P‐50: Inkjet Printing Design and Analysis for Thin and Uniform Organic Encapsulation Layer on OLEDs

Abstract

This study focuses at the efforts to realize thin and uniform organic encapsulation layer in OLED. Controlling the drop accuracy and the volume size is a necessary process in this research. By using new inkjet process approaches, we obtained the best printing properties of thin film encapsulation (TFE).

95‐3: Fabrication of Sub‐Micron Organic/Inorganic Hybrid Thin‐Film Encapsulation on Ultra‐High‐Resolution Microdisplays Using Inkjet Printing Process.

“…In order to apply organic/inorganic hybrid TFE to ultra-highresolution microdisplays, the total thickness of TFE was targeted to be sub-micron (~1 μm). In many studies, the thickness of the organic thin layer was several μm [7,9,10]. However, in order to fabricate sub-micron organic/inorganic hybrid TFE, a very thin organic layer is required.…”

“…Moreover, the optical properties of the display can be enhanced by improving the short-wavelength absorption and low transmittance of SiNX TFE. Applying organic/inorganic TFE can solve many of the disadvantages of inorganic TFE, but since the organic layer is several μm thick, it cannot be applied to ultra-high-resolution microdisplays [9] [10].…”