




積分球基本上是一種量測工具,是光的收集者。由外面打入積分球的光經過收集,在球殼內部形成擴散效果,達到均勻光的效應。再經過套在積分球球殼上的光偵測器可經確作光,流明、色度的量測。積分球內部包含一個遮板,保護偵測器不要直接照射到進來的光,造成量測誤差。積分球內部塗佈高反射率的材料-硫酸鋇,可達到98%的擴散效果。光譜範圍是包含紫外線、可見光、不可見光全波段 200-1800nm。
Integrating Spheres generally function as a light collector. The collected light can be used as a diffuse illumination source or as a measurement source. The basic principle of operation is that light enters the integrating sphere through the sample port, goes through multiple reflections and is scattered uniformly around the interior of the sphere. A photo detector which is placed at the port in the sphere wall sees an output which is completely independent of the angular properties of the input light. A baffle placed inside the sphere, is used to prevent the detector from directly viewing the "hot" spot where the input beam of the source initially strikes the sphere wall. The inside of the integrating spheres are made out of highly reflective diffuse material; that gives a light diffuse reflection(>98%) over a wide wavelength range(200-1800nm), covering UV, VIS, and NIR spectral regions.
產品應用 APPLICATIONS
• 光收集者 As a light collector
• 可當均勻光源 As uniform light source
• 照度及輻射的校正工具 Luminous / Radiance calibration
• 反射率量測 Reflectance measurement (Color measurement, Fluorescence
Spectroscopy)
• 光束量測 Beam Power measurement (total power of a beam of optical radiation)
• 光通量量測 Lamp Flux measurement (total geometric luminous flux of a light source)
• 雷射量測 Laser power measurement
• 紅外光量測 IR Reflectance measurement
• 輻射光量測 Irradiance measurement (Laser, LED, and Halogen lamps)
產品特色 FEATURES
• 鋁合金陽極染黑外殼 Aluminum black anodized
• 內部為圓形加遮板 Round shell with baffle inside
• High reflectance BaSO4 coating
• 內壁塗裝主要材料為純硫酸鋇,化學穩定性佳,日久不易泛黃,符合CIE要求,良好漫反射
及反射率。
• 積分球開口可隨用戶需求設計,可同時滿足光及色度測試。
| Internal DIA (mm) | Port number | Input (sample) Port (mm) | Detector Port (mm) | External DIA (mm) | Baffle | Material coating | |
| ISP-035 | 35 | 2 | 6 | 6 | 52 | Yes | BaSO4 |
| ISP-050 | 50 | 2(3) | 14 | 14 | 68 | Yes | BaSO4 |
| ISP-100 | 100 | 2(3) | 14、30 | 14 | 125 | Yes | BaSO4 |
| ISP-150 | 150 | 2(3) | 14、30、50 | 14 | 175 | Yes | BaSO4 |
| ISP-250 | 250 | 4(5) | 14、30、50、150 | 14 | 420 | Yes | BaSO4 |
| ISP-500 | 500 | 4(5) | 14、30、50、150 | 14 | 700 | Yes | BaSO4 |
| ISP-1000 | 1000 | 4(5) | 14、30、50、150 | 14 | 1200 | Yes | BaSO4 |

| (nm) Reflectance | (nm) Reflectance |
| 2500. 939. | 12000. 970. |
| 3000. 950. | 13000. 972. |
| 4000. 983. | 14000. 944. |
| 5000. 984. | 15000. 919. |
| 6000. 983. | 16000. 931. |
| 7000. 984. | 17000. 938. |
| 8000. 982. | 18000. 917. |
| 9000. 983. | 19000. 852. |
| 10000. 983. | 20000. 848. |
| 11000. 981. | 21000. 853. |
| 如何選擇正確的積分球 How to Select the Right Sphere? |
| 當你要應用積分球,下列幾點是你首先要先考慮的
1. 積分球直徑對待測物比率 積分球直徑需是你套在積分球上待測物的尺寸的1½倍數。 |
| 2. 球面開口最大容忍度
球面開口部份以不超過球面面積的5%。如開口面積超過5%,建議選擇大的球,計算公 式如下: Port area = pg² Sphere surface area = pD² g = port radii D = sphere diameter |
Mechanical Drawing


