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Sunkook Kim,Woong Choi,Woojin Rim,Youngtea Chun,Hongsik Shim,Hyukjun Kwon,Jongsoo Kim,Inseo Kee,Sungchul Kim,SangYoon Lee,Jongsun Park IEEE 2011 IEEE transactions on electron devices Vol.58 No.10
<P>This paper presents ultrathin and highly sensitive input/output devices consisting of a capacitive touch sensor (Cap-TSP) integrated on thin-film-encapsulated active-matrix organic light-emitting diodes (OLEDs). The optimal structure of the electrically noise-free capacitive touch sensor, which is assembled on a thin-film-encapsulated active-matrix OLED (AMOLED) display, is obtained by investigating the internal electrical field distribution and capacitance change based on the Q3D Extractor model. Electrostatic simulations have verified malfunction-free electrical signals for 4-in diagonal-sized capacitive touch sensors on AMOLEDs possessing a 100-μm-thick optically clear adhesive (OCA, ε<I>r</I> = 1.4) layer. The prototype OLED platform using the capacitive touch sensors exhibits an overall thickness of 1.2 mm, which is the lowest thickness for commercially available OLED platforms.</P>