The International Conference on Microelectronics and Plasma Technology Inkjet printing of conductive Ag lines and their electrical and mechanical characterization D Jun L, Je H Oh* Department of Mechanical Engineering, HHHHK University, KO. Introduction Advanced Materials & Innovative Design Lab. Inkjet printing of conductive Ag lines and their electrical and mechanical characterization Objective & Experiment Variables Substrate & Sintering Temp. & Line Thickness Experimental Details Resistivity & Modulus & Hardness Substrate Exp. No. Sintering Temp. (oC) The number of overprints (N) Polyimide (1-mil PI) (9-mil PI) & Slide Glass 1 150 1 When N = 1, Thickness = ~ 1m 2 200 1 3 200 2 4 200 3 5 250 1 Surface Treatment : PE-CVD Resistance R () Inkjet Printing Top View Inkjet Process Substrate Ink Inkjet Head Drying / Sintering Ag Nanoparticle Colloids Direct Patterning Electrical & Mechanical Properties Width: 100 m Length: 10 mm Printed Electronics Inductor Capacitor Results Conclusion Results Electrical Properties Mechanical Pr
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