In this work we present a simple three-dimensional Josephson-junction array model: a cube with twelve junctions, one on each edge. The low-field magnetic response of the system is studied numerically for arbitrary directions of the applied field. In this model the magnetic energy of the circulating currents is taken into account by introducing an effective mutual inductance matrix. The lower th...

Simple and accurate closed-form expressions for the frequency-dependent mutual inductance and resistance per unit length of coupled interconnects on lossy silicon substrate are presented. Based on the closed-form evaluation of the integral equations for the magnetic vector potential (taking into account the induced current density distribution inside silicon substrate), the closed-form expressi...

The paper studies how the phase inductance of brushless DC torque motors affects their performance within high precision electric direct drives. Modified control laws for with are described, which optimize by various criteria. modified based on continuous regulation mutual attitude current and voltage vectors in motor windings. Parameters compared described applied, advantages use covered.

In this paper, the capacitance and inductance of a four-line transmission structure is characterized. The procedure used was developed by Ymeri et al for general analysis of multilayer multiconductor interconnects for specific applications in microelectronics. The characterization is based on the determination of the quasi-static electric scalar potential in the structure making up the four-lin...

This article focuses on the self- and mutual inductance variation of a coupler with ferrite in an Inductive Power Transfer (IPT) system. The mechanism was analyzed using magnetic field splitting method, revealing that varying reluctance leads to variability. Additionally, trends were explored by Finite Element Analysis (FEA), based which input angle voltage gain LCC-S type IPT system calculated...

The paper describes a new formula for calculating the mutual inductance between thin conical sheet inductor and filamentary circular loop, which are coaxial in air. presented is derived semi-analytically using complete elliptic integrals of first, second, third kind, along with integral term will be solved numerically. results validated double single integration methods, as well semi-analytical...