There is a lack of comprehensible model for common mode current modeling for switching power circuits. It is established that common mode current is strongly dependent on stray capacitance of each circuit node, especially those with high dv/dt and di/dt. A model is established in this paper. Computer software based on Partial Element Equivalent Circuit (PEEC) method is used, where the parasitic elements of the printed circuit board (PCB) are calculated. Simulation results agree well with experimental results up to 10 MHz.link_to_subscribed_fulltex
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Common-mode (CM) currents through cables attached to printed circuit boards (PCB's) are often the ma...
Common-mode currents through cables connected to printed circuit boards (PCBs) are often the dominan...
Common mode current strongly depends on stray capacitance of each circuit node, especially those wit...
Suppression of common-mode current is important to achieve electromagnetic compatibility of high-spe...
The evaluation of electromagnetic parasitics is important for electromagnetic interference within po...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Modeling techniques to predict common-mode (CM) current in an electric drive intended for a hybrid v...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Common-mode (CM) currents through cables attached to printed circuit boards (PCB's) are often the ma...
Common-mode currents through cables connected to printed circuit boards (PCBs) are often the dominan...
Common mode current strongly depends on stray capacitance of each circuit node, especially those wit...
Suppression of common-mode current is important to achieve electromagnetic compatibility of high-spe...
The evaluation of electromagnetic parasitics is important for electromagnetic interference within po...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Modeling techniques to predict common-mode (CM) current in an electric drive intended for a hybrid v...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have be...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Although increasing the switching frequency of variable speed drives provides higher efficiency and ...
Common-mode (CM) currents through cables attached to printed circuit boards (PCB's) are often the ma...
Common-mode currents through cables connected to printed circuit boards (PCBs) are often the dominan...