Abstract
Simple expressions in closed form have been used for a simulation of an end-coupled high Tc superconductor (HTS) microstrip resonator on anisotropic sapphire substrate. The model was verified by the finite-element method, which can be used to analyse HTS planar lossless and lossy transmission lines on anisotropic substrates, and by experimental investigation of a YBCO microstrip resonator on r-cut sapphire substrate.
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