Yonsei University

Jin Hyeok Lee

Hyun Jae Kim

Dongwoo Kim

Hyung Tae Kim

Byung Ha Kang

Dong Hyun Choi

Min Seong Kim

Won Kyung Min

Jusung Chung

Gwan In Kim

Kyung Ho Park

The present exemplary embodiments provide a sensor of monitoring a biosignal in a low power mode or a high precision mode by interacting a plurality of photo transistors implemented by light absorption layers having different organic orientations by a solution process and a manufacturing method thereof.

Skin-conformable biosignal monitoring sensor by applying organic-inorganic hybrid photo transistor and manufacturing method thereof

An apparatus for driving a stretchable display includes a first pixel driving signal generating module to generate a first pixel driving signal including data to be displayed on a stretchable display, a first pixel driving circuit to receive the first pixel driving signal to drive a first pixel, a second pixel driving circuit to drive a second pixel, wherein the driving of the second pixel is determined depending on whether the stretchable display is stretched, and a second pixel driving signal generating module to receive the first pixel driving signal and a power signal and to generate a second pixel driving signal to be applied to the second pixel driving circuit by using one of the first pixel driving signal and the power signal, based on a stretching state signal generated depending on whether the stretchable display is stretched.

Apparatus for driving stretchable display

Growing community of inventors

Seoul, South Korea

Jin Hyeok Lee