A boundary element formulation together with the moment method analysis is proposed to find the equivalent multiport DC resistances for packaging structures consisting of uniform conducting plates with arbitrarily shaped boundaries. Incorporated with a new equiangle division scheme and exact integration formulas, this approach is very efficient in the use of computer storage and computation time, allowing many practical structures to be dealt with even by a small personal computer. The method is employed to investigate the effect on the equivalent resistances due to the presence of the interior apertures and the exterior boundary. Also presented are the resistance modeling technique for the multilayer packaging structures and a novel cut and fill technique to estimate the resistances of complicated structures.
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