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WW12012-A 2 in Dia. AR Coated; N-BK7 Wedged Window; t=12 mm 350-700nm

WW12012-A 2 in Dia. AR Coated; N-BK7 Wedged Window; t=12 mm 350-700nm

Type
Window
Subtype
Wedge Window
Brand
Thorlabs
Product webpage
Thorlabs products in the 3DOptix catalog

Properties

Shape
Circular
Diameter
50.8 mm

Material

Name
N-BK7
Dispersion Equation
Sellmeier
n (λ)
1.5150823520020043
λ
633 nm
B1
1.03961212
C1
0.00600069867 μm2
B2
0.231792344
C2
0.0200179144 μm2
B3
1.01046945
C3
103.560653 μm2

WW12012-A 2 in Dia. AR Coated; N-BK7 Wedged Window; t=12 mm 350-700nm

The WW12012-A is a high-quality wedge window offered by Thorlabs, designed with a 2-inch diameter and a thickness of 12 millimeters. This optical component is fabricated from N-BK7 glass, a popular material known for its excellent optical properties and versatility. The N-BK7 Schott designation indicates that the glass complies with the specifications established by the Schott glass company.

The wedge angle of this window is 0.008726646259971648 radians, which contributes to minimal optical aberrations and ensures optimal performance in various applications. The window is coated with an anti-reflective (AR) coating on both the front and back surfaces, identified as THo A Bbar. This coating enhances transmission and reduces unwanted reflections, making it suitable for use in systems where high transmission and low loss are critical.

The WW12012-A is designed to operate within a wavelength range of 350 to 700 nanometers, encompassing a broad spectrum of applications in fields such as biomedical imaging, spectroscopy, and beam manipulation. The component's wedge shape allows for precise beam control and alignment, making it an excellent choice for researchers and engineers seeking a reliable and adaptable optical element.

According to the vendor's website, the WW12012-A is currently in stock, ensuring quick delivery and minimal lead times for your optical system projects. By providing detailed information on the WW12012-A, 3DOptix aims to facilitate your search for high-quality optical components and enable informed decision-making in the selection process.

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