Design of Compact Parasitic Strip-Loaded CP Antenna With DGS for 5G-IoT Applications

Abstract

Internet of Things (IoT) has is slowly revolutionizing ubiquitous computing with enormous applications built around various types of devices and sensors. 5th generation wireless systems and IoT require enormous amounts of bandwidth and highly computive systems. The higher frequencies of 5G require high permittivity substrate for antenna design leading to higher cost. It has been studied that a high frequency antenna can be designed by using a lower permittivity substrate parasitic strip with DGS technique. Due to this shorting loaded technique, miniaturization in the size of the antenna patch can also be obtained. In this paper, the use of DCSP method is to be analyzed for designing a compact circularly polarized antenna.