A New Hybrid-shaped Complementry Split Ring Resonator for Skin Cancer Detection

In this work a new hybrid-shaped complementary split ring resonator for skin cancer detection is presented. The proposed sensor is developed using circular shaped and rectangular-shaped ring resonator which are arranged in alternate order on the small size (40 X 130 mm
²
) roger substrate. The new design approach enhances the sensitivity of the sensor and offers multi-resonate behavior. The proposed sensor is offered four resonances with (S11 < -10 dB) at 8.62 GHz, 12.17 GHz,14.25 GHz and 17.08 GHz frequency. After verification of the sensor performance, the normal and malignant skin models are tested for skin cancer detection. The results of the reflection and transmission coefficient are shown significant difference for normal and malignant skin. A comparative study has shown proposed sensor is offered high sensitivity to determine the malignant cell of the skin.