贰碍厂惭础各类透镜-专干老熟女国产

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贰碍厂惭础各类透镜

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更新时间：2023-12-21
产物介绍：贰碍厂惭础各类透镜
透镜套件包含40或15个由叠碍7光学玻璃制成的透镜。该套件适用于可能需要多个焦距透镜的光学研究和研究目的。
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产物介绍

品牌	Eksma	价格区间	面议
组件类别	光学元件	应用领域	医疗卫生,环保,电子/电池

Nd：YAG LaserLine AR涂层BK7系列透镜套件

透镜套件包含40或15个由叠碍7光学玻璃制成的透镜。该套件适用于可能需要多个焦距透镜的光学研究和研究目的。

描述

Nd：YAG LaserLine透镜套件包含一系列具有各种不同焦距的?25.4 mm透镜。套件包括普莱诺/凸面、双凸面、普莱诺/凹面和双凹面透镜，包装在塑料盒中，便于安全搬运和储存。透镜套件配有抗反射涂层，专为Nd：YAG激光基波或谐波波长应用而设计。

我们提供两种尺寸的透镜套件：带有40个BK7透镜的大透镜套件和带有15个BK7透镜的小透镜套件。透镜套件包装在塑料盒中：大（40件）-35 X 30 X 6 cm，小（16件）-25 X 21 X 5 cm。

我们还提供其他镀膜和无镀膜标准UV FS透镜套件和BK7透镜套件，以实现快速交付。

产物

Large lens kits (40 lenses)

CODE	COATING
140-0240-AR400-700	BBAR @ 400-700 nm, R<0.9 %
140-0240-AR650-1100	BBAR @ 650-1100 nm, R<1 %
140-0240-AR1050-1700	BBAR @ 1050-1700 nm, R<1 %
140-0240-AR532+1064	AR @ 532+1064 nm, R<0.5 %
140-0240-AR1064	AR @ 1064 nm, R<0.25 %
140-0240-AR532	AR @ 532 nm, R<0.25 %

Small lens kits (15 lenses)

CODE	COATING
140-0215-AR400-700	BBAR @ 400-700 nm, R<0.9 %
140-0215-AR650-1100	BBAR @ 650-1100 nm, R<1 %
140-0215-AR1050-1700	BBAR @ 1050-1700 nm, R<1 %
140-0215-AR532+1064	AR @ 532+1064 nm, R<0.5 %
140-0215-AR1064	AR @ 1064 nm, R<0.25 %
140-0215-AR532	AR @ 532 nm, R<0.25 %

透镜列表

小型狈-叠碍7透镜套件中的透镜列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (10 pcs.)
110-0205E	25.4	30	8.5	1.9
110-0207E	25.4	40	6.1	1.8
110-0209E	25.4	50	5.0	1.7
110-0211E	25.4	60	4.4	1.7
110-0215E	25.4	75	4.0	1.9
110-0219E	25.4	100	3.5	1.9
110-0227E	25.4	150	3.0	2.0
110-0231E	25.4	200	3.0	2.2
110-0247E	25.4	500	3.0	2.7
110-0259E	25.4	1000	3.0	2.8
Plano-concave lenses (5 pcs.)
112-0207E	25.4	-40	1.7	6.0
112-0209E	25.4	-50	2.8	6.0
112-0215E	25.4	-75	2.9	4.9
112-0219E	25.4	-100	3.1	4.6
112-0227E	25.4	-150	2.7	3.7

*直径公差：+0.0/-0.5 mm

大型狈-叠碍7透镜套件中的透镜列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (16 pcs.)
110-0205E	25.4	30	8.5	1.9
110-0207E	25.4	40	6.1	1.8
110-0209E	25.4	50	5.0	1.7
110-0211E	25.4	60	4.4	1.7
110-0215E	25.4	75	4.0	1.9
110-0219E	25.4	100	3.5	1.9
110-0223E	25.4	125	3.2	1.9
110-0227E	25.4	150	3.0	2.0
110-0231E	25.4	200	3.0	2.2
110-0235E	25.4	250	3.0	2.4
110-0239E	25.4	300	3.0	2.5
110-0241E	25.4	350	3.0	2.6
110-0243E	25.4	400	3.0	2.6
110-0247E	25.4	500	3.0	2.7
110-0251E	25.4	700	3.0	2.8
110-0259E	25.4	1000	3.0	2.8
Biconvex lenses (12 pcs)
111-0204E	25.4	25	9.0	1.8
111-0206E	25.4	30	7.5	1.8
111-0208E	25.4	40	6.0	1.9
111-0210E	25.4	50	6.0	2.8
111-0214E	25.4	60	4.0	1.4
111-0216E	25.4	75	4.0	1.9
111-0218E	25.4	100	4.0	2.4
111-0222E	25.4	150	4.0	3.0
111-0226E	25.4	200	4.0	3.2
111-0228E	25.4	250	4.0	3.4
111-0234E	25.4	500	4.0	3.7
111-0250E	25.4	1000	4.0	3.8
Plano-concave lenses (6 pcs.)
112-0207E	25.4	-40	1.7	5.9
112-0209E	25.4	-50	2.8	6.0
112-0215E	25.4	-75	2.9	4.9
112-0219E	25.4	-100	3.1	4.6
112-0227E	25.4	-150	2.7	3.7
112-0231E	25.4	-200	3.0	3.8
Biconcave lenses (6 pcs.)
114-0204E	25.4	-25	4.8	10.2
114-0208E	25.4	-50	4.4	7.5
114-0212E	25.4	-75	3.7	5.5
114-0214E	25.4	-100	3.2	4.6
114-0220E	25.4	-150	3.0	4.0
114-0224E	25.4	-200	2.8	3.6

*直径公差：+0.0/-0.5 mm

规格

材料	BK7
表面质量	40-20 scratch & dig (MIL-PRF-13830B)
通光孔径	90% of the diameter
直径公差	+0.00, -0.12 mm
厚度公差	±0.5 mm
表面不规则性	λ/8 @ 633 nm
同心度	3 arcmin
近轴焦距：叠碍7	±2% @ 546 nm

Nd：YAG LaserLine AR涂层UV FS系列透镜套件

透镜套件包含40或15个由鲍痴级熔融石英制成的透镜。该套件适用于可能需要多个焦距透镜的光学研究和研究目的。

描述

我们提供两种尺寸的透镜套件：带有40个UV FS透镜的大透镜套件和带有15个UV FS透镜的小透镜套件。透镜套件包装在塑料盒中：大（40件）-35 X 30 X 6 cm，小（16件）-25 X 21 X 5 cm。

我们还提供其他镀膜和无镀膜标准UV FS透镜套件和BK7透镜套件，以实现快速交付。

产物

Large lens kits (40 lenses)

CODE	COATING
140-1240-AR350-900	BBAR @ 350-900 nm, R<1.5 %
140-1240-AR760-840	BBAR @ 760-840 nm, R<0.4 %
140-1240-AR700-900	BBAR @ 700-900 nm, R<0.8 %
140-1240-AR650-1100	AR @ 650-1100 nm, R<0.7 %
140-1240-AR266	AR @ 266 nm, R<0.4 %
140-1240-AR1030	AR @ 1030 nm, R<0.3 %
140-1240-AR515	AR @ 515 nm, R<0.3 %
140-1240-AR343	AR @ 343 nm, R<0.5 %
140-1240-AR258	AR @ 258 nm, R<0.4 %

Small lens kits (15 lenses)

CODE	COATING
140-1215-AR350-900	BBAR @ 350-900 nm, R<1.5 %
140-1215-AR760-840	BBAR @ 760-840 nm, R<0.4 %
140-1215-AR700-900	BBAR @ 700-900 nm, R<0.8 %
140-1215-AR650-1100	AR @ 650-1100 nm, R<0.7 %
140-1215-AR266	AR @ 266 nm, R<0.4 %
140-1215-AR1030	AR @ 1030 nm, R<0.3 %
140-1215-AR515	AR @ 515 nm, R<0.3 %
140-1215-AR343	AR @ 343 nm, R<0.5 %
140-1215-AR258	AR @ 258 nm, R<0.4 %

透镜列表

小型UV FS透镜套件中的透镜列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (10 pcs.)
110-1203E	25.4	30	9.75	2.0
110-1205E	25.4	50	6.0	2.3
110-1209E	25.4	75	4.5	2.2
110-1211E	25.4	100	4.0	2.3
110-1216E	25.4	125	4.0	2.4
110-1217E	25.4	150	4.0	2.8
110-1219E	25.4	200	4.0	3.2
110-1223E	25.4	300	4.0	3.4
110-1233E	25.4	500	4.0	3.6
110-1245E	25.4	1000	4.0	3.8
Plano-concave lenses (5 pcs.)
112-1205E	25.4	-50	1.9	5.6
112-1209E	25.4	-75	3.1	5.5
112-1211E	25.4	-100	3.0	4.7
112-1215E	25.4	-125	3.0	4.0
112-1217E	25.4	-150	3.1	4.2

