Modeling of conical dielectric resonator by simulation at 10 GHz and comparing with the cylindrical dielectric resonator

In this paper, the finite element method is applied to simulate a conical dielectric resonator coupled to a microstrip line at 10 GHz using HFSS. It is modeled with a RLC network and the value of equivalent circuit elements are extracted. Then the response of this circuit with the simulation results has been compared. The work has been carried out on the dielectric resonator in different distances in order to find such relation in equivalent circuit. Also a comparison is carried out by simulating the cylindrical one at the same frequency.