Showing results: 271 - 285 of 1837 items found.
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N844-LOOP-12F -
Tripp Lite
Tripp Lite N844-LOOP-12F MTP / MPO OM3 Fiber Optic Loopback Tester is typically used for test and measurement procedures in networking environments. The device is ideal for a multitude of applications that require signal looping in a MTP / MPO form factor. Features push-pull tab for easy disconnect. A dust cap is included for protection during storage.
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Eye-BERT Micro 10G -
Spectronix
The Eye-BERT Micro 10G is a low cost, easy to use, all-in-one XFP based fiber optic test solution offering high performance bit error rate testing at a fraction of the cost while providing a rich set of features not found in other bit error rate testers. Features include: variable bit rate, user programmable patterns, diagnostic monitoring, and wavelength tuning (per XFP capability). Additionally, with a click of a button, the Eye-BERT Micro 10G will automatically test an XFP module based on the information it reads from the transceiver and generate a detailed test report complete with manufacturer, part number, serial number, date code, fiber type, link length, speed, and test results. The Unit is supplied with anti-skid bumpers and is small enough to be integrated into larger systems for dedicated link verification.
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80760 -
SYOPTEK INTERNATIONAL LIMITED
The Miller 200x Microscope helps inspect fiber optic connectors quickly and easily. Its ergonomic design and built-in features make it ideal for field and lab use. The microscope features a pressure-activated on/off switch, focusing wheel, eyepiece, auxiliary white LED light source rated for 100,000 hours, adapter tip for inserting ferrule and battery compartment.
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OpSens Solutions Inc.
Opsens Solutions optical strain sensor delivers reliable results in harsh environment. Opsens Solutions OSP-A fiber optic strain transducers are designed to provide accurate deformation measurement in the most adverse conditions. Its small size and EMI/RFI electromagnetic environment and lightning immunity makes it the ideal sensor for geotechnical, structural health monitoring, Defense and aerospace and general applications.
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AOSense
Detailed description of item: The AOSense frequency comb is a low noise, polarization maintaining (PM) device. Key features include a PM fiber architecture centered at 1550nm with turnkey modelocking; a free-running linewidth of the carrier-envelope offset frequency of <200 kHz; a temperature-insensitive all-fiber f-2f interferometer exhibiting fceo beatnotes with SNR > 45dB (300kHz RBW); and dual fast/slow cavity length actuators with a bandwidth of >300 kHz. The repetition rate of the comb is factory set and allows matching across multiple combs for dual comb applications. The optics package incorporates an optical heterodyne module designed for locking to the comb to an ITU-specified laser reference. The comb is capable of supporting an Allan deviation of < 5 x 10-18 at 1 second and ~10-20 after 105 seconds. Add-on features include all fiber extensions to visible wavelengths corresponding to several atomic transitions. An integrated comb electronics package is currently under development.
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DP8000 -
Guzik Technical Enterprises
Guzik DP8000 Fiber Optics to PCIe® bridge / FPGA Accelerator Card, enables evolving markets such as High-speed Data-acquisition, High Performance Computing to take advantage of the latest Optics and DDR4 technology. The card provides up-to 24 bi-directional optical links with total user data bandwidth greater than 40 GB/s (320 Gbps) through the Samtec FireFly™ protocol-agnostic embedded optical engines.
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FISO Technologies Inc.
The fiber optic signal conditioners are designed for direct, accurate and real-time temperature monitoring to manage and maximize your transformer’s performance. The Nortech temperature monitor family comes in three different classes: the EasyGrid is the most comprehensive model, the EasyGrid LT is a compact and very cost-effective model for low channel count monitoring applications, and the EasyGrid Base is and even more compact model designed for easy network integration.
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80761 -
SYOPTEK INTERNATIONAL LIMITED
The Miller 400x Microscope helps inspect fiber optic connectors quickly and easily. Its ergonomic design and built-in features make it ideal for field and lab use. The microscope features a pressure-activated on/off switch, focusing wheel, eyepiece, auxiliary white LED light source rated for 100,000 hours, adapter tip for inserting ferrule and battery compartment. Includes 2.5mm universal adapter cap and zipper case.
