Session Index

Display Technology

Poster Session Ⅰ
Friday, Dec. 4, 2015  11:30-12:30
Notes: N/A
Paper No.  2015-FRI-P0701-P001
Po-Tsun Liu Award Candidate A-Si Gate Driver for High Resolution Display

This paper presents a novel gate driver circuit which is suitable for narrow-bezel application. The proposed gate driver is designed by amorphous silicon (a-Si) technology. The so-called bi-side gate driver is divided into two parts, laying on two sides of the panel to drive the odd lines and the even lines of pixel arrays, respectively. The simulated result reveals that the signal could output successfully to 960 stages

 Preview abstract
Paper No.  2015-FRI-P0701-P002
Chieh Lo Award Candidate Hydrogen-Induced Effect on the Scaled-Down Channel Length of Top-Gate Amorphous InGaZnO Thin Film Transistors

Hydrogen diffused from the inter layer dielectric to channel can passivate defects and form high carrier concentration region at the edge of a-IGZO channel. As the channel length scales down, the proportion of high hydrogen incorporated edge region in a-IGZO channel is increased which leads to the better channel quality.

 Preview abstract
Paper No.  2015-FRI-P0701-P003
Yi Tang Award Candidate Opto-thermal addressing bistable and rewritable liquid crystal device based on gelator-doped liquid crystal in poly(N-vinylcarbazole) film-coated liquid crystal cell

This work demonstrates a bistable and rewritable liquid crystal (LC) device based on gelator-doped LC in poly(N-vinylcarbazole) film-coated LC cell. The performance of bistability and rewritability are achieved by forming the rubbery LC/gel mixture at room temperature. By controlling temperature and the applied voltage, the desired patterns can be addressed.

 Preview abstract
Paper No.  2015-FRI-P0701-P004
Cheng-Yu Lu Award Candidate Effective electron and hole injection structures in blue inverted organic light-emitting diodes

In this study, an electron injection structure of inverted organic light-emitting diodes (IOLEDs) consisting of a thin lithium carbonate (Li2CO3) layer and a n-type doping layer was investigated. HATCN was suitable for combining with the Li2CO3-based electron injection structure for achieving carrier balance in IOLEDs.

 Preview abstract
Paper No.  2015-FRI-P0701-P005
Yi Chen Chen Award Candidate The Properties of Dynamic Drive Scheme for Bistable Cholesteric Liquid Crystal Display

A system for analyzing the dynamic drive scheme (DDS) of a cholesteric liquid crystal (CLC) display is developed. Optimizing the DDS signal could reduce the frame time from about 1 s to less than 0.5 s for a CLC display with 800×600 pixels. This method for CLC has great potential to be used for color reflective bistable energy-saving display.

 Preview abstract
Paper No.  2015-FRI-P0701-P006
BoYen Lin Award Candidate 9,10-di(2-naphthyl)anthracene quencher for the Organic Light-emitting Device with Exciplex Emission

We investigated the quenching characteristics of 9,10-di(2-naphthyl)anthracene in an exciplex emitting layer, consisting of 4, 4’, 4"-tris(N-3-methyphenyl-N-phenyl-amino) triphenylamine and 4,7-diphenyl-1,10-phenanthroline.

 Preview abstract
Paper No.  2015-FRI-P0701-P007
Huan-Jie Gao Award Candidate Alternating current driving on green organic light‐emitting devices

We used the sine and square alternating current voltage to drive a green phosphorescent organic light emitting devices (OLED) by using 2,9-Dimethyl-4,7-diphenyl-1,10-phenanthroline (BCP) host doped with iridium, tris[2-(2-pyridinyl-κN)phenyl-κC] (Irppy3). The comparison in the device performances using transient electroluminescence method shows that the forward driving voltage contributes the emission.

 Preview abstract
Paper No.  2015-FRI-P0701-P008
Wing-Kit Choi Award Candidate High transmission Polymer Stabilized Blue PhaseLiquid Crystal Display using Distributed Floating electrode

Preliminary results are presented for a new electrode design for a Blue Phase display based on floating electrode. We name it “distributed floating electrode design”. In this new design, we can use less area of floating electrode while still achieving the similar increase of the overall light transmission. This new design may have the potential to help reduce the image sticking problem that may be caused by the use of floating electrode.

