An Enhanced Solution to Reduce Electromagnetic Radiation Hazards Using Open Loop Resonator Structure with Coplanar Waveguide Fed Loop Antenna

Aim: An open-loop resonator structure with a coplanar waveguide fed loop antenna is utilized to construct a better method for reducing risks of electromagnetic radiation. For finding the efficiency of this proposed design in minimizing exposure to radiation, its performance is analyzed and compared with Monopole antenna. Materials and Methods: The two groups to be compared in this experiment are Group 1, with 20 samples of a Monopole antenna, and Group 2, with 20 samples of an open-loop resonator coplanar waveguide fed loop antenna. With a 95% confidence level and a 0.05% threshold, the G Power is 80%. Result: The coplanar waveguide fed loop antenna open-loop resonator structure radiates much less electromagnetic radiation compared to Monopole antenna. Radiation decrease varies from 1.4441 dB to 253.99 dB for the new antenna, while for Monopole antenna, it varies from -0.0686 dB to -18.2725 dB. The most appropriate frequency of minimal radiation is 2.0 GHz, with a significance level of 0.0056. Conclusion: This research indicates that the open-loop resonator structure with coplanar waveguide fed loop antenna efficiently minimizes electromagnetic radiation, providing a promising solution for applications involving minimum exposure.