Abstract
The surface wave resonator (SWR) on the base of HTS (high temperature superconductor) thin film has essential advantages for an electromagnetic wave and an array of Josephson junctions coupling due to homogeneity and great amplitude of microwave current flowing along the film. For the successful operation of SWR exciting at the high frequency microwave ranges, we purpose to use quasioptical exciting technique on the base of dielectric prism and diffractional grating for the surface wave generation. SWR exciting method is based on the direct surface wave excitation by the transitional prism on grating for SWR as a surface waveguide segment of finite length and SWR properties are determined. The possibility of synchronization of an array of Josephson junctions have been demonstrated.
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