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Products/Services for fiber amplifier
Fiber optic amplifiers re-amplify an attenuated signal without converting the signal into electrical form. Search by Specification | Learn More about Fiber Optic Amplifiers
Fiber optic receivers are instruments that convert light into electrical signals. They contain a photodiode semiconductor, signal conditioning circuitry, and an amplifier. Search by Specification | Learn More about Fiber Optic Receivers
Operational transconductance amplifiers (OTA) are devices that convert an input voltage to an output current. They are primarily voltage-to-current amplifiers. Learn More about Operational Transconductance Amplifiers (OTA)
Fiber optic filters allow only specific wavelengths to pass into a larger fiber optic system. Learn More about Fiber Optic Filters
Amplifier and comparator chips are board-level components for amplifying voltage, current, or power. Search by Specification | Learn More about Amplifier and Comparator Chips
Specialty optical fiber is modified, usually by doping, for a specialized function. It consists of one or more transparent fibers enclosed in a protective covering. Search by Specification | Learn More about Specialty Optical Fiber
Synthetic fibers and synthetic fabrics consist of bulk fibers, yarns, woven cloth or other textile products manufactured from polymer-based materials such as polyamide (nylon), polyester, aramid, or other spun thermoplastics. Search by Specification | Learn More about Synthetic Fibers and Fabrics
Specialty fibers, fabrics and textiles are based upon a unique composition, weave, or technology, and are designed for specialized applications. Search by Specification | Learn More about Specialty Fibers, Fabrics and Textiles
Wavelength division multiplexers (WDM) are passive devices that combine light signals with different wavelengths, coming from different fibers, onto a single fiber. They include dense wavelength division multiplexers (DWDM), devices that use optical (analog) multiplexing techniques to increase the carrying capacity of fiber networks beyond levels that can be accomplished via time division multiplexing (TDM). Search by Specification | Learn More about Wavelength Division Multiplexers (WDM)
Fiber optic cables are composed of one or more transparent optical fibers enclosed in protective coverings and strength members. Fiber optic cables are used to transmit "light" data. Search by Specification | Learn More about Fiber Optic Cables
RF amplifiers are devices that accept a varying input signal and produce an output signal that varies in the same way, but with larger amplitude. Search by Specification | Learn More about RF Amplifiers
Instrumentation amplifier chips are precision amplifier circuits with both high-impedance differential inputs and high common-mode rejection. Search by Specification | Learn More about Instrumentation Amplifier Chips
Pulse width modulated (PWM) amplifier chips generate a current that switches between high and low output levels. PWM amplifiers have a much higher power capability for a given volume than linear amplifiers. They are also less expensive. Search by Specification | Learn More about PWM Amplifier Chips
Glass fibers and fiberglass cloth consist of bulk, chopped fibers or continuous strands of glass. Glass fibers and fiberglass cloth is used in reinforcing plastics and composites as well as other specialized electrical and thermal applications. Search by Specification | Learn More about Glass Fibers and Fiberglass Cloth
Fiber optic test equipment is used to detect the signal loss/change through a fiber optic cable. Search by Specification | Learn More about Fiber Optic Test Equipment
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Super L-band Booster Optical Amplifier BOA 1082 Covega, Thorlabs’ Quantum Electronics Division
L-band Booster Optical Amplifier BOA 1080 Covega, Thorlabs’ Quantum Electronics Division
C-Band Linear Semiconductor Optical Amplifier Covega, Thorlabs’ Quantum Electronics Division
C-Band Non-Linear Semiconductor Optical Amplifier Covega, Thorlabs’ Quantum Electronics Division
Custom Fiber Optic Amplifiers Narda East (a division of L-3 Communications)
Transceiver Technology for Data Communications Avago Technologies
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Product News for fiber amplifier
High-Efficiency, High-Power Fibers, Gain Modules
OFS Specialty Photonics offers four new premium erbium/ytterbium double clad fibers for high-power amplifiers and lasers. These new fibers, as well as gain modules assembled using these fibers, offer high efficiency and lower overall fiber laser cost in LIDAR, material processing, test and measurement, and related applications. Fibers are offered with standard single mode (conventional 6μ... (read more)
NEW Broadband High Power Amplifiers, Self-Cooled
Model AMF-8B-18002650-70-37P-PS is a self-cooled 3 RU rack-mount high power amplifier, covering 18-26.5 GHz and delivering minimum of 5W of power. The SMA connectorized box is 3.47" (read more)
Broadband Instrumentation CW, TWT Amplifiers
MCL's MT4100 is a broadband CW amplifier for use in radar, EMC and EW testing, and wherever wideband applications are required. (read more)
1.5um Erbium Doped Amplifiers - EDFA's
Micro EDFA (45,70x10mm)- output power up to +18dBm
Compact EDFA (70x90x12mm) - output power up to +20dBm
Compact EDFA Gain Module (70x90x15mm) - output power up to +20dBm
High Power Bench-top Amplifier - output power up to +20dBm
For other fiber related products click here.
