大尺寸LED TV背光亮線品味解決方案/LED 照明黃化解析/TIR透鏡優化 ...

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Enter the absorption coefficients as a function of the wavelength. OPTIS SAS Confidential – Not for distribution Phosphor material (2/7) 486 487.9 490.4 493.2 495.7 498.2 502.2 506.6 507.2 514.4 516 532 538.7 541.9 546.6 553.7 562.2 567.2 0.01 0.018571 0.024378 0.026866 0.02659 0.025484 0.02659 0.028525 0.030737 0.034332 0.037097 0.05 0.050092 0.04788 0.04788 0.057558 0.057834 0.055069 583.7 589.6 594.6 597.7 598.4 602.4 604.9 605.9 607.4 608.7 611.5 614.3 617.1 622.7 628 631.5 637.4 639.6 0.063641 0.06447 0.062811 0.052857 0.049263 0.047604 0.049816 0.053963 0.057834 0.067235 0.068341 0.067512 0.065023 0.062258 0.062535 0.063917 0.066129 0.068894
Add a new fluorescent pigment. Double click on the Dye cell to edit the Dye Editor Phosphor material (3/7) OPTIS SAS Confidential – Not for distribution
Page 1 and 2: LED 二次光學黃光圈解析/
Page 3: Ref: Dr. R. Scott Kern. Lumileds Li
Page 8 and 9: Phosphor material (4/7) Browse for
Page 15: 感謝高應大電械系李孝貽
Page 23 and 24: 510 nm
Page 25: 440 nm
Page 28 and 29: 經由微結構增加外圍區域
Page 30 and 31: 使用前上網點使用後下
Page 32 and 33: 直徑0.3mm 使用前直徑0.6mm
Page 34 and 35: 薄型LED BLU 品味& Hotspot 解
Page 36 and 37: 導光板 3 D 結構 PMMA LGP RE
Page 38 and 39: 圓形微結構匯入網點
Page 40 and 41: 光線較集中無微結構
Page 42 and 43: 模擬結果 - 無 U 溝 II 光
Page 44 and 45: L E D 入光 U 型微結構 LED
Page 46 and 47: 模擬結果對照 3D Model
Page 48 and 49: 利用逆追跡改善暗區
Page 50 and 51: 設定表面粗度之位置量測
Page 52 and 53: 設定表面粗度模擬結果框

大尺寸LED TV背光亮線品味解決方案/LED 照明黃化解析/TIR透鏡優化 ...

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