Comparison of the efficiency of electromagnetic solvers in the time- and frequency-domain for the accurate modeling of planar circuits and MEMS

In this contribution we present an accurate investigation of three different techniques for the modeling of complex planar circuits. The EM analysis is performed by means of different electromagnetic full-wave solvers in the time-domain and in the frequency-domain. The first one is the transmission line matrix (TLM) method. In the second one the TLM method is combined with the integral equation (IE) method. The latter is based on the generalized transverse resonance diffraction (GTRD). In order to test the methods we model different structures and compare the calculated S-parameters to measured results, with good agreement     «

In this contribution we present an accurate investigation of three different techniques for the modeling of complex planar circuits. The EM analysis is performed by means of different electromagnetic full-wave solvers in the time-domain and in the frequency-domain. The first one is the transmission line matrix (TLM) method. In the second one the TLM method is combined with the integral equation (IE) method. The latter is based on the generalized transverse resonance diffraction (GTRD). In order...     »

time-domain analysis, electromagnetic field theory, transmission line matrix methods, circuit simulation, TLM, frequency-domain analysis, S-parameters, electric field integral equations, microstrip antennas, patch antenna, micromechanical devices, electromagnetic wave diffraction, EM analysis, transmission line matrix method, microstrip filter, microstrip filters, generalized transverse resonance diffraction, integral equation method, complex planar circuit modeling, electromagnetic full-wave solvers, EM solvers, GTRD, IE method, magnetic field integral equations, MEMS devices, modeling technique efficiency, S-parameter calculations     «

time-domain analysis, electromagnetic field theory, transmission line matrix methods, circuit simulation, TLM, frequency-domain analysis, S-parameters, electric field integral equations, microstrip antennas, patch antenna, micromechanical devices, electromagnetic wave diffraction, EM analysis, transmission line matrix method, microstrip filter, microstrip filters, generalized transverse resonance diffraction, integral equation method, complex planar circuit modeling, electromagnetic full-wave so...     »