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Dielectric resonator modeling for microwave and millimeter-wave oscillator applications

This paper concerns with the design of Dielectric Resonators (DRs) for microwave and millimeter-wave oscillator applications. Different existing models for shielded and unshielded DRs, as well as a newly developed model for shielded DRs, are presented and discussed. The newly developed model can determine the resonant frequency (f r ) of a DR for a given set of the DR physical dimensions and the shield height under the maximum achievable unloaded quality factor (Q u ) of the DR, and has been experimentally verified at K-band and V-band frequencies.