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    • 2. 发明申请
    • Fiber optic communication system with automatic line shutdown/power reduction
    • 具有自动线路关断/功率降低的光纤通信系统
    • US20090142061A1
    • 2009-06-04
    • US11998896
    • 2007-12-03
    • George BuAbbudCristiano MornattaPeter Reeves-HallIgor Samartsev
    • George BuAbbudCristiano MornattaPeter Reeves-HallIgor Samartsev
    • H04J14/02
    • H04J14/0221H04B10/0771H04B10/0775
    • A wavelength division multiplexing (WDM) fiber optic communication system is operative to transmit WDM signals between multiple nodes. Each of the nodes has a booster EDFA, and in-band (IB) and out-of-band (OB) supervisory channels operative to monitor the integrity of a transmission link by generating and detecting respective in-band and out-of-band control signals. The booster EDFA is operative to receive the multiplexed WDM and IB signals and generate an output signal carried by a plurality of fiber-optic cables between the nodes. The booster EDFA is operative to switch from an automatic gain control regime upon detecting of at least one of the IB and OB signals to an automatic power control regime upon loss of both IB and OB signals. The output signal of the EDFA in the AGC regime has a high power sufficient for being transmitted the WDM and IB signals, and has a low power in the APC regime sufficient for transmitting only the IB signal between the nodes.
    • 波分复用(WDM)光纤通信系统可操作以在多个节点之间传输WDM信号。 每个节点具有增强器EDFA,并且带内(IB)和带外(OB)监控通道可用于通过产生和检测相应的带内和带外来监视传输链路的完整性 控制信号。 增强器EDFA可操作以接收多路复用的WDM和IB信号,并产生由节点之间的多条光纤电缆承载的输出信号。 助推器EDFA可操作以在IB和OB信号丢失时检测到IB和OB信号中的至少一个到自动功率控制状态时的自动增益控制状态。 AGC状态下的EDFA的输出信号具有足够大的功率,用于传输WDM和IB信号,并且在APC状态下具有足够的功率,足以仅在节点之间传输IB信号。
    • 7. 发明授权
    • Two-way amplifier for passive optical network (PON)
    • 无源光网络(PON)双向放大器
    • US08098426B2
    • 2012-01-17
    • US12468998
    • 2009-05-20
    • George BuAbbudCristiano Momatta
    • George BuAbbudCristiano Momatta
    • H01S3/00
    • H04B10/2918H04J14/0221H04J14/0282
    • A two-way optical amplifier system amplifies upstream and downstream optical signals in a passive optical network (PON). The downstream optical amplifier system includes an optical amplifier (EDFA), configured and arrange to amplify the downstream optical transport signal. The upstream optical amplifier operates in burst mode and includes an upstream transport fiber receiving an upstream optical transport signal, an optical source coupled to the upstream transport fiber to generate a saturating optical input signal that is combined with the optical transport signal and establishes a baseline reference level for AGC of the optical transport signal, a PON input receiving an incoming PON RF return signals, a first optical amplifier configured and arrange to amplify with AGC and equalize the PON RF return signals with the optical transport signal, a beam combiner configured and arranged to combine said equalized PON RF return signals with said optical transport signal, and a second optical amplifier configured and arranged to amplify the optical transport signal including said equalized PON RF return signals.
    • 双向光放大器系统放大无源光网络(PON)中的上游和下行光信号。 下游光放大器系统包括光放大器(EDFA),其配置并布置成放大下行光传输信号。 上游光放大器以突发模式工作,并且包括接收上游光传送信号的上行传输光纤,耦合到上游传输光纤的光源,以产生与光传输信号组合的饱和光输入信号并建立基准参考 光传送信号的AGC的电平,接收入射PON RF返回信号的PON输入;配置并布置成AGC放大并且使PON RF返回信号与光传输信号相等的第一光放大器,配置和布置的光束组合器 将所述均衡的PON RF返回信号与所述光传输信号组合,以及第二光放大器,其被配置和布置成放大包括所述均衡的PON RF返回信号的光传输信号。
    • 9. 发明申请
    • Two-Way Amplifier For Passive Optical Network (PON)
    • 无源光网络(PON)双路放大器
    • US20100296156A1
    • 2010-11-25
    • US12468998
    • 2009-05-20
    • George BuAbbudCristiano Momatta
    • George BuAbbudCristiano Momatta
    • H04B10/12
    • H04B10/2918H04J14/0221H04J14/0282
    • A two-way optical amplifier system amplifies upstream and downstream optical signals in a passive optical network (PON). The downstream optical amplifier system includes an optical amplifier (EDFA), configured and arrange to amplify the downstream optical transport signal. The upstream optical amplifier operates in burst mode and includes an upstream transport fiber receiving an upstream optical transport signal, an optical source coupled to the upstream transport fiber to generate a saturating optical input signal that is combined with the optical transport signal and establishes a baseline reference level for AGC of the optical transport signal, a PON input receiving an incoming PON RF return signals, a first optical amplifier configured and arrange to amplify with AGC and equalize the PON RF return signals with the optical transport signal, a beam combiner configured and arranged to combine said equalized PON RF return signals with said optical transport signal, and a second optical amplifier configured and arranged to amplify the optical transport signal including said equalized PON RF return signals.
    • 双向光放大器系统放大无源光网络(PON)中的上游和下行光信号。 下游光放大器系统包括光放大器(EDFA),其配置并布置成放大下行光传输信号。 上游光放大器以突发模式工作,并且包括接收上游光传送信号的上行传输光纤,耦合到上游传输光纤的光源,以产生与光传输信号组合的饱和光输入信号并建立基准参考 光传送信号的AGC的电平,接收入射PON RF返回信号的PON输入;配置并布置成AGC放大并且使PON RF返回信号与光传输信号相等的第一光放大器,配置和布置的光束组合器 将所述均衡的PON RF返回信号与所述光传输信号组合,以及第二光放大器,其被配置和布置成放大包括所述均衡的PON RF返回信号的光传输信号。