NBA 108 Blocking Adhesive 10g syringe

Refractive Index 1.56; 300 cps Viscosity at 25°C Norland Optical Adhesive 61 is a clear, colorless, liquid photopolymer that will cure when exposed to ultraviolet light. Since it is a one part system and 100% solids, it offers many advantages in bonding where the adhesive can be exposed to U.V. light. The use of NOA 61 eliminates premixing, drying or heat curing operations common to other adhesive systems. Curing time is remarkably fast, and is dependent upon the thickness applied and the amount of ultraviolet light energy available. NOA 61 meets Federal Specification MIL-A-3920 for optical adhesives and is approved for use on all government contracts specifying such adhesives. The adhesive is designed to give the best possible optical bond to glass surfaces, metals, fiberglass and glass filled plastics. NOA 61 is recommended for bonding lenses, prisms and mirrors for military, aerospace and commercial optics as well as for terminating and splicing optical fibers.Typical Properties of NOA 61 Solids 100% Elongation at Failure 38% Modulus of Elasticity (psi) 150,000 Tensile Strength (psi) 3,000 Hardness - Shore D 85 Shelf life of the liquid is at least 4 months from the date of shipment if stored in a cool (50C - 220C), dark place in the original container. If refrigerated, allow the adhesive to come to room temperature prior to use.

Refractive Index 1.458-1.567; Viscosity 145-2,000 mPas; Optical Transmittance (@1 mm, 1.3 µm) 82%-94%; Bond Strength 99->247 kgf/cm²; UV Curing Conditions 10, 30 mW/cm², 5, 10 min You are looking for PLC and fiber array adhesion with high reliability? Try NTT-AT’s series of adhesives for optical waveguides! Within this series you find acrylate-based adhesives (AT6001, AT8224)with excellent durability that have cleared a large number of reliability tests. Epoxy adhesives are also part of this series, with a refractive index that can be accurately controlled within a range of 1.456 to 1.567 (±0.005, Na-D) – or with a fixed refractive index that is the same as quartz to deliver low reflectance (GA700L, GA700H). UV curing of the adhesives for optical waveguides allows for adhesion in a short time frame and makes alignment easy. The adhesives withstand a solder reflow process for Si Photonics (+260 °C). In order to achieve high reliability, a product must clear the tests conducted by the users themselves. If you have had even just a bit of dissatisfaction in reliability test results in the past, please put NTT-AT’s adhesives for optical waveguides to the test. In case you need any consulting regarding issues related to adhesion, please contact the AMS Technologies optical adhesives experts to discuss the detailed challenges of your application. Key Features: Optical Adhesive Used for PLC to Fiber Link-up Precision Refraction Index of 1.458 to 1.567 (±0.005, Na-D) Provides Controllability Ultraviolet (UV) Curing Conditions: 10, 30 mW/cm², 5, 10 min Very Little Adhesion Loss Due to Heat or Moisture, Providing High Durability Viscosity: 145 to 2,000 mPas Optical Transmittance: 82% to 94% (@1 mm Thickness, Wavelength 1.3 µm) Bond Strength: 99 to >247 kgf/cm² Applications: Gluing of Optical Waveguides; PLC to Fiber Link-up; Silicon Waveguide to Fiber Link-up

Fused; Fiber Type SM, SMF28, HI 1060 Flex, BFO5635-02, SM1950/SM2000, Other; 450-1599 nm, 955-2199 nm; Number of Legs 1x2, 2x2, 1x3, 3x3, 1x4, 4x4; Splitting Ratio 1/99-50/50, Other; Fiber Length 0.5, 1 m; IL 0.5-23 dB; RL ≥50 dB; Dimensions Ø3.0x32/45/50/60, Ø5.0x75, 80x10x8, 5x5x85 mm Gooch & Housego’s FFS-X series of single mode (SM) fiber couplers split or combine light in the visible or (near) infrared regions. The couplers utilize Gooch & Housego’s (G&H) low-loss fused fiber technology. No light leaves the fiber, therefore no alignment is required and there are no unwanted reflections. Furthermore, the output fiber pigtails may be directly integrated into beam delivery systems. Visible Wavelength SM Fiber Couplers:Within the FFS-xxxxxxxxx series of visible wavelength fiber couplers, versions optimized for any wavelength within the range of 450 to 700 nm may be selected. These couplers are designed for applications in display systems, sensors and biomedical equipment. Near Infrared SM Fiber Couplers:G&H’s FFS-xxxxxxxxx series of near infrared couplers splits light at any selected wavelength from 700 to 1199 nm. These couplers are designed for applications in fiber laser, sensor and avionics applications. Ultra-low Ratio Tap