An equivalent model of a printed circuit board can be useful for simplifying electromagnetic problems, reducing the computational cost of numerical simulations. In this paper an equivalent model of a printed circuit board inside a metallic enclosure is evaluated inversely by means of simulations and measurements. In order to achieve this goal, results for a set of different printed circuit boards in three scenarios have been obtained. Benefits and drawbacks of the model are discussed. This equivalent model may be helpful when studying shielding properties of an enclosure protecting electronic devices. 1
The measurement of shielding effectiveness of printed circuit board shields can be undertaken with t...
In this paper the benefits of using conductive plastics in enclosure configurations have been evalua...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...
Equivalent models of printed circuit boards are useful to simplify electromagnetic problems by reduc...
It is important when considering the shielding effectiveness (SE) of an enclosure to take into accou...
We examine the extension of a simple and versatile model of the electromagnetic fields in an equipme...
Characterization of electromagnetic emissions from printed circuit boards (PCBs) is an important iss...
The strong development of solid-state power sources offers numerous benefits (such as higher operati...
With highly requirement for electromagnetic compatibility (EMC) target, effective controlling of rad...
International audience–EMC(Electromagnetic Compatibility) studies require the modeling of the printe...
In this paper a method to calculate the electromagnetic coupling between electric monopoles and cond...
In this study, radiated immunity and emission of a metallic box with apertures have been evaluated t...
A scenario of a generic printed circuit board (PCB) representing an electronic module inside a metal...
The electromagnetic environment inside a shielding enclosure is affected by the absorption character...
Analytical methods are significantly useful tools for engineers in computational modeling. These met...
The measurement of shielding effectiveness of printed circuit board shields can be undertaken with t...
In this paper the benefits of using conductive plastics in enclosure configurations have been evalua...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...
Equivalent models of printed circuit boards are useful to simplify electromagnetic problems by reduc...
It is important when considering the shielding effectiveness (SE) of an enclosure to take into accou...
We examine the extension of a simple and versatile model of the electromagnetic fields in an equipme...
Characterization of electromagnetic emissions from printed circuit boards (PCBs) is an important iss...
The strong development of solid-state power sources offers numerous benefits (such as higher operati...
With highly requirement for electromagnetic compatibility (EMC) target, effective controlling of rad...
International audience–EMC(Electromagnetic Compatibility) studies require the modeling of the printe...
In this paper a method to calculate the electromagnetic coupling between electric monopoles and cond...
In this study, radiated immunity and emission of a metallic box with apertures have been evaluated t...
A scenario of a generic printed circuit board (PCB) representing an electronic module inside a metal...
The electromagnetic environment inside a shielding enclosure is affected by the absorption character...
Analytical methods are significantly useful tools for engineers in computational modeling. These met...
The measurement of shielding effectiveness of printed circuit board shields can be undertaken with t...
In this paper the benefits of using conductive plastics in enclosure configurations have been evalua...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...