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In this report, the ongoing research at University of Central Florida on the realization of tunable and flexible electronics using Barium Strontium Titante (BST) is discussed. Using novel design and fabrication technologies, a reconfigurable reflectarray based on BST-integrated capacitively-loaded patch elements operating at Ka band is shown. In addition, our current research on BST-based ring-loaded...
This paper describes a phase shifter design on flexible liquid crystal polymer substrate, in which a coplanar waveguide line is periodically loaded with tunable inter-digital capacitors. The metal layer of the capacitors is positioned beneath a tunable BST layer. This leads to capacitance variation when different DC biasing voltages are applied. The proposed phase shifter has been designed at Ka band...
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