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    • 1. 发明申请
    • OPTICAL TRANSMISSION USING SEMICONDUCTOR OPTICAL AMPLIFIER (SOA)
    • 使用半导体光放大器(SOA)的光传输
    • WO2008021567A2
    • 2008-02-21
    • PCT/US2007018427
    • 2007-08-20
    • FINISAR CORPMATSUI YASUHIROMAHGEREFTEH DANIELZHENG XUEYANMCCALLION KEVINTAYEBATI PARVIZ
    • MATSUI YASUHIROMAHGEREFTEH DANIELZHENG XUEYANMCCALLION KEVINTAYEBATI PARVIZ
    • H04B10/2513H04B10/516H04B10/54H04B10/556
    • H04B10/5161H04B10/25137H04B10/516H04B10/541H04B10/5563H04B2210/517
    • A fiber optic communication system comprising: an optical signal source adapted to receive a binary first signal and generate a binary second signal, wherein the binary first signal has an amplitude modulated component, wherein the binary second signal has an amplitude modulated component and a frequency modulated component, and further wherein the binary second signal is characterized in that the higher intensity 1 bits are red shifted relative to the lower intensity 0 bits; a semiconductor optical amplifier (SOA) adapted to receive the binary second signal and generate a binary third signal, wherein the binary third signal has an amplitude modulated component and a frequency modulated component, and further wherein the semiconductor optical amplifier operates in saturation; and an optical spectrum reshaper (OSR) adapted to reshape the binary third signal into a binary fourth signal, wherein the binary fourth signal has an amplitude modulated component and a frequency modulated component. A method for transmitting a signal, comprising: receiving a binary first signal having an amplitude modulated component and generating a binary second signal having an amplitude modulated component and a frequency modulated component, wherein the binary second signal is characterized in that the higher intensity 1 bits are red shifted relative to the lower intensity 0 bits; passing the binary second signal through a semiconductor optical amplifier (SOA) operating in saturation so as to generate a binary third signal, wherein the binary third signal has an amplitude modulated component and a frequency modulated component; and reshaping the binary third signal into a binary fourth signal, wherein the binary fourth signal has an amplitude modulated component and a frequency modulated component.
    • 一种光纤通信系统,包括:光信号源,适于接收二进制第一信号并产生二进制第二信号,其中所述二进制第一信号具有幅度调制分量,其中所述二进制第二信号具有幅度调制分量和频率调制 并且其中所述二进制第二信号的特征在于,较高强度1比特相对于较低强度0比特红移; 适于接收所述二进制第二信号并产生二进制第三信号的半导体光放大器(SOA),其中所述二进制第三信号具有幅度调制分量和调频分量,并且其中所述半导体光放大器工作在饱和状态; 以及适于将二进制第三信号重新形成二进制第四信号的光谱整形器(OSR),其中二进制第四信号具有调幅分量和调频分量。 一种用于发送信号的方法,包括:接收具有幅度调制分量的二进制第一信号并产生具有幅度调制分量和调频分量的二进制第二信号,其中二进制第二信号的特征在于较高强度1比特 相对于较低强度的0位红移; 使所述二进制第二信号通过饱和运行的半导体光放大器(SOA),以产生二进制第三信号,其中所述二进制第三信号具有调幅分量和调频分量; 以及将所述二进制第三信号重新形成二进制第四信号,其中所述二进制第四信号具有幅度调制分量和调频分量。