臺灣博碩士論文加值系統

自從銦磷化鋁鎵(AlGaInP)和氮化銦鎵(InGaN)這兩種材料的開發，已在紅光到藍光所有可見光譜中，達到做出相對應高光效率的發光二極體。日本預估2010年白光LED的發光效率將會超過日光燈，屆時在照明市場之發展深具潛力。
在一般的投影系統中，光源通常是由燈泡與反射罩所組成；在此篇論文中，利用發光二極體(LED)取代一般投影系統中的燈泡與反射罩，並加以分析。本論文針對反射式液晶投影顯示器的照明系統作一完整的設計。首先，先利用光展量及幾何光學公式計算出照明系統的架構，並利用光學設計軟體ZEMAX來優化其照明系統。最後，將設計完成的系統建構於光學設計軟體TracePro。並對此模擬結果分析系統的均勻度，作一簡短的結論。

Since the two kinds material of AlGaInP and InGaN were developed, the light-emitting diode (LED) of all visible spectral of red light to blue light has reached to relatively high illumination efficiency. Its illumination efficiency will be higher than fluorescent lamp until year 2010 as predicted by Japan. When the time comes, white-light LED will have potential in the lighting market.
The light source of the projector usual includes arc and reflector combination. In this thesis, we use light-emitting diode (LED) to replace arc and reflector and use analyze the optical properties of projection system. This thesis provides the complete procedures to design the illumination system of the liquid crystal on silicon projection display (LCOSPD). Firstly, etendue and geometric optical formula are utilized to get the basic structure of the illumination system, and then optical design software ZEMAX is utilized to optimize it. At last, the simulation of the system founded on the design is done by optical design software TracePro, and to the system uniformity is analyzed. Finally, a brief conclusion is summarized.

一、緒論
二、液晶投影顯示器系統介紹
三、LED光源反射型液晶投影系統介紹
四、照明投影系統之模擬與分析
五、結論與未來展望
參考文獻
附錄一

[1] Fred Parker, Mark Peterson, “System and method employing LED light sources for a projection display,” US patent 6,224,216,（2001）.
[2]張宗閔, 高效率投影光學系統之設計及影像品質分析,國立交通大學光電研究所,博士論文,民國九十年.
[3] L.C. Ling, Y.I. Yen, F.C. Ho, “An Efficient Illumination System for Single-Pane LCD Projector,” SID 01 DIGEST, pp.1184-1187, (2001).
[4] J.A. Shimizu, P. Janssen, S. Yakovenko , D. Anderson, “Contrast Improvements for Scrolling Color LCOS,”ASID 04, pp.145-148, (2004).
[5] Jianmin Chen, Michael Robinson, Gary Sharp, “LCoS Projection Color Management Using Retarder Stack Technology,” ASID 04, pp.134-137, (2004).
[6] S. Ohuchi, T. Miyoshi, T. Nakashima, K. Shikita, “Ultra portable LCOS projector with high-performance optical system,” Consumer Electronics, IEEE Transactions on , Vol. 48 No.3, pp.388-393,(2002).
[7] John Bowron, Terry Schmidt, “A New Resolution Reflective Liquid Crystal Light Valve Projector,” Proc. of SPIE, Vol.3296, pp.105-115, (1998).
[8]張雪珍, 液晶投影顯示器中照明系統的照度量測與分析,國立中央大學光電研究所,碩士論文,民國九十一年.
[9]王 毅, “投影機用燈源與燈泡製作技術, ”光電科技期刊,第51期,
60頁~66頁,民國九十二年.
[10] M. Foley and J. Munro, “Polymer Fly's Eye Light Integrator Lens Arrays for Digital Projectors,” SID 00 , May, (2000).
[11] Markus Duelli and Andrew T. Taylor, “Novel Polarization Conversion and Integration System for Projection Displays,” SID 03 DIGEST, pp.766-769, (2003).
[12] Edward H. Stupp and Matthew S. Brennesholtz, Projection Displays,
John Wiley & Sons, New York, (1999).
[13] A JDS Uniphase Company, Application Notes, OCLI, (2003).
[14]陳光鑫,林振華,光電子學,全華出版社,台北,3頁~17頁,7頁~4頁, 民國八十八年.
[15]李正中,薄膜光學與鍍膜技術第二版,藝軒出版社,台北,130頁~133頁,民國九十年.
[16]Charles L. Bruzzone, James (Jiaying) Ma, David J.W. Aastuen, Stephen K. Eckhardt, “High-Performance LCoS Optical Engine Using Cartesian Polarizer Technology,” SID 03 DIGEST,pp.126-129, (2003).
[17] Matthijs H. Keuper, Steve Paolini, Gerard Harbers, “Ultra-Compact LED based Image Projector for Portable Applications,” SID 03 DIGEST, pp.713-715, (2003).
[18]陳時偉,數位光源處理投影系統之光學設計與光機模擬,元智大學電機工程研究所,碩士論文,民國九十年.
[19]張煒脩 ,利用LED光源來設計與評估投影照明系統,國立台灣科技大學電子工程研究所,碩士論文,民國九十二年.
[20]吳佳億,以光線追跡及光展量來設計液晶投影顯示器的照明模組,元智大學電機工程研究所,碩士論文,民國九十年.
[21] Zhou Jie, Lin Yuxiang, Zhou Ping, Li Haifeng , Liu Xu, “Method for Improving the Performance of Wide Screen Projection Display Illumination Systems,” ASID 04, pp.158-160, (2004).
[22] Warren J. Smith, Modern Optical Engineering, 3nd ed., McGraw Hill, New York, (2000).
[23] Focus Software, ZEMAX Optical Design Program User’s Guide, Version 9.0, (2000).
[24] Lambda Research Corporation, TracePro User’s Manual, Release 3.0,(2002).
[25] ANSI/NAPM IT 7.228-1997,“Electronic Projection-Fixed Resolution Projectors,” American National Standard for Audiovisual Systems.
[26]高 進, “高效率白光LED晉身新世代光源的技術動向及障礙分析,” 新電子科技期刊,184頁~192頁, 民國九十一年.
[27]高弘毅, “利用Reflector提高藍白光LED的輝度,” 光電科技期刊,第51期, 32頁~37頁,民國九十二年.