*直径公差+0.0/-0.5 mm

大型UV FS透镜套件中的透镜列表

Code	Dia, mm*	F, mm	Centre ThicknessCT, mm	Edge ThicknessET, mm
Plano-convex lenses (16 pcs.)
110-1203E	25.4	30	9.75	2.0
110-1205E	25.4	50	6.0	2.3
110-1209E	25.4	75	4.5	2.2
110-1210E	25.4	80	4.6	2.5
110-1211E	25.4	100	4.0	2.3
110-1216E	25.4	125	4.0	2.4
110-1217E	25.4	150	4.0	2.8
110-1219E	25.4	200	4.0	3.2
110-1221E	25.4	250	4.0	3.3
110-1223E	25.4	300	4.0	3.4
110-1225E	25.4	350	4.0	3.5
110-1227E	25.4	400	4.0	3.6
110-1233E	25.4	500	4.0	3.6
110-1235E	25.4	600	4.0	3.6
110-1239E	25.4	750	4.0	3.7
110-1245E	25.4	1000	4.0	3.8
Biconvex lenses (12 pcs.)
111-1204E	25.4	25	10.0	2.4
111-1207E	25.4	40	7.1	2.1
111-1210E	25.4	50	6.0	2.5
111-1214E	25.4	75	4.0	1.7
111-1218E	25.4	100	4.0	2.3
111-1222E	25.4	150	3.2	2.1
111-1226E	25.4	200	3.0	2.2
111-1230E	25.4	250	3.0	2.3
111-1234E	25.4	300	3.0	2.6
111-1238E	25.4	400	3.0	2.7
111-1240E	25.4	500	3.0	2.7
111-1260E	25.4	1000	3.0	2.8
Plano-concave lenses (6 pcs.)
112-1205E	25.4	-50	1.9	5.6
112-1209E	25.4	-75	3.1	5.5
112-1211E	25.4	-100	3.0	4.7
112-1217E	25.4	-150	3.1	4.2
112-1219E	25.4	-200	3.1	4.0
112-1223E	25.4	-300	3.4	4.0
Biconcave lenses (6 pcs.)
114-1204E	25.4	-25	5.3	9.5
114-1208E	25.4	-50	4.2	6.0
114-1212E	25.4	-75	3.8	5.0
114-1216E	25.4	-100	3.6	4.5
114-1220E	25.4	-150	3.9	4.5
114-1224E	25.4	-200	3.0	3.9

*直径公差+0.0/-0.5 mm

规格

材料	UV FS
表面质量	40-20 scratch & dig (MIL-PRF-13830B)
通光孔径	90% of the diameter
直径公差	+0.00, -0.12 mm
厚度公差	±0.5 mm
表面不规则性	λ/8 @ 633 nm
同心度	3 arcmin
近轴焦距：UV FS	±2% @ 355 nm

激光线增透镀膜精密视窗

对于需要保护窗口的Nd：YAG激光应用，它是一个很好的解决方案。由高质量的UV FS和BK7制成。在266nm、355nm、532nm或1064nm处涂覆的Ar。

描述

由高品质UV FS和BK7制成
266苍尘、355苍尘、532苍尘或1064苍尘的础搁涂层

精密窗口具有高光学传输和传输信号失真小的特点，是需要保护窗口的狈诲：驰础骋激光器应用的良好解决方案。

产物

BK7, 1064 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
221-0101E	BK7	12.7 mm	3.0 mm	30 arcsec	1064 nm
221-0103E	BK7	12.7 mm	3.0 mm	3 arcsec	1064 nm
221-0201E	BK7	25.4 mm	6.0 mm	30 arcsec	1064 nm
221-0203E	BK7	25.4 mm	6.0 mm	3 arcsec	1064 nm
221-0402E	BK7	38.1 mm	8.0 mm	30 arcsec	1064 nm
221-0403E	BK7	38.1 mm	10.0 mm	3 arcsec	1064 nm
221-0502E	BK7	50.8 mm	10.0 mm	30 arcsec	1064 nm
221-0503E	BK7	50.8 mm	12.0 mm	3 arcsec	1064 nm

UVFS, 1064 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
221-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	1064 nm
221-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	1064 nm
221-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	1064 nm
221-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	1064 nm
221-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	1064 nm
221-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	1064 nm
221-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	1064 nm
221-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	1064 nm

BK7, 532 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
222-0101E	BK7	12.7 mm	3.0 mm	30 arcsec	532 nm
222-0103E	BK7	12.7 mm	3.0 mm	3 arcsec	532 nm
222-0201E	BK7	25.4 mm	6.0 mm	30 arcsec	532 nm
222-0203E	BK7	25.4 mm	6.0 mm	3 arcsec	532 nm
222-0402E	BK7	38.1 mm	8.0 mm	30 arcsec	532 nm
222-0403E	BK7	38.1 mm	10.0 mm	3 arcsec	532 nm
222-0502E	BK7	50.8 mm	10.0 mm	30 arcsec	532 nm
222-0503E	BK7	50.8 mm	12.0 mm	3 arcsec	532 nm

UVFS, 532 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
222-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	532 nm
222-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	532 nm
222-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	532 nm
222-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	532 nm
222-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	532 nm
222-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	532 nm
222-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	532 nm
222-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	532 nm

UVFS, 355 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
223-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	355 nm
223-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	355 nm
223-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	355 nm
223-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	355 nm
223-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	355 nm
223-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	355 nm
223-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	355 nm
223-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	355 nm

UVFS, 266 nm

CODE	MATERIAL	DIAMETER	THICKNESS T	PARALLELISM	WAVELENGTH
224-1101E	UV FS	12.7 mm	3.0 mm	30 arcsec	266 nm
224-1103E	UV FS	12.7 mm	3.0 mm	3 arcsec	266 nm
224-1201E	UV FS	25.4 mm	6.0 mm	30 arcsec	266 nm
224-1203E	UV FS	25.4 mm	6.0 mm	3 arcsec	266 nm
224-1402E	UV FS	38.1 mm	8.0 mm	30 arcsec	266 nm
224-1403E	UV FS	38.1 mm	10.0 mm	3 arcsec	266 nm
224-1502E	UV FS	50.8 mm	10.0 mm	30 arcsec	266 nm
224-1503E	UV FS	50.8 mm	12.0 mm	3 arcsec	266 nm

规格

材料	BK7, UV FS
表面质量	20-10 scratch & dig
通光孔径	90% of the diameter
直径公差	+0.00-0.12 mm
厚度公差	±0.2mm
表面平整度	λ/10@633 nm
平行性	30 arcsec or 3 arcsec

涂层

技术	Electron beam multilayer dielectric
附着力和耐久性	Per MIL-C-675A. Insoluble in lab solvents
通光孔径	Exceeds central 85% of diameter
损伤阈值: BK7 UVFS	> 5 J/cm², 8 nsec pulse, 1064 nm typical> 10 J/cm², 8 nsec pulse, 1064 nm typical
叠碍7鲍痴贵厂涂层表面平整度	λ/10 at 633 nm over 85% of diameter available
入射角	0 degrees

纳秒应用的高功率激光反射镜

为纳秒激光应用而设计的高损伤阈值激光反射镜。采用*的滨叠厂涂层技术生产。

产物

Design wavelength - 266 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0260HHR	266 nm	UV FS	?12.7 x 6 mm	45°	>6 J/cm?	99.5%
041-0260HHR-i0	266 nm	UV FS	?12.7 x 6 mm	0°	>6 J/cm?	99.5%
042-0260HHR	266 nm	UV FS	?25.4 x 6 mm	45°	>6 J/cm?	99.5%
042-0260HHR-i0	266 nm	UV FS	?25.4 x 6 mm	0°	>6 J/cm?	99.5%
045-0260HHR	266 nm	UV FS	?50.8 x 12 mm	45°	>6 J/cm?	99.5%
045-0260HHR-i0	266 nm	UV FS	?50.8 x 12 mm	0°	>6 J/cm?	99.5%

Design wavelength - 355 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0350UHHR	355 nm	UV FS	?12.7 x 6 mm	45°	>10 J/cm?	99.8%
041-0350UHHR-i0	355 nm	UV FS	?12.7 x 6 mm	0°	>10 J/cm?	99.8%
042-0350UHHR	355 nm	UV FS	?25.4 x 6 mm	45°	>10 J/cm?	99.8%
042-0350UHHR-i0	355 nm	UV FS	?25.4 x 6 mm	0°	>10 J/cm?	99.8%
045-0350UHHR	355 nm	UV FS	?50.8 x 12 mm	45°	>10 J/cm?	99.8%
045-0350UHHR-i0	355 nm	UV FS	?50.8 x 12 mm	0°	>10 J/cm?	99.8%

