Abstract
In this study, a method for designing and fabricating an X-band dual linear polarization converter is proposed. Using the equivalent circuit model, the unit cell design was analyzed for the three-layered polarization converter structure, dipole-via-dipole, and the parameters affecting the transmission and reflection performance were determined. To manufacture the polarization converter with an arbitrary height of the via structure, a 3D printing technique was adopted. An 8×8 array metasurface was fabricated to measure the propagation properties, and it was verified that the polarization converter shows high performance in transmission and polarization conversion in the entire X-band.
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