Design of Microstrip to Substrate Integrated Waveguide Transition - Grine, Farouk
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The emerging technology of substrate integrated waveguide (SIW), a veritable paradigm, considering migration from metal walls waveguides to the planar technology. . Since the microstrip line is very practical in many configurations, including active components connectivity, the trend is to merge it in the same substrate with SIW, geometrically irreconcilable structures. This requires the development of transitions, junctions and couplings, with high technical quality, and therefore implies performing a good calculation model. These transitions are very important for the matching of impedance and field between the SIW and planar circuits…mehr

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Produktbeschreibung
The emerging technology of substrate integrated waveguide (SIW), a veritable paradigm, considering migration from metal walls waveguides to the planar technology. . Since the microstrip line is very practical in many configurations, including active components connectivity, the trend is to merge it in the same substrate with SIW, geometrically irreconcilable structures. This requires the development of transitions, junctions and couplings, with high technical quality, and therefore implies performing a good calculation model. These transitions are very important for the matching of impedance and field between the SIW and planar circuits
Autorenporträt
F. Grine received the degrees of Master and PhD degree in Microwave and Telecommunication from University Frères Mentouri de Constantine, Algeria, in 2011 and 2017 respectively. His current research interests include the telecommunication antennas, and RF/millimeter-wave/terahertz components. Mr. Grine is a member of the IEEE MTT