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WZN2005 20 mm Dia. Zinc Selenide Standard Round Window; t=5mm Uncoated

WZN2005 20 mm Dia. Zinc Selenide Standard Round Window; t=5mm Uncoated

Type
Window
Subtype
Flat Window
Brand
Knight Optical
Product webpage
Knight Optical products in the 3DOptix catalog

Properties

Shape
Circular
Diameter
20 mm

Material

Name
ZnSe
Dispersion Equation
Modified Sellmeier
n (λ)
2.4293852609245956
λ
10600 nm
A
4
B1
1.9
C1
0.113 μm2
B2
0
C2
0 μm2
B3
0
C3
0 μm2

WZN2005 20 mm Dia. Zinc Selenide Standard Round Window; t=5mm Uncoated

The WZN2005 is a 20 mm diameter Zinc Selenide (ZnSe) standard round window with a thickness of 5mm, sourced from Knight Optical. This window is uncoated, offering users a straightforward, unaltered optical experience.

As a Window type optical element, the WZN2005 is designed for transmitting and focusing light, making it suitable for various applications. Its Sub Type, Flat Window, indicates that it has no curvature, providing a planar surface for light to pass through. The Base Shape, Circular, ensures a uniform transmission of light across the window.

The window's geometry specifications include a diameter of 20mm and a thickness of 5mm. These dimensions provide a balance between durability and light transmission, making the WZN2005 a versatile choice for many optical setups.

The Material ID, znse marple-1964, signifies that this window is made of Zinc Selenide, a material known for its excellent optical properties, including high transparency in the infrared region, making it ideal for applications such as infrared spectroscopy and thermal imaging.

The wavelength of 10600 indicates the window's compatibility with infrared light of this wavelength. This makes the WZN2005 suitable for applications that involve infrared light transmission.

The window's shape is described as a Thin Lens, implying that it can focus or disperse light. However, in this case, the coating is an empty object, indicating that the window is uncoated. This means that it does not have any additional layers to enhance or alter its optical properties.

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