Filtenna-filter-filtenna-based FSS with simultaneous wide passband and wide out-of-band rejection using multiple-mode resonators
A novel filtenna-filter-filtenna (FA-F-FA)-based frequency-selective surface (FSS) technique
is proposed using multiple-mode resonators (MMRs). Based on this method, a bandpass …
is proposed using multiple-mode resonators (MMRs). Based on this method, a bandpass …
Electronically reconfigurable filtering reflectarray antenna using polarization conversion elements with controllable conversion zeros
This communication introduces an electronically reconfigurable filtering reflectarray antenna
(RFRA) with good frequency selectivity and wide beam-scanning angle. The proposed …
(RFRA) with good frequency selectivity and wide beam-scanning angle. The proposed …
Polarization-Insensitive High-Angular Stable Frequency Selective Surfaces Based on Anisotropic Artificial Electromagnetic Medium
M Yan, X **u, J Liu, H Chen, S Feng… - IEEE Transactions on …, 2024 - ieeexplore.ieee.org
A novel method of designing broadband wide-angle frequency selective surface (FSS) is
proposed. First, based on effective media theory, perfect transparency can be realized for …
proposed. First, based on effective media theory, perfect transparency can be realized for …
Single-Layer, All-Metallic Metasurface Filter With Nearly 90° Angularly Stable Resonance
We present a method to design a single-layer, all-metallic angular stable metasurface (ASM)
filter unit cell for nearly the entire angular spectrum. We formulate the optimization criterion …
filter unit cell for nearly the entire angular spectrum. We formulate the optimization criterion …
A 2.5 D low-profile wideband frequency selective structure with high-selectivity performance
Y Ma, W Wu, W Yuan, Y Zhang, J Huang… - AEU-International Journal …, 2023 - Elsevier
In this paper, a low-profile high-selectivity 2.5 D FSS based on the dislocation patch
structure is proposed and discussed. The dislocation patch structure is used to construct the …
structure is proposed and discussed. The dislocation patch structure is used to construct the …
A Wide Bandpass Elliptical Filtering Response Frequency Selective Slab Based on Slotline-backed Split Ring Resonators
J Liu, S Liao, Q Xue, W Che - IEEE Transactions on Antennas …, 2024 - ieeexplore.ieee.org
This article presents a wide bandpass elliptical filtering response 3-D frequency-selective
slab (3D-FSSlab) based on slotline-backed split-ring resonators (SRRs). Field analysis is …
slab (3D-FSSlab) based on slotline-backed split-ring resonators (SRRs). Field analysis is …
Wideband 1-bit Filtenna-to-Filtenna Cross-Polarization Converter Using Multimode Resonance
A new filtenna-to-filtenna (FA-T-FA) cross-polarization converter (CPC) is proposed using
multimode resonance (MMR) techniques. The CPC unit cell comprises two identical …
multimode resonance (MMR) techniques. The CPC unit cell comprises two identical …
Synthesis Design of Bandpass Frequency-Selective Surface Based on Frequency-Dependent Coupling Structure
In this article, a frequency-dependent coupling (FDC) structure is proposed for the synthesis
design of bandpass frequency-selective surface (FSS). The proposed FDC structure consists …
design of bandpass frequency-selective surface (FSS). The proposed FDC structure consists …
Low-Profile Independent Dual Linear Polarization Reflectarray Filtenna
W Yu, S Tong, W Wang, X Dai, L Liu… - IEEE Antennas and …, 2025 - ieeexplore.ieee.org
This paper proposes a low-profile dual-linear polarization reflectarray filtenna with a unit cell
featuring a dual-polarization magneto-electric (ME) dipole based on split-ring resonators …
featuring a dual-polarization magneto-electric (ME) dipole based on split-ring resonators …
A Highly Selective Reflectarray Using ME Dipole Element with Gain Filtering Characteristic
This communication proposes a highly selective 3 bit magnetoelectric (ME) dipole
reflectarray (RA) based on the element's filtering gain response. A novel methodology for …
reflectarray (RA) based on the element's filtering gain response. A novel methodology for …