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Inkjet-printed silver film on multilayer liquid crystal polymer for fabricating a miniature stub-loaded bandpass filter
Conference paper   Peer reviewed

Inkjet-printed silver film on multilayer liquid crystal polymer for fabricating a miniature stub-loaded bandpass filter

Hsuan-Ling Kao, Cheng-Lin Cho, Li-Chun Chang and Yung-Hsien Wu
Thin Solid Films, Vol.584, pp.198-203
01/06/2015

Abstract

Dynamic bending Inkjet printing Miniature bandpass filter Multilayer liquid crystal polymer (LCP) Nanoindentation
In this study, the mechanical properties of silver film are studied using a nanoindentation test, dynamic bending test, and lamination bonding pressure test. The hardness and elastic modulus of silver film were approximately 1.08 and 88.5 GPa, respectively, which corresponds to those of bulk silver. Acceptable fatigue properties were obtained after 104 dynamic bending cycles. A lamination bonding pressure of 0.69 MPa and temperature of 270°C were used to achieve multilayer liquid crystal polymer (LCP) technology. A miniature bandpass filter using inkjet printing technology on multilayer LCP was realized with a minimal S21 value of - 1.4 dB at 25 GHz. The results demonstrated the proposed design methodology and fabrication technique.

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