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Study of interconnect vias by the discrete surface integral method
Proceedings of International Symposium on Electromagnetic Compatibility
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A non-orthogonal time-domain full-wave solver, is developed based on the Discrete Surface Integral (DSI) technique. Closed form expressions are derived for the coefficients used in the leap-frog computation scheme so that the DSI technique can be implemented as a generalized finite-difference procedure. This procedure is employed to investigate the propagation characteristics of a typical interconnect via in printed circuits. The numerically calculated scattering parameters show consistent
doi:10.1109/isemc.1995.523552
fatcat:bmse47xoxfeu7km46gf2mjhkli