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This article investigates the high frequency characteristics of coplanar waveguide (CPW) lines fabricated with inkjet‐printing technology on BT substrates. The optimal metallic thickness of a printed CPW line is approximately estimated to be 3 μm. When printed lines with higher electrical conductivity are realized through additional surface preparation steps, the findings of this study suggest that...
While inkjet printing technology shows a great potential for fabricating RF microwave circuitry and interconnects, the additional work is needed. Here we have studied the copper metal nanoparticle ink as a metal for printing coplanar waveguides transmission lines on BT substrates. Although the RF efficiency of the printed CPW lines exhibits an overall some lower characteristics than that of the CCL...
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