- Optical, Photographic, Cinematographic, Measuring, Checking, Precision, Medical Or Surgical Instruments And Apparatus; Parts And Accessories Thereof
- Optical Fibres And Optical Fibre Bundles; Optical Fibre Cables Other Than Those Of Heading 85.44; Sheets And Plates Of Polarising Material; Lenses (including Contact Lenses), Prisms, Mirrors And Other Optical Elements, Of Any Material, Unmounted, Other Than Such Elements Of Glass Not Optically Worked.
- Lenses, Prisms, Mirrors And Other Optical Elements, Of Any Material, Unmounted (excl. Such Elements Of Glass Not Optically Worked, Contact Lenses And Spectacle Lenses)
Visible Plate Beam splitters SPQ-V550
Product Images
Product Property
Product Status : | New |
Sample Available : | yes |
Shipment Terms : | fob |
Payment Mode : |
T/T |
Description
High performance plate beamsplitters are available in 30R/70T, 50R/50T or 70R/30T rations for both the visible(400-700nm) wavelengths. All offer the optimum combination of polished, high quality optical-grade glass with minimum substrate thickness. the broadband dielectric coating options offer a choice of spectral ranges to beter meet your application needs. Our low-absorption beamsplitters coatings allow maximum throughput to minimize ghost images and have much less energy loss than metallic coatings. Back surfaces ae multi-layer antireflection coated, which reduces back reflections to less than 1.0% for each wavelength range.
note that these beamsplitters ar designed for a 45 degree angle of incidence (AOI)and random
polarization. typical applications include use in dual magnification imaging systems and in combinin low
power laser beams. curves represent typical results with average polarization values.
Substrate material: BK7, K9
Dimensional Tolerance: +/-0.10mm
Thickness: 3.0+/-0.1mm
Surface Accuracy:1入 per inch, both surfaces
Surface quality: 60-40
Clear aperture: 85%
Parallelism :< 3 arc minutes
Coating:45deg+/-5deg AOI, both surfaces
Visible(VIS) wavelength:
Front surface: 50%R/50%T, 30%R/70%T, 70R/30T @400-700nm
Back surface: R<0.8% AR@400-700nm