High‐definition displays and technology trends in TFT‐LCDs

Journal of the Society for Information Display

Volumn 2, Issue 1, 1994, Pages 1-14

  Wu, I ‐Wei ^a  

^a PALO ALTO RESEARCH CENTER   (United States)

Author keywords

AMLCDs; aperture ratio; a Si TFTs; color displays; CRT addressed liquid crystal light valves; direct view displays; flat panel displays; gray scale; laser addressed liquid crystal light valves; liquid crystal displays; liquid crystal light valves; poly Si TFTs; projection displays

Indexed keywords

AMORPHOUS MATERIALS; CAPACITORS; COMPUTER PERIPHERAL EQUIPMENT; DOPING (ADDITIVES); FABRICATION; GEOMETRY; IMAGE QUALITY; METALLIZING; SEMICONDUCTING SILICON; TECHNOLOGY; THIN FILM DEVICES; TRANSISTORS;

ACTIVE MATRIX LIQUID CRYSTAL DISPLAYS; APERTURE RATIO; CATHODE RAY TUBE ADDRESSED LIQUID CRYSTAL LIGHT VALVES; COLOR DISPLAYS; FLAT PANEL DISPLAYS; GRAY SCALE; LASER ADDRESSED LIQUID CRYSTAL; PROJECTION DISPLAYS; THIN FILM TRANSISTOR;

LIQUID CRYSTAL DISPLAYS;

EID: 0028407479     PISSN: 10710922     EISSN: 19383657     Source Type: Journal    
DOI: 10.1889/1.1984902     Document Type: Article

References (55)

1. “TFT Active‐Matrix Liquid Crystal Displays,”
2. “Active Matrix LC Displays,”
3. “Display Devices and Technical Innovations,”
4. “Liquid Crystal Matrix Displays,”
5. “Polysilicon TFTs for Active Matrix Liquid Crystal Displays
6. “Polysilicon: The Next Wave for TFTs?”
7. “A 6 × 6 Inch 20 Lines‐per‐Inch Liquid Crystal Display Panel,”
8. “Why the World is Not Rushing to Cadmium‐Selenide for AMLCDs,”
9. “A 16‐in. Full‐Color Plasma‐Addressed Active‐Matrix LCD,”
10. “Active Addressing Method for High‐Contrast Video‐Rate STN Displays,”
11. “A 1M‐Pixel Full‐Color Projection Display Using Nematic‐Cholesteric Phase‐Transition Liquid Crystals,”
12. “Development of technologies for large‐area color ac plasma displays,”
13. “A 40‐in‐diagonal HDTV plasma display,”
14. “128 × 128 Deformable Mirror Device,”
15. “An Overview of the Digital Micromirror Device (DMD) and Its Application to Projection Displays,”
16. “Single‐Crystal Silicon Transmissive AMLCD,”
17. “A 13.8‐in.‐Diagonal High Resolution Multicolor TFT‐LCD for Workstation,”
18. “High‐Resolution 12.9‐in Multicolor TFT‐LCD for EWS,”
19. “17‐in.‐Diagonal Color TFT‐LCDs for Engineering Workstations,”
20. “A 6.3M pixel AMLCD,”
21. “Full‐Color LCDs with Completely Integrated Drivers Utilizing Low‐Temperature Poly‐Si TFTs,”
22. “A 1.9‐in. 1.5M pixel Driver Fully Integrated Poly‐Si TFT‐LCD for HDTV Projection,”
23. “A High‐aperture‐ratio Pixel Structure for High‐Density a‐Si TFT Liquid‐Crystal Light Valves,”
24. “The “2S” TFT Process for Low‐Cost AMLCD Manufacturing,”
25. “A Color STN LCD with Improved Contrast, Uniformity, and Response Times,”
26. “Integrated Black Matrix on TFT Arrays,”
27. “Pixel Design of TFT‐LCDs for High‐Quality Images,”
28. “Numerical Simulation for Large‐Area TFT‐LCD,”
29. “Processing and Device Performance of Low‐Temperature CMOS Poly‐TFTs on 18.4‐in.‐Diagonal Substrates for AMLCD Application,”
30. “Performance of Polysilicon TFT Digital Circuits with Various Processing Techniques and Device Architectures,”