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53-*-418E 44.41 g/mm Echelle Grating with 70° Nominal Blaze Angle

Type
Grating
Subtype
Echelle Grating
Brand
MKS/Newport
Product webpage
MKS/Newport products in the 3DOptix catalog

Properties

Shape
Rectangular
Grooves/mm
44.41 l/mm

Material

Name
Soda Lime
Dispersion Equation
Cauchy
n (λ)
1.5233636829070192
λ
588 nm
A
1.513
B
-0.003169 μm-2
C
0.003962 μm2
D
0 μm4
E
0 μm6
F
0 μm8
G
0 μm10
H
0 μm12

53-*-418E 44.41 g/mm Echelle Grating with 70° Nominal Blaze Angle

The 53-*-418E Echelle Grating is a high-quality optical component designed for applications requiring exceptional efficiency and dispersion characteristics. Manufactured by MKS/Newport, this grating boasts a nominal blaze angle of 70°, ensuring superior performance in the desired wavelength range.

This grating features a rectangular base shape with dimensions of 25 mm in width and 50 mm in height, providing ample surface area for efficient light interaction. The grating thickness is 6 mm, offering robustness and durability in various operational environments. The grating side is the front, ensuring optimal light incidence and efficient diffraction.

The 53-*-418E Echelle Grating has 44.41 grooves per millimeter, which contributes to its high dispersion capabilities. The order is 154, indicating the number of times the incident light is diffracted by the grating. The orientation vector is (1, 0, 0), defining the grating's spatial orientation.

The grating is made of soda lime ru clear, a material known for its excellent optical properties and resistance to environmental factors. The wavelength of this grating is 588 nm, making it suitable for various applications in spectroscopy, interferometry, and other optical measurement techniques.

For more information about the efficiency of this grating, users are encouraged to visit the vendor's website at https://www.gratinglab.com/Products/Product_Tables/Efficiency/Efficiency.aspx?catalog=53-*-418E. The link provides a detailed efficiency curve, allowing users to assess the grating's performance in their specific application.

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