F-EDFA series are general purpose optical amplifiers for channels within the DWDM spectrum bands (1540-1565nm). These amplifiers are designed for amplification of up to 8 multiplexed DWDM optical channels. Any optical signal within the 1550 band is amplified to the rated output power level regardless of protocol or data rate. Works with both high speed digital signals or high speed analog optical RF. EDFA systems amplify optical channels without signal processing or retransmission, so there is virtually zero latency. Useful for fiber transport over very long distances, or for feeding a fiber optic PLC splitter for multi point signal distribution. The F-EDFA booster amplifier offers low NF with a high saturated output power. This product line features industry standard optics, high quality pump laser, and OFS erbium doped optical fiber made in America.
The unit is designed with heat dissipation and ventilation in mind to ensure a long operational life. A front panel LCD indicates unit power levels and has a signal detect warning alarm, automatically switching off the pump laser when no input is detected. The F-EDFA line also features RS-232 and SNMP via RJ45 for remote management and management. With so many features the F-EDFA series amplifiers offer high reliability and performance for any system integration project requiring optical amplification.
• 18 dBm optical power output for any DWDM channels within -10 to +10 dBm
• Compatible with optical signals with wavelengths from 1540 - 1563nm
• Consistent output power level that is independent of input optical power
• Works with any 1550 band optical signal independent of protocol
• Can be used for both RF over fiber and digital transport systems
• Basic SNMP system for monitoring and RS-232 interface for control
• Convenient front panel interface for configuration and alarm monitoring
Main applications
• CATV Optical Distribution
• Fiber to the Home Systems
• Point to Multipoint Distribution
• Long Range Transport
• Intermediary Optical Amplification
• Laboratory & Research application
IMPORTANT NOTE*** (it is very important to interface our unit with SC/APC - Angle Polished Connector to avoid any light reflections.
If your fiber is terminated with the SC, ST, FC /PC flat connector, you need to use an optical jumper from PC type to SC/APC for proper conversion.
| *All Specifiactions Subject to Change Without Notice | |||
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+18 (dBm) ±.75 dB |
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1540-1563 (nm) | ||
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-10 ~ +10 (Typ +3) (dBm) | ||
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± 6 dB | ||
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1 | ||
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± 0.75 dB | ||
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6.3 (Pin=0dBm)(dB) | ||
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0.3 (dB) | ||
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0.4 (dB) | ||
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0.5 (ps) | ||
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30 (dB) | ||
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-30 (dBm) | ||
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55 (dB) | ||
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RJ-45 | ||
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RS-232 | ||
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90 ~265VAC, -48VDC, +24VDC | ||
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~50W | ||
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-5 ~ 65 C | ||
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-40 ~ 80 C | ||
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5 ~ 95 (%) | ||
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19×14.5×1.75 - 1RU (19") | ||
IMPORTANT NOTE*** (it is very important to interface our unit with SC/APC - Angle Polished Connector to avoid any light reflections.
If your fiber is terminated with the SC, ST, FC /PC flat connector, you need to use an optical jumper from PC type to SC/APC for proper conversion.
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