| 초록 |
Since portable electronic is one of the most interesting subjects of world recently, huge effort has been devoted to produce materials for flexible device system. Conducting polymers (CPs) have been extensively studied as a novel approach owing to facile synthesis, highly electrical conductivity, and various morphologies with diverse substrate. Here, we report the verification of platinum decorated carbon nanoparticle embedded polyaniline:camphosulfonic acid (Pt_C/PANI:CSA) hybrid paste for flexible electronic devices. The Pt_C/PANI:CSA was printed as micro-pattern and exhibited highly electrical conductivity (792 S cm-1) with flexible stability. Furthermore, it was applied to dipole tag antenna application which displayed wide bandwidth (0.55 GHz) and high transmitted power efficiency (99.6 %). |
