Silver-ink tracks features deposited through piezoelectric Drop-on-Demand printing, thanks to an innovative state-of-art printer, are described. Precise printing-trajectories are implemented to limit track-width and to increase thickness with the purpose of manufacturing high-conductivity spirals in order to create inductors for Very High Frequency power transfer applications. More layers are deposited onto polyimide without provoking noticeable track-width variations. The described printing methodology enabled a rapid and effective thickness increase, essential to manufacture high quality components characterized by low values of sheet resistance together with high values of quality factor.

Manufacturing of silver-ink micrometer inductors through multilayer DOD printing for VHF Power Transfer

Barbalace, G;Natali, D;
2022-01-01

Abstract

Silver-ink tracks features deposited through piezoelectric Drop-on-Demand printing, thanks to an innovative state-of-art printer, are described. Precise printing-trajectories are implemented to limit track-width and to increase thickness with the purpose of manufacturing high-conductivity spirals in order to create inductors for Very High Frequency power transfer applications. More layers are deposited onto polyimide without provoking noticeable track-width variations. The described printing methodology enabled a rapid and effective thickness increase, essential to manufacture high quality components characterized by low values of sheet resistance together with high values of quality factor.
2022
PRIME 2022 - 17th International Conference on Ph.D Research in Microelectronics and Electronics, Proceedings
978-1-6654-6700-1
Inkjet printing
DOD printing
Printed electronics
Silver nano-particles
Conductive ink
Power transfer Miniaturization
RF inductor
RF passives
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11311/1236228
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