The local and frequency-domain approach to shielding performance analysis of classical IEEE Std. 299 may be not sufficient for the thorough appraisal of protection levels achievable through actual enclosures in the presence of transient electromagnetic fields. Stemming from a victim point of view, a new, global approach is proposed for the assessment of average and minimum guaranteed shielding performance directly in the time domain. The method is suitable and recommended for the analysis of protection levels of mission-critical devices or systems
This thesis presents the application of the numerical finite element method (FEM) in solving the ele...
The analysis of shielding performance of planar shields against near field sources is carried out in...
In order to protect electronic systems against the effects of transient electromagnetic interference...
The analysis of the shielding performance is conducted on the basis of the classical IEEE Standard 2...
Shielding of electromagnetic transient fields requires a correct vision of the coupling mechanism a...
A statistical approach to time domain electromagnetic shielding is presented with reference to enclo...
The assessment of the shielding effectiveness of en- closures under transient conditions calls for ...
Shielding of electromagnetic transient field requires a correct vision of the coupling mechanism an...
The measure of shielding effectiveness (SE) and the related measurement techniques proposed by the ...
In the low-frequency (LF) range ferromagnetic IT, FUNDAMENTAL EQUATIONS materials are often used to ...
To evaluate the shielding performance of an equipment-level enclosure, a new measure termed shieldin...
An analytical formulation is presented for the evaluation of performance of a planar shield in the l...
The paper focuses the attention on the reverberation chamber method for shielding properties evaluat...
Two new parameters for a better understanding of shielding performance-of actual enclosures are pmo...
Due to the impact of higher and higher frequencies, the direct radiated effects of components on a P...
This thesis presents the application of the numerical finite element method (FEM) in solving the ele...
The analysis of shielding performance of planar shields against near field sources is carried out in...
In order to protect electronic systems against the effects of transient electromagnetic interference...
The analysis of the shielding performance is conducted on the basis of the classical IEEE Standard 2...
Shielding of electromagnetic transient fields requires a correct vision of the coupling mechanism a...
A statistical approach to time domain electromagnetic shielding is presented with reference to enclo...
The assessment of the shielding effectiveness of en- closures under transient conditions calls for ...
Shielding of electromagnetic transient field requires a correct vision of the coupling mechanism an...
The measure of shielding effectiveness (SE) and the related measurement techniques proposed by the ...
In the low-frequency (LF) range ferromagnetic IT, FUNDAMENTAL EQUATIONS materials are often used to ...
To evaluate the shielding performance of an equipment-level enclosure, a new measure termed shieldin...
An analytical formulation is presented for the evaluation of performance of a planar shield in the l...
The paper focuses the attention on the reverberation chamber method for shielding properties evaluat...
Two new parameters for a better understanding of shielding performance-of actual enclosures are pmo...
Due to the impact of higher and higher frequencies, the direct radiated effects of components on a P...
This thesis presents the application of the numerical finite element method (FEM) in solving the ele...
The analysis of shielding performance of planar shields against near field sources is carried out in...
In order to protect electronic systems against the effects of transient electromagnetic interference...