Toshiyuki Kaneki, Kuniaki Konishi
Abstract
We have investigated the external Q of the dielectric resonator considering the probe length and probe distance between the resonator. The input impedance is calculated using Green's function and the current distribution on the probe.
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We have investigated the external Q of the dielectric resonator considering the probe length and probe distance between the resonator. The input impedance is calculated using Green's function and the current distribution on the probe.
Key concepts: Resonator, Dielectric resonator, Dielectric resonator antenna, Helical resonator, Dielectric, Electrical impedance, Current (fluid), Materials science