Optical Science and Technology (광학과기술)

Optical Society of Korea (한국광학회)
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평판 디스플레이의 수동 방식 빛 구동회로

  • 권오경 (한양대학교 전자전기컴퓨터공학부)
  • Published : 2003.10.01
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Abstract

Keywords

References

  1. SID'95 Lecture Notes Addressing Method for Passive-Matrix LCDs T. Scheffer
  2. Euro Display'96 Addressing of STN Displays T. Scheffer
  3. SID'97 Digest STN-LCDs Enhanced by Multiple Line Addressing(MLA): Present and Future Applications Y. Hirai(et al.)
  4. IDRC'97 Applicatons of Multiple Line Addressing (MLA) Technique and it's Architectures M. Kitamura(et al.)
  5. JAPAN DISPLAY '92 Pulse-Height Modulation (PHM) Gray Shading Methods for Passive Matrix LCDs A. R. Conner(et al.)
  6. SID'96 Digest A valuation of Gray Scale for Two-Line Simultaneous Selection Y. Kudo(et al.)
  7. Proc. of IDW'97 A novel method of change recycling TFT-LCD source driver for low power consumption S. T. Kim(et al.)
  8. Proc. of IDRC. An 8.4-in. TFT-LCD System for a Note-Size Computer Using 3-Bit Digital Drivers H. Okada(et al.)
  9. Proc. of IDW'01 A 230ppi 2.6-in. Poly-Si TFT Reflective LCD with Partial Display Function for Moblie Applications T. Otose(et al.)
  10. SID Digest of Tech. Papers v.XXVI Multi-Field Driving Method for Reducing LCD Power Consumption H. Okumura(et al.)
  11. Aisa Display'95 Advanced Multi-Field Driving Method for Low Power TFT-LCD G. Itoh(et al.)
  12. SID Digest of Tech. Papers v.XXXII A 2.15 inch QCIF Reflective Color TFT-LCD with Digital Memory on Glass(DMOG) H. Kimura(et al.)
  13. IDW'01 Low Power Consumption TFT-LCD with 4-bit Digital Memories Embedded in Each Pixel M. Inoue(et al.)
  14. SID Digest of Tech. Papers v.XXVIII Charge-Conservation Implementation in an Ultra-Low-Power AMLCD Column Driver Utilizing Pixel Inversion A. Erhart(et al.)
  15. SID Digest of Tech. Papers v.XXXI A Low-Power Data Driver for TFT-LCDs Y. C. Sung(et al.)
  16. Proc. of the 1994 IEEE Symposiun on Low Power Design Driving a Capacitive Load without Dissipating fCV2 L. J. Svensson(et al.)
  17. SID Digest of Tech. Papers v.XXXII A Low-Power Data Drive with Stepwise Driving Method for TFT-LCDs B. D. Choi(et al.)
  18. SID Digest of Tech. Papers v.XXXII Low-Power Data Driver for TFT-LCDs Using Energy Recovery Circuit J. H. Kim(et al.)
  19. Electronic Display Devices Shoichi Matsumoto
  20. SID '91 Digest A Full-Color Surface-Dischange ac Plasma Display Y. Sano(et al.)
  21. Japan Display '92 Digest A Full Color AC Plasma Display with 256 Gray Scale K. Yoshikawa(et al.)
  22. SID 99 DIGEST Invited Paper: High Resolution Interlaced Addressing for Plasma Displays Kanazawal(et al.)
  23. SID Tech. Dig. 1.8-inch Full-color OEL Display for IMT2000 Terminals Y. S. Na(et al.)
  24. IDW Tech. Dig. A 2.2-in. Color TFT-OLED Display Using a Continuous Sub-Field With a Multiplex Scanning System T. Ouchi(et al.)
  25. SID Tech. Dig. 6-bit Digital VGA OLED M.Mizukami(et al.)
  26. SID Tech. Dig. A 5.0-in WVGA AMOLED Display for PDAs W. K. Kwak(et al.)
  27. SID Tech. Dig. A 3.5- inch OLED Display using a 4-TFT Pixel Circuit with an Innovative Pixel Driving Scheme H. Kageyama(et al.)
  28. SID Tech. Dig. A 13.0-inch AM-OLED Display with Top Emitting Structure and Adaptive Current Mode programmed Pixel Circuit(TAC) T. Sasaoka(et al.)
  29. IDW Dig. A New Current Programmable Pixel Structure for Large-Size and High Resolution AMOLEDs Y. W. Kim(et al.)
  30. SID Tech. Dig. A Phosphorescent Active-Matrix OLED Display Driven by Amorphous Silicon Backplane J. J. Lih;C. F. Sung
  31. IEEE TRANSACTIONS ON ELECTRON DEVICES v.48 no.7 Improved-A-Si:H TFT Pixel Electrode Circuits for Active-Matrix Organic Light Emitting Displays Y. He(et al.)
  32. SID Tech. Dig. A 20-inch OLED Display Driven by Super-Amorphous-Silicon Technology T. Tsujimura(et al.)