Full-Wave Equivalent Circuit for Printed Circuit Structures

Based on full-wave modelling approach, this book
presents an accurate and efficient algorithm that is
capable of extracting the full-wave electrical model
of any arbitrary printed circuit structure. The
extracted electrical model is compatible with any
SPICE-based simulation tool and it allows electronic
engineers to perform SI and EMI analyses of specific
PCB layout using the familiar SPICE-based design
tools without another set of electromagnetic
simulation tool. To speed up the circuit extraction
computational time, fast and accurate computation of
the matrix elements in the MoM formulation is very
essential. Based on the derived approximated
analytical expressions for the selected basis
functions used in the full-wave formulation, this
book presents an efficient and accurate method to
evaluate the impedance elements in the MoM matrix.

Autorentext

Dr. Chua obtained his B.Eng degree in Electrical Engineering fromthe University of New South Wales in 1998, M.Eng degree fromNanyang Technological University (NTU) in 2002 and Ph.D degreefrom NTU in 2007. He is a member of IEEE and his researchinterests are computation electromagnetic, EMC and signalintegrity modelling of PCB and IC packaging.

Klappentext

Based on full-wave modelling approach, this bookpresents an accurate and efficient algorithm that iscapable of extracting the full-wave electrical modelof any arbitrary printed circuit structure. Theextracted electrical model is compatible with anySPICE-based simulation tool and it allows electronicengineers to perform SI and EMI analyses of specificPCB layout using the familiar SPICE-based designtools without another set of electromagneticsimulation tool. To speed up the circuit extractioncomputational time, fast and accurate computation ofthe matrix elements in the MoM formulation is veryessential. Based on the derived approximatedanalytical expressions for the selected basisfunctions used in the full-wave formulation, thisbook presents an efficient and accurate method toevaluate the impedance elements in the MoM matrix.