Solarguide™ Solarization Resistant MM Fibers

Multi Mode, Square Core; 190 to 2400 nm; Core Size 100 to 1000 µm; Coating Acrylate, Nylon, Polyimide; Numerical Aperture 0.22Fiberguide’s Anhydroguide™ (ASQR) and Superguide™ (SSQR) series of square silica core, doped round cladding multi mode optical fibers excel in specific applications where traditional circular core fibers with Gaussian outputs are not ideal. The uniform “top hat” intensity profile these fibers provide are the desired output profile when performing tasks such as welding, photolithography, and spectroscopy. Square core fibers with round claddings are also excellent candidates for use in the laser diode industry, where the square shape enables a more ideal coupling match with the diode source. Fiberguide offers pure silica square core fibers with a fluorine doped cladding (0.22 NA) in a wide range of core diameters from 100 μm to 1000 μm. While the ASQR series features a low hydroxyl ion concentration (low OH) and works in the visible to IR range, SSQR variants with high hydroxyl ion concentration are suitable for the UV to visible range. Options include Acrylate, Polyimide and Nylon coatings as well as anti-reflective coatings like standard thin film coatings or RARe Motheye nano-surfacing. This anti-reflective technology enhances fiber transmission performance and significantly increases the damage threshold for your application over a large wavelength range. Key Features: Homogenized Output Distribution Top Hat Beam Profile Greater Capture Area than Round Fibers for Square Inputs Step Index Multi Mode Fibers Square Silica Core / Doped Round Cladding Coatings: Acrylate, Nylon, Polyimide Core Sizes: 100 to 1000 µm Typical Clad/Core Ratio (RD Clad): 1.2 (Diagonal to Clad OD) Wavelengths: SSQR (High OH) 190 to 1250 nm, ASQR (Low OH) 300 to 2400 nm Numerical Aperture (NA): 0.22 ±0.02 100% Proof Test Using 4-Axis Bend Method Applications: Laser Materials Processing; Astronomical Spectroscopy; Non-circular Diode Beam Coupling; Photolithography

Focal Length 1.50-22.00 mm; Numerical Aperture 0.13-0.71; Design Wavelength 405-7800 nm; Outer Diameter 6.24-14.25 mm; Thread MT6, MT8, MT9, MT12, MT14 With 27 of GH Optics’ standard precision molded aspheric lenses mounted into five different stainless steel lens holders, this series of components allow for very easy assembly. Our mounted precision molded aspheric lenses feature MT6, MT8, MT9, MT12 or MT14 threads for screwing the components into your systems, but they can also be soldered or welded to suitable structures in the required position. GH Optics’ series of mounted precision molded glass aspheric lenses can be used for applications in the visible (VIS) and infrared (IR) wavebands, such as small beam collimation, focusing, and fiber coupling. In these applications, aspheric lenses avoid spherical aberrations known from spherical lenses and can therefore reduce the complexity of both the design process and the resulting optical system. While the cost and effort involved in the traditional production of aspheric lenses has often prevented the use of this type of lens in cost-sensitive applications, GH Optics manufactures affordable aspheric lenses with high, reproducible quality by molding glass preforms in molds of high precision. On request, most aspheric lenses 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 solution based on your technical needs. Three types of glass are available for our series of mounted precision molded aspheric lenses for visible and NIR wavelenghts, all RoHS compliant: Lens Series Glass Type Refractive Index Abbe Number CTE dn/dT RoHS Compliance MD D-ZK3 1.586 60.71 7.6×10-6/°C 3.2×10-6/°C yes ME D-ZLaF52La 1.806 40.79 6.9×10-6/°C 6.5×10-6/°C yes MG D-LaK6 1.690 52.65 6.9×10-6/°C 6.5×10-6/°C yes   For our mounted precision molded infrared aspheric lenses, two types of chalcogenide glass are available, comparable to infrared glass of other leading brands in the market and featuring high transmission as well as RoHS