美国Beam Imaging Solution 标准荧光屏

产品概述

Beam Imaging Solutions 将我们在所有光束成像系统中使用的荧光屏作为标准产品单独提供。这些标准筛网及其规格可以在标准零件表中找到。Beam Imaging Solutions 还可以提供适合您特定需求的定制屏幕。

技术信息

基材Pyrex 圆盘,光纤
荧光粉类型P43 镀铝,P43 ITO 底漆
荧光粉厚度P43: 10-15 μm 铝: 250-500 Å, P43: 10-15 μm
输入曲面尺寸22.3, 25.0, 28.14, 32.7, 41.0, 50.0, 54.8, 86.36, 86.6
输出表面尺寸13.7, 22.3, 25.0, 32.7, 50.0, 50.8, 86.6, 92.25
输入表面有效面积19.69, 19.9, 25.6, 30.2, 35.96, 38.5, 44.9, 51.5, 52.3, 81.3, 81.5
输出表面有效面积12.8, 13.1, 19.69, 19.9, 30.2, 35.96, 44.9, 81.3, 81.5
厚度1.50, 4.0, 6.36, 20.88, 28.0, 60
锥形 RaioN/A、1:1、2:1、3:1、4:1
零件编号18-008, 18-008-ITO, 25-008, 25-008-ITO, 40-008, 40-008-ITO, 40-FO, 75-008, 75-008-ITO, 75-FO, 1000-705-1, 2000-705-2, 3000-705-3, 4000-705-4

标准件表

零件编号基材荧光粉类型荧光粉厚度尺寸 Ø (mm)有效面积 Ø (mm)厚度 (mm)锥形比率
输入表面Output Surface输入表面Output Surface
18-008Pyrex 圆盘P43 镀铝P43: 10-15 μm 铝: 250-500 Å25.025.019.919.91.50不适用
18-008-ITOPyrex 圆盘P43 ITO 底漆P43: 10-15 微米25.025.019.919.91.50不适用
25-008Pyrex 圆盘P43 镀铝P43: 10-15 微米32.732.730.230.21.50不适用
25-008-ITOPyrex 圆盘P43 ITO 底漆P43: 10-15 微米32.732.730.230.21.50不适用
40-008Pyrex 圆盘P43 镀铝P43: 10-15 μm, 铝: 250-500 Å50.050.044.944.91.50不适用
40-008-伊托Pyrex 圆盘P43 ITO 底漆P43: 10-15 微米50.050.044.944.91.50不适用
40-FO (用于带光纤视口的 BOS-40光纤P43 镀铝P43:10-15 μm,铝:250-500 Å41.0050.835.9635.9620.881:1
75-008Pyrex 圆盘P43 镀铝P43:10-15 μm,铝:250-500 Å86.686.681.581.51.50不适用
75-008-ITOPyrex 圆盘P43 ITO 底漆P43: 10-15 μm, 铝: 250-500 Å86.686.651.581.51.50不适用
75-FO (用于带光纤视口的 BOS-75光纤P43 镀铝P43:10-15 μm,铝:250-500 Å86.3692.2581.381.320.881:1
1000-705-1光纤P43 镀铝P43: 10-15 μm, 铝: 250-500 Å22.322.319.6919.696.361:1
2000-705-2光纤P43 镀铝P43: 10-15 μm, 铝: 250-500 Å28.1413.725.612.828.02:1
3000-705-3光纤P43 镀铝P43: 10-15 μm, 铝: 250-500 Å41.013.738.512.84.03:1
4000-705-4光纤P43 镀铝P43: 10-15 μm, 铝: 250-500 Å54.813.752.313.1604:1

可选荧光粉

Phosphor Type*Chemical CompositionTypical Peak WavelengthFluorescent ColorChromaticity Coordinates
(X,Y)
Decay Time
u=micro, n=nano, m=milli
Typical Quantum Yield(photons/eV/electron)Typical Absolute Efficiency(radiated watts/watt excitation)Remarks
EIAWDTS
P1GJZn2SiO4:Mn2+525nmYellowish-green0.218, 0.7121-100msUsed in Oscilloscopes, Radar
P11BEZnS:Ag460nmBlue0.139, 0.14834us0.0380.10Good energy conversion (efficiency) for blue light
P15GGZnO:Zn504nmGreen0.246, 0.4391-10usUsed in Flying-spot equipment, photography
P20KA(Zn,Cd)S:Ag560nmYellow-green0.426, 0.54660us0.0630.14Good energy conversion (efficiency) for green light, Good for UV radiation, 250nm to 300nm
P22 RXXY202S:Eu3+Reddish-orange0.639, 0.3531-100msUsed in color TV
P22 GXXZnS:Cu, AlYellowish-green0.281, 0.6211-100msUsed in color TV
P22 BXXZnS:AgBlue0.147, 0.1521-100msUsed in color TV
P24GEZnO:Zn510nmGreen0.238, 0.4171-10usFlying-spot equipment
P31GHZnS:Cu520nmGreen0.296, 0.57710us-1msUsed in Oscilloscopes
P43GYGd2O2S:Tb3+545nmGreen0.344, 0.5681ms0.05Excellent scintillator for x-rays < 250nm. Emission efficiency: 13%. Absorption characteristics: K-edge, 50.22 keV Effective atomic # 59.5.
P45WBY2O2S:Tb3+White0.251, 0.3041-100msUsed in displays
P46KGY3AI5O12:Ce3+530nmYellow-green0.294, 0.532300nsFlying-spot equipment
P47BHY2SiO5:Ce3+400nmViolet-blue0.173, 0.08855ns0.055Fast Decay Photography
P48KHY3AI5O12:Ce3+ (70%)
Y2SiO5:Ce3+ (30%)
Yellow-green0.392, 0.507Flying-spot equipment
P53KJY3AI5O12:Tb3+544nmYellowish-green0.392, 0.5071-100msHead-up displays

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