In this paper modeling of EMI filter capacitors and modeling of mutual couplings between them is presented. The modeling has been done using 3D electromagnetic software CST MWS. Three capacitor models have been proposed and verified experimentally. All proposed models during verification have shown that their performance is high enough to enable PCB mounted capacitor modeling and mutual inductance modeling between capacitors. Additionally several mutual inductance reduction techniques have been proposed, measured and modeled
Diffusion equation modelling is used to develop formulas for the normally fixed values of capacitanc...
Electrical filters are important for attenuating electrical ripple, eliminating electromagnetic inte...
Parasitic elements hidden into passive components and added by PCB tracks make the design of EMI fil...
This paper deals with modeling of mutual couplings between passive EMI filter components: inductors ...
The performance of the EMI filters on power-electronics applications is limited by the parasitic cou...
Decoupling capacitors are used to suppress high-frequency noise in power distribution networks. The ...
So far, methodical design of EMI filters for power electronic applications fails, because coupling a...
International audienceThis paper deals with a high frequency modeling method of the coupled inductor...
This work studies the resonances which appear between the capacitors of power electronics grid inter...
Abstract Capacitor parasitic inductance often limits the high-frequency performance of Electromagne...
In this Letter a new physical model for metal-insulatormetal CMOS capacitors is presented. In the mo...
This paper provides a novel modeling methodology for multilayer capacitors (MLCs) based on the coupl...
To reduce common mode(CM) and differential mode(DM) interference, a DM/CM integrated filter is often...
Abstract—In this paper, electromagnetic modeling of capacitors and inductors for printed electronic ...
The article analyzes the mutual capacitance and inductance of printed circuit and introduces an eval...
Diffusion equation modelling is used to develop formulas for the normally fixed values of capacitanc...
Electrical filters are important for attenuating electrical ripple, eliminating electromagnetic inte...
Parasitic elements hidden into passive components and added by PCB tracks make the design of EMI fil...
This paper deals with modeling of mutual couplings between passive EMI filter components: inductors ...
The performance of the EMI filters on power-electronics applications is limited by the parasitic cou...
Decoupling capacitors are used to suppress high-frequency noise in power distribution networks. The ...
So far, methodical design of EMI filters for power electronic applications fails, because coupling a...
International audienceThis paper deals with a high frequency modeling method of the coupled inductor...
This work studies the resonances which appear between the capacitors of power electronics grid inter...
Abstract Capacitor parasitic inductance often limits the high-frequency performance of Electromagne...
In this Letter a new physical model for metal-insulatormetal CMOS capacitors is presented. In the mo...
This paper provides a novel modeling methodology for multilayer capacitors (MLCs) based on the coupl...
To reduce common mode(CM) and differential mode(DM) interference, a DM/CM integrated filter is often...
Abstract—In this paper, electromagnetic modeling of capacitors and inductors for printed electronic ...
The article analyzes the mutual capacitance and inductance of printed circuit and introduces an eval...
Diffusion equation modelling is used to develop formulas for the normally fixed values of capacitanc...
Electrical filters are important for attenuating electrical ripple, eliminating electromagnetic inte...
Parasitic elements hidden into passive components and added by PCB tracks make the design of EMI fil...