Shielding of electromagnetic transient field requires a correct vision of the coupling mechanism and of fundamental aspects of victim susceptibility. For the design (or the comparison) of a shield (with others) suitable parameters for the measure of the time – domain efficiency are required. In this work, an attempt of introducing new definitions of shielding parameters for time domain applications is presented, stemming from the victim point of view
The goal of electromagnetic (EM) shielding is to protect electrical and electronic components and as...
Recently, new definitions of shielding effectiveness (SE) for high-frequency and transient electroma...
The goal of electromagnetic (EM) shielding is to protect electrical and electronic components and as...
The assessment of the shielding effectiveness of en- closures under transient conditions calls for ...
Shielding of electromagnetic transient fields requires a correct vision of the coupling mechanism a...
The analysis of the shielding performance is conducted on the basis of the classical IEEE Standard 2...
A statistical approach to time domain electromagnetic shielding is presented with reference to enclo...
The shielding effectiveness of thin planar shields against magnetic field is investigated in the tim...
In order to protect electronic systems against the effects of transient electromagnetic interference...
The shielding performance of different buildings in presence of indirect lightning return strokes ar...
The suitability of parameters recently proposed for the analysis of shielding performance have bee...
The local and frequency-domain approach to shielding performance analysis of classical IEEE Std. 29...
This work presents an analysis of the behavior of the electromagnetic field inside a shielded struct...
Abstract: Shielding effectiveness relates to a material's ability to reduce the transmission of prop...
Recently, new definitions of shielding effectiveness (SE) for high-frequency and transient electroma...
The goal of electromagnetic (EM) shielding is to protect electrical and electronic components and as...
Recently, new definitions of shielding effectiveness (SE) for high-frequency and transient electroma...
The goal of electromagnetic (EM) shielding is to protect electrical and electronic components and as...
The assessment of the shielding effectiveness of en- closures under transient conditions calls for ...
Shielding of electromagnetic transient fields requires a correct vision of the coupling mechanism a...
The analysis of the shielding performance is conducted on the basis of the classical IEEE Standard 2...
A statistical approach to time domain electromagnetic shielding is presented with reference to enclo...
The shielding effectiveness of thin planar shields against magnetic field is investigated in the tim...
In order to protect electronic systems against the effects of transient electromagnetic interference...
The shielding performance of different buildings in presence of indirect lightning return strokes ar...
The suitability of parameters recently proposed for the analysis of shielding performance have bee...
The local and frequency-domain approach to shielding performance analysis of classical IEEE Std. 29...
This work presents an analysis of the behavior of the electromagnetic field inside a shielded struct...
Abstract: Shielding effectiveness relates to a material's ability to reduce the transmission of prop...
Recently, new definitions of shielding effectiveness (SE) for high-frequency and transient electroma...
The goal of electromagnetic (EM) shielding is to protect electrical and electronic components and as...
Recently, new definitions of shielding effectiveness (SE) for high-frequency and transient electroma...
The goal of electromagnetic (EM) shielding is to protect electrical and electronic components and as...