 Preview abstract
Paper No.  2015-FRI-P0701-P009
Chen-Yu Chien Award Candidate Integration of a-IGZO-based thin-film transistor and resistive random access memory for memory-in-pixel display applications

a-IGZO-based resistive switching memory (RRAM) has been successfully associated with a-IGZO thin- film transistor (TFT) to form the one–transistor-on-resistor (1T1R) structure. The electrical characteristic shows remarkable performance with low operating current. This result has given a great potential for RRAM cell to be integrated into the display circuit for memory–in-pixel (MIP) system.

 Preview abstract
Paper No.  2015-FRI-P0701-P010
YEN-JEN CHANG Award Candidate Preventing disclination line occurrence in LC lens array via additional dielectric film and polymerization

A way to prevent disclination line occurrence in LC lens arrays is demonstrated, which processes an extra dielectric film and polymerization in structures of lens arrays. As follow as slowly increasing voltages in LC cells, disclination lines could be efficiently prevented.

 Preview abstract
Paper No.  2015-FRI-P0701-P011
Yen-Wei Yeh High Ambient Contrast Ratio OLED display component with Micro-lens Array and Black Matrices

Micro-lens array and black matrices were used to reduce ambient light reflection by100% fora 10inch OLED display while only 4.9% effective light emitting from OLED display was blocked.

 Preview abstract
Paper No.  2015-FRI-P0701-P012
Wei-Cheng Chang Tungsten-doped In2O3 thin films transistors with low-temperature processable, high mobility and stability

Thin-film transistors (TFTs) with a high stability and a high field-effect mobility have been achieved using W-doped indium oxide semiconductors in a low-temperature process (≤200℃). By incorporating WO3 into indium oxide, TFTs that were highly stable under a constant gate bias stress were reproducibly achieved.

 Preview abstract
Paper No.  2015-FRI-P0701-P013
Junewen Chen Analytic Analyses Of An Image Display Device Without A Concrete And Definitive Screen

We developed an image display device without a concrete and definitive screen. This device uses environmentally friendly recyclable smoke and water vapor stream in an empty space with a 360°-view 3-D displayed image. In this article, we analyze and verify the 3-D definition and results of this novel configuration.

 Preview abstract
Paper No.  2015-FRI-P0701-P014
Ching-Ju Chou Image Quality Assessment of Large UHD LCDs using Quantum Dot

This study evaluated the state-of-the-art RGBW and quantum dot LCD technologies in both objective and subjective ways. The results show that new technologies improve the image qualities of LCDs. The drawback of RGBW LCD is seems to be overcome by a color recovery algorithm and the unevenly gamut expansion of quantum dot LCDs are acceptable to observers.

 Preview abstract
Paper No.  2015-FRI-P0701-P015
Po-Yi Lee High-contrast and bistable scattering mode light shutters using azobenzene-doped liquid crystals

This study reports the electro-optical properties of bistable scattering mode light shutters, such as driving voltage, driving frequency, response time, etc., based on azobenzene-doped liquid crystals. Such light shutters, suitable for the applications of e-paper, e-book, etc., have the advantages of high-contrast (~20:1), low operating voltage, bistability and others.

 Preview abstract
Paper No.  2015-FRI-P0701-P016
Ming Zer Lee Photoluminescence Study of Mixed Organic Thin-Film of 4, 4’, 4"-tris(N-3-methyphenyl-N-phenyl-amino) triphenylamine and 9,10-di(2-naphthyl) anthracene

We study the exciplex emission in a mixed film consisting of electron donor and acceptor materials, 4, 4’, 4”-tris [methyl-pheny(phenyl)amino]-triphenylamine and 9,10-di-(2-naphthyl)anthracene, respectively.

