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A novel metamaterial element is used as an Absorber for a Frequency range applications is presented in this paper, which shows a single negative permeability, permittivity and refractive Index characteristics at 1-10 GHz frequency ranges. The Absorber is made of coupled Swastikashaped conductors as a patch side of the dielectric substrate, which shows the characteristic of single negative properties of light at 2 – 2.25 and 8.9 – 9.36 GHz of negative permeability and 4 – 4.6, 5.7 – 6.7 and 6.7 – 9 negative permittivity and 8.3 to 9.3 GHz of negative refractive index. The electromagnetic wave behaves as an evanescent field, or evanescent wave at above frequencies of the proposed structure, the oscillation of electric or magnetic field that does not occurred as an electromagnetic wave at different frequencies, when it is propagate into the proposed structure, whose energy is decaying with respect to time and then the completed becomes zero. In the 8.93 – 9.3 GHz, the proposed structure behaves like a double negative metamaterial, which has many properties of light. The electromagnetic (EM) Wave ports is used here to analysis of Swastik-shaped structure is carried out using the full-wave Simulation method based on CST software package and then validated with the experimental results, which shows the characteristics of Absorber of the electromagnetic waves of proposed structure. To obtain S parameters of the proposed structure by the use of post processing in CST, the Refractive index and permeability curves are calculated. Perfect electric and perfect magnetic (PE-PM) boundary conditions are used here in CST to extract the S parameters. To excite the proposed structure, wave ports are used. Index Terms Metamaterial, FSS, Evanescent field, Swastikashaped metamaterial, CST, DNG (double negative)

Design and Analyzed of Swastika-Shaped Frequency Selective Surface with Split Ring Resonator Metamaterial Absorber