Newport MKS ND Optical Filter, Circular Variable Metallic, UV Silica, 127 mm, 0.05-2.0 OD 50Q04AV.2

Description
The 50Q04AV.2 is a circular variable metallic neutral density filter, made of UV grade fused silica, 127 mm in diameter, surface flatness of ≤1λ/2, and coated for an OD range of 0.05-2.0. Our circular variable neutral density filters are designed to simplify attenuation and beam splitting in the visible to NIR. The variable attenuation and beam splitting around a 270° circle is achieved by a thin, reflective aluminum film. A broadband, visible AR coating on the back side allows the filter to be left in the beam path at all times with minimal losses or ghost images.
Request a Quote
Description
The 50Q04AV.2 is a circular variable metallic neutral density filter, made of UV grade fused silica, 127 mm in diameter, surface flatness of ≤1λ/2, and coated for an OD range of 0.05-2.0. Our circular variable neutral density filters are designed to simplify attenuation and beam splitting in the visible to NIR. The variable attenuation and beam splitting around a 270° circle is achieved by a thin, reflective aluminum film. A broadband, visible AR coating on the back side allows the filter to be left in the beam path at all times with minimal losses or ghost images.
Request a Quote

Suppliers

Company
Product
Description
Supplier Links
ND Optical Filter, Circular Variable Metallic, UV Silica, 127 mm, 0.05-2.0 OD - 50Q04AV.2 - Newport MKS
Irvine, CA, United States
ND Optical Filter, Circular Variable Metallic, UV Silica, 127 mm, 0.05-2.0 OD
50Q04AV.2
ND Optical Filter, Circular Variable Metallic, UV Silica, 127 mm, 0.05-2.0 OD 50Q04AV.2
The 50Q04AV.2 is a circular variable metallic neutral density filter, made of UV grade fused silica, 127 mm in diameter, surface flatness of ≤1λ/2, and coated for an OD range of 0.05-2.0. Our circular variable neutral density filters are designed to simplify attenuation and beam splitting in the visible to NIR. The variable attenuation and beam splitting around a 270° circle is achieved by a thin, reflective aluminum film. A broadband, visible AR coating on the back side allows the filter to be left in the beam path at all times with minimal losses or ghost images.

The 50Q04AV.2 is a circular variable metallic neutral density filter, made of UV grade fused silica, 127 mm in diameter, surface flatness of ≤1λ/2, and coated for an OD range of 0.05-2.0. Our circular variable neutral density filters are designed to simplify attenuation and beam splitting in the visible to NIR. The variable attenuation and beam splitting around a 270° circle is achieved by a thin, reflective aluminum film. A broadband, visible AR coating on the back side allows the filter to be left in the beam path at all times with minimal losses or ghost images.

Supplier's Site

Technical Specifications

  Newport MKS
Product Category Optical Filters
Product Number 50Q04AV.2
Product Name ND Optical Filter, Circular Variable Metallic, UV Silica, 127 mm, 0.05-2.0 OD
Filter Type Circular Variable Filters; Neutral Density Filters
Unlock Full Specs
to access all available technical data

Similar Products

Metallic ND Filter, UV Fused Silica, 50.8x50.8 mm, 0.03 OD at 632.8 nm - FSQ-ND003 - Newport MKS
Specs
Filter Type Neutral Density Filters
Application Ultraviolet
Filter Diameter, Side Length, or Rectangular Length 50.8 mm (2 inch)
View Details
Bandpass Filter, 25.4 mm, 570±2 nm Center, 10±2 nm FWHM - 10BPF10-570 - Newport MKS
Specs
Filter Type Bandpass / Interference Filters; Bandpass Filters
Filter Diameter, Side Length, or Rectangular Length 20.2 mm (0.7953 inch)
Thickness 6.35 mm (0.2500 inch)
View Details
Neutral Density Filter, Absorptive, 12.7 mm, 0.04 OD at 546.1 nm - FR-OD05 - Newport MKS
Specs
Filter Type Neutral Density Filters
Filter Diameter, Side Length, or Rectangular Length 12.7 mm (0.5000 inch)
Thickness 0.9900 to 4.19 mm (0.0390 to 0.1650 inch)
View Details
High-Energy Pinhole, Molybdenum, 40 µm, 0.875-20 Thread - 910PH-40 - Newport MKS
Specs
Filter Type High Energy Pinhole
Thickness 0.0152 mm (6.00E-4 inch)
View Details