Interperiod capacitance calculations for three-dimensional multiconductor systems
Journal
IEEE Transactions on Microwave Theory and Techniques
Journal Volume
36
Journal Issue
11
Pages
1515-1520
Date Issued
1988-11
Author(s)
Abstract
A novel approach is proposed to facilitate the capacitance calculations for periodic three-dimensional multiconductor systems. Based on the Fourier transform technique, the approach requires only the conductors inside one period and solves the charge distribution in the spectral domain by the integral equation method. The resultant spectral capacitances are then inverse transformed to give the capacitances between any two conductors, which may even be inside different periods. The approach is finally applied to the capacitance analysis for connector pins in a packaging board design. © 1988 IEEE
SDGs
Other Subjects
ELECTRIC WIRING; INTEGRATED CIRCUITS -- Electronics Packaging; MATHEMATICAL TECHNIQUES -- Integral Equations; MATHEMATICAL TRANSFORMATIONS -- Fourier Transforms; SPECTRUM ANALYSIS; CAPACITANCE CALCULATIONS; MULTICONDUCTOR TRANSMISSION LINES; PACKAGING BOARD DESIGN; PERIODIC STRUCTURES; THREE DIMENSIONAL MULTICONDUCTOR SYSTEMS; PRINTED CIRCUITS
Type
journal article