
Mohammad MehrabiKTH Royal Institute of Technology | KTH · Department of Micro and Nanosystems (MST)
Mohammad Mehrabi
Master of Engineering
About
6
Publications
1,144
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62
Citations
Citations since 2017
Introduction
I currently work at School of Electrical Engineering and Computer Science of KTH. I did research in RF microwave circuit, low phase noise oscillators, microwave filters, SIW structures, multi-mode resonators, microwave power amplifier and metamaterial absorbers. I proposed new transition for multilayer oscillators.
Additional affiliations
September 2017 - present
January 2016 - June 2016
Publications
Publications (6)
In this article, we report for the first time on a low-loss compact platform that enables the integration of H-and E-plane rectangular waveguide subsystems enabled by 90
$^{\circ}$
polarization rotation of rectangular waveguide sections on a silicon-micromachined chip. The proposed platform offers unprecedented design flexibility for a 2.5D fabric...
In this letter, triangular-cavity bandpass filters are investigated in stackable multilayer technologies in order to achieve highly compact designs with reduced fabrication complexity. The triangular-shaped cavities are first introduced in the form of singlets and then expanded on as a novel method for achieving a quasi-triplet filter response, whe...
This paper presents a novel single-layer dual band-rejection-filter based on Spoof Surface Plasmon Polaritons (SSPPs). The filter consists of an SSPP-based transmission line, as well as six coupled circular ring resonators (CCRRs) etched among ground planes of the center corrugated strip. These resonators are excited by electric-field of the SSPP s...
In this study, a reconfigurable triple-bandtriple-mode substrate integrated wave-guide filter is designed and fabricated in the C-band spectrum. A novel and simpli-fied design procedure based on analyticalequationsisproposed.Thefilterdesignalso benefits from a reconfigurable structure, using metallic via holes as perturba-tion, allowing wide-band s...
Because of exhibiting extraordinary features, metamaterial absorbers have captured considerable attention in recent years, especially at visible frequencies. In this paper, a new design of a metamaterial-inspired perfect visible absorber (MIPVA) is investigated, which exhibits ultra-broadband, polarization-independent, and wide-angle performances....