EBS SLED Broadband Light Sources

SM Fiber; 1550 nm; 9/125 µm Fiber; FC/APC; 0.25 mm Jacket; 2 µm Spot Diameter; 12 µm Working Distance; 2 m Length; AR Coating; 7 mm Stripped Length

650-1690 nm; Output Power ≤30 mW; Termination SM, MM, Custom Fiber Pigtail; Spectral Width 100 nm; Output Connector FC/PC, PC/PC, LC/PC, LC/APC, SC/PC, SC/APC, Other BaySpec’s MiniLite™ MWLS series of wideband or broadband fiber-coupled light sources are designed to enhance analytical spectroscopy, fiber optic sensing, optical coherence tomography (OCT), medical imaging and other test & measurement capabilities. Devices benefit from low-cost, field proven telecommunication components to provide rugged, reliable solutions. MiniLite™ MWLS series fiber-coupled broadband light sources are available in a compact, card-mount module form factor with heat sink or as a bench-top system. Key Features: Fiber Optic Coupled Wide Spectral Coverage. Wavelength Range: 650 to 1690 nm Spectral Width: 100 nm (typical) in a Single Source; Specify Combined Source for Wider Coverage Output Power: Up to 30 mW Output Power Stability: ±0.01 dB (After 10 min Warm-up) Compact Size, Ready for OEM Integration Solid State Light Source Termination: Single Mode (SM), Multi Mode (MM), Custom Fiber Pigtail Output Connector: FC/PC, PC/PC, LC/PC, LC/APC, SC/PC, SC/APC, Other Reliable Operation in Harsh Environments Operates Over Wide Temperature Range: -15 to +70°C Operates in High Relative Humidity Environments up to +85% r.H. Power Supply: 5 V, <5 W Wall-power Plug-and-play Temperature Control: Uncooled or TE Cooled Dimensions: 80 x 80 x 43 mm (Card-mount), 212 x 88 x 203 mm (Bench-top) Applications: Spectral Domain OCT; Fiber Optic Sensing; NIR Spectroscopy; Test & Measurement Source; Laboratory Source; Medical Diagnostics

500 to 1000 nm; Refractive Index Accuracy ±0.0001; Spatial Resolution 500 nm; Fiber Type SM, MM, PM, Other; Fiber Diameter 40 to 400 µm Interfiber Analysis’ IFA-100 multi-wavelength interferometric optical fiber analyzer can measure the refractive index profile of an optical fiber without the need for a cleave at wavelengths from 375 to 2000 nm. By scanning the fiber from the side, the IFA-100 unit allows for scanning and measuring the optical refractive index profile (RIP) along the fiber’s length with sub-micron spatial resolution. The measurement is independent of cumbersome fiber preparation like cleaving and allows for measuring the evolution of the refractive index profile over a given length of fiber. The equipment uses a broadband light source and can determine the refractive index profile at any wavelength between visible and near infrared. The refractive index or index of refraction (IOR) is a property of any material. For optically transmitting materials, such as for fibers and waveguides, it is reflected in the reduced speed of light when travelling through any media other than vacuum. Fibers and waveguides use a distribution of the IOR within their cross section to guide and reflect light, and knowledge of this distribution allows many other critical performance parameters to be calculated, such as mode fields, group and phase propagation constants and fiber dispersion. Based on Interfiber Analysis’ IFA-100 multi-wavelength interferometric optical fiber analyzer, AMS Technologies offers refractive index measurement services for product development, incoming inspection and forensic analysis on optical fibers. Key Features: Multi-wavelength: 500 to 1000 nm No Cleave Required Sub-µm Spatial Resolution: About 500 nm Applicable to Any Fiber Type Fast Measurement Refractive Index Accuracy: ±0.0001 Fiber Diameter: 40 to 400 µm Fiber Material: Silica Glass, Non-silica Glass, Plastic Concentricity Error Measurement: ±200 nm Core Non-circularity Error Measurement: ± 0.4% Fiber Type: Single Mode (SM), Multi Mode (MM), Polarization Maintaining PM), Micro-Structured (PCF), Multicore, Rare-earth, Cladding-pumped, Large Mode Area (LMA), Low Bend Loss, High-Δ, etc. Applications: Measuring Splices, Tapers or Couplers of Any Fiber Type; Test and Measurement; Telecommunication; Lasers