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I am the owner of Fast Algorithm for EMC and related research article: Based on the cavity-mode model, the development of an accurate calculation for high-performance multi-layer printed circuit board and the right-angle equilateral triangle in the rectangular power supply line impedance of a fast algorithm. Application of decomposition method, the fast algorithm can be further extended to rectangular and rectangular equilateral triangle from a combination of units to more complex shape of the power supply line. Power supply lines are calculated and measured S-parameters are in good agreement between the facts show that: A fast algorithm and the decomposition of the joint application element method can be used as prediction of a power supply line impedance accurate and effective means.
Packet : 5956452emc-fastalgorithm.rar filelist
EMC-FastAlgorithm\2005TEMCRS1.pdf
EMC-FastAlgorithm\2005TEMCRS2.pdf
EMC-FastAlgorithm\2005TEMCRS3.pdf
EMC-FastAlgorithm\analysis of resonance.pdf
EMC-FastAlgorithm\ANALYTICAL SIMULATION OF RADIATED EMISSION .pdf
EMC-FastAlgorithm\application of segmentation.pdf
EMC-FastAlgorithm\ASimpleMethodforMeasuringtheRelative.pdf
EMC-FastAlgorithm\ConvergenceAccelerationandAccuracy.pdf
EMC-FastAlgorithm\High-speed simulation of PCB.pdf
EMC-FastAlgorithm\IEEJPAPER2.pdf
EMC-FastAlgorithm\ModelingofGappedPowerBusStructures.pdf
EMC-FastAlgorithm\TEMC_010_2004.pdf
EMC-FastAlgorithm\TEMC_144_2003.pdf
EMC-FastAlgorithm\via-connected power bus stack.pdf
EMC-FastAlgorithm\VIRTUAL PORT PARAMETERS.pdf
EMC-FastAlgorithm