Mitigating Antennas Proliferation of 2.4 GHz Coaxial fed Microstrip Patch Configuration designed for Bluetooth Connectivity

S. KUMAR, R. A. SOOMRO, M. R. ANJUM, T. MEHMOOD

Abstract


This paper personifies the design and insight of Microstrip Patch Antenna using coaxial feed for Bluetooth assimilation. The Bluetooth Technology elicits over short range communication to compliance data for static and mobile nexus. Nevertheless, radio communication has progressed over the years with fostering leading-edge areas from Wireless Body Area Networks (WBANs) to Internet of Things (IoT) with smart home, wearables and beacon ventures. Correspondingly, Bluetooth SIG networks also endures its repute by unveiling advanced power control and pairing contrivances to gripmultifarious vulnerabilities of Blue Borne along with intensifying Enhanced Data Rate (EDR) competency. The bluetooth antenna endeavor has been vindicated with outcomes of1.81VSWR, 6.95dB directivity, 6.13dB gain and return loss of 0.02amid FR4 substrate of 4.4 dielectric permitivity. The procured directivity connotes antenna’s effectiveness for bluetooth data transmission outfit over short distances.


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