Non-Bianisotropic Meta Material Split Ring Resonator Loaded With MIMO Antenna For Wireless Body Area Networks

In this work, a novel MIMO antenna that improve the antenna parameters by using a nonbianisotropic split ring resonator (NBSRR) metamaterial (MTM) is presented. The proposed antenna is capable of covering the tri-band resonance frequencies of 4.8GHz, 5.6GHz, and 7.1GHz, which is commonly used for medical and industrial applications. The proposed antenna’s measurement is (56 × 32 ×1.6) mm 3 . By utilizing a metamaterial component named NB-SRR and a split ring structure, the proposed antenna’s resonant frequency is determined. The NB-SRR metamaterial improves the MIMO antenna’s performance by reducing the coupling between the antennas and improving the radiation pattern. We have simulated the antenna with and without NB-SRR, and provided the comparison results.The simulation outcomes indicate that the suggested design is appropriate for WBAN applications and holds great potential to enhance the wireless communication systems efficiency.