SM Fiber Couplers:G&H’s FFS-xxxxxxAxx series of ultra-low ratio tap couplers splits a very small amount of light from a signal path to a tap port. Suitable for very high optical power, its main application is in the monitoring of optical sources such as fiber lasers. Low tap ratios such as 0.1%, 0.01% or 0.001% enable the monitoring photodetector to operate without damage or saturation. Gooch & Housego proprietary manufacturing technology provides ultra-low loss in the signal path, thereby maximizing optical power handling. Consistently high return loss (>55 dB) reduces the amount of optical power reflected back along the input fiber. This helps the fiber laser operate in a stable manner. Standard ultra-low ratio parts are available for wavelengths from 700 to 1599 nm. For other wavelengths, coupling ratios or customized fiber types please contact AMS Technologies. Gooch & Housego’s FFC-X series of fused single mode (SM) fiber couplers are grouped into six different sub-categories: C, L, C+L or S Band (FFC-xxxxxBxxx):The FFC-xxxxxBxxx fused couplers for C , L, C+L or S band enable the accurate splitting and monitoring of optical signals in single mode (SM) fiber. Gooch & Housego (G&H) proprietary manufacturing technology provides uniquely low excess loss and wavelength dependence, along with low polarization and temperature dependence for both signal and tap ports. Sub-miniature (FFC-xx1xABxx0):G&H’s FFC-xx1xABxx0 sub-miniature tap couplers provide low-loss splitting and monitoring in an ultra-short 32 mm length package. Designed for space constrained applications, the product is manufactured using Ø 80 μm cladding fiber. This enables low fiber bend radius within modules, without compromising mechanical integrity. Dual Window (FFC-xxxxxBxxx):Gooch & Housego’s FFC-xxxxxBxxx dual window couplers provide new levels of performance and reliability for two-window couplers. The couplers enable coupling and splitting simultaneously over the 1310 nm and 1550 nm windows. 980 nm (FFC-xxxxxNxxx):Gooch & Housego’s FFC-xxxxxNxxx fused couplers for 980 nm enable the accurate splitting and monitoring of pump power in erbium-doped fiber amplifiers. G&H proprietary manufacturing technology provides uniquely low excess loss, along with low polarization and temperature dependence for all ports. NXN Single Fuse (FFC-xxxxxNxxx):Gooch & Housego’s FFC-xxxxxNxxx single fuse couplers provide optical splitting and combining for more than two ports. A single low-loss fusion takes place to produce 1x3, 3x3, 1x4 and 4x4 couplers in a single cylindrical package. 2 µm Operation (FFC-xxxxxxxxx):G&H’s FFC-xxxxxxxxx fused couplers for 2 µm operation enable the accurate splitting and monitoring of optical signals in single mode (SM) fiber. G&H proprietary manufacturing technology provides uniquely low excess loss and wavelength dependence, along with low polarization and temperature dependence for both signal and tap ports. The all-fiber construction offers excellent reliability and high power handling characteristics. These high-performance parts are available in a wide variety of tap ratios, wavelengths, housings and connector options. Components can be readily specified in a wide variety of applications, enabling rapid design cycles and new project builds. Please contact AMS Technologies for a specification tailored to your requirements. Key Features: Available at Wide Variety of Operating Wavelengths: 450 to 1599 nm (FFS-X), 955 to 2199 nm (FFC-X Coupling Ratio: 1% to 50%, Plus 0.1%, 0.01% and 0.001% Ultra-low Coupling Ratio Versions ,Other Ratios on Request All Fiber – No Lens Alignment Required No Unwanted Reflections Low or Ultra-low Loss Insertion Loss (IL) Signal Path: 0.15 to 3.6 dB Insertion Loss (IL) Tap Path: 2.5 to 23 dB Low Wavelength Dependence Wavelength Dependent Loss (WDL) Signal Path: 0.03 to 0.40 dB Wavelength Dependent Loss (WDL) Tap Path: 0.10 to 1.2 dB Maximum Polarization Dependent Loss (PDL): 0.03 to 0.35 dB High Return Loss (RL): ≥50 dB (Ultra-Low Coupling Ratio Versions) High Optical Power Handling: 4 W Fiber Type: Specialty Single Mode (SM) Fiber, Corning SMF28, Corning HI 1060 Flex, Lucent BFO5635-02, 980 nm Fiber, SM1950/SM2000, 10/125 0.15NA Ø80 μm Cladding Fiber Capability (Sub-miniature & NXN Single Fuse Versions) Number of Legs: 1x2, 2x2 (1x3, 3x3, 1x4, 4x4 for NXN Single Fuse Versions) High Performance Proven Reliability Pigtail Length: 0.5, 1 m Custom Designs Available Connector Type: FC/PC, FC/APC, SC/APC, FC/UPC, SC/UPC, LC, None Compliance: