Title :
Full-wave transmission-line theory
Author :
Maffucci, Antonio ; Miano, Giovanni ; Villone, Fabio
Author_Institution :
DAEIMI, Univ. di Cassino, Italy
fDate :
5/1/2003 12:00:00 AM
Abstract :
This paper presents a full-wave model of the propagation along interconnects consisting of ideal conducting thin wires. It consists of two coupled differential-integral equations of the first kind with singular kernels and is solved applying the collocation method on staggered meshes. The solutions provide evidence of high-frequency effects due to spatial dispersion and radiation losses.
Keywords :
integro-differential equations; interconnections; numerical analysis; transmission line theory; wires (electric); HF effects; collocation method; coupled differential-integral equations; enhanced transmission line model; full-wave model; full-wave transmission-line theory; high-frequency effects; ideal conducting thin wires; interconnects; radiation losses; singular kernels; spatial dispersion; staggered meshes; Conductors; Couplings; Current density; Differential equations; Dispersion; Integrated circuit interconnections; Kernel; Transmission line theory; Transmission lines; Wires;
Journal_Title :
Magnetics, IEEE Transactions on
DOI :
10.1109/TMAG.2003.810525