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FX-311 -
Panasonic Industrial Devices Sales Company of America
The FX-311 Manually Set Fiber Sensor (Red LED Type) employs Panasonic's new "four-chemical LED", first found in the FX-301 (Red LED Type) to suppress changes in the light emitting element over time to achieve a stable level of light emission that can be maintained over long periods and almost never requires adjustment. By incorporating this new technology, the FX-311 Sensor is able to deliver superior performance for a variety of applications.
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Thorlabs, Inc.
Thorlabs' GL16 End Face Interferometer measures and images the end face geometry of single- and multi-fiber connectors. A non-contact technique called scanning white-light interferometry (SWLI) provides high accuracy, repeatability, and reliability for fiber connector testing, particularly for pass/fail testing using IEC or Telcordia requirements. The system can be controlled locally through the touchscreen display or remotely through a browser-based application (see Software tab for details), allowing it to be easily integrated on the production floor.
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NanJing DVP OE TECH CO., LTD
*Reversible monitor with control panel on each side*Color LCD monitor & 256 magnification*Compact & Light weight*Large capacity internal battery*Max. Wind velocity of 15m/s.*8 Sec. Splice time, 40 Sec. Tube-heat time*Simultaneous X and Y views*SYSTEM TEST ensures the best working condition*User programmable*Auto check fiber end face*Auto calibrate parameters*Store 8000 groups of splice results*Multiple language options
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AF-uOR-102 -
Advanced Fiber Solutions
Optical Fiber Type MultimodeWavelength, nm 850nm / 1300nm +/- 20nmDynamic range 20 / 19 dBAttenuation Dead Zone 6 MetersEvent Dead Zone 1 MeterPulse Width 10...1000 nSLoss Resolution 0.001 dBDistance Range 2.5, 5, 10, 20, 40, 80, 120, 160, 240 kmDistance accuracy ±(0.5 + 5´ 10 - 5´ L + (dn/n)´ L)Refractive Index Range Setting 1.0000...2.0000Optical Connector Type SC, ST, FC (other connectors available if requested)Supply Current From USB Port < 200mASize 6.25 Inches x 3 Inches x 1.25 InchesWeight 1.5 lbsLanguage English and Spanish
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B-1020-B -
ROSS ENGINEERING CORPORATION
Ross Engineering Corporation has developed a HV compact analog fiber optic transmitting and receiving system, with optional over-voltage limiting, designed to drive instrumentation from a DC to 1MHz signal source. The system is available with optional multiple input and output ranges of ±0-1V PK, 0-5V PK to 0-10V PK. It will also operate in conjunction with Ross Engineering Corporation’s high accuracy high voltage wideband voltage dividers, which are useful from DC to over 10MHz up to 1,000,000V PK at 0.01% to 3% accuracy. Transmitters and receivers can be powered by either AC or DC.
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EDFA -
Fibotec Fiberoptics GmbH
EDFAs are based on the light amplification in erbium-doped fiber, which are optically pumped by means of 980 nm or 1480 nm light sources. In this way, the light of a larger wavelength within the C or L band applied to the input of the amplifier is amplified, thus widening the range of optical communication links. EDFAs typically operate in saturation and the average signal power determines the average gain. The dynamics of EDFA are unaffected by the sequence and dynamics of a digital signal or channel interaction in DWDM systems. As a result, multiple channels can be bundled within the total erbium spectral amplification bandwidth. However, the total average output power in both cases is determined by the saturation power of the specific EDFA.
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Amphenol Fiber Systems International
For applications demanding reliability, traceability and the highest level of quality, a complete plug-and-play cable assembly directly from the manufacturer offers the highest degree of confidence. For these most demanding applications, AFSI specializes in manufacturing custom cable assemblies with quality components and industry-leading workmanship. AFSI is able to assist in designing and producing custom cable assemblies from a set of requirements or building to a customer print. Our highly skilled technicians are trained to a wide variety of industry standard procedures critical to manufacturing harsh environment fiber optic cable assemblies. All AFSI cable assemblies are manufactured by expert technicians in our state-of-the-art, AS9100 certified facility.