Design wavelength - 532 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0530T6HHR	532 nm	UV FS	?12.7 x 6 mm	45°	>10 J/cm?	99.9%
041-0530T6UHHR	532 nm	UV FS	?12.7 x 6 mm	45°	>20 J/cm?	99.9%
041-0530T6HHR-i0	532 nm	UV FS	?12.7 x 6 mm	0°	>10 J/cm?	99.95%
041-0530T6UHHR-i0	532 nm	UV FS	?12.7 x 6 mm	0°	>20 J/cm?	99.95%
041-0530T6HHR-i0-45	532 nm	UV FS	?12.7 x 6 mm	0-45°	>10 J/cm?	99.9%
042-0530HHR	532 nm	UV FS	?25.4 x 6 mm	45°	>10 J/cm?	99.9%
042-0530UHHR	532 nm	UV FS	?25.4 x 6 mm	45°	>20 J/cm?	99.9%
042-0530HHR-i0	532 nm	UV FS	?25.4 x 6 mm	0°	>10 J/cm?	99.95%
042-0530UHHR-i0	532 nm	UV FS	?25.4 x 6 mm	0°	>20 J/cm?	99.95%
042-0530HHR-i0-45	532 nm	UV FS	?25.4 x 6 mm	0-45°	>10 J/cm?	99.9%
045-0530T12HHR	532 nm	UV FS	?50.8 x 12 mm	45°	>10 J/cm?	99.9%
045-0530T12UHHR	532 nm	UV FS	?50.8 x 12 mm	45°	>20 J/cm?	99.9%
045-0530T12HHR-i0	532 nm	UV FS	?50.8 x 12 mm	0°	>10 J/cm?	99.95%
045-0530T12UHHR-i0	532 nm	UV FS	?50.8 x 12 mm	0°	>20 J/cm?	99.95%
045-0530T12HHR-i0-45	532 nm	UV FS	?50.8 x 12 mm	0-45°	>10 J/cm?	99.9%

Design wavelength - 800 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-0800NT6UHHR	800 nm	UV FS	?12.7 x 6 mm	45°	>30 J/cm?	99.9%
041-0800NT6UHHR-i0	800 nm	UV FS	?12.7 x 6 mm	0°	>30 J/cm?	99.9%
042-0800NUHHR	800 nm	UV FS	?25.4 x 6 mm	45°	>30 J/cm?	99.9%
042-0800NUHHR-i0	800 nm	UV FS	?25.4 x 6 mm	0°	>30 J/cm?	99.9%
045-0800NT12UHHR	800 nm	UV FS	?50.8 x 12 mm	45°	>30 J/cm?	99.9%
045-0800NT12UHHR-i0	800 nm	UV FS	?50.8 x 12 mm	0°	>30 J/cm?	99.9%

Design wavelength - 1064 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
041-1060T6HHR	1064 nm	UV FS	?12.7 x 6 mm	45°	>20 J/cm?	99.9%
041-1060NT6UHHR	1064 nm	UV FS	?12.7 x 6 mm	45°	>40 J/cm?	99.9%
041-1060T6HHR-i0	1064 nm	UV FS	?12.7 x 6 mm	0°	>20 J/cm?	99.95%
041-1060NT6UHHR-i0	1064 nm	UV FS	?12.7 x 6 mm	0°	>40 J/cm?	99.95%
041-1060T6HHR-i0-45	1064 nm	UV FS	?12.7 x 6 mm	0-45°	>20 J/cm?	99.9%
042-1060HHR	1064 nm	UV FS	?25.4 x 6 mm	45°	>20 J/cm?	99.9%
042-1060NUHHR	1064 nm	UV FS	?25.4 x 6 mm	45°	>40 J/cm?	99.9%
042-1060HHR-i0	1064 nm	UV FS	?25.4 x 6 mm	0°	>20 J/cm?	99.95%
042-1060NUHHR-i0	1064 nm	UV FS	?25.4 x 6 mm	0°	>40 J/cm?	99.95%
042-1060HHR-i0-45	1064 nm	UV FS	?25.4 x 6 mm	0-45°	>20 J/cm?	99.9%
045-1060T12HHR	1064 nm	UV FS	?50.8 x 12 mm	45°	>20 J/cm?	99.9%
045-1060NT12UHHR	1064 nm	UV FS	?50.8 x 12 mm	45°	>40 J/cm?	99.9%
045-1060T12HHR-i0	1064 nm	UV FS	?50.8 x 12 mm	0°	>20 J/cm?	99.95%
045-1060NT12UHHR-i0	1064 nm	UV FS	?50.8 x 12 mm	0°	>40 J/cm?	99.95%
045-1060NT12HHR-i0-45	1064 nm	UV FS	?50.8 x 12 mm	0-45°	>20 J/cm?	99.7%

Design wavelength - 532+1064 nm, LIDT @ 10 ns pulse, 100 Hz

CODE	WAVELENGTH	MATERIAL	SIZE	AOI	LIDT	R, % (S+P)/2
062-5306UHHR	532+1064 nm	UV FS	?25.4 x 6 mm	45°	>10 J/cm?	99.5%

规格

衬底

材料	UV grade fused silica
厂1表面平整度	λ/10 at 633 nm
厂1表面质量	20-10 scratch&dig (MIL-PRF-13830B)
厂2表面质量	Commercial polish
直径公差	+0.00 mm / -0.12 mm
厚度公差	±0.25 mm
楔子	< 3 min
倒角	0.3 mm at 45° typical

涂层

技术	离子束溅射
附着力和耐久性	根据惭滨尝-颁-675础，不溶于实验室溶剂
通光孔径	超过直径的85%
涂层表面平整度	通光孔径上633 nm处的λ/10
激光损伤阈值	在设计波长下测量，10 ns脉冲，100 Hz

高透过率激光谐波分离器

滨叠厂镀膜谐波分离器是为高功率狈诲：驰础骋激光器设计的。透射波长的透射率超过99%。

产物

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTED WAVELENGTH	TRANSMITTED WAVELENGTH
041-2510HT	UV FS	?12.7 mm	3 mm	0°	R>99.0%@266 nm	T>98%@532nm + 1064nm
042-2510HT	UV FS	?25.4 mm	6 mm	0°	R>99.0%@266 nm	T>98%@532nm + 1064nm
041-2515HT	UV FS	?12.7 mm	3 mm	45°	R>99.0%@266 nm	T>98%@532nm + 1064nm
042-2515HT	UV FS	?25.4 mm	6 mm	45°	R>99.0%@266 nm	T>98%@532nm + 1064nm
041-3510HT	UV FS	?12.7 mm	3 mm	0°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
042-3510HT	UV FS	?25.4 mm	6 mm	0°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
041-3515HT	UV FS	?12.7 mm	3 mm	45°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
042-3515HT	UV FS	?25.4 mm	6 mm	45°	R>99.5%@355 nm	T>98%@532nm + T>99%@1064nm
041-5100HT	UV FS	?12.7 mm	3 mm	0°	R>99.5%@532nm	T>99%@1064nm
042-5100HT	UV FS	?25.4 mm	6 mm	0°	R>99.5%@532nm	T>99%@1064nm
041-5105HT	UV FS	?12.7 mm	3 mm	45°	R>99.5%@532nm	T>99%@1064nm
042-5105HT	UV FS	?25.4 mm	6 mm	45°	R>99.5%@532nm	T>99%@1064nm
041-6500HT	UV FS	?12.7 mm	3 mm	0°	R>99.5%@1064nm	T>99%@532nm
042-6500HT	UV FS	?25.4 mm	6 mm	0°	R>99.5%@1064nm	T>99%@532nm
041-6505HT	UV FS	?12.7 mm	3 mm	45°	R>99.5%@1064nm	T>99%@532nm
042-6505HT	UV FS	?25.4 mm	6 mm	45°	R>99.5%@1064nm	T>99%@532nm

规格

衬底

材料	UV grade fused silica
厂1表面平整度	λ/10 typical at 633 nm
厂1表面质量	20-10 scratch & dig (MIL-PRF-13830B)
厂2表面平整度	λ/10 typical at 633 nm
厂2表面质量	20-10 scratch & dig (MIL-PRF-13830B)
直径公差	+0.00 mm -0.12 mm
厚度公差	±0.25 mm
平行度	30 arcsec
倒角	0.3 mm at 45° typical

