Common-mode (CM) currents on cables attached to printed circuit boards of various complexity have been measured. The boards have a continuous ground plane, with tracks on both sides. The experimental results are compared to calculations with a transmission-line (TL) model. Expressions for the coupling parameters in the TL model have been derived with conformal transformations and the method of moments. Measurements up to 1 GHz agree with the TL model, showing that this model can be used as a tool for an early EMC analysis during the lay-out and routing of a boar
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
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 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...
Common-mode currents through cables connected to printed circuit boards (PCBs) are often the dominan...
Common-mode (CM) currents through cables attached to printed circuit boards (PCB's) are often the ma...
Suppression of common-mode current is important to achieve electromagnetic compatibility of high-spe...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
There is a lack of comprehensible model for common mode current modeling for switching power circuit...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
An equivalent two terminal model based on Thevenin equivalents describes the common mode currents on...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
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 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...
Common-mode currents through cables connected to printed circuit boards (PCBs) are often the dominan...
Common-mode (CM) currents through cables attached to printed circuit boards (PCB's) are often the ma...
Suppression of common-mode current is important to achieve electromagnetic compatibility of high-spe...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
There is a lack of comprehensible model for common mode current modeling for switching power circuit...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
An equivalent two terminal model based on Thevenin equivalents describes the common mode currents on...
Common-mode (CM) currents are the main disturbance source generated in motor-drive systems. They may...
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 ...