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Future commercial and military communication systems require a new
class of antennas and radio frequency (RF) front-ends that are
small, light-weight, conformal, and multi-functional. This
dissertation is dedicated to the development and application of the
novel polymer-ceramic composites for future compact multilayer
antennas and RF systems. The first half of the dissertation deals
with the fabrication and characterization of the polymer-ceramic
composites. Also, carbon nanotube (CNT) sheets are introduced for
the first time to overcome the issues of reliable printing on
polymers. The second half of the dissertation focuses on the
application of the polymer-ceramic composites with carbon nanotube
sheet printing. Two practical application examples are elaborated,
namely (1) a compact anti-jamming GPS array and (2) a cylindrically
conformal microstrip array. Both applications demonstrate the
potentials of the polymer-ceramic composites for three-dimensional
fabrication and multilayer packaging.
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