1. Home
  2. Optical Components
  3. Optical Lenses
  4. Edmund Optics
  5. 48-843

48-843

Optical Lens by Edmund Optics
Request Quote

Note: Your Quotation Request will be directed to Edmund Optics.

The 48-843 from Edmund Optics is a Optical Lens with Wavelength Range 250 to 700 nm, Focal Length 50 mm, Center Thickness 5.66 mm, Diameter 25 mm, Radius 44.94 mm. More details for 48-843 can be seen below.

Product Specifications

View similar products

Product Details

  • Part Number
    48-843
  • Manufacturer
    Edmund Optics
  • Description
    25mm Dia. x 50mm, UV-VIS Coated, UV Double-Convex Lens

General Parameters

  • Sub Type
    Double-Convex Lens
  • Lens Shape
    Spherical Lens
  • Wavelength Range
    250 to 700 nm
  • Focal Length
    50 mm
  • Focal Length Tolerance
    ±1 %
  • Back Focal Length(BFL)
    48.02 mm
  • Effective Focal Length(EFL)
    50 mm
  • Center Thickness
    5.66 mm
  • Center Thickness Tolerance
    ±0.1 mm
  • Diameter
    25 mm
  • Radius
    44.94 mm
  • Radius 1
    44.94 mm
  • Radius 2
    -44.94 mm
  • Diameter Tolerance
    +0.00/-0.10 mm
  • Bevel
    Protected
  • Aperture(f-number)
    2
  • Edge Thickness(ET)
    2.11 mm
  • Centration Error
    3 - 5 arcmin
  • Numerical Aperture
    0.25
  • Coating
    UV-VIS
  • Substrate/Material
    Fused Silica
  • Surface Quality
    40-20 scratch-dig
  • RoHS
    Yes
  • Note
    Energy Density Limit:- 3 J/cm2 @ 355 nm 10 ns 5 J/cm2 @ 532 nm 5 J/cm2 @ 532 nm 10 ns
Click to view more product details on manufacturer's website

Featured News

TRUMPF Boosts VCSELs Performance with New Sub-Wavelength Surface Grating Technology

TRUMPF Boosts VCSELs Performance with New Sub-Wavelength Surface Grating Technology

TRUMPF, a global leader in VCSEL and photodiode solutions for data communication, has improved its proprietary subwavelength surface grating technology for datacom VCSELs. Subwavelength grating technology leads to better relative intensity noise (RIN) performance, reduces sensitivity against optical feedback and avoids polarization flips. As a result, the signal quality in a complex optical link is improved and enables higher data rates without changing the light current voltage (LIV) characteristics. This breakthrough technology with its benefits works for all offered wavelengths... read more

Request a Quote