Summary form only given. The authors discuss the application of the three-dimensional transmission-line matrix (3D-TLM) method to coupled coplanar waveguide (CCPW)-circuit structures. The 3-D-TLM algorithm with the symmetrical condensed TLM node is used. The circuits are investigated in the time domain by calculating the response for single-pulse excitation. From these results, the frequency characteristics are calculated by fast Fourier transform using zero-padding. The circuit structures are embedded in domains bounded by absorbing walls. The absorbing boundary conditions are modeled by discrete Green's functions. The authors describe the surface impedance of the high-Tc superconducting material according to the two-fluid model and to the London theory by inductive and resistive stubs     «

Summary form only given. The authors discuss the application of the three-dimensional transmission-line matrix (3D-TLM) method to coupled coplanar waveguide (CCPW)-circuit structures. The 3-D-TLM algorithm with the symmetrical condensed TLM node is used. The circuits are investigated in the time domain by calculating the response for single-pulse excitation. From these results, the frequency characteristics are calculated by fast Fourier transform using zero-padding. The circuit structures are e...     »

3D-TLM, absorbing boundary conditions, absorbing walls, circuit response, circuit structures, coupled coplanar waveguide, CPW, discrete Green's functions, fast Fourier transform, frequency characteristics, high-Ttextlesssubtextgreaterctextless/subtextgreater superconducting material, high-Tc superconducting material, high-temperature superconductors, inductive stubs, London theory, matrix algebra, resistive stubs, single-pulse excitation, strip lines, superconducting microwave devices, surface impedance, symmetrical condensed TLM node, three-dimensional transmission-line matrix, time domain, two-fluid model, waveguide theory, zero-padding     «

3D-TLM, absorbing boundary conditions, absorbing walls, circuit response, circuit structures, coupled coplanar waveguide, CPW, discrete Green's functions, fast Fourier transform, frequency characteristics, high-Ttextlesssubtextgreaterctextless/subtextgreater superconducting material, high-Tc superconducting material, high-temperature superconductors, inductive stubs, London theory, matrix algebra, resistive stubs, single-pulse excitation, strip lines, superconducting microwave devices, surface i...     »