 Preview abstract
Paper No.  2015-FRI-P0701-P017
Jian-De Lin Bistable scattering mode light shutter based on silica-nanoparticle-doped liquid crystals

Bistable scattering mode light shutter based on silica-nanoparticle-doped dual frequency liquid crystals (LCs) is reported. The bistability and the scattering performance are attributed to the electrophoretic motion of the doped silica-nanoparticles. Such LC light shutters can be switched by modulating the amplitude and frequency of the applied voltage.

 Preview abstract
Paper No.  2015-FRI-P0701-P018
Ming-Xiang Zhuang Effects of Anneal temperature on Properties of Indium-Zinc Oxide Films Prepared by Radio Frequency Sputtering

In this study, indium-zinc oxide (IZO) thin films have been prepared at a room temperature with high-low deposition powers by radio frequency (r.f.) magnetron sputtering from a 90 wt.% In2O3–10 wt.% ZnO sintered ceramic target. Effects of anneal temperatures in nitrogen atmosphere for the respective sputter power on electrical and optical properties of IZO films were investigated.

 Preview abstract
Paper No.  2015-FRI-P0701-P019
Chia-Hao Ku Transparent white phosphorescent OLEDs with MoO3/Ag/MoO3 anode

A MoO3/Ag/MoO3 (MAM) transparent anode was used to combine ITO cathode for constructing an inverted transparent white organic light-emitting diodes (WOLEDs). Respective electroluminescence efficiencies of transparent WOLEDs measured from the bottom and the top sides were achieving 10.2% and 2.8%.

 Preview abstract
Paper No.  2015-FRI-P0701-P020
Chi Yen Huang A microlens array based on polymer network liquid crystal

We demonstrate liquid crystal (LC) microlens array by doping monomer RM257 in the homogeneous LC cell through irradiated UV light with a hole-array-patterned photomask. The demonstrated LC microlens array features easy fabrication process, electrically tunable focus, and low operating voltage.

 Preview abstract
Paper No.  2015-FRI-P0701-P021
Junewen Chen Vapor Stream analysis Of An Image Display Device Without A Concrete And Definitive Screen

We developed an image display device without a concrete and definitive screen. In this article, we analyze in detail the vapor stream that can satisfactorily perform in an empty space with a 360°-view 3-D displayed image.

 Preview abstract
Paper No.  2015-FRI-P0701-P022
Ming Yi Lin Linearly Polarized Emitting Light based on Nano-grating structure for three-dimensional display application

A three-dimensional display system based on nanograting structure is modeled. The nanograting structures are designed as a polarizer to select the TM wave in the visible wavelength range. The polarization ratio of the emission light can reach 97.1%. The polarization characteristics are studied theoretically and experimentally in detail.

 Preview abstract
Paper No.  2015-FRI-P0701-P023
Chia-Sheng Wang Solving Efficiency–Contrast Tradeoff in Solar-Cell-Integrated OLEDs by Applying DBR with AR layer

A DBR structure with AR layer was introduced to prevent the emission of SC-OLED from absorbed by solar cell. Such novel configuration improves the efficiency about 88% of OLED and achieves 11.2% for silicon solar cell. The contrast ratio is also improved by showing its narrower reflection bandwidth.

 Preview abstract
Paper No.  2015-FRI-P0701-P024
Shu-Wen Hsu Discussion of Moiré Pattern Issue in Oblique Viewing Angle Display System

This paper discusses the phenomenon of moiré pattern in different oblique viewing angle with the mathematical model result and the simulation result. The result shows us that the larger oblique viewing angle the smaller moiré pitch and the moiré angle.

 Preview abstract
Paper No.  2015-FRI-P0701-P025
Cheng-Pin Chen Investigation of Phosphorescent Dopant Effect on Electron Transport

We investigated the phosphorescent dopant effects on electron transport with an electron-only-device. It acted as a trap under low dopant concentration. However, it helped for electron transport under high concentration.

 Preview abstract
Paper No.  2015-FRI-P0701-P026
Hau-Chen Hsu Light extraction enhancement of organic light-emitting devices by high refraction index glass substrate

in this work, we used high refraction index glass substrate to enhance light out-coupling of a green organic light-emitting diode.

 Preview abstract