EDFA
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Overview
Erbium-doped fiber amplifiers are also known as EDFA
EDFA devices amplify Optical Signals directly, with no requirement for any conversion to an electrical signal to achieve this. They do this by using the principle of stimulated radiation of the EDF fiber. As a comparison, Raman amplification achieves this task differently, by using the Raman effect, which utilises energy conversion as a means to amplify optical signals.
Applications
EDFAs are used extensively in FTTH systems and applications. They receive an optical signal from the broadcast optical transmitter source and then amplify it. When used within HFC networks, EDFA devices normally operate around the 1535 to 1565 nm wavebands.
Browse the range of Optosun devices used within EDFA devices:
- C band ASE Filter 1528-1565nm
- C band Supervisory Channel Filter 1510-1550
- Cladding power Stripper - 50 Watts
- Coaxial InGaAs PIN PhotoDiode
- Dual window Wideband coupler
- DWDM device - 1x2 - 100 & 200Ghz
- DWDM module 100 & 200Ghz - 2 to 16 channels
- Faraday Mirror
- Fiber Patchcords - 2000 nm Customised - PM
- Fiber Patchcords - 2000 nm FC/APC PM Polarization Maintaining
- Fiber Patchcords - 2000 nm FC/UPC PM Polarization Maintaining
- Fiber Patchcords - 2000 nm LC/APC PM Polarization Maintaining
- Fiber Patchcords - 2000 nm LC/UPC PM Polarization Maintaining
- Fiber Patchcords - 2000 nm SC/APC PM Polarization Maintaining
- Fiber Patchcords - 2000 nm SC/UPC PM Polarization Maintaining
- Filter Coupler Module PM fiber 1 x 16 - 1064 1310 1550 nM
- Fused PM WDM Coupler 980/1550 & 1064/1550nm
- Fused WDM Coupler 1x2 & 2x2
- Gain Flattening Filter - GFF - for EDFA
- Gain Flattening Filter with PM Fiber
- High Power Collimated Beam Optical Isolator - 150W PM fiber
- High Power Collimated Beam Optical Isolator - 50W PM fiber
- High Power Collimated Beam Optical Isolator - 50W Polarization insensitive non-pm fiber
- High Power Collimated Beam Optical Isolator 150W Polarization insensitive non-pm fiber
- High Power Collimator 1310 and 1550nm
- High Power Fiber Coupler
- High Power In Line PM / Non-PM Tap TGG Isolator + Bandpass filter
- High Power Isolator - inline PM 20 watt
- High Power Optical Isolator 1064nM Non-PM Fiber 10W to 50W
- High power Optical Isolator 1550nM, 1 - 20W non-PM
- High power Optical Isolator 20W 1550nM
- High Power Optical Isolator 50W 1030nM PM
- High Power Optical Isolator for PM fiber to 50W
- High Power Optical Isolator up to 50W at 1064nM PM
- High Power Optical Isolator, 1064nm, Free Space Output PM or non PM
- High Power Optical Isolator, Collimated Beam 10w to 30W PM fiber
- High Power PM Filter WDM
- High Power PM Filter WDM 1030 / 1064 nm
- High Power PM Filter WDM 1550 / 1064 nm
- High Power PM Filter WDM 980 / 1064 nm
- In Line Optical Depolarizer
- In Line Optical Polarizer
- L band Supervisory Channel Filter 1625-1585
- MEMS VOA Array Module 1-28 Channel
- Mini size Monolithic Singlemode Coupler
- Mode Field adapter 1550 nm 1064 nm
- Multimode fiber combiner - 2 + 1 x 1
- Multimode fiber combiner - 6 + 1 x 1
- Multimode Fiber Pump Combiner High power 20W
- Multimode Pump Signal Combiner PM fiber 2+1x1 5 to 30 watts
- Multimode Pump Signal Combiner PM fiber 6+1x1 high power 50 Watts
- Optical Circulator - PM - 2000nm
- Optical circulator - PM - 3 port
- Optical circulator - Polarisation insensitive, 3 port 1310 - 1650nm
- Optical circulator - Polarisation insensitive, 3 port 850 - 980 nm
- Optical circulator - polarization insensitive - Mini Size
- Optical Circulator - Polarization Maintaining - 2000nm
- Optical circulator - Polarization Maintaining - 4 port
- Optical Circulator for High Power - PM
- Optical Circulator for High Power - PM 1 watt
- Optical Circulator for High Power - PM 10 watt
- Optical Circulator for High Power - PM or Non PM 300mW to 3 Watts
- Optical Circulator for High Power - PM-mini-size
- Optical Circulator for medium power - PM 300mw
- Optical circulator Multimode - 3 port
- Optical Coupler Fused singlemode - 532 / 1064 nM - 1 x 2 & 2 x 2
- Optical Isolator - 980 nm - PM Fiber length 0.8 Meter
- Optical Isolator - PM and non PM, 780, 850, 980nm
- Optical Isolator - Polarization Insensitive
- Optical Isolator - Polarization Insensitive - 2000 nm
- Optical Isolator - Polarization Insensitive Dual Stage - 2000 nm
- Optical Isolator - Polarization Insensitive Single Stage - 2000 nm
- Optical Isolator + Gain Flattening Filter Hybrid
- Optical Isolator + WDM Hybrid Device
- Optical Isolator + WDM Hybrid Device - ultra compact
- Optical Isolator + WDM Hybrid Device + PM Fiber - 980-1480-1550nm
- Optical Isolator + WDM Hybrid with PM Fiber - 980/1064 nm
- Optical Isolator Polarization Maintaining 1064nm 300mW to 2W
- Optical Isolator, PM, 2000nm
- Optical Isolator, PM, 2000nm - Dual stage
- Optical Isolator, PM, 2000nm - Single stage
- Optical Isolator, Ultra Wideband, Polarization Insensitive C+L Band
- Optical Isolator, Ultra Wideband, Polarization Insensitive S+C+L Band
- Optical Pump Combiner ( 2 + 1 ) x1 1064nm
- Optical Tap Isolator Hybrid Device
- PM Fiber In Line Fixed Optical Attenuator - 1dB to 20dB
- PM Fiber Optical Tap Isolator WDM Hybrid 980/1550, 1480/1550
- PM Fiber Patchcords - 532 to 2000nM
- PM filter coupler 1x4 & 1x8 for 1064nm
- PM Filter Coupler Module - 1x2 & 2x2
- PM Filter Coupler Module 1 x 2 & 2x2 for 1064nM
- PM Filter WDM - 980 1064 1030 1310 1550
- PM Optical Isolator - 980 nm - Fiber length 1 Meter
- Polarization Beam Splitter / Combiner - 2000 nm
- Polarization Maintaining Isolator 1310 -1480 -1550nm
- RC80um Faraday mirror - Compact size
- Signal / Pump Combiner with PM Fiber ( 2+1 ) x 1
- Single window standard coupler
- Single window wideband coupler
- Tap PD Monitor - Compact size
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