Add to ORKGA complete characterization of the inductances of flat spiral inductors with zig-zag arms is presented in this paper. In particular, the self- and mutual inductances of this type of inductors are calculated through the implementation of exact analytical formulas. The inductances are analysed as a function of the main geometrical dimensions, particularly the spiral angle; also, spiral inductors with nonuniform zig-zag arms are considered. The calculated results of the self-inductance are compared with those obtained by a programme based on magnetoquasistatic analysis showing a good agreement
This paper presents a methodology, based on the regularization theory, to find, in the whole geometr...
Recent growth in RF applications has increased the use of spiral inductors and thus demanded a more ...
This paper proposes a methodology, based on the regularization theory, to find the planar spiral ind...
A complete characterization of the inductances of flat spiral inductors with zig-zag arms is present...
An analytical procedure for the calculation of the inductance of planar zig-zag spiral inductors is ...
Abstract—An analytical procedure for the calculation of the inductance of planar zig-zag spiral indu...
Abstract—Inductances of rectangular spiral inductors with fi-nite metal thickness are evaluated by t...
Abstract—In this paper a general method for the determina-tion of the series inductance of polygonal...
In this paper, an analytical calculation of the inductance of an air-core planar spiral coil is pres...
In this paper, a simplified method for the calculation of a mutual inductance of the planar spiral c...
Several methods have been proposed in the literature for the calculation of self and mutual inductan...
Purpose - Optimizing an electromechanical device often requires a significant number of evaluations ...
Recent growth in RF applications has increased the use of spiral inductors and thus demanded a more ...
The rising demand for low cost RF integrated circuits (RF-IC's) has resulted in tremendous interest ...
This paper presents a methodology, based on regularization theory, to find, in the whole geometric p...
This paper presents a methodology, based on the regularization theory, to find, in the whole geometr...
Recent growth in RF applications has increased the use of spiral inductors and thus demanded a more ...
This paper proposes a methodology, based on the regularization theory, to find the planar spiral ind...
A complete characterization of the inductances of flat spiral inductors with zig-zag arms is present...
An analytical procedure for the calculation of the inductance of planar zig-zag spiral inductors is ...
Abstract—An analytical procedure for the calculation of the inductance of planar zig-zag spiral indu...
Abstract—Inductances of rectangular spiral inductors with fi-nite metal thickness are evaluated by t...
Abstract—In this paper a general method for the determina-tion of the series inductance of polygonal...
In this paper, an analytical calculation of the inductance of an air-core planar spiral coil is pres...
In this paper, a simplified method for the calculation of a mutual inductance of the planar spiral c...
Several methods have been proposed in the literature for the calculation of self and mutual inductan...
Purpose - Optimizing an electromechanical device often requires a significant number of evaluations ...
Recent growth in RF applications has increased the use of spiral inductors and thus demanded a more ...
The rising demand for low cost RF integrated circuits (RF-IC's) has resulted in tremendous interest ...
This paper presents a methodology, based on regularization theory, to find, in the whole geometric p...
This paper presents a methodology, based on the regularization theory, to find, in the whole geometr...
Recent growth in RF applications has increased the use of spiral inductors and thus demanded a more ...
This paper proposes a methodology, based on the regularization theory, to find the planar spiral ind...