Control over the quality of roll-to-roll gravure-printed silver-nanoparticle electrodes such as
continuity, line width, and thickness is of importance to create high-resolution patterns of low …

Roll-to-roll gravure printing has recently gained considerable interest regarding its
application for manufacturing printed electronics, owing to its potential for processing large …

Sensor miniaturization offers significant advantages, including enhanced SoC integration
efficiency, reduced cost, and lightweight design. While the roll-to-roll printed electronics …

Unlike lithography-based processes, printed electronics does not require etching, which
makes it difficult to fabricate electronic devices with an air gap. In this study, we propose a …

The surface roughness of a gate dielectric layer has a large effect on the electrical
performance of a printed OTFT (Organic Thin Film Transistor). In this study, a treatment …

Slot-die coating is well known technique to guarantee a uniformly coated layer and is
compatible with roll-to-roll process. In actual roll-to-roll slot-die coating process, the lateral …

Interface between the channel and the gate dielectric of organic thin film transistors (OTFTs)
needs to be smoothed in order to improve the electrical characteristics. In this study, an …

The roughness of the layer surface of an organic thin film transistor (OTFT) can result in
charge trapping which degrades the performance of the OTFT. This paper proposes a …

An organic thin film back-gated transistor (OBGT) was fabricated and characterized. The
gate electrode was printed on the back side of substrate, and the dielectric layer was omitted …

Researchers typically evaluate the electrical performance of a printed OTFT by the on-off
ratio and the field effect mobility, both influenced largely by the roughness of the surface of …