compliance:  Lens Series Glass Type Glass Material Refractive Index @10 µm Abbe Number @10 µm CTE dn/dT RoHS Compliance M2 GH2 Ge28Sb12Se60 2.6044 93.63 142×10-7/°C 70.4×10-6/°C yes M6 GH6 As40Se60 2.7775 137.71 209×10-7/°C 31.3×10-6/°C yes   Mounted precision molded aspheric lenses for visible and NIR wavelengths can be coated with a range of visible and NIR coatings, including four standard AR coatings (VA, VB, VC, VQ) featuring average reflectance values of ≤0.6%, ≤0.5%, or even ≤0.25%, for wavelength ranges of 380 nm to 700 nm, 600 nm to 1100 nm, 1050 nm to 1650 nm, or 1300 nm to 1700 nm respectively. Other customized coatings like HD (High Density) or SWB (Short Wave Blocking) are available on request. Lens Code Thread Outer Diameter (OD) Effective Focal Length (EFL) Lens Numerical Aperture (NA) Clear Aperture (CA) Design Wavelength (DW) MD1560 MT6 6.24 mm 1.50 mm 0.58 1.60 mm 780 nm MF2570 MT8 8.24 mm 2.50 mm 0.66 3.30 mm 405 nm ME2860 MT8 8.24 mm 2.80 mm 0.64 3.60 mm 830 nm MD3170 MT9 9.24 mm 3.10 mm 0.68 5.00 mm 830 nm MD4060 MT9 9.24 mm 4.00 mm 0.64 5.10 mm 685 nm MG4060 MT9 9.24 mm 4.00 mm 0.60 4.80 mm 408 nm MD4530 MT6 6.24 mm 4.50 mm 0.30 2.70 mm 635 nm MD4540 MT8 8.24 mm 4.50 mm 0.40 3.70 mm 980 nm ME4560 MT9 9.24 mm 4.50 mm 0.55 5.07 mm 780 nm MD4650 MT9 9.24 mm 4.60 mm 0.54 4.80 mm 655 nm MD5020 MT6 6.24 mm 5.00 mm 0.15 1.60 mm 1550 nm MD5560 MT9 9.24 mm 5.50 mm 0.58 6.00 mm 635 nm MD6020 MT8 8.24 mm 6.00 mm 0.21 2.50 mm 1550 nm MD6230 MT8 8.24 mm 6.20 mm 0.30 3.70 mm 635 nm ME6240 MT9 9.24 mm 6.20 mm 0.40 5.00 mm 780 nm ME7530 MT9 9.24 mm 7.50 mm 0.30 4.54 mm 780 nm MD8050 MT12 12.22 mm 8.00 mm 0.50 8.00 mm 780 nm MD9630 MT9 9.24 mm 9.60 mm 0.27 5.20 mm 635 nm MD9930 MT9 9.24 mm 9.90 mm 0.27 5.20 mm 650 nm MDA050 MT14 14.25 mm 10.00 mm 0.51 10.00 mm 635 nm MDA130 MT9 9.24 mm 11.00 mm 0.25 5.50 mm 635 nm MDA320 MT9 9.24 mm 13.00 mm 0.20 5.20 mm 633 nm MDA520 MT9 9.24 mm 15.30 mm 0.16 5.00 mm 785 nm MDA820 MT9 9.24 mm 18.40 mm 0.15 5.50 mm 785 nm MDB210 MT9 9.24 mm 22.00 mm 0.13 5.50 mm 670 nm M23070 MT9 9.24 mm 3.00 mm 0.71 5.00 mm 7.8 µm M24060 MT9 9.24 mm 4.00 mm 0.56 5.00 mm 4.0 µm    Key Features: Stainless Steel Holder Assembly With Glue Threaded Interface for Easy Assembly Rapid Prototype Focal Length: 1.50 mm to 22.00 mm Lens Numerical Aperture: 0.13 to 0.71 Design Wavelength: 405 nm to 7.8 µm Assembly Outer Diameter: 6.24 mm, 8.24 mm, 9.24 mm, 12.22 mm, 14.25 mm Thread: MT6, MT8, MT9, MT12, MT14 Applications: Laser; Telecom; Medical; Imaging; And Many More  

180-2400 nm; Core Diameter 10-1000 µm; Cladding Diameter 125-1035 µm; Attenuation: ≤0.7-<1000 dB/km; Numerical Aperture 0.10-0.37 OZ Optics offers a wide range of optical fibers suitable for many applications. MMF/QMMF/QMMJ multi mode (MM) fibers come in a variety of fiber sizes, operating wavelengths, and fiber types, and can be assembled into patchcords or more complex fiber optic components to suit your needs. OZ Optics categorizes fibers based on fiber type, operating wavelengths, core/cladding size, jacket diameter, and numerical aperture (NA). OZ Optics’ MMF/QMMF/QMMJ multi mode fibers have large fiber core sizes and large numerical apertures, making them well suited for collecting light from large or diffuse sources such as LEDs or white light lamps. They are also well suited for high-power applications as the power is transmitted through a large cross section compared to single mode (SM) or polarization maintaining (PM) fibers. The drawback with multi mode fibers is that they do not maintain the high-quality spatial properties of lasers. Instead, the light is dispersed among multi mode modes within the fiber, generating a speckle pattern when the light emerges from the other end of the fiber. Typically, MMF/QMMF/QMMJ multi mode fibers are suitable either for near infrared and visible wavelengths (IRVIS fibers) or for near ultraviolet and visible wavelengths (UVVIS fibers). UVVIS multi mode fibers typically are built with added amounts of hydroxyl (OH) ions added to enhance