FDA82020532 Receptacle Style Collimator

532 nm; 0.32 mrad; 2.13 mm; Lens EFL 11.0 mm; Lens NA 0.25; FC/APC; M11x0.5-6g ThreadThe Zemax file of the precision molded aspheric lens built into this collimator can be downloaded here: file. Do you need a customised collimator? Click here to contact us. All products supplied by GH Optics are RoHS compliant and meet the requirements of the current EU RoHS Directive 2011/65/EU. The RoHS certificate can be provided on request.

Glass Molded Aspheric Lens; Wavelength 405-1550 nm; Connector Receptacle Options FC/PC, FC/APC, SMA GH Optics' series of receptacle style fiber collimators consist of the manufacturer's precision molded aspheric lenses assembled into a stainless steel housing that provides a fiber connector interface for easy and quick connection to an optical fiber. In addition, these receptacle style fiber collimators feature M11 or M12 threads for easy mounting to your optical device or an optical bench. Within the series, standard assemblies are available with a total of 42 lenses from the manufacturer's catalogue. Users can choose from six different focal lengths, for each of which lenses are available coated for seven different design wavelengths. These 42 assemblies are available with a choice of receptacles for FC/PC, FC/APC or SMA fiber optic connectors. You can’t find a suitable collimator in our standard portfolio? On request, any collimating lens in our portfolio can be mounted into a custom assembly specified by the customer. For large-volume applications we recommend to contact your regional AMS Technologies office, so that we can tailor a receptacle style collimator solution based on your technical needs. Collimator Code* Lens Effective Focal Length (EFL) Lens Numerical Aperture (NA) Design Wavelength (DW) Divergence Waist Beam Thread FE4560x0405 4.50 mm 0.55 405 nm 0.73 mrad 0.70 mm M11X0.5-6g FE4560x0532 532 nm 0.78 mrad 0.87 mm FE4560x0633 633 nm 0.89 mrad 0.91 mm FE4560x0780 780 nm 1.04 mrad 0.95 mm FE4560x1064 1064 nm 1.38 mrad 0.98 mm FE4560x1310 1310 nm 2.04 mrad 0.82 mm FE4560x1550 1550 nm 2.31 mrad 0.85 mm FE6240x0405 6.20 mm 0.40 405 nm 0.53 mrad 0.97 mm M11X0.5-6g FE6240x0532 532 nm 0.56 mrad 1.20 mm FE6240x0633 633 nm 0.65 mrad 1.25 mm FE6240x0780 780 nm 0.76 mrad 1.31 mm FE6240x1064 1064 nm 1.00 mrad 1.35 mm FE6240x1310 1310 nm 1.48 mrad 1.12 mm FE6240x1550 1550 nm 1.68 mrad 1.18 mm FD8050x0405 8.00 mm 0.50 405 nm 0.41 mrad 1.25 mm M12X0.5-6g FD8050x0532 532 nm 0.44 mrad 1.55 mm FD8050x0633 633 nm 0.50 mrad 1.61 mm FD8050x0780 780 nm 0.59 mrad 1.69 mm FD8050x1064 1064 nm 0.77 mrad 1.75 mm FD8050x1310 1310 nm 1.15 mrad 1.45 mm FD8050x1550 1550 nm 1.30 mrad 1.52 mm FDA130x0405 11.00 mm 0.25 405 nm 0.30 mrad 1.72 mm M11X0.5-6g FDA130x0532 532 nm 0.32 mrad 2.13 mm FDA130x0633 633 nm 0.36 mrad 2.22 mm FDA130x0780 780 nm 0.43 mrad 2.32 mm FDA130x1064 1064 nm 0.56 mrad 2.40 mm FDA130x1310 1310 nm 0.84 mrad 1.99 mm FDA130x1550 1550 nm 0.95 mrad 2.09 mm FDA520x0405 15.30 mm 0.16 405 nm 0.22 mrad 2.39 mm M11X0.5-6g FDA520x0532 532 nm 0.23 mrad 2.96 mm FDA520x0633 633 nm 0.26 mrad 3.08 mm FDA520x0780 780 nm 0.31 mrad 3.23 mm FDA520x1064 1064 nm 0.41 mrad 3.34 mm FDA520x1310 1310 nm 0.60 mrad 2.77 mm FDA520x1550 1550 nm 0.68 mrad 2.90 mm FDA820x0405 18.40 mm 0.15 405 nm 0.18 mrad 2.88 mm M11X0.5-6g FDA820x0532 532 nm 0.19 mrad 3.56 mm FDA820x0633 633 nm 0.22 mrad 3.71 mm FDA820x0780 780 nm 0.26 mrad 3.89 mm FDA820x1064 1064 nm 0.34 mrad 4.02 mm FDA820x1310 1310 nm 0.50 mrad 3.34 mm FDA820x1550 1550 nm 0.57 mrad 3.49 mm * x = 1 for FC/APC, x = 2 for FC/PC, x = 3 for SMA         Key Features: Glass Molded Aspheric Lens Transferring Divergent Light into Collimated Beam Available Connector Receptacles: FC/PC, FC/APC, SMA Available Design Wavelengths: 405 nm to 1550 nm Lens Effective Focal Length (EFL): 4.50 mm to 18.40 mm Lens Numerical Aperture (NA): 0.15 to 0.55 Divergence: 0.18 mrad to 2.31 mrad Waist Beam: 0.70 mm to 4.02 mm Thread: M11/M12 x 0.5-6g Applications: Collimating Diverging Light Exiting an Optical Fiber Connected to an FC/PC, FC/APC or SMA Connector into a Parallel Beam