Abstract
This paper highlights a novel methodology to synthesize and manufacture high dielectric resonator filters in microstrip line technology. While the adopted technology is well studied among the last decades, an innovative investigation among composite materials has been set up to create a high dielectric resonator, suitable for microwave applications. After a preliminary research, a special thin pellet has been chemically grown and manufactured. This small cylindrical rod will represents the high dielectric resonator, employed to couple the input and output microstrip lines, traced on standard commercial laminated substrates. The same specimen will be exploited to design, simulate and experimentally validate a pair of high selective filters, paving the road to the implementation of a novel class of components and systems operating among microwave frequencies.
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