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    • 2. 发明授权
    • Circuit for monitoring the receiver of an optical transceiver and the method for monitoring burst mode optical power thereof
    • 用于监视光收发器的接收器的电路和用于监视其突发模式光功率的方法
    • US08792785B2
    • 2014-07-29
    • US13478813
    • 2012-05-23
    • Xu JiangXin ShuaiBing JuYi Yang
    • Xu JiangXin ShuaiBing JuYi Yang
    • H04B17/00H04B10/06
    • H04B10/69
    • A circuit for monitoring an optical receiver or transceiver, architectures, circuits, and systems including the same, and a method for monitoring received optical power are disclosed. The receiver monitoring circuit comprises an avalanche photodiode (APD), a microprocessor, and first and second transresistance amplifiers. The microprocessor is configured to supply bias voltage to the APD. Photocurrent produced by the APD is supplied to the first and second transresistance amplifiers, and then the microprocessor captures optical power from the voltage signal of the first and second transresistance amplifiers. By algorithms and microprogramming systems, the circuit for monitoring the optical receiver and method of monitoring optical power enables precision compensation for monitoring burst mode optical power in commercial temperature ranges and powers, and also can be applied to high precision digital monitoring of optical transceivers in a PON system in the commercial temperature range with error values within ±1 dB.
    • 公开了一种用于监视光接收器或收发器,结构,电路和包括其的系统的电路以及用于监视所接收的光功率的方法。 接收器监视电路包括雪崩光电二极管(APD),微处理器以及第一和第二跨阻放大器。 微处理器配置为向APD提供偏置电压。 由APD产生的光电流被提供给第一和第二跨阻放大器,然后微处理器从第一和第二跨阻放大器的电压信号捕获光功率。 通过算法和微程序系统,用于监控光接收机的电路和监视光功率的方法能够在商业温度范围和功率下监测突发模式光功率的精确补偿,并且还可以应用于光收发器的高精度数字监控 PON系统在商业温度范围内,误差值在±1 dB以内。
    • 3. 发明申请
    • Circuit for Monitoring the Receiver of an Optical Transceiver and the Method for Monitoring Burst Mode Optical Power Thereof
    • 用于监控光收发器的接收器的电路和用于监视突发模式光功率的方法
    • US20130108261A1
    • 2013-05-02
    • US13478813
    • 2012-05-23
    • Xu JIANGXin ShuaiBing JuYi Yang
    • Xu JIANGXin ShuaiBing JuYi Yang
    • H04B10/08H04B10/06
    • H04B10/69
    • A circuit for monitoring an optical receiver or transceiver, architectures, circuits, and systems including the same, and a method for monitoring received optical power are disclosed. The receiver monitoring circuit comprises an avalanche photodiode (APD), a microprocessor, and first and second transresistance amplifiers. The microprocessor is configured to supply bias voltage to the APD. Photocurrent produced by the APD is supplied to the first and second transresistance amplifiers, and then the microprocessor captures optical power from the voltage signal of the first and second transresistance amplifiers. By algorithms and microprogramming systems, the circuit for monitoring the optical receiver and method of monitoring optical power enables precision compensation for monitoring burst mode optical power in commercial temperature ranges and powers, and also can be applied to high precision digital monitoring of optical transceivers in a PON system in the commercial temperature range with error values within ±1 dB.
    • 公开了一种用于监视光接收器或收发器,结构,电路和包括其的系统的电路以及用于监视所接收的光功率的方法。 接收器监视电路包括雪崩光电二极管(APD),微处理器以及第一和第二跨阻放大器。 微处理器配置为向APD提供偏置电压。 由APD产生的光电流被提供给第一和第二跨阻放大器,然后微处理器从第一和第二跨阻放大器的电压信号捕获光功率。 通过算法和微程序系统,用于监控光接收机的电路和监视光功率的方法能够在商业温度范围和功率下监测突发模式光功率的精确补偿,并且还可以应用于光收发器的高精度数字监控 PON系统在商业温度范围内,误差值在±1 dB以内。