3D-printer materials are becoming increasingly more appealing also for high frequency applications. Thus, the electromagnetic characterization of these materials is an important step in order to evaluate their applicability in new technological devices. We present a measurement method for the loss tangent evaluation based on a dielectric loaded resonator (DR). Comparing the quality factor Q of the DR with a disk-shaped sample placed on a DR base with Q obtained when the sample is substituted with an air gap, allows a reliable loss tangent determination.

Alimenti, A., Torokhtii, K., Pompeo, N., Piuzzi, E., Silva, E. (2019). Microwave Characterization of 3D-printer Dielectric Materials. In Proceedings of the 23rd IMEKO TC4 International Symposium Electrical & Electronic Measurements Promote Industry 4.0 (pp.93-97). Budapest : IMEKO.

Microwave Characterization of 3D-printer Dielectric Materials

Andrea Alimenti
;
Kostiantyn Torokhtii;Nicola Pompeo;Enrico Silva
2019-01-01

Abstract

3D-printer materials are becoming increasingly more appealing also for high frequency applications. Thus, the electromagnetic characterization of these materials is an important step in order to evaluate their applicability in new technological devices. We present a measurement method for the loss tangent evaluation based on a dielectric loaded resonator (DR). Comparing the quality factor Q of the DR with a disk-shaped sample placed on a DR base with Q obtained when the sample is substituted with an air gap, allows a reliable loss tangent determination.
978-606-13-5238-8
Alimenti, A., Torokhtii, K., Pompeo, N., Piuzzi, E., Silva, E. (2019). Microwave Characterization of 3D-printer Dielectric Materials. In Proceedings of the 23rd IMEKO TC4 International Symposium Electrical & Electronic Measurements Promote Industry 4.0 (pp.93-97). Budapest : IMEKO.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11590/358364
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