涂层

技术	离子束溅射（滨叠厂）
激光损伤阈值	>10 J/cm2, 8 ns pulse, 1064 nm
背面抗反射涂层	R<0.1% at AOI=0° R<0.5% at AOI=45°

狈诲：驰础骋激光谐波分离器

对于感兴趣的波长，反射率高于99.5%，而对于被拒绝的波长，透射率至少为90%。

产物

BK7

CODE	MATERIAL	SIZE	THICKNESS	AOI	REFLECTED WAVELENGTH	TRANSMITTED WAVELENGTH
031-5100	BK7	? 12.7 mm	3 mm	0°	R > 99.5%@532nm	T>95%@1064nm
031-5105	BK7	? 12.7 mm	3 mm	45°	R > 99.5%@532nm	T>95%@1064nm
031-6500	BK7	? 12.7 mm	3 mm	0°	R > 99.5%@1064nm	T>93%@532nm
031-6505	BK7	? 12.7 mm	3 mm	45°	R > 99.5%@1064nm	T>95%@532nm
032-5100	BK7	? 25.4 mm	6 mm	0°	R > 99.5%@532nm	T>95%@1064nm
032-5105	BK7	? 25.4 mm	6 mm	45°	R > 99.5%@532nm	T>95%@1064nm
032-6500	BK7	? 25.4 mm	6 mm	0°	R > 99.5%@1064nm	T>93%@532nm
032-6505	BK7	? 25.4 mm	6 mm	45°	R > 99.5%@1064nm	T>93%@532nm

UVFS

CODE	MATERIAL	SIZE	THICKNESS	AOI	REFLECTED WAVELENGTH	TRANSMITTED WAVELENGTH
041-2310	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
041-2315	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
041-2500	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@266 nm	T>95%@532nm
041-2505	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@266 nm	T>95%@532nm
041-3100	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@355nm	T>95%@1064nm
041-3105	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@355nm	T>95%@1064nm
041-3500	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@355nm	T>95%@532nm
041-3505	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@355nm	T>95%@532nm
041-3510	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@355nm	T>90%@532+1064nm
041-3515	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@355nm	T>90%@532+1064nm
041-5100	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@532nm	T>95%@1064nm
041-5105	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@532nm	T>95%@1064nm
041-5140	UVFS	? 12.7 mm	3mm	0°	R >99.5%@532+1064nm	T>85%@355 nm
041-5145	UVFS	? 12.7 mm	3 mm	45°	R >99.5%@532+1064nm	T>85%@355 nm
041-6500	UVFS	? 12.7 mm	3 mm	0°	R > 99.5%@1064nm	T>93%@532nm
041-6505	UVFS	? 12.7 mm	3 mm	45°	R > 99.5%@1064nm	T>93%@532nm
042-2310	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
042-2315	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@266 nm	T>90%@355+532+1064 nm
042-2500	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@266 nm	T>95%@532nm
042-2505	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@266 nm	T>95%@532nm
042-3100	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@355nm	T>95%@1064nm
042-3105	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@355nm	T>95%@1064nm
042-3500	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@355nm	T>95%@532nm
042-3505	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@355nm	T>95%@532nm
042-3510	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@355nm	T>90%@532+1064nm
042-3515	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@355nm	T>90%@532+1064nm
042-5100	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@532nm	T>95%@1064nm
042-5105	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@532nm	T>95%@1064nm
042-5140	UVFS	? 25.4 mm	6 mm	0°	R >99.5%@532+1064nm	T>85%@355 nm
042-5145	UVFS	? 25.4 mm	6 mm	45°	R >99.5%@532+1064nm	T>85%@355 nm
042-6500	UVFS	? 25.4 mm	6 mm	0°	R > 99.5%@1064nm	T>93%@532nm
042-6505	UVFS	? 25.4 mm	6 mm	45°	R > 99.5%@1064nm	T>93%@532nm

规格

衬底

材料	UV grade fused silica or BK7 glass
厂1表面平整度	λ/10 at 633 nm
厂1表面质量	20-10 scratch & dig (MIL-PRF-13830B)
厂2表面平整度	λ/10 at 633 nm
厂2表面质量	20-10 scratch & dig (MIL-PRF-13830B)
直径公差	+0.00 mm-0.12 mm
厚度公差	±0.25
平行度	<30 arcsec
倒角	0.3 mm at 45° typical

涂层

技术	电子束多层介质
附着力和耐久性	符合惭滨尝-颁-675础。不溶于实验室溶剂
通光孔径	超过中心直径的85%
损伤阈值	>5 J/cm2，8 nsec脉冲，BK7基板的典型波长为1064 nm >8 J/cm2，8 nsec脉冲，1064 nm（UVFS基板典型值）
涂层表面平整度	633苍尘处的λ/10超过通光孔径的85%
入射角	0 or 45 degrees
背面抗反射涂层	AOI 45°, R<0.5%,AOI 0°, R<0.2%.

狈诲：驰础骋激光线镜

有两种衬底材料可用。激光线镜设计为45°或0°入射角。

产物

BK7; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
031-0350	351-361 nm	YAG 3H	BK7	? 12.7 mm	3 mm	45°	99.5%
031-0350-i0	351-361 nm	YAG 3H	BK7	? 12.7 mm	3 mm	0°	99.7%
031-0530	527-532 nm	YAG 2H	BK7	? 12.7 mm	3 mm	45°	99.5%
031-0530-i0	527-532 nm	YAG 2H	BK7	? 12.7 mm	3 mm	0°	99.7%
031-1060	1047-1064 nm	YAG	BK7	? 12.7 mm	3 mm	45°	99.5%
031-1060-i0	1047-1064 nm	YAG	BK7	? 12.7 mm	3 mm	0°	99.7%

BK7; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
031-0350T6	351-361 nm	YAG 3H	BK7	? 12.7 mm	6 mm	45°	99.5%
031-0350T6-i0	351-361 nm	YAG 3H	BK7	? 12.7 mm	6 mm	0°	99.7%
031-0530T6	527-532 nm	YAG 2H	BK7	? 12.7 mm	6 mm	45°	99.5%
031-0530T6-i0	527-532 nm	YAG 2H	BK7	? 12.7 mm	6 mm	0°	99.7%
031-1060T6	1047-1064 nm	YAG	BK7	? 12.7 mm	6 mm	45°	99.5%
031-1060T6-i0	1047-1064 nm	YAG	BK7	? 12.7 mm	6 mm	0°	99.7%

BK7; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
032-0350	351-361 nm	YAG 3H	BK7	? 25.4 mm	6 mm	45°	99.5%
032-0350-i0	351-361 nm	YAG 3H	BK7	? 25.4 mm	6 mm	0°	99.7%
032-0530	527-532 nm	YAG 2H	BK7	? 25.4 mm	6 mm	45°	99.5%
032-0530-i0	527-532 nm	YAG 2H	BK7	? 25.4 mm	6 mm	0°	99.7%
032-1060	1047-1064 nm	YAG	BK7	? 25.4 mm	6 mm	45°	99.5%
032-1060-i0	1047-1064 nm	YAG	BK7	? 25.4 mm	6 mm	0°	99.7%

BK7; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
035-0350	351-361 nm	YAG 3H	BK7	? 50.8 mm	8 mm	45°	99.5%
035-0350-i0	351-361 nm	YAG 3H	BK7	? 50.8 mm	8 mm	0°	99.7%
035-0530	527-532 nm	YAG 2H	BK7	? 50.8 mm	8 mm	45°	99.5%
035-0530-i0	527-532 nm	YAG 2H	BK7	? 50.8 mm	8 mm	0°	99.7%
035-1060	1047-1064 nm	YAG	BK7	? 50.8 mm	8 mm	45°	99.5%
035-1060-i0	1047-1064 nm	YAG	BK7	? 50.8 mm	8 mm	0°	99.7%

BK7; ? 76.2x12.7 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
037-0530	527-532 nm	YAG 2H	BK7	? 76.2 mm	12.7 mm	45°	99.5%
037-0530-i0	527-532 nm	YAG 2H	BK7	? 76.2 mm	12.7 mm	0°	99.7%
037-1060	1047-1064 nm	YAG	BK7	? 76.2 mm	12.7 mm	45°	99.5%
037-1060-i0	1047-1064 nm	YAG	BK7	? 76.2 mm	12.7 mm	0°	99.7%

UVFS; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
041-0260	262-266 nm	YAG 4H	UVFS	? 12.7 mm	3 mm	45°	99.0%
041-0260-i0	262-266 nm	YAG 4H	UVFS	? 12.7 mm	3 mm	0°	99.0%
041-0350	351-361 nm	YAG 3H	UVFS	? 12.7 mm	3 mm	45°	99.5%
041-0350-i0	351-361 nm	YAG 3H	UVFS	? 12.7 mm	3 mm	0°	99.7%
041-0530	527-532 nm	YAG 2H	UVFS	? 12.7 mm	3 mm	45°	99.5%
041-0530-i0	527-532 nm	YAG 2H	UVFS	? 12.7 mm	3 mm	0°	99.7%
041-1060	1047-1064 nm	YAG	UVFS	? 12.7 mm	3 mm	45°	99.5%
041-1060-i0	1047-1064 nm	YAG	UVFS	? 12.7 mm	3 mm	0°	99.7%

