Multiband microstrip patch antenna using copper nano radiating element for X band and C band applications

Abstract

Modern wireless applications necessitate compact handheld devices capable of operating at wide range of frequencies with minimum power. A suitable choice and size of the antenna play a role in reducing the power consumption of the transceivers. Microstrip antenna is usually preferred for such transceivers operating at microwave frequencies because of low profile and easy installation. In this paper, a design of microstrip patch antenna using copper nano material fabricated with sputtering process is proposed and analyzed by its performance. The thickness of the microstrip antenna is reduced by 50 times compared to the antenna fabricated using conventional etching process. The performance of the antenna is evaluated using the metrics of Return Loss, VSWR, and Radiation Pattern. The proposed antenna achieves a return loss of −20 dB at 2.4GHz. Further, the return loss is less than −10 dB for the frequencies ranging from 5 to 17 GHz. The maximum gain of 10 dB is achieved at 15.5 GHz.

Modeling and numerical analysis of volume array radiation pattern impact on 2D‐DOA estimation accuracy considering arrays' aperture angle

“…Considering the simplicity, convenient formability and desirable radiation properties of the microstrip patch antenna, shown in Figure 2, it is used in the analysis. [33][34][35][36] The substrate exploited in this antenna is Rogers RT/ duroid 6002, thickness = 2.2 mm, and ϵ r = 2.94 based on the following geometric design: D1 = 52 mm, D2 = 70 mm and feeding point = (5, 5 mm).…”