This paper presents a quasi-analytical method that allows the derivation of a rigorous series-form representation for the mutual inductance of two co-axial coil antennas located above an arbitrarily layered earth structure. Starting from Biot–Savart law, which gives the integral representation for the primary vector potential generated by the source coil, the potential reflected by the layered ground is derived, and the resulting total vector potential is then integrated along the external circumference of the receiving coil to give the mutual inductance of the two antennas. The obtained representation for the flux is then evaluated analytically through the usage of the Gegenbauer addition theorem once an accurate, rational approximation is...
Basic principles of inductive coupling of power transfer is based on the mutual inductance and coup...
In this paper an analytical expression is derived for the mutual impedance between concentric curved...
The computation of self and mutual inductances of coils is a classic problem of electrical engineeri...
International audienceThis letter presents an analytical solution for the mutual inductance of two c...
This work presents a series representation for the mutual inductance of two coaxial pancake coils wh...
An approximate solution is developed for the mutual inductance of two circular coils enclosed by ins...
Non coaxial mutual inductance calculations, based on a Bessel function formulation, are presented fo...
Abstract—We present a practical and simple method for calculating the mutual inductance between two ...
While Grover\u27s tabular method to compute the mutual inductance of coaxial single-layer coils is c...
Object and purpose of research. Mutual inductances are among the main parameters of electrical circu...
Wireless Power Transfer (WPT) has become a commercially viable technology. The technology uses the p...
In this paper, a simplified method for the calculation of a mutual inductance of the planar spiral c...
AbstractSimulation of grounding systems at high frequencies is of interest in electromagnetic compat...
Object and purpose of research. Current recommendations on calculation of mutual inductance between ...
Simulation of grounding systems at high frequencies is of interest in electromagnetic compatibility,...
Basic principles of inductive coupling of power transfer is based on the mutual inductance and coup...
In this paper an analytical expression is derived for the mutual impedance between concentric curved...
The computation of self and mutual inductances of coils is a classic problem of electrical engineeri...
International audienceThis letter presents an analytical solution for the mutual inductance of two c...
This work presents a series representation for the mutual inductance of two coaxial pancake coils wh...
An approximate solution is developed for the mutual inductance of two circular coils enclosed by ins...
Non coaxial mutual inductance calculations, based on a Bessel function formulation, are presented fo...
Abstract—We present a practical and simple method for calculating the mutual inductance between two ...
While Grover\u27s tabular method to compute the mutual inductance of coaxial single-layer coils is c...
Object and purpose of research. Mutual inductances are among the main parameters of electrical circu...
Wireless Power Transfer (WPT) has become a commercially viable technology. The technology uses the p...
In this paper, a simplified method for the calculation of a mutual inductance of the planar spiral c...
AbstractSimulation of grounding systems at high frequencies is of interest in electromagnetic compat...
Object and purpose of research. Current recommendations on calculation of mutual inductance between ...
Simulation of grounding systems at high frequencies is of interest in electromagnetic compatibility,...
Basic principles of inductive coupling of power transfer is based on the mutual inductance and coup...
In this paper an analytical expression is derived for the mutual impedance between concentric curved...
The computation of self and mutual inductances of coils is a classic problem of electrical engineeri...