TTC`s Metro EDFA Gain Module Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum output power of 12dBm. In addition, supplying DC?V will be able to reach output power of 5~12dBm. Features: 1.Low cost 2.Low noise figure 3.Wide wavelength range 4.Smooth gain flatness 5.Low power consumption Specifications: 1.Wavelength Range:1529.55~1561.42 (for ITU Grid)nm 2.Channel Spacing:100 GHz 3.Input Power:-3~2(Booster), -5~-9(In-line), -10~-14(Pre-amplifier) dBm 4.Output Power:5~12(Booster), 3~10(In-line), 0~9(Pre-amplifier) dBm 5.Noise Figure:5.5(typ)(Booster), 5.5(typ)(In-line), 5.0(typ)(Pre-amplifier) dB 6.Gain Flatness:1.0 (typ), 1.5 (max) dB 7.PDG:0.3(max.)dB 8.PMD:0.3(max.)ps 9.Return Loss:50(min.)dB 10.Operating Temperature:0~50 XC 11.Storage Temperature:-40~85 XC 12.Humidity:10~90 (non-condensing)% 13.Dimensions Gain Module:120(W) x 60(D) x 20(H) mm Dimensions Gain Block :120(W) x 70(D) x 12(H) mm
TTC`s Metro EDFA Gain Module Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum ou
TTC`s Metro EDFA Gain Module / Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum
TTC`s Metro EDFA Gain Module / Gain Block can be integrated with Metro network architecture. Our Metro EDFA uses 980nm pump laser and coordinates with special erbium doped fiber to reach the maximum
TTC`s DWDM Mid - Stage EDFA provides two stage amplification and DCF or fiber grating at middle stage access for dispersion compensation. In DWDM application, it also monitors each wavelength in the
TTC`s DWDM Mid - Stage EDFA provides two stage amplification and DCF or fiber grating at middle stage access for dispersion compensation. In DWDM application, it also monitors each wavelength in the
Besides the application in C/L/C+L Band, TTC also provides DWDM Narrow Band EDFA which incorporates with excellent low noise figure and advanced gain flatness controlling technology to make the DWDM
Besides the application in C/L/C+L Band, TTC also provides DWDM Narrow Band EDFA which incorporates with excellent low noise figure and advanced gain flatness controlling technology to make the DWDM
TTC`s EDFA gain block for CATV is designed specifically to meet the most demanding noise performance requirement. The precise design generates the most effective output power. Besides, the gain block
TTC`s EDFA gain block for CATV is designed specifically to meet the most demanding noise performance requirement. The precise design generates the most effective output power. Besides, the gain block
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