Design of the Transparent and Flexible Metamaterial Cross Polarization Converters
Y Wu, C Fu, H Chang, S Lai, X Chen… - 2021 IEEE MTT-S …, 2021 - ieeexplore.ieee.org
Y Wu, C Fu, H Chang, S Lai, X Chen, W Gu
2021 IEEE MTT-S International Microwave Workshop Series on …, 2021•ieeexplore.ieee.orgIn recent years, the metamaterial has become a popular and powerful tool in
electromagnetic polarization conversion design, where it is essentially a frequency-
dependent anisotropic material. In this paper, we introduced two CPCs. In the microwave
band, The PCR spectrum shown that PCR>77\% in the (7.8-18.2) GHz range (the red
region), and PCR>85\% in the range of (10-17.8) GHz. In the terahertz band, two-layer split
ring structure was designed. It can achieve PCR>0.9 in the range of (0.155-0.357) THz, the …
electromagnetic polarization conversion design, where it is essentially a frequency-
dependent anisotropic material. In this paper, we introduced two CPCs. In the microwave
band, The PCR spectrum shown that PCR>77\% in the (7.8-18.2) GHz range (the red
region), and PCR>85\% in the range of (10-17.8) GHz. In the terahertz band, two-layer split
ring structure was designed. It can achieve PCR>0.9 in the range of (0.155-0.357) THz, the …
In recent years, the metamaterial has become a popular and powerful tool in electromagnetic polarization conversion design, where it is essentially a frequency-dependent anisotropic material. In this paper, we introduced two CPCs. In the microwave band, The PCR spectrum shown that in the (7.8-18.2) GHz range (the red region), and in the range of (10-17.8) GHz. In the terahertz band, two-layer split ring structure was designed. It can achieve in the range of (0.155-0.357) THz, the absolute bandwidth is 0.202 THz, and the relative bandwidth is 79%.
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