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Richardson Gratings™ 600 Grooves, 12.7 x 12.7mm, Plane Ruled Gold Reflection Grating

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Richardson Gratings™ High Precision Plane Reflective Gold Diffraction Gratings

Richardson Gratings™ High Precision Plane Reflective Gold Diffraction Gratings

Richardson Gratings™ High Precision Plane Reflective Gold Diffraction Gratings Richardson Gratings™ High Precision Plane Reflective Gold Diffraction Gratings
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Specifications

General

Type:
Reflective Diffraction Grating
Master Reference:
260R

Physical & Mechanical Properties

Dimensions (mm):
12.7 x 12.7 ±0.1
Clear Aperture (%):
>90
Construction:
Ruled Grating
Length (mm):
12.70
Thickness (mm):
6.00 ±0.5
Width (mm):
12.70
Centering of Ruled Area on Substrate (mm):
±1
Alignment of Grooves to Edge (°):
±0.15
Groove Spacing Tolerance (%):
<0.05

Optical Properties

Groove Density (grooves/mm):
600
Wavelength Range (nm):
350 - 800
Blaze Wavelength (nm):
500
Blaze Angle (°):
8.6
Coating:
Gold
Substrate: Many glass manufacturers offer the same material characteristics under different trade names. Learn More
Float Glass
Reflected Wavefront, RMS:
λ/4
Polarization:
S, P and Average
Spectral Order (m):
1

Regulatory Compliance

RoHS:
Certificate of Conformance:

Product Details

  • Optimized for use from 350-800nm (500nm) or 700-1600nm (1000nm)
  • Available in standard sizes 12.7 x 12.7, 25 x 25 and 30 x 30mm
  • Groove Spacing Tolerance <0.05%
  • Custom Sizes Available

Richardson Gratings™ High Precision Plane Reflective Gold Diffraction Gratings are gold coated versions of the Richardson Gratings™ High Precision Plane Ruled Reflective Diffraction Gratings. They are available with blaze wavelengths 500nm or 1000nm and optimized for use at 350-800nm or 700-1600nm respectively. These ruled gratings are characterized by a superior efficiency at their design wavelength compared with holographic gratings. Richardson Gratings™ High Precision Plane Reflective Gold Diffraction Gratings are an excellent choice for spectroscopy setups using silicon detectors or fiber-optic telecommunication applications for which higher reflectivity in NIR/IR spectral regions is required. Custom sizes are available on request.

Note: The surface of these gratings is very sensitive and should never be touched when handling the optic. If cleaning is required, i.e. to remove dust particles, non-contact cleaning using clean compressed air is recommended.

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Diffraction gratings separate polychromatic light into component wavelengths.

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I would like to select a narrow band of light with a grating, lens and pinhole setup. Since the grating’s resolving power is decided by the number of grooves illuminated by light, can it resolve anymore?

What is the difference between holographic and ruled diffraction gratings?

Absolute Efficiency

Blaze Angle

Blaze Wavelength

Diffraction

Diffraction Grating

Grating Equation

Groove Density

Holographic Grating

Nth Order

Relative Efficiency

Ruled Grating

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