Design and analysis of multiband circular microstrip patch antenna for wireless communication

Abstract

The study proposes a novel Approach of Circular Microstrip Patch Antenna for Multi-Band. The Proposed Antenna Dimension is (40×30×1.6)mm^3 on the FR-4, Which has ε_r equals(4.3) and Loss tangent (0.002). Both Patches and Grounds are Copper Material With Thickness (0.035 mm) Five Bands are Achieved, At Resonance Frequencies (9.658 GHz), (11.68 GHz), (16.054 GHz), (21.28 GHz), and (29.704 GHz) Respectively. This Antenna Operates In Wireless Applications for Operation in The X-Band, Ku-Band, Ka-Band, K-Band, and 5G. Also it is Works for Radar, Satellite Communications, Wireless Network Computer, Medical Communication Devices, and Local Multi Point TV, to Detect Vehicles Speeding, Especially in Europe Vehicles Speeding, Especially in Europe. The Proposed Antenna is Effectively Manufactured and Checked Using a Vector Network Analyzer (VNA) and is Simulation Using CST-MW Software version 2019.