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II-VI LightSmyth™ 800nm, 1398.6 Grooves/mm, 12.7 x 12.7mm Transmission Diffraction Grating

II-VI LightSmyth™ Transmission Diffraction Gratings
II-VI LightSmyth™ Transmission Diffraction Gratings

II-VI LightSmyth™ Transmission Diffraction Gratings

II-VI LightSmyth™ Transmission Diffraction Gratings

Stock #16-859 New
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£297.50
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£297.50
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Groove Density (grooves/mm):
1398.6
Groove Density Uniformity (grooves/mm):
0.001
Design Wavelength DWL (nm):
800 ±20
Minimum Efficiency (%):
≥94 @ 800nm
Dimensions (mm):
12.70 x 12.70
Angle of Incidence (°):
34 ±1
Clear Aperture CA (mm):
11.70 x 11.70
Coating:
Dielectric
Construction:
Multi-Layer Dielectric Binary Etch Grating
Length (mm):
12.70
Model Number:
1304165
Substrate: Many glass manufacturers offer the same material characteristics under different trade names. Learn More
Surface Quality:
60-40
Thickness (mm):
0.95 ±0.050
Type:
Transmission Diffraction Grating
Width (mm):
12.70
Alignment of Grooves to Edge (°):
0.1 (typical)
Polarization:
S and P
Note:
S-Polarization defined with E-field parallel to the grating grooves

Regulatory Compliance

RoHS:

Product Family Description

  • High Diffraction Efficiency (>94% Absolute) and Low Scatter
  • Polarization Independent and Single Polarization Optimized Gratings
  • Robust Inorganic Materials for Superior Power Handling and Reliability
  • Designs for NIR Wavelengths between 800 - 1800nm

II-VI LightSmyth™ Transmission Diffraction Gratings are manufactured through a precision lithographic wafer-scale fabrication process and provide excellent optical performance, low polarization sensitivity, and low scatter. These gratings have a high diffraction efficiency of ≥94%, minimizing optical losses when used in multi-pass configurations. Gratings designed for near infrared (NIR) wavelengths between 800 - 1800nm are available with all featuring a precision line density uniformity of 0.001 lines/mm. II-VI LightSmyth™ Transmission Diffraction Gratings are used in demanding applications including Spectral Beam Combining (SBC), LiDAR, optical telecommunications, pulse compression of pico- and femtosecond pulses, and spectroscopy. These gratings contain no organic materials and can be used with high power lasers and in environments up to 500 °C with no effects on performance. Please contact us for custom sizes or OEM requirements.

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