五十米級固態光源用於舞台投射系統之研究

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姓名

陳聖文(Sheng-Wun Chen) 查詢紙本館藏

畢業系所

光電科學與工程學系

論文名稱

五十米級固態光源用於舞台投射系統之研究
(Study of 50-m stage projection system with solid-state lighting)

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摘要(中)

在本論文中，我們目標使用LED設計出一個在50 m 處達到1,000 lx且直徑4 m之銳利光型的舞台投射系統。於光學設計中，我們針對目標光型所需的光通量進行評估計算，接著我們選定符合系統需求之光源進行設計，光源我們選用Luminus公司的CXM-32 COB LED，並於模擬計算中假設LED發光面為一平面朗伯光源，得出此舞台頭投射系統光學效率 (Optical Efficiency) 達74.4 %，光學利用率 (Optical Utilization Factor，OUF) 為30 %。
我們設計一個深度為369.2 mm、寬度為617.5 mm之反射光杯搭配一尺寸為直徑220 mm、長寬260 mm且厚度為37 mm的正透鏡的舞台投射系統，在實驗中光源以350 W驅動並且提供48,070 lm，於十公尺處牆面上投射於出一道Beam Angle約2.3 °，且照度達33,100 lx的均勻光型，換算成50 m 處的照度約為1,324 lx，是有達到在50 m處設定的照度目標，而其中，在我們所設計的液冷式散熱系統能提供LED操作在310 W的驅動下熱衰小於6 %。

摘要(英)

In this thesis, we aim to design a stage projection system with a sharp and diameter of 4 m light pattern that reaches 1,000 lx at 50 m by using LED. In the optical design, we evaluate luminous flux required by the light pattern. Then we select a light source that meets the system requirements for design. In the end, we use Luminus′ CXM-32 COB LED, and in the simulation calculation, we assume that the LED light-emitting surface is a planar Lambertian light source. And results show that the optical efficiency of the stage projection system is 74.4%, and the optical utilization factor (OUF) is 30%.
We designed a stage projection system with a reflector which depth is 369.2 mm, width is 617.5 mm and a positive lens with a size of 220 mm in diameter, 260 mm in length and width and 37 mm in thickness. In the experiment, the light source drive in 350 W and provide 48,070 lm, and the system project a uniform light pattern with beam angle of about 2.3 ° on the wall at 10 m, and the illuminance reach 33,100 lx, and it converted into the illuminance at 50 m is about 1,324 lx which can reach the illuminance target. And in a liquid cooling system, the thermal decay of the LED is less than 6 % operating at 310 W.

關鍵字(中)

★ 舞台投射系統
★ 發光二極體
★ 二階光學設計
★ 光展量
★ 光型
★ 散熱系統

關鍵字(英)

★ Stage projection system
★ Light Emitting Diode
★ Second optical design
★ Etendue
★ Light pattern
★ Cooling system

論文目次

摘要 I
Abstract VI
致謝 VIII
目錄 IX
圖目錄 XII
表目錄 XX
第一章緒論 1
1-1 研究背景 1
1-2 LED於舞台投射燈之應用與市場分析 4
1-3 研究動機與目的 9
1-4 論文大綱 10
第二章原理介紹 11
2-1 幾何光學 12
2-1-1 菲涅爾反射 12
2-1-2 拋物線的光學特性 14
2-2 光度學 15
2-3 光展量 21
2-4 熱交換與LED受熱影響之基礎概念 25
2-4-1 傳導 26
2-4-2 對流 27
2-4-3 輻射 28
2-4-4 LED受熱之影響 29
第三章 LED舞台投射系統光型之設計 31
3-1 目標與初階光學設計 32
3-2 LED光源的選擇與特性分析 34
第四章散熱系統設計與運作流程 38
4-1 液冷式LED散熱系統架構 39
4-2 氣冷式LED散熱系統架構 41
4-3 散熱系統之量測結果 43
4-3-1 熱衰特性比較 43
4-3-2 溫度特性比較 46
4-3-3 氣冷系統之不同材質導熱特性比較 50
第五章反光杯與透鏡之設計與驗證 61
5-1 反射光杯與透鏡之設計 61
5-2 反射光杯與透鏡之製作 65
5-3 光型優化設計 68
5-4 反射光杯與透鏡驗證 70
第六章結論 77
參考文獻 79
中英名詞對照表 86

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指導教授

楊宗勳孫慶成(Tsung-Hsun Yang Ching-Cherng Sun)

審核日期

2021-8-27

推文