UVFS; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
041-0260T6	262-266 nm	YAG 4H	UVFS	? 12.7 mm	6 mm	45°	99.0%
041-0260T6-i0	262-266 nm	YAG 4H	UVFS	? 12.7 mm	6 mm	0°	99.0%
041-0350T6	351-361 nm	YAG 3H	UVFS	? 12.7 mm	6 mm	45°	99.5%
041-0350T6HHR	351-361 nm	YAG 3H	UVFS	? 12.7 mm	6 mm	45°	99.9%
041-0350T6-i0	351-361 nm	YAG 3H	UVFS	? 12.7 mm	6 mm	0°	99.7%
041-0530T6	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	45°	99.5%
041-0530T6HHR	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	45°	99.9%
041-0530T6-i0	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	0°	99.7%
041-0530T6HHR-i0	527-532 nm	YAG 2H	UVFS	? 12.7 mm	6 mm	0°	99.9%
041-1060T6	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	45°	99.5%
041-1060T6HHR	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	45°	99.9%
041-1060T6-i0	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	0°	99.7%
041-1060T6HHR-i0	1047-1064 nm	YAG	UVFS	? 12.7 mm	6 mm	0°	99.9%

UVFS; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
042-0260	262-266 nm	YAG 4H	UVFS	? 25.4 mm	6 mm	45°	99.0%
042-0260-i0	262-266 nm	YAG 4H	UVFS	? 25.4 mm	6 mm	0°	99.0%
042-0350	351-361 nm	YAG 3H	UVFS	? 25.4 mm	6 mm	45°	99.5%
042-0350-i0	351-361 nm	YAG 3H	UVFS	? 25.4 mm	6 mm	0°	99.7%
042-0350HHR	351-361 nm	YAG 3H	UVFS	? 25.4 mm	6 mm	45°	99.9%
042-0530	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	45°	99.5%
042-0530-i0	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	0°	99.7%
042-0530HHR	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	45°	99.9%
042-0530HHR-i0	527-532 nm	YAG 2H	UVFS	? 25.4 mm	6 mm	0°	99.9%
042-1060	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	45°	99.5%
042-1060-i0	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	0°	99.7%
042-1060HHR	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	45°	99.9%
042-1060HHR-i0	1047-1064 nm	YAG	UVFS	? 25.4 mm	6 mm	0°	99.9%

UVFS; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
045-0260	262-266 nm	YAG 4H	UVFS	? 50.8 mm	8 mm	45°	99.0%
045-0260-i0	262-266 nm	YAG 4H	UVFS	? 50.8 mm	8 mm	0°	99.0%
045-0350	351-361 nm	YAG 3H	UVFS	? 50.8 mm	8 mm	45°	99.5%
045-0350-i0	351-361 nm	YAG 3H	UVFS	? 50.8 mm	8 mm	0°	99.7%
045-0350T12HHR	351-361 nm	YAG 3H	UVFS	? 50.8 mm	12 mm	45°	99.9%
045-0350T12HHR-0	351-361 nm	YAG 3H	UVFS	? 50.8 mm	12 mm	0°	99.9%
045-0530	527-532 nm	YAG 2H	UVFS	? 50.8 mm	8 mm	45°	99.5%
045-0530-i0	527-532 nm	YAG 2H	UVFS	? 50.8 mm	8 mm	0°	99.7%
045-0530T12HHR	527-532 nm	YAG 2H	UVFS	? 50.8 mm	12 mm	45°	99.9%
045-0530T12HHR-i0	527-532 nm	YAG 2H	UVFS	? 50.8 mm	12 mm	0°	99.9%
045-1060	1047-1064 nm	YAG	UVFS	? 50.8 mm	8 mm	45°	99.5%
045-1060-i0	1047-1064 nm	YAG	UVFS	? 50.8 mm	8 mm	0°	99.7%
045-1060T12HHR	1047-1064 nm	YAG	UVFS	? 50.8 mm	12 mm	45°	99.9%
045-1060T12HHR-i0	1047-1064 nm	YAG	UVFS	? 50.8 mm	12 mm	0°	99.9%

UVFS; ? 76.2x12.7mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
047-0350	351-361 nm	YAG 3H	UVFS	? 76.2 mm	12.7 mm	45°	99.5%
047-0350-i0	351-361 nm	YAG 3H	UVFS	? 76.2 mm	12.7 mm	0°	99.7%
047-0530	527-532 nm	YAG 2H	UVFS	? 76.2 mm	12.7 mm	45°	99.5%
047-0530-i0	527-532 nm	YAG 2H	UVFS	? 76.2 mm	12.7 mm	0°	99.7%
047-1060	1047-1064 nm	YAG	UVFS	? 76.2 mm	12.7 mm	45°	99.5%
047-1060-i0	1047-1064 nm	YAG	UVFS	? 76.2 mm	12.7 mm	0°	99.7%

规格

衬底

材料	UV grade Fused silica or BK7 glass
厂1表面平整度	λ/10 at 633 nm
厂1表面质量	20-10 scratch & dig (MIL-PRF-13830B)
厂2表面质量	Commercial polish
直径公差	+0.00 mm-0.12 mm
厚度公差	±0.25
楔子	<3 min
倒角	0.3 mm at 45° typical

涂层

技术	电子束多层介质或离子束溅射
附着力和耐久性	符合惭滨尝-颁-675础。不溶于实验室溶剂
通光孔径	超过中心直径的85%
损伤阈值	BK7激光线反射镜5 J/cm2，8 nsec脉冲，1064 nm典型值 UVFS激光线反射镜8 J/cm2，8 nsec脉冲，1064 nm典型值
涂层表面平整度	λ/10在633 nm处超过通光孔径的85%
入射角	0 or 45 degrees

狈诲：驰础骋激光双波段反射镜

双激光线反射镜由高质量的叠碍7或鲍痴贵制成。反射镜设计为45°或0°入射角。

产物

BK7; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
051-5306	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	3 mm	45°	99.5%
051-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	3 mm	0°	99.7%
051-6306	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	3 mm	45°	99.5%
051-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	3 mm	0°	99.7%

BK7; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
051-5306T6	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	6 mm	45°	99.5%
051-5306T6-i0	532+1064 nm	YAG 1H+2H	BK7	?12.7 mm	6 mm	0°	99.7%
051-6306T6	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	6 mm	45°	99.5%
051-6306T6-i0	633+1064 nm	YAG 1H+HeNe	BK7	?12.7 mm	6 mm	0°	99.7%

BK7; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
052-5306	532+1064 nm	YAG 1H+2H	BK7	?25.4 mm	6 mm	45°	99.5%
052-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?25.4 mm	6 mm	0°	99.7%
052-6306	633+1064 nm	YAG 1H+HeNe	BK7	?25.4 mm	6 mm	45°	99.5%
052-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?25.4 mm	6 mm	0°	99.7%

BK7; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
055-5306	532+1064 nm	YAG 1H+2H	BK7	?50.8 mm	8 mm	45°	99.5%
055-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?50.8 mm	8 mm	0°	99.7%
055-6306	633+1064 nm	YAG 1H+HeNe	BK7	?50.8 mm	8 mm	45°	99.5%
055-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?50.8 mm	8 mm	0°	99.7%

BK7; ? 76.2x12.7 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
057-5306	532+1064 nm	YAG 1H+2H	BK7	?76.2 mm	12.7 mm	45°	99.5%
057-5306-i0	532+1064 nm	YAG 1H+2H	BK7	?76.2 mm	12.7 mm	0°	99.7%
057-6306	633+1064 nm	YAG 1H+HeNe	BK7	?76.2 mm	12.7 mm	45°	99.5%
057-6306-i0	633+1064 nm	YAG 1H+HeNe	BK7	?76.2 mm	12.7 mm	0°	99.7%

UVFS; ? 12.7x3 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
061-3553	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	3 mm	45°	99.5%
061-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	3 mm	0°	99.7%
061-5306	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	3 mm	45°	99.5%
061-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	3 mm	0°	99.7%
061-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	3 mm	45°	99.5%
061-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	3 mm	0°	99.7%

