Wideband slot array antenna for 1 THz band imaging device

High directivity microstrip antenna with stopband and passband frequency selective surfaces for 6G at low-THz

“…Not similar to that obtained in work [9], where experimental measurements did verification. While at work [7]- [9], and [10], [11], the simulation results were neither validated nor compared. At this work, like work [9], the wanted THz antenna design was done with the CST MWS software, while at works [7], [8] and [10], the modeling and simulating of the wanted THz antenna were made with an Ansys HFSS software.…”

“…While at work [7]- [9], and [10], [11], the simulation results were neither validated nor compared. At this work, like work [9], the wanted THz antenna design was done with the CST MWS software, while at works [7], [8] and [10], the modeling and simulating of the wanted THz antenna were made with an Ansys HFSS software. The array and FSS structures have been used to increase the proposed design's directivity in this research, where at [9], [11], the lens techniques have been used to increase the antenna's directivities.…”

“…The array and FSS structures have been used to increase the proposed design's directivity in this research, where at [9], [11], the lens techniques have been used to increase the antenna's directivities. In this research, a 1×32 power splitter was used to increase the antenna's directivities compared to [10], where a 1x2 power splitter was used. Unlike the works [7]- [11], in this work, we used the passband and stopband FSS structures to boost the antenna's directivity, while at work [7], the FSSs with stopband structures were used.…”

“…The proposed antenna's peak measured gain was approximately 30 dB, with a BW of 80 GHz (30%). According to [10], the authors modeled, optimized, and simulated a 1,000 GHz directional 1×2 array antenna with an Ansys HFSS software. The antenna contained a three-layer structure of the top copper, BCB dielectric laminate, and bottom copper.…”