Results 201 to 210 of about 13,688 (262)
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Gyrators, integrated inductors and simulated inductors
2020This chapter first reviews the basic oneand two-port circuit elements and then highlights the basic characterization and impedance inverting property of the gyrator. To place the scope and the contents of this monograph in the right perspective, this chapter then discusses several other issues such as commercially available passive inductors and ...
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EMC Europe 2009 Workshop, 2009
Traditional materials for coils and common mode chokes are iron and ferrites. Iron has a high saturation level but low permeability, and ferrite has low saturation and high permeability. Nanocrystalline materials are a rather new material with a high saturation and a high permeability.
Roc'h, A. +2 more
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Traditional materials for coils and common mode chokes are iron and ferrites. Iron has a high saturation level but low permeability, and ferrite has low saturation and high permeability. Nanocrystalline materials are a rather new material with a high saturation and a high permeability.
Roc'h, A. +2 more
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The inductor as a transmission line
Proceedings of the IEEE, 1987Research into the interconnection of high-speed logic causes us to re-evaluate and modify the traditional view of circuit components like inductors, and to realize that they are not lumped but are distributed in space.
Michael S. Gibson, Ivor Catt
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IEEE Transactions on Power Electronics, 1997
A new method for predicting the stray capacitance of inductors is presented. The method is based on an analytical approach and the physical structure of inductors. The inductor winding is partitioned into basic cells-many of which are identical. An expression for the equivalent capacitance of the basic cell is derived.
MASSARINI, Antonio, M. K. Kazimierczuk
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A new method for predicting the stray capacitance of inductors is presented. The method is based on an analytical approach and the physical structure of inductors. The inductor winding is partitioned into basic cells-many of which are identical. An expression for the equivalent capacitance of the basic cell is derived.
MASSARINI, Antonio, M. K. Kazimierczuk
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Application of the inductor multiplier
2006 13th IEEE International Conference on Electronics, Circuits and Systems, 2006A current mode active inductor multiplier[1] is obtained using the Miller capacitor by the dual circuit generation technique. To apply the active inductor multiplier to the filters and oscillators, a bi-directional CCCS and multiplication factor control circuit for the variable active inductor multiplier circuit are reported.
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A micro-inductor with thin film magnetic core for a 20 MHz buck converter
Journal of Magnetism and Magnetic Materials, 2021Tingcong Ye +2 more
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