Analysis of Wearable Antenna using metamaterial for wideband Applications

In this research work, a wearable antenna for wireless applications is proposed. It makes use of metamaterial and has a low-profile design. Reliable on-body communications require antennas that meet specifications such as least frequency, de-tuning, with reducing consistency. The incorporation of a communication system into clothing or other wearable objects is known as a textile antenna. The antenna, which is a textile application based can be widely employed for on-body communications, but its performance characteristics can be thoroughly studied in the survey papers, particularly at the time of on-body tests. The 4.2mm-thick MM-designed antenna operates at frequencies of 3GHz, 4GHz, 6GHz, 8.5GHz, and 11GHz. Utilizing HFSS software, the present antenna is analyzed. Using an MM structure which is shown in simulated data enhances the gain and directionality. The SAR values for the intended antenna are reduced by using metamaterial (MM). The developed antenna works effectively in WBAN and Ultra-wide Band applications.