Subconductor methods or partial wire methods yield reliable results for conductor parameters such as inductance, capacitance, conductance and resistance and can be used to estimate these parameters for conductor configurations involving complex geometries which cannot be handled using analytical methods. The values of inductances obtained using partial wire method are critically compared with values obtained using analytical methods
Purpose: To develop a subdomain perturbation technique to calculate skin and proximity effects in in...
Abstract — Currently available techniques for extraction and modelling of interconnect related induc...
Purpose: To develop a sub-domain perturbation technique to efficiently calculate strong skin and pro...
Subconductor methods or partial wire methods yield reliable results for conductor parameters such as...
In this work, the inductance and resistance of different cable configurations are obtained by dividi...
The concepts of inductance and partial inductance play a key role in printed circuit board (PCB) mod...
This article analyzes the inductance of different conductive nonmagnetic conductors’ configurations ...
The GMD method (geometric mean distance) to calculate inductance offers undoubted advantages over ot...
An overhead power line is a structure used in the electric power system to transmit electrical energ...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
In this review paper we present various analytical and numerical calculations for computing the high...
none3The evaluation of electrical coupling parameters in multistrand cables is a fundamental prereq...
Accurate determination of frequency dependent resistance of stranded conductors in transmission line...
"Inductance is an unprecedented text, thoroughly discussing "loop" inductance as well as the increas...
Purpose – This paper seeks to develop a sub-domain perturbation technique to efficiently calculate s...
Purpose: To develop a subdomain perturbation technique to calculate skin and proximity effects in in...
Abstract — Currently available techniques for extraction and modelling of interconnect related induc...
Purpose: To develop a sub-domain perturbation technique to efficiently calculate strong skin and pro...
Subconductor methods or partial wire methods yield reliable results for conductor parameters such as...
In this work, the inductance and resistance of different cable configurations are obtained by dividi...
The concepts of inductance and partial inductance play a key role in printed circuit board (PCB) mod...
This article analyzes the inductance of different conductive nonmagnetic conductors’ configurations ...
The GMD method (geometric mean distance) to calculate inductance offers undoubted advantages over ot...
An overhead power line is a structure used in the electric power system to transmit electrical energ...
The impedances of cables are some of the parameters needed for various studies in cable systems. In...
In this review paper we present various analytical and numerical calculations for computing the high...
none3The evaluation of electrical coupling parameters in multistrand cables is a fundamental prereq...
Accurate determination of frequency dependent resistance of stranded conductors in transmission line...
"Inductance is an unprecedented text, thoroughly discussing "loop" inductance as well as the increas...
Purpose – This paper seeks to develop a sub-domain perturbation technique to efficiently calculate s...
Purpose: To develop a subdomain perturbation technique to calculate skin and proximity effects in in...
Abstract — Currently available techniques for extraction and modelling of interconnect related induc...
Purpose: To develop a sub-domain perturbation technique to efficiently calculate strong skin and pro...