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Open AccessArticle10.17265/1934-7332/2011.06.006

Insights into Three-Dimensional Radiofrequency Circuits Connections

Rabah Dahmani,Olivier Valorge,Fengyuan Sun,Samir Labiod,Françis Calmon,Saϊda Latreche+2 more-2011-06-28-Computer Technology and Application
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TL;DRAbstract

The authors state briefly the possibility of various simulators to handle propagation of electromagnetic waves along some interconnections, in 3D RF (Radio Frequency) circuits.The studies are first derived in the time domain: a Finite-Difference Time-Domain method is applied, taking spectra via FFTs (Fast Fourier Transform) as post-processors.Electric and magnetic field distributions, pulse propagations along stripline structures or vias are highlighted.The scattering parameters for various cases are extracted and compared.Some original issue of this work is an insight on crosstalk or shielding phenomena between lines.

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The authors state briefly the possibility of various simulators to handle propagation of electromagnetic waves along some interconnections, in 3D RF (Radio Frequency) circuits.The studies are first derived in the time domain: a Finite-Difference Time-Domain method is applied, taking spectra via FFTs (Fast Fourier Transform) as post-processors.Electric and magnetic field distributions, pulse propagations along stripline structures or vias are highlighted.The scattering parameters for various cases are extracted and compared.Some original issue of this work is an insight on crosstalk or shielding phenomena between lines.

Keywords

Electronic circuitComputer sciencePsychologyElectrical engineeringEngineering

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