to be based on the …

In this paper, the Rotman Lens structure has been modified and implemented as a patch
resulting in a structure similar to biconcave lens. Earlier proposed antenna has been …

In this paper the conventional circular patch has been reshaped by two circular arcs with the
FR4 Epoxy material for substrate. This is supported by the mathematical calculations of …

This paper illustrates the modification of conventional circular patch taking the equation of
the Rotman lens as the reference resulting a structure equivalent to biconvex lens. The …

In this paper, a Millimeter-wave (MMW) antenna has been proposed for a current and future
wireless application. The proposed model has two resonances at 30.5 GHz and 52.4 GHz …

The log periodic implementation of butterfly shaped patch antenna has been proposed to
operate under the X-band (ie 8 GHz to 12 GHz) which have a wide range of applications in …

This paper illustrates, Gain enhancement approaches in a biconcave patch by the
implementation of a circular-shaped complimentary split ring resonator (CSRR). The …

In order to achieve higher gains and lower side lobe in antenna design, array antenna is
conventionally adopted. Besides, Chebyshev polynomial amplitude ratio is widely employed …

In this paper the conventional circular patch antenna has been modified to operate at a
frequency of 15 GHz which has been assigned for 5G communication. To get the optimum …

░ ABSTRACT-Widely used patch in circular shape has been cut in two semicircular shapes
and joined together, arc to arc to same feed in dipolar form, produces a butterfly shape. In …