PM Fiber, 1300nm, PM 13-U25D

Plastic; Filter Type: 0337; 10% VLT; 530-607 nm; Purple Made of special plastic, the laser safety eyewear ONTOR is the perfect solution to wear over prescription glasses. The black/grey ONTOR frame offers a large field of vision as well as lateral impact protection. The temples of the laser safety goggles can be adjusted in length and inclination. A removable soft and rubberized face foam improves the wearing comfort. The model 000-K0337-ONTO-52 features the laser safety filter #0337 by PROTECT-Laserschutz, making it suitable in particular for dye lasers. The filter 0337 covers additional wavelengths as well. The laser safety filter consists of a pink polycarbonate and offers a visual light transmission (VLT) of more than 10 % and a minor filter thickness. The laser safety filter is CE certified in accordance with the requirements of EN 207. Key Features: Frame Colour Black/Grey Filter Thickness approx. 2.0 mm Optical Class 1 Areas of Refractive Power: 0 dpt   Protection Levels: Wavelength (nm) Certified protection levels according to EN 207  530 – 535  DIR LB2 (OD 2+) >535 – 565 DIR LB3 (OD 3+) >565 – 569 DIR LB4 (OD 4+) >569 – 572  D LB4 + IR LB5 (OD 5+) >572 – 580 D LB4 + IR LB6 (OD 6+) >580 – 600 D LB4 + IR LB7 (OD 7+) >600 – 607 DIR LB3 (OD 3+)   PF CE Please note the wavelengths of your laser system and the corresponding protection levels. Calculate the required protection levels for the wavelengths carefully and compare them with the information in the protection level description above. This is the only way to ensure that the glasses can be used without risk.   Scope of Delivery: 1 Laser Safety Eyewear with black/grey ONTOR Frame Case Microfiber Cloth Instruction for Use Spectacle Cord

400 to 1550 nm; Mode Field Dia. 2.3 to 10.5 µm; Cladding Dia. 80, 125 µm Field-proven as the industry standard, Corning’s PANDA PM series of polarization maintaining (PM) optical fibers are designed with the best polarization maintaining properties and are the industry standard in the world today. The fibers offer low attenuation and excellent birefringence for high-performance applications. The PANDA PM fiber design uses two stress applying parts to create an extremely high birefringence, resulting in fiber with excellent polarization maintaining properties. This design was invented and patented by Corning. Available in a wide range of standard operating wavelengths from 400 up to 1550 nm and with a variety of coating designs, PANDA PM specialty fibers are optimal for high-performance polarization maintaining fiber applications. This field-proven fiber supports high growth applications and performs well over a wide temperature range. Corning offers the broadest portfolio of PANDA PM fibers with a wide range of design options. In addition to regular PANDA PM fibers, Corning’s PANDA PM series of polarization maintaining (PM) optical fibers include: Bend-insensitive products (PANDA PM Bend Insensitive: PMBI, PMSR) Variants with high numerical aperture (PANDA PM High NA: PM13-HNA, PM85-HNA) Fibers with thermally-diffused expanded core (HA15-PS-U25D(TEC)) Variants with reduced cladding (RC PANDA PM: RC PM, RC13-15-PX-U17EBL-M4) Models optimized for RGB wavelength band (PANDA RGB PM: PM-RGB-U25D) Special coatings like flame retardant For more information please refer to the Corning® PANDA PM fibers datasheets. Key Features: Two Stress Applying Parts Creating an Extremely High Birefringence Excellent Polarization Maintaining (PM) Properties Operating Wavelengths: 400 to 1550 nm Max. Attenuation: 0.5 to ≤50 dB/km Applications: Laser and LED Sources; Sensors and Gyroscopes; External Modulators; Dynamic Gain/Spectrum Equalizers; Optical Switches; Optical Fiber Coupling; Splitters, Combiners, Tap Couplers; Planar Waveguide Devices; DWDMs; OADMs; Polarization Multiplexers; Polarization Sensitive Components; Arrayed Devices; Optical Amplifiers; Pump Lasers; Probes/Instrumentation

400 to 2200 nm; Return Loss ≥40 to ≥60 dB; Available Polarization Extinction Ratio >35; Fiber Type SM, Coating ≤400 µm OZ Optics’ FPC/HFPC/PFPC series of fiber polarization controllers allows to convert any input polarization to any desired output polarization. These devices combine the compact size and ease of use of standard bulk optics systems with low cost, low loss and low back reflection. FPC/HFPC/PFPC controllers work by applying pressure with an adjustable clamp. The pressure on the fiber causes a birefringence within the fiber core, causing the fiber to act as a fractional wave plate. Varying the pressure varies the delay between the fast and slow polarization components. The clamp is rotatable, allowing to change the direction in which the stress is applied. This allows any output polarization to be achieved. The process is simple and quick, output polarizations exceeding 30 dB can be routinely achieved in seconds. FPC/HFPC/PFPC fiber polarization controllers work with single mode (SM) fiber of any wavelength. For multi mode (MM) and polarization maintaining (PM) fiber, AMS Technologies offers OZ Optics’ FPR series of polarization rotators, controllers and analyzers. FPC/HFPC/PFPC fiber polarization controllers are offered in three versions. The FPC in-line polarization controllers can be inserted into a customer’s own single mode fiber. OZ Optics now provides this unit in a miniature size housing for applications where space is critical. FPC controllers can be used with any wavelength single mode fiber and is designed to work with 250 and 400 µm jacketed fibers. With the PFPC devices, pigtailed versions are also offered. PFPC versions are available with any size of cable or fiber and with your choice of connectors. Finally, HFPC connector receptacle style controllers are available, using a short section of fiber terminated with female receptacles. For further information, please contact the AMS Technologies optical fiber experts. Key Features: No Intrinsic Loss No Backreflection Compact Size, Miniature Housing Easy to Use Wavelength Insensitive Wavelength Range 400 to 2200 nm Applications: Single Mode (SM) to Polarization Maintaining (PM) Fiber Launching; Polarization Dependent Loss (PDL) Measurements; Launching into Polarization Sensitive Devices; Fiber Lasers; Fiber Interferometers; OCT Systems