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Electromagnetic bandgap (EBG) structures integrated into the parallel plane pairs are highly effective in mitigating the propagation of Electromagnetic noise. The intentional increase of the inductance in the EBG patterned plane pairs to create a bandgap affects the charge delivery to the switching devices from the nearby bypass capacitors. This paper analyses the charge delivery in Power/Ground planes...
This paper proposes a new planar EBG structure with dual slits included into the large metal patches and small connecting branches that connect adjacent EBG cells in the power/ground (P/G) plane pair. The paper then lunges into the study of a tuning method, to achieve isolation at the frequency of interest by scaling the extents of either of the slits in the proposed Dual Slits EBG (DS-EBG) structure...
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