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    • 2. 发明授权
    • Optical receiver with monolithically integrated photodetector
    • 具有单片集成光电检测器的光接收器
    • US08787776B2
    • 2014-07-22
    • US13152320
    • 2011-06-03
    • Anthony Chan CarusoneTony Shuo-Chun KaoHemesh Yasotharan
    • Anthony Chan CarusoneTony Shuo-Chun KaoHemesh Yasotharan
    • H04B10/06
    • H04B10/6971
    • An optical receiver includes a photodetector for detecting incoming optical data signals and an amplifier for providing signal gain and current to voltage conversion. The detection signal generated by the photodetector may include a distortion component caused by an operating characteristic of the photodetector. A signal compensating circuit may reconstruct the received optical data signal by effectively canceling the distortion component. For this purpose, the signal compensating circuit may include a decision feedback equalizer implemented using at least one feedback filter matched to the operating characteristic of the photodetector causing the signal distortion so as to reproduce the distortion component for cancellation. Use of a control module may also configure the optical receiver in real time to account for other operating and environmental conditions of the optical receiver. Data rates in excess of 5 Gbps may be realized in monolithic CMOS photodetectors when the signal compensating circuit is properly matched.
    • 光接收器包括用于检测输入光数据信号的光电检测器和用于提供信号增益和电流到电压转换的放大器。 由光检测器产生的检测信号可以包括由光电检测器的工作特性引起的失真分量。 信号补偿电路可以通过有效地消除失真分量来重构所接收的光数据信号。 为此,信号补偿电路可以包括使用与光电检测器的操作特性匹配的至少一个反馈滤波器来实现的判决反馈均衡器,其导致信号失真,以便再现用于消除的失真分量。 控制模块的使用也可以实时配置光接收机以考虑光接收机的其它操作和环境条件。 当信号补偿电路正确匹配时,单片CMOS光电探测器可实现超过5 Gbps的数据速率。
    • 3. 发明申请
    • OPTICAL RECEIVER WITH MONOLITHICALLY INTEGRATED PHOTODETECTOR
    • 光学接收器与单片集成光电转换器
    • US20120141122A1
    • 2012-06-07
    • US13152320
    • 2011-06-03
    • Anthony Chan CarusoneTony Shuo-Chun KaoHemesh Yasotharan
    • Anthony Chan CarusoneTony Shuo-Chun KaoHemesh Yasotharan
    • H04B10/08
    • H04B10/6971
    • An optical receiver includes a photodetector for detecting incoming optical data signals and an amplifier for providing signal gain and current to voltage conversion. The detection signal generated by the photodetector may include a distortion component caused by an operating characteristic of the photodetector. A signal compensating circuit may reconstruct the received optical data signal by effectively canceling the distortion component. For this purpose, the signal compensating circuit may include a decision feedback equalizer implemented using at least one feedback filter matched to the operating characteristic of the photodetector causing the signal distortion so as to reproduce the distortion component for cancellation. Use of a control module may also configure the optical receiver in real time to account for other operating and environmental conditions of the optical receiver. Data rates in excess of 5 Gbps may be realized in monolithic CMOS photodetectors when the signal compensating circuit is properly matched.
    • 光接收器包括用于检测输入光数据信号的光电检测器和用于提供信号增益和电流到电压转换的放大器。 由光检测器产生的检测信号可以包括由光电检测器的工作特性引起的失真分量。 信号补偿电路可以通过有效地消除失真分量来重构所接收的光数据信号。 为此,信号补偿电路可以包括使用与光电检测器的操作特性匹配的至少一个反馈滤波器来实现的判决反馈均衡器,其导致信号失真,以便再现用于消除的失真分量。 控制模块的使用也可以实时配置光接收机以考虑光接收机的其它操作和环境条件。 当信号补偿电路正确匹配时,单片CMOS光电探测器可实现超过5 Gbps的数据速率。