An Investigation of Massive Gain in Hybrid Configurable Cylindrical Dielectric Resonator Antenna

In this article a high gain of two layer cylindrical dielectric resonator antenna fed through coaxial probe is projected and developed and conjointly offer complete implementation of superstrate dielectric resonator antenna on patch. The hybrid structure is operated under controlled electric field and magnetic field. The design is loaded with superstrate. The results on reflection coefficient S11, Gain of assorted stages of antenna design are simulated victimisation high frequency structured simulator and conferred. High permittivity material is used as a fluid inside the cylindrical resonator. The resonant frequency of the antenna can be modified by ever-changing the dielectric constant of fluid. It has been investigated that use of superstrate increases antenna gain from by varied biasing voltage reconfigurability are often obtained. The measured gain found to be 11dBi. Reconfigurability is the key parameter during this work a completely unique cylindrical stacked dielectric resonator antenna of high gain with band is presented for Wi-Fi, Wi-max and WLAN communications. The concept becomes compatible with patch antennas for high Gain applications.