For more information contact manlight@rpmclasers.com. (read more)
Rack-Mount Solid State Power Amplifier - SATCOM
Rack-Mount Solid State Power Amplifier. Introducing MITEQ's new medium power X-band Rack-Mount Solid State Power Amplifier (SSPA) and Transmitter systems. The new PA-R Model series is an SSPA rack-mounted system designed using a modular approach to provide flexible solutions to meet a variety of applications. (read more)
NEW Detector Log Video Amplifier (DLVA)
Detector Log Video Amplifiers The FBLA-2/6-50J ultra-broadband unit, which operates in the 2 to 6 GHz range is a low noise, high dynamic range amplifier that utilizes improved sensitivity. The Kovar housing is hermetically sealed and also fully EMI shielded. (read more)
Ka-Band Power Amplifier Module
Model AMF-8F-27003150-55-30P is a new addition to its family of broadband high power amplifiers. This compact amplifier is a connectorized high power gain module, covering SATCOM ... (read more)
New LCN High-Performance, Cost-Effective Amplifier
MITEQ's cost-effective high performance LCN amplifier Series are now available in frequency ranges from 1-2, 2-4, 4-8, 8-12, 12-18, 6-18, 2-18 GHz. These amplifiers offer excellent low noise figures and great single unit pricing starting at $325.00. (read more)
Instrumentation Desktop Amplifier Series
MITEQ's latest offering in its instrumentation desktop amplifier series, Models NSP2000-NVG, NSP4000-NVG and NSP4000-NFG, are now available with a fre... (read more)
Plate Broadband Mounted High Power Amplifier
Model AMF-8B-18002650-70-37P is a plate mounted high power amplifier, covering 18-26.5 GHz and delivering a minimum of 5W of saturated power. The SMA connectorized module has a b... (read more)
Parts by Number for fiber amplifier
| Part # | Distributor | Manufacturer | Product Category | Description |
|---|---|---|---|---|
| 1025995 | PLC Radwell | SICK OPTIC ELECTRONIC | Not Provided | CONTRAST SENSOR, FIBER OPTIC AMPLIFIER |
| 6029531 | PLC Radwell | SICK OPTIC ELECTRONIC | Not Provided | FIBER OPTIC AMPLIFIER, NPN, RED, CABLE, HI SPEED |
| FST1 | PLC Radwell | KEYENCE CORP | Not Provided | PHOTOELECTRIC AMPLIFIER FIBER OPTIC |
| FST2 | PLC Radwell | KEYENCE CORP | Not Provided | PHOTOELECTRIC FIBER OPTIC AMPLIFIER |
| FST22 | PLC Radwell | KEYENCE CORP | Not Provided | PHTOELECTRIC FIBER OPTIC AMPLIFIER |
Conduct Research
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Optimization of Fusion Splice Process for High Numerical Aperture Coupler Fiber and Erbium Doped Fiber
Fusion splicing erbium doped fiber (EDF) to other single mode fibers has become more critical as the required overall insertion loss for erbium doped fiber amplifiers (EDFA) has significantly...(read more)
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Advanced Topics on Erbium Doped Fibers for High Performance Amplifiers
Erbium doped fiber amplifiers have been widely deployed for signal amplification in optical transmission systems. High performance amplifiers require erbium doped fiber with high power conversion...(read more)
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Increased Pulsed Amplifier Efficiency by Manipulating the Fiber Dopant Distribution
Cladding pumped fiber lasers and amplifiers have emerged as a competing technology for solid state lasers. In order to obtain high powers and mitigate nonlinear effects large mode area (LMA)...(read more)
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New Fiber-optic Amplifier for DIN-rail Mounting, Series 3060
Photoelectric devices for DIN-rail mounting (picture 1) are used exclusively in fiber-optic applications. The idea is to build the devices into already available switchboxes or housings, together with...(read more)
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Preface
The dramatic reduction in transmission loss of optical fibers coupled with very important developments in the area of light sources and detectors have resulted in phenomenal growth of the fiber optic...(read more)
