Analysis and Design of Curl-Shaped Shorted Pin Micro Strip Patch Antenna for Medical Imaging and Treatment

The work aims to outline an ideal small-size high bandwidth curl, shaped shorted pin microstrip patch antenna appropriate for Medical Imaging and Treatment utilizing the capacities of shorting pin. Shorting pins have contributed to several fields. Shorting pins can control electromagnetic radiation, making them attractive for antenna construction. Each generation of wireless transmission is headed toward high-recurrence bands owing to the availability of enormous unoccupied bands. The designed structure accomplished a band at 7.92 GHz. The designed antenna serves a bandwidth of 322 MHz with a return loss of -41.27 dB when the shorting pin has not been loaded, whereas the shorting pin designed antenna provides a frequency of 380 MHz and return loss of -57 dB, respectively.