The high-precision Wedge Windows can avoid the etalon effect caused by the light reflected on the front and rear surfaces of the high-parallel Windows, and at the same time, it can also avoid interference with reflected beam, which causes power frustration and modes jumping.
Wedge Windows
K9 Wedge Windows
K9 Wedge Windows
φ (mm) | T (mm) | No Coating | AR@350~700nm | AR@600~1100nm | AR@900~1700nm |
Part No | Part No | Part No | Part No | ||
12.5 | 3 | WIN0125-030 | WIN0125-030-VIS | WIN0125-030-NIR | WIN0125-030-SWIR |
12.7 | 3 | WIN0127-030 | WIN0127-030-VIS | WIN0127-030-NIR | WIN0127-030-SWIR |
25 | 6 | WIN0250-060 | WIN0250-060-VIS | WIN0250-060-NIR | WIN0250-060-SWIR |
25.4 | 6 | WIN0254-060 | WIN0254-060-VIS | WIN0254-060-NIR | WIN0254-060-SWIR |
38.1 | 10 | WIN0381-100 | WIN0381-100-VIS | WIN0381-100-NIR | WIN0381-100-SWIR |
50 | 10 | WIN0500-100 | WIN0500-100-VIS | WIN0500-100-NIR | WIN0500-100-SWIR |
50.8 | 10 | WIN0508-100 | WIN0508-100-VIS | WIN0508-100-NIR | WIN0508-100-SWIR |
Fused Silica Wedge Windows
Fused Silica Wedge Windows
φ (mm) | T (mm) | No Coating | AR@250~425nm | AR@350~700nm | AR@600~1100nm | AR@900~1700nm |
Part No | Part No | Part No | Part No | Part No | ||
12.5 | 3 | WIN0125-030 | WIN0125-030-FS-UV | WIN0125-030-FS-VIS | WIN0125-030-FS-NIR | WIN0125-030-FS-SWIR |
12.7 | 3 | WIN0127-030 | WIN0127-030-FS-UV | WIN0127-030-FS-VIS | WIN0127-030-FS-NIR | WIN0127-030-FS-SWIR |
25 | 6 | WIN0250-060 | WIN0250-060-FS-UV | WIN0250-060-FS-VIS | WIN0250-060-FS-NIR | WIN0250-060-FS-SWIR |
25.4 | 6 | WIN0254-060 | WIN0254-060-FS-UV | WIN0254-060-FS-VIS | WIN0254-060-FS-NIR | WIN0254-060-FS-SWIR |
38.1 | 10 | WIN0381-100 | WIN0381-100-FS-UV | WIN0381-100-FS-VIS | WIN0381-100-FS-NIR | WIN0381-100-FS-SWIR |
50 | 10 | WIN0500-100 | WIN0500-100-FS-UV | WIN0500-100-FS-VIS | WIN0500-100-FS-NIR | WIN0500-100-FS-SWIR |
50.8 | 10 | WIN0508-100 | WIN0508-100-FS-UV | WIN0508-100-FS-VIS | WIN0508-100-FS-NIR | WIN0508-100-FS-SWIR |
Specifications
K9 Wedge Windows | Fused Silica Wedge Windows |
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