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Bending Induced PMD in Spun Erbium Doped Fiber
With a growing number of systems running at 10 Gbit/s and large interest in 40 Gbit/s systems, there is increased focus on Polarization Mode Dispersion (PMD). Even though EDF amplifiers only consist...(read more)
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Supercontinuum Generation in SCG-800 Photonic Crystal Fiber
Since the discovery of supercontinuum generation (white light produced by focusing an intense laser pulse onto a nonlinear medium), significant research was devoted to investigation of this phenomenon...(read more)
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Preface
Preface The term lightwave technology was coined as a natural extension of microwave technology and refers to the developments based on the use of light in place of microwaves. The beginnings of...(read more)
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Phase Conjugate Laser Optics - Preface
Since the discovery of the laser in the 1960s, a great amount of research activity has led to an impressive increase of the overall performances of the sources emitting in the visible or in the...(read more)
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Semiconductor Optical Amplifier in Coarse Wavelength Division Multiplexed Systems
Coarse division wavelength multiplexed (CWDM) systems have been proposed for reducing the cost of metro and access networks while providing increased throughput and flexibility. CWDM multiplexes up to...(read more)
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Optical fiber amplifier and dispersion compensating fiber... Optical fiber amplifier and dispersion compensating fiber module for optical fiber amplifier -> Monitor Keywords |
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High-power fiber laser amplifier and fiber laser oscillator... Abstract: A high-power fiber laser amplifier with a laser wavelength of about 1060 to 1100 nm and an average laser power of more than about 500 W and |
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Optical fiber - Wikipedia, the free encyclopedia leading to long-haul fiber connections with repeater distances of 50?80 kilometres (31?50 mi). The erbium-doped fiber amplifier, which reduced the |
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Cisco ONS15501 Erbium Doped Fiber Amplifier Data Sheet ... Cisco ONS15501 Erbium Doped Fiber Amplifier Data Sheet Cisco ONS15501 Erbium Doped Fiber Amplifier Data Sheet |
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Cisco ONS 15454 Fiber Patch Panel Shelf - Products & Services... Cisco ONS 15454 Fiber Storage Shelf Cisco ONS 15454 Optical Booster Amplifier Card Cisco ONS 15454 Fiber Patch Panel Shelf See Cisco Systems, Inc. Information |
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Backward Amplification and Beam Cleanup of a Raman Fiber Laser... Backward Amplification and Beam Cleanup of a Raman Fiber Laser Oscillator using a Multi-Mode Graded Index Fiber Amplifier See Storming Media LLC Information |
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Hybrod Brillouin/Erbium Doped Fiber Amplifier Apparatus and... ("hybrid amplifier") apparatus of the present invention includes at least two couplers, a phase modulator, an Erbium-doped fiber, a laser source to See Storming Media LLC Information |
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Home Page See IPG Photonics Corporation Information |
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Passive Components and Fiber-based Devices - Asia-Pacific... Tunable gain-clamped double-pass erbium-doped fiber amplifier with a DBR lasing cavity including a fiber Bragg grating and a fiber reflection mirror |
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Fiber Lasers VI: Technology, Systems, and Applications - SPIE... Fiber amplifier based UV laser source Author(s): Manuel J. Leonardo; Mark W. Byer; Gregory L. Keaton; Derek J. Richard; Frank J. |
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