UVFS; ? 12.7x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
061-3553T6	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	6 mm	45°	99.5%
061-3553T6-i0	355+532 nm	YAG 3H+2H	UVFS	?12.7 mm	6 mm	0°	99.7%
061-5306T6	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	6 mm	45°	99.5%
061-5306T6-i0	532+1064 nm	YAG 1H+2H	UVFS	?12.7 mm	6 mm	0°	99.7%
061-6306T6	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	6 mm	45°	99.5%
061-6306T6-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?12.7 mm	6 mm	0°	99.7%

UVFS; ? 25.4x6 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, %(S+P)/2
062-3553	355+532 nm	YAG 3H+2H	UVFS	?25.4 mm	6 mm	45°	99.5%
062-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?25.4 mm	6 mm	0°	99.7%
062-5306	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	45°	99.5%
062-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	0°	99.7%
062-5306HHR	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	45°	99.9%
062-5306HHR-i0	532+1064 nm	YAG 1H+2H	UVFS	?25.4 mm	6 mm	0°	99.9%
062-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?25.4 mm	6 mm	45°	99.5%
062-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?25.4 mm	6 mm	0°	99.7%

UVFS; ? 50.8x8 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
065-3553	355+532 nm	YAG 3H+2H	UVFS	?50.8 mm	8 mm	45°	99.5%
065-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?50.8 mm	8 mm	0°	99.7%
065-5306	532+1064 nm	YAG 1H+2H	UVFS	?50.8 mm	8 mm	45°	99.5%
065-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?50.8 mm	8 mm	0°	99.7%
065-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?50.8 mm	8 mm	45°	99.5%
065-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?50.8 mm	8 mm	0°	99.7%

UVFS; ? 76.2x12.7 mm

CODE	WAVELENGTH	APPLICATION	MATERIAL	DIAMETER	THICKNESS	AOI	R, % (S+P)/2
067-3553	355+532 nm	YAG 3H+2H	UVFS	?76.2 mm	12.7 mm	45°	99.5%
067-3553-i0	355+532 nm	YAG 3H+2H	UVFS	?76.2 mm	12.7 mm	0°	99.7%
067-5306	532+1064 nm	YAG 1H+2H	UVFS	?76.2 mm	12.7 mm	45°	99.5%
067-5306-i0	532+1064 nm	YAG 1H+2H	UVFS	?76.2 mm	12.7 mm	0°	99.7%
067-6306	633+1064 nm	YAG 1H+HeNe	UVFS	?76.2 mm	12.7 mm	45°	99.5%
067-6306-i0	633+1064 nm	YAG 1H+HeNe	UVFS	?76.2 mm	12.7 mm	0°	99.7%

规格

衬底

材料	BK7 glass or UV grade Fused Silica
厂1表面平整度	λ/10 at 633 nm
厂1表面质量	20-10 scratch & dig (MIL-PRF-13830B)
厂2表面质量	Commercial polish
直径公差	+0.00 mm-0.12 mm
厚度公差	±0.25
楔子	<3 min
倒角	0.3 mm at 45° typical

涂层

技术	电子束多层介质或离子束溅射
附着力和耐久性	符合惭滨尝-颁-675础。不溶于实验室溶剂
通光孔径	超过中心直径的85%
损伤阈值	BK7双线反射镜-1 J/cm2，8纳秒脉冲，1064 nm典型值 UVFS双线反射镜-2 J/cm2，8纳秒脉冲，1064 nm典型值
涂层表面平整度	λ/10在633 nm处超过通光孔径的85%
入射角	0 or 45 degrees

狈诲：驰础骋激光输出耦合器

激光输出耦合器传输循环腔内功率的一部分，用于从激光器产生有用的输出。

产物

BK7

CODE	MATERIAL	DIMENSIONS	REFLECTION	TRANSMISSION	AOI
031-0015	BK7	?12.7 x 3 mm	PR 15±3%@1064 nm	85±3%	0°
031-0020	BK7	?12.7 x 3 mm	PR 20±3%@1064 nm	80±3%	0°
031-0025	BK7	?12.7 x 3 mm	PR 25±3%@1064 nm	75±3%	0°
031-0030	BK7	?12.7 x 3 mm	PR 30±3%@1064 nm	70±3%	0°
031-0040	BK7	?12.7 x 3 mm	PR 40±3%@1064 nm	60±3%	0°
031-0050	BK7	?12.7 x 3 mm	PR 50±3%@1064 nm	50±3%	0°
031-0060	BK7	?12.7 x 3 mm	PR 60±3%@1064 nm	40±3%	0°
031-0065	BK7	?12.7 x 3 mm	PR 65±3%@1064 nm	35±3%	0°
031-0070	BK7	?12.7 x 3 mm	PR 70±3%@1064 nm	30±3%	0°
031-0075	BK7	?12.7 x 3 mm	PR 75±3%@1064 nm	25±3%	0°
031-0080	BK7	?12.7 x 3 mm	PR 80±3%@1064 nm	20±3%	0°
031-0085	BK7	?12.7 x 3 mm	PR 85±3%@1064 nm	15±3%	0°
031-0090	BK7	?12.7 x 3 mm	PR 90±2%@1064 nm	10±2%	0°
031-0095	BK7	?12.7 x 3 mm	PR 95±2%@1064 nm	5±2%	0°
031-0097	BK7	?12.7 x 3 mm	PR 97±1%@1064 nm	3±1%	0°
031-0098	BK7	?12.7 x 3 mm	PR 98±1%@1064 nm	2±1%	0°
031-0099	BK7	?12.7 x 3 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°
032-0015	BK7	?25.4 x 6 mm	PR 15±3%@1064 nm	85±3%	0°
032-0020	BK7	?25.4 x 6 mm	PR 20±3%@1064 nm	80±3%	0°
032-0030	BK7	?25.4 x 6 mm	PR 30±3%@1064 nm	70±3%	0°
032-0040	BK7	?25.4 x 6 mm	PR 40±3%@1064 nm	60±3%	0°
032-0050	BK7	?25.4 x 6 mm	PR 50±3%@1064 nm	50±3%	0°
032-0060	BK7	?25.4 x 6 mm	PR 60±3%@1064 nm	40±3%	0°
032-0065	BK7	?25.4 x 6 mm	PR 65±3%@1064 nm	35±3%	0°
032-0070	BK7	?25.4 x 6 mm	PR 70±3%@1064 nm	30±3%	0°
032-0075	BK7	?25.4 x 6 mm	PR 75±3%@1064 nm	25±3%	0°
032-0080	BK7	?25.4 x 6 mm	PR 80±3%@1064 nm	20±3%	0°
032-0085	BK7	?25.4 x 6 mm	PR 85±3%@1064 nm	15±3%	0°
032-0090	BK7	?25.4 x 6 mm	PR 90±2%@1064 nm	10±2%	0°
032-0095	BK7	?25.4 x 6 mm	PR 95±2%@1064 nm	5±2%	0°
032-0097	BK7	?25.4 x 6 mm	PR 97±1%@1064 nm	3±1%	0°
032-0098	BK7	?25.4 x 6 mm	PR 98±1%@1064 nm	2±1%	0°
032-0099	BK7	?25.4 x 6 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°

