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Active Matrix Devices
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P.1
Improving the Negative Bias Illumination Stress-Induced Instability of High Mobility Oxide Thin-Film Transistors -
P.3
High Uniform and Stable Oxide TFT Devices with High Mobility for AMOLED Display -
P.4
A New LTPS Pixel Structure to Improve the 1Hz Low-Brightness AOD Flicker Effect -
P.5
Competing Degradation Mechanisms in Flexible Dual-Gate InGaZnO Thin-Film Transistor under Mechanical Stresses -
P.6
Power-Saving Solution for AMOLED Displays Based on Cathode Segmentation -
P.7
High-Reliability LTPS-TFT with Super-Low Gate Resistivity -
P.8
4,032ppi Vth Compensation Pixel Circuit for OLEDoS -
P.9
High Mobility Oxide and Novel Dual-Gate Pixel Structure Application to Gaming Notebook LCDs -
P.10
MicroLED Pixel Circuit with A Novel NMOS-Oxide TFT Inverter for Reducing Falling Time and Enhancing Gray-Level Expression -
P.11
A Novel 5T2C LTPO Pixel Circuit for MicroLED Display with Simultaneous Compensation and Programming -
P.12
Achieving High-Performance Ln-IZO TFT with Top-Gate Self-Aligned Structure on Large Substrates -
P.14
Micro Light-Emitting Diode Pixel Circuit Based on LTPO TFTs Without Threshold Voltage Compensation Structure -
P.15
LTPS-TFT-Based Scan Driver Circuit with Stable Dual-Polarity Outputs by Bootstrapping Without Pre-Charging -
P.16
CMOS-Type Scan Driver Circuit Based on LTPO TFTs -
P.17
Low-Power Gate Driver Circuit with Variable Pulse Width for LTPO-Based AMOLED Displays -
P.18
Self-Aligned Bottom-Gate Top-Contact Vertical-Channel In-Ga-Zn-Oxide Thin-Film Transistor -
P.19
Reduction of Oxygen Vacancy and Hydroxyl Group Defects in Oxide Semiconductor by Chloroform Treatment for Short-Channel Thin-Film Transistors -
P.20
High Subthreshold Swing Using High-Performance Dual-Gate IZO/IGZTO TFTs for AMOLED Display -
P.21
A Wide-Data-Range Pixel Circuit for High-Pixel-Density Mobile Displays Using Double-Gate Oxide TFTs -
P.221
Multi-Frequency Gate Driver in the Controllable Region for Low Power TFT-LCD Application -
P.222
Femto-Ampere Leakage Current of Low Temperature Poly-Silicon TFTs in OLED Panel -
P.223
Crystallized IGTO as a Transparent Electrode for Replacing Conventional S/D Metal Electrodes in Transparent Displays. -
P.224
Interfacial Oxidation Layer for Reliable Vertical Thin-Film Transistors -
P.225
A High-Performance Micro Light-Emitting Diode Pixel Circuit Based on LTPO TFTs using a Pseudo Digital Driving Method -
P.226
Argon Plasma-Induced Rare-metal-free Amorphous Oxide Source-Gated Transistors -
P.227
Insight into the Effect of the Thickness of Gate Insulator on the Hysteresis by TCAD Simulation -
P.228
An Advanced Flexible OLED Anti-ESD Design -
P.229
Improved PBTS Reliability of Dual-Gate a-IGZO TFT by Bottom Interface Optimization -
P.230
Study on the Impact of Static Electricity on LTPS TFTs and Its Mechanism in Flexible OLED Devices Manufacturing Process -
P.231
An AMOLED LTPS Pixel Circuit Compensating for Threshold Voltage Variations, OLED Degradation, and IR Drop -
P.232
Micro-LED Pixel Circuit with Threshold Voltage Compensation Using a-IGZO TFT
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P.1