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| Azevedo, Nuno Monteiro |
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Bobryk, Ewa
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booksection
Tunable Ferroelectric Ceramic-Polymer Composites for Sub-THz Applications
Abstract
Development of new tunable ferroelectric ceramic-polymer composites (FCPC) for sub-THz applications has beenpresented. It has been shown that the designed materialsare usable for creating multilayer structures in combination with LCP or LTCC technology to provide ability of tuning some characteristics of these structures without using any semiconductororelectromechanicalelements,e.g. PINdiodes, MEMS. Developed composites have been manufactured by using environmentallyfriendly technologyincluding water-dispersible polymers. The measurement results of complex permittivity in 50–75 GHz range of manydifferent samples have shown that using appropriate proportions of the ingredients and technology process the materials with desired electrical properties can be synthesized. Ink-jet printing technology has been used forconductive lines deposition. Obtained results are very promising for expected applications and show higher usefulness of FCPC than liquid crystal materials.