ultraviolet transmission at the expense of infrared transmission. Graded-index multi mode fibers (MMF) have a fiber core with a refractive index that varies from the center to the edge. They are mainly used for telecommunications applications and come in three standard core/cladding sizes: 50/125, 62.5/125, and 100/140. Step-index silica core (QMMF, QMMJ) fibers have a fiber core with a constant index of refraction. Typically, the fiber core is fused silica, doped with an element like germanium, while the fiber cladding is typically undoped fused silica for fibers with numerical apertures up to 0.22, and typically a hard polymer for higher numerical apertures. These fibers are available with core sizes ranging from 10 µm to 1500 µm, and NAs ranging from 0.12 to 0.5. Key Features: Huge Variety of Fibers Available Uncabled and Precabled Graded-index and Step-index Multi Mode (MM) Fibers Fibers for Wavelengths from 180 nm to 2400 nm Core Diameter: 10 µm to 1000 µm Cladding Diameter: 125 µm to 1035 µm Jacket or Buffer Diameter: 0.25 mm to 3.0 mm Attenuation: ≤0.7 dB/km to <1000 dB/km Numerical Aperture (NA): 0.10 to 0.37 Applications: Telecommunications; Life Sciences and Biotechnology; Industrial; Sensing

Capacity 3, 8 Cassettes; 3.5-in Touch Screen; Interfaces USB 3.0, Ethernet, Monitor Port; Operating System Linux; Optical Plug-in Modules GPIB, USB/LAN Expansion, Trigger Viavi Solutions’ MAP-300 series of multiple application optical test and measurement platform is optimized for compact cost-effective development and manufacturing of optical communications technology. The MAP system is the heart of Viavi Solutions’ optical test solutions for labs and manufacturing. With unmatched scalability, users can be assured that these solutions will meet their current and future needs. MAP-300 provides the foundation to Viavi Solutions’ entire portfolio, enabling scalability and efficiency for manufacturing optical network elements, modules and components. The MAP-300 series is compatible with all Viavi Solutions’ current cassettes and legacy cassette (all -C1, -C2 and -B1 modules). The cassette modules fall into two different families, the LightTest turn-key solutions and LightDirect configurable solutions to meet each customer’s exact needs. While the LightDirect family of easy-to-control, single-functionality modules includes a wide range of foundational optical test modules that are used in simple bench test applications, or combined in larger, multi-modules customer driven automated test systems, the LightTest family are application specific, integrated test solutions that leverage the power of the MAP Series Super-Application or PC based software. MAP-300 builds upon the proven strengths of the MAP System while adding innovation where it matters most for our customers. Backwards compatible support for the installed automation base, combined with several new features, including an HTML-based GUI for multi-user environments, gives customers the capabilities they need to achieve their goals. The MAP-300 mainframe, like its predecessor, is offered in both benchtop and rackmount versions as either three (MAP-330) or eight slot (MAP-380) mainframe configurations. The eight-slot version can also be provided in a reverse rack-mount configuration. Key Features: Rackmount, Reverse-rackmount and Benchtop Mainframe Configurations HTML-based Graphical User Interface for Consistent User Experience Locally & Remotely Field-replaceable Controller Includes an Integrated 3.5-inch LCD Touchscreen Support for USB 3.0 Port, 15.6-inch External Monitor and Ethernet Optional GPIB, Additional Ethernet Ports and Additional USB and Trigger Modules SCPI Logical Interface for Automation Programming with Remote Programming Supported Multi-user Capabilit Backward Compatible with MAP2xx Series Cassettes and Remote-control Support Hot-swappable Modules Applications: General Purpose Fiber-optic Lab Use; Manufacturing Test Automation; DWDM/WSS Test; Connectivity IL/RL; Polarization Scrambling and OSNR