In this paper, a rhombus shaped microstrip patch antenna is studied and the results are simulated using HFSS simulator at an operating frequency of 2.3 GHz. Microstrip Patch Antennas are low profile antennas, conformable to planar and non-planar surfaces, simple and easy to manufacture using ...
In this chapter, we will present a study concerning the design of a microstrip patch antenna with a rectangular slot intended for the wireless technology terahertz. This antenna operates for a frequency located in the terahertz band (120 GHz). The design
In this paper, a T-slot loaded circular disk microstrip patch antenna was designed using HFSS Microwave Studio at a resonant dual frequency of 4.37 GHz and 5.19 GHz. The antenna parameters are calculated such as a dual bandwidth was obtains as 105.8 and 137.6 MHz compared with 73.7 MHz for ...
High gain triple band microstrip patch antenna for WLAN, bluetooth and 5.8 GHz/ISM band Applications Wireless Pers. Commun., 109 (4) (Aug. 2019), pp. 2121-2131 Crossref View in Scopus Google Scholar [2] S. Kumar, S. Kumar Singh, V. kumar mishra ...
DESIGN OF DUAL BAND MICROSTRIP PATCH ANTENNA FOR WLANAPPLICATIONWith the advancement of wireless communication; multiband antennas are in demand. Due to such antennas the complexity and cost of hardware decreases. Dual-band microstrip patch antenna with quarter-wave microstrip feed is designed. The ...
(via hole) 910MHz RFID CPS(coplanar stripline) HFSS . (bandpass) , RFID , . 5.8GHz HFSS . 910MHz CPS , CPS 910MHz RFID . This paper describes the design of a coplanar-stripline(CPS) antenna without via hole in microstrip patch type for 910MHz RFID tags using the HFSS simulator. In...
A comparative analysis of different conventional and metamaterial based microstrip patch antenna. A study of SRR based microstrip antenna and their equivalent circuits have been carried out. A unit cell of SRR has also been designed for the frequency of 10.25 GHz. Using such metamaterial unit cell...
C-shaped microstrip patch antenna with slotted patch has been proposed in this paper. Its design is easy and consist of two L-shape slots in lower patch as well as upper patch. A square shape is also placed between the patch and the feeding point. The design is used for WI-MAX as ...
CONCLUSION In this work a conformal microstrip antenna has been designed and simulated with HFSS software. This antenna can be used 4.19-5.20 GHz, 5.70-6.22 GHz, 8.04-8.81 GHz Design of a Special Shaped Microstrip Antenna with Wide Band Characteristics 23 and 9.28-10.68 GHz frequency band. It...
by using EM simulation software HFSS10.Lastly,the antenna is fabricated and measured,and the measured results are in good agreement with the simulated results.The antenna proposed in this paper has the characteristics of miniaturization and dual-band,so it is suited for wireless communication field....