20.1: Invited Paper: Robust TFT Backplane for Flexible AMOLED

Abstract

We report the fabrication and flexibility of the TFTs based on poly-Si and a-IGZO on polyimide (PI). The performances of the TFTs do not degrade upon 10,000 times rolling with 2 mm radius for a-IGZO and 4 mm for poly-Si TFTs. It is found that there is no electrostatic damage for the TFT backplane on PI with a conducting backbone.

9.3: The First Flexible Liquid Crystal Display Applied for Wearable Smart Device

“…Bond/Debond: Plastic Film Lamination and Mechanical Peeling [15][16]; iv. Coat/Debond: Plastic Material Solution Coating and Mechanical Peeling [17][18]; were investigated by display scientists or research groups for fabricating flexible displays. Moreover, flexible electro-phoretic displays and flexible organic light emitting displays use for wearable watch were demonstrated [19][20].…”

P‐51: A Compact a‐IGZO TFT‐Based Digital‐to‐Analog Converter for Flexible Displays

“…During fabrication process, carrier glass is used for mechanical stability. After completion of fabrication, the samples are detached from the glass to yield free-standing flexible TFTs and circuits [8]. To ease the detachment process, a solution-processed carbonnanotube (CNT)/graphene-oxide (GO) release layer is spin-coated on top of the carrier glass before a 15 μm-thick PI is coated [9].…”

[Survey paper] A Review of Broadcasting Technology

“…Research into next-generation displays includes electrophoretic E-paper capable of displaying color images 82)83) . TFTs 84) and OLEDs 85) with superior flexibility and low-temperature manufacturing technologies have been reported 86) . In addition, a diffractive optical device that increases the viewing-zone angle of stereoscopic displays has been developed 87) .…”