UVFS

CODE	MATERIAL	DIMENSIONS	REFLECTION	TRANSMISSION	AOI
041-0015	UVFS	?12.7 x 3 mm	PR 15±3%@1064 nm	85±3%	0°
041-0020	UVFS	?12.7 x 3 mm	PR 20±3%@1064 nm	80±3%	0°
041-0025	UVFS	?12.7 x 3 mm	PR 25±3%@1064 nm	75±3%	0°
041-0030	UVFS	?12.7 x 3 mm	PR 30±3%@1064 nm	70±3%	0°
041-0040	UVFS	?12.7 x 3 mm	PR 40±3%@1064 nm	60±3%	0°
041-0050	UVFS	?12.7 x 3 mm	PR 50±3%@1064 nm	50±3%	0°
041-0060	UVFS	?12.7 x 3 mm	PR 60±3%@1064 nm	40±3%	0°
041-0065	UVFS	?12.7 x 3 mm	PR 65±3%@1064 nm	35±3%	0°
041-0070	UVFS	?12.7 x 3 mm	PR 70±3%@1064 nm	30±3%	0°
041-0075	UVFS	?12.7 x 3 mm	PR 75±3%@1064 nm	25±3%	0°
041-0080	UVFS	?12.7 x 3 mm	PR 80±3%@1064 nm	20±3%	0°
041-0085	UVFS	?12.7 x 3 mm	PR 85±3%@1064 nm	15±3%	0°
041-0090	UVFS	?12.7 x 3 mm	PR 90±2%@1064 nm	10±2%	0°
041-0095	UVFS	?12.7 x 3 mm	PR 95±2%@1064 nm	5±2%	0°
041-0097	UVFS	?12.7 x 3 mm	PR 97±1%@1064 nm	3±1%	0°
041-0098	UVFS	?12.7 x 3 mm	PR 98±1%@1064 nm	2±1%	0°
041-0099	UVFS	?12.7 x 3 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°
042-0015	UVFS	?25.4 x 6 mm	PR 15±3%@1064 nm	85±3%	0°
042-0020	UVFS	?25.4 x 6 mm	PR 20±3%@1064 nm	80±3%	0°
042-0025	UVFS	?25.4 x 6 mm	PR 25±3%@1064 nm	75±3%	0°
042-0030	UVFS	?25.4 x 6 mm	PR 30±3%@1064 nm	70±3%	0°
042-0040	UVFS	?25.4 x 6 mm	PR 40±3%@1064 nm	60±3%	0°
042-0050	UVFS	?25.4 x 6 mm	PR 50±3%@1064 nm	50±3%	0°
042-0060	UVFS	?25.4 x 6 mm	PR 60±3%@1064 nm	40±3%	0°
042-0065	UVFS	?25.4 x 6 mm	PR 65±3%@1064 nm	35±3%	0°
042-0070	UVFS	?25.4 x 6 mm	PR 70±3%@1064 nm	30±3%	0°
042-0075	UVFS	?25.4 x 6 mm	PR 75±3%@1064 nm	25±3%	0°
042-0080	UVFS	?25.4 x 6 mm	PR 80±3%@1064 nm	20±3%	0°
042-0085	UVFS	?25.4 x 6 mm	PR 85±3%@1064 nm	15±3%	0°
042-0090	UVFS	?25.4 x 6 mm	PR 90±2%@1064 nm	10±2%	0°
042-0095	UVFS	?25.4 x 6 mm	PR 95±2%@1064 nm	5±2%	0°
042-0097	UVFS	?25.4 x 6 mm	PR 97±1%@1064 nm	3±1%	0°
042-0098	UVFS	?25.4 x 6 mm	PR 98±1%@1064 nm	2±1%	0°
042-0099	UVFS	?25.4 x 6 mm	PR 99.0±0.5%@1064 nm	1.0±0.5%	0°

规格

衬底

材料	UV grade fused silica or BK7 glass
厂1表面平整度	λ/10 at 633 nm
厂1表面质量	20-10 scratch & dig (MIL-PRF-13830B)
厂2表面平整度	λ/10 typical at 633 nm
厂2表面质量	20-10 scratch & dig (MIL-PRF-13830B)
直径公差	+0.00 mm-0.12 mm
厚度公差	±0.25
平行度	30 arcsec
倒角	0.3 mm at 45° typical

涂层

技术	电子束多层介质
附着力和耐久性	符合惭滨尝-颁-675础。不溶于实验室溶剂
通光孔径	超过中心直径的85%
损伤阈值	>3 J/cm2，8 ns脉冲，1064 nm，典型用于BK7基板； >6 J/cm2，8 ns脉冲，UVFS基板的典型波长为1064 nm。
涂层表面平整度	633苍尘处的λ/10超过通光孔径的85%
入射角	0°-8°（正常）
背面抗反射涂层	R<0.2%

狈诲：驰础骋激光后视镜

用于脉冲和连续高功率基波狈诲：驰础骋激光器的具有硬介质涂层的激光后镜。

产物

BK7; ?25.4x6 mm

CODE	WAVELENGTH	SUBSTRATE TYPE	RADIUS	MATERIAL	DIMENSIONS
032-1060-i0	1047-1064 nm	Plano	∞	BK7	?25.4 x 6 mm
032-8005	1064 nm	Plano-concave	-50 mm	BK7	?25.4 x 6 mm
032-8010	1064 nm	Plano-concave	-100 mm	BK7	?25.4 x 6 mm
032-8015	1064 nm	Plano-concave	-150 mm	BK7	?25.4 x 6 mm
032-8020	1064 nm	Plano-concave	-200 mm	BK7	?25.4 x 6 mm
032-8025	1064 nm	Plano-concave	-250 mm	BK7	?25.4 x 6 mm
032-8050	1064 nm	Plano-concave	-500 mm	BK7	?25.4 x 6 mm
032-8100	1064 nm	Plano-concave	-1000 mm	BK7	?25.4 x 6 mm
032-8200	1064 nm	Plano-concave	-2000 mm	BK7	?25.4 x 6 mm
032-8250	1064 nm	Plano-concave	-2500 mm	BK7	?25.4 x 6 mm
032-8400	1064 nm	Plano-concave	-4000 mm	BK7	?25.4 x 6 mm
032-8500	1064 nm	Plano-concave	-5000 mm	BK7	?25.4 x 6 mm
032-9010	1064 nm	Plano-convex	+100 mm	BK7	?25.4 x 6 mm
032-9020	1064 nm	Plano-convex	+200 mm	BK7	?25.4 x 6 mm
032-9030	1065 nm	Plano-convex	+300 mm	BK7	?25.4 x 6 mm
032-9050	1064 nm	Plano-convex	+500 mm	BK7	?25.4 x 6 mm
032-9100	1064 nm	Plano-convex	+1000 mm	BK7	?25.4 x 6 mm
032-9200	1064 nm	Plano-convex	+2000 mm	BK7	?25.4 x 6 mm
032-9300	1064 nm	Plano-convex	+3000 mm	BK7	?25.4 x 6 mm
032-9400	1064 nm	Plano-convex	+4000 mm	BK7	?25.4 x 6 mm

UVFS; ?25.4x6 mm

CODE	WAVELENGTH	SUBSTRATE TYPE	RADIUS	MATERIAL	DIMENSIONS
042-1060-i0	1047-1064 nm	Plano	∞	UVFS	?25.4 x 6 mm
042-8005	1064 nm	Plano-concave	-50 mm	UVFS	?25.4 x 6 mm
042-8010	1064 nm	Plano-concave	-100 mm	UVFS	?25.4 x 6 mm
042-8015	1064 nm	Plano-concave	-150 mm	UVFS	?25.4 x 6 mm
042-8020	1064 nm	Plano-concave	-200 mm	UVFS	?25.4 x 6 mm
042-8025	1064 nm	Plano-concave	-250 mm	UVFS	?25.4 x 6 mm
042-8050	1064 nm	Plano-concave	-500 mm	UVFS	?25.4 x 6 mm
042-8100	1064 nm	Plano-concave	-1000 mm	UVFS	?25.4 x 6 mm
042-8200	1064 nm	Plano-concave	-2000 mm	UVFS	?25.4 x 6 mm
042-8250	1064 nm	Plano-concave	-2500 mm	UVFS	?25.4 x 6 mm
042-8400	1064 nm	Plano-concave	-4000 mm	UVFS	?25.4 x 6 mm
042-8500	1064 nm	Plano-concave	-5000 mm	UVFS	?25.4 x 6 mm
042-9010	1064 nm	Plano-convex	+100 mm	UVFS	?25.4 x 6 mm
042-9020	1064 nm	Plano-convex	+200 mm	UVFS	?25.4 x 6 mm
042-9030	1064 nm	Plano-convex	+300 mm	UVFS	?25.4 x 6 mm
042-9050	1064 nm	Plano-convex	+500 mm	UVFS	?25.4 x 6 mm
042-9100	1064 nm	Plano-convex	+1000 mm	UVFS	?25.4 x 6 mm
i042-9200	1064 nm	Plano-convex	+2000 mm	UVFS	?25.4 x 6 mm
042-9300	1064 nm	Plano-convex	+3000 mm	UVFS	?25.4 x 6 mm
042-9400	1064 nm	Plano-convex	+4000 mm	UVFS	?25.4 x 6 mm

规格

衬底

材料	UV grade fused silica or BK7 glass
厂1表面平整度	λ/10 at 633 nm
厂1表面质量	20-10 scratch & dig (MIL-PRF-13830B)
厂2表面质量	Commercial polish
直径	? 25.4x6mm
直径公差	+0.00 mm-0.12 mm
厚度公差	±0.25
倒角	0.3 mm at 45° typical

涂层

技术	电子束多层介质
附着力和耐久性	符合惭滨尝-颁-675础。不溶于实验室溶剂
通光孔径	超过中心直径的85%
损伤阈值	5 J/cm2，8 nsec脉冲，BK7基板的典型波长为1064nm 8 J/cm2，8 nsec脉冲，1064nm（UVFS基板典型值）
入射角	0°-8°（正常）
反射率	R>99.7%