Telcordia GR-1221 (C, L, C+L or S Band, Sub-miniature, 980 nm Versions) 32 mm Package Length (Sub-miniature Versions) Dimensions: Ø3.0 x 32/45/50/60, Ø5.0 x 75, 80 x 10 x 8, 5 x 5 x 85 mm Applications: Visible and Display Systems; High-power EDFAs; EDFA Pump Redundancy and Sharing; EDFA Pump Monitoring; Signal Monitoring in C+L Band EDFA or Raman Amplifier; Avionics; Research; Passive Optical Networks; Optical Network Monitoring; Optical Network Expansion; Fixed Attenuation; Miniature Optical Amplifiers & Modules (Sub-miniature Versions); Fiber Gyros; Fiber Lasers; Sensors; CATV; Undersea Systems; Research; Telecoms; Instrumentation; IR Imaging; Biomedical; Industrial; Defence; IR Counter Measures

Multi-wavelength LED Module; 365-980 nm; Typical Radiant Flux 0.07-19.2 mW; Iop 0.5-1 A; Vop 1.4-3.9 V Mightex’s WFC-Series of multi-wavelength fiber-coupled LED light sources are enabled by the latest LED technologies, and Mightex’s proprietary beam combining and coupling optics. Up to eight LEDs are coherently combined into a single multi mode fiber with the highest efficiency practically possible. Each LED can be powered individually or simultaneously to produce a tuneable spectrum. The WFC-Series LED light sources are offered in two configurations – standard and high-power. Neutral beam combiners are used in the standard configuration. The standard configuration has the advantage of low cost and the most flexible wavelength plans. Any wavelength and white colour may be combined in the standard configuration. For applications that require the highest possible output power, however, one should choose the high-power configuration where high-efficiency dichroic beamsplitters are used to combine different wavelengths. Because not all possible dichroic beamsplitters are in stock, some wavelength combinations may require customization. Please contact AMS Technologies with your detailed wavelength plan to obtain a quotation for custom higher-power configurations. A wide range of LED wavelengths from 365 to 980 nm and white colours are available for users to choose from. The selected LEDs are installed in the light source chassis in the factory. Fiber coupling is through a standard SMA port, and hence customers may use different fibers with the LED light source according to the specific requirements of their applications. SMA-connectorized fiber patchcords are available in various core diameters and numerical apertures. A 4-channel light source includes a 5-ft electrical cable, and an 8-channel source includes two such cables. Each cable has an 8-pin locking connector on one end to be plugged into the light source, and four pairs of bare-wire terminals at the other end. Each pair of terminals should be connected to a separate channel of a LED controller. Users can drive the installed LEDs individually or simultaneously using a Mightex multi-channel LED controller or other constant current sources. A cooling fan with heat sinks is built into the light source. When two or more wavelengths are running at full power, the fan should be turned on to maintain low temperature of the LED junctions, in order to prevent LED damage due to over-heating. A separate power supply is included for driving the cooling fan. Mightex 4-channel multi-wavelength light source can be ordered with 2 and 4 wavelengths, and the 8-channel source can be ordered with 6 and 8 wavelengths. In the standard configuration (which is NOT supported by the 8-channel source due to low efficiency), output power of each wavelength decreases with the total number of wavelengths, while in the high-power configuration the output power does not change much with number of wavelengths. Need a custom multi-wavelength fiber-coupled LED light source? Please contact the AMS Technologies LED light source experts to discuss your customized solution. Key Features: Combine 2, 4, 6 or 8 LEDs into a Single Fiber Output No Moving Parts in Optical Path Interchangeable Fiber With SMA Connector Independent and simultaneous control of the LEDs High-efficiency Dichroic Beam Combiners High Output Power UV/VIS/NIR/White Fiber-coupled LEDs Wide Range of Available Wavelengths: 365 to 980 nm (UV, VIS Visible, NIR Near Infrared), 4000 to 6500 K for White LED Versions Typical Radiant Flux: 70 µW to 19.2 mW Iop: 0.5 to 1 A Vop: 1.4 to 3.9 V Cooling Fan for Maximum Intensity Stability Optional Multi-channel LED Controller Applications: Optogenetics; General Purpose Light Source; Microscope Illuminator; Fast Spectrum Tuning