Transmission Gratings for UV

Specifications

Substrate Material: Fused Silica
Dimension (Length): 137 mm
Dimension (Height): 56 mm
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Features


  • Customized Fused Silica Gratings: Tailored to meet your specific application needs, ensuring optimal performance and precision.

  • High Diffraction Efficiency: Achieves a diffraction efficiency of ≥82.0%, including AR coating, for superior performance in UV applications.

  • Wide Range of Grating Sizes: Available in dimensions from 12 x 10 mm to 132 x 67 mm, customizable to fit your requirements.

  • Advanced Substrate Material: Made from Heraeus Suprasil 3002 fused silica with reduced OH content of < 1 ppm for enhanced durability and clarity.

  • Optimal Angular Dispersion: Provides an angular dispersion of -0.188°/nm at the center wavelength for precise light manipulation.

  • Versatile Polarization: Supports TE+TM (unpolarized) polarization modes, ensuring flexibility in various applications.

  • Precision Grating Period: Features a grating period of 333 nm and a line density of 3003.0 l/mm for high-resolution diffraction.

  • Reliable Performance: Designed for a center wavelength of 266 nm with an angle of incidence of 23.5°.

Applications


  • UV Spectroscopy: Ideal for applications requiring precise wavelength separation and analysis in the ultraviolet spectrum.

  • Laser Tuning: Used in laser systems to finely tune the output wavelength, enhancing performance and accuracy.

  • Optical Communication: Enhances data transmission by efficiently managing light signals in fiber optic networks.

  • Scientific Research: Essential for experiments that demand high diffraction efficiency and accuracy in UV light manipulation.

  • Material Analysis: Facilitates the study of material properties by dispersing light into its component wavelengths.

  • Environmental Monitoring: Utilized in devices that monitor UV radiation levels, contributing to environmental and health safety.

  • Biomedical Applications: Supports advanced imaging and diagnostic techniques by providing precise light control.

  • Quality Control: Used in manufacturing processes to ensure product quality through precise optical measurements.