狈诲：驰础骋激光分束器

分束器将平均偏振激光束分成彼此相隔90°的两个光束。

产物

BK7; ?12,7x3mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
031-7120A	BK7	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
031-7120P	BK7	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
031-7120S	BK7	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
031-7130A	BK7	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
031-7130P	BK7	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
031-7130S	BK7	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
031-7150A	BK7	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
031-7150P	BK7	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
031-7150S	BK7	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
031-7170A	BK7	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
031-7170P	BK7	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
031-7170S	BK7	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
031-7175A	BK7	?12.7 mm	3 mm	45°	PR 75±3%@1064nm	25±3%
031-7180A	BK7	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
031-7180P	BK7	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
031-7180S	BK7	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
031-7190A	BK7	?12.7 mm	3 mm	45°	PR 90±3%@1064nm	10±3%

BK7; ?12,7x3mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
031-7220A	BK7	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
031-7220P	BK7	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
031-7220S	BK7	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
031-7230A	BK7	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
031-7230P	BK7	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
031-7230S	BK7	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
031-7250A	BK7	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
031-7250P	BK7	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
031-7250S	BK7	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
031-7270A	BK7	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
031-7270P	BK7	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
031-7270S	BK7	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
031-7280A	BK7	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
031-7280P	BK7	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
031-7280S	BK7	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%

BK7; ?25,4x6mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
032-7120A	BK7	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
032-7120P	BK7	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
032-7120S	BK7	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
032-7130A	BK7	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
032-7130P	BK7	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
032-7130S	BK7	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
032-7150A	BK7	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
032-7150P	BK7	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
032-7150S	BK7	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
032-7170A	BK7	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
032-7170P	BK7	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
032-7170S	BK7	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
032-7175A	BK7	?25.4 mm	6 mm	45°	PR 75±3%@1064nm	25±3%
032-7180A	BK7	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
032-7180P	BK7	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
032-7180S	BK7	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
032-7190A	BK7	?25.4 mm	6 mm	45°	PR 90±3%@1064nm	10±3%

BK7; ?25,4x6mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
032-7220A	BK7	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
032-7220P	BK7	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
032-7220S	BK7	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
032-7230A	BK7	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
032-7230P	BK7	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
032-7230S	BK7	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
032-7250A	BK7	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
032-7250P	BK7	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
032-7250S	BK7	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
032-7270A	BK7	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
032-7270P	BK7	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
032-7270S	BK7	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
032-7280A	BK7	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
032-7280P	BK7	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
032-7280S	BK7	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%

UVFS; ?12,7x3mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7120A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
041-7120P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
041-7120S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@1064nm	80±3%
041-7130A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
041-7130P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
041-7130S	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@1064nm	70±3%
041-7150A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
041-7150P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
041-7150S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@1064nm	50±3%
041-7170A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
041-7170P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
041-7170S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@1064nm	30±3%
041-7175A	UVFS	?12.7 mm	3 mm	45°	PR 75±3%@1064nm	25±3%
041-7180A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
041-7180P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
041-7180S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@1064nm	20±3%
041-7190A	UVFS	?12.7 mm	3 mm	45°	PR 90±3%@1064nm	10±3%

UVFS; ?12,7x3mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7220A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
041-7220P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
041-7220S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@532nm	80±3%
041-7230A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
041-7230P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
041-7230S	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@532nm	70±3%
041-7250A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
041-7250P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
041-7250S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@532nm	50±3%
041-7270A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
041-7270P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
041-7270S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@532nm	30±3%
041-7280A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
041-7280P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%
041-7280S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@532nm	20±3%

UVFS; ?12,7x3mm, 355 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7320A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@355nm	80±3%
041-7320P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@355nm	80±3%
041-7320S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@355nm	80±3%
041-7330A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@355nm	70±3%
041-7330P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@355nm	70±3%
041-7330S	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@355nm	70±3%
041-7350A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@355nm	50±3%
041-7350P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@355nm	50±3%
041-7350S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@355nm	50±3%
041-7370A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@355nm	30±3%
041-7370P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@355nm	30±3%
041-7370S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@355nm	30±3%
041-7380A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@355nm	20±3%
041-7380P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@355nm	20±3%
041-7380S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@355nm	20±3%

UVFS; ?12,7x3mm, 266 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
041-7920A	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@266nm	80±3%
041-7920P	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@266nm	80±3%
041-7920S	UVFS	?12.7 mm	3 mm	45°	PR 20±3%@266nm	80±3%
041-7930A	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@266nm	70±3%
041-7930P	UVFS	?12.7 mm	3 mm	45°	PR 30±3%@266nm	70±3%
041-7950A	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@266nm	50±3%
041-7950P	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@266nm	50±3%
041-7950S	UVFS	?12.7 mm	3 mm	45°	PR 50±3%@266nm	50±3%
041-7970A	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@266nm	30±3%
041-7970P	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@266nm	30±3%
041-7970S	UVFS	?12.7 mm	3 mm	45°	PR 70±3%@266nm	30±3%
041-7980A	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@266nm	20±3%
041-7980P	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@266nm	20±3%
041-7980S	UVFS	?12.7 mm	3 mm	45°	PR 80±3%@266nm	20±3%

UVFS; ?25,4x6mm, 1064 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7120A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
042-7120P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
042-7120S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@1064nm	80±3%
042-7130A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
042-7130P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
042-7130S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@1064nm	70±3%
042-7150A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
042-7150P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
042-7150S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@1064nm	50±3%
042-7170A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
042-7170P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
042-7170S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@1064nm	30±3%
042-7175A	UVFS	?25.4 mm	6 mm	45°	PR 75±3%@1064nm	25±3%
042-7180A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
042-7180P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
042-7180S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@1064nm	20±3%
042-7190A	UVFS	?25.4 mm	6 mm	45°	PR 90±3%@1064nm	10±3%

UVFS; ?25,4x6mm, 532 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7220A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
042-7220P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
042-7220S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@532nm	80±3%
042-7230A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
042-7230P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
042-7230S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@532nm	70±3%
042-7250A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
042-7250P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
042-7250S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@532nm	50±3%
042-7270A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
042-7270P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
042-7270S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@532nm	30±3%
042-7280A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
042-7280P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%
042-7280S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@532nm	20±3%

UVFS; ?25,4x6mm, 355 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7320A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@355nm	80±3%
042-7320P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@355nm	80±3%
042-7320S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@355nm	80±3%
042-7330A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@355nm	70±3%
042-7330P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@355nm	70±3%
042-7330S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@355nm	70±3%
042-7350A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@355nm	50±3%
042-7350P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@355nm	50±3%
042-7350S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@355nm	50±3%
042-7370A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@355nm	30±3%
042-7370P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@355nm	30±3%
042-7370S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@355nm	30±3%
042-7380A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@355nm	20±3%
042-7380P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@355nm	20±3%
042-7380S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@355nm	20±3%

UVFS; ?25,4x6mm, 266 nm

A-Designed for average polarization: R=(Rs+Rp)/2 and T=(Ts+Tp)/2; S- for S-polarization; P-for P - polarization

CODE	MATERIAL	DIAMETER	THICKNESS	AOI	REFLECTION	TRANSMISSION
042-7920A	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@266nm	80±3%
042-7920P	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@266nm	80±3%
042-7920S	UVFS	?25.4 mm	6 mm	45°	PR 20±3%@266nm	80±3%
042-7930A	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@266nm	70±3%
042-7930P	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@266nm	70±3%
042-7930S	UVFS	?25.4 mm	6 mm	45°	PR 30±3%@266nm	70±3%
042-7950A	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@266nm	50±3%
042-7950P	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@266nm	50±3%
042-7950S	UVFS	?25.4 mm	6 mm	45°	PR 50±3%@266nm	50±3%
042-7970A	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@266nm	30±3%
042-7970P	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@266nm	30±3%
042-7970S	UVFS	?25.4 mm	6 mm	45°	PR 70±3%@266nm	30±3%
042-7980A	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@266nm	20±3%
042-7980P	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@266nm	20±3%
042-7980S	UVFS	?25.4 mm	6 mm	45°	PR 80±3%@266nm	20±3%

规格

衬底

材料	UV grade fused silica or BK7 glass
厂1表面平整度	λ/10 at 633 nm
厂1表面质量	20-10 scratch & dig (MIL-PRF-13830B)
厂2表面平整度	λ/10 at 633 nm
厂2表面质量	20-10 scratch & dig (MIL-PRF-13830B)
直径公差	+0.00 mm-0.12 mm
厚度公差	±0.25 mm
平行度	30arcsec
倒角	0.3 mm at 45° typical

涂层

技术	Electron beam multilayer dielectric
附着力和耐久性	Per MIL-C-675A. Insoluble in lab solvents
通光孔径	Exceeds central 85% of diameter
损伤阈值	>2J/cm2, 8 nsec pulse, 1064nm typical for BK7 substrates>5J/cm2, 8 nsec pulse, 1064nm typical for UVFS substrates
入射角	45±3 degrees
背面抗反射涂层	R<0.5%

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