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All-optical time-division demultiplexing circuit and all-optical TDM-WDM conversion circuit

机译:全光时分多路分解电路和全光TDM-WDM转换电路

摘要

An all-optical time-division demultiplexing circuit is designed to output all the channels of time-division multiplexed signal pulses to different output ports simultaneously. A pulse stream of time-division multiplexed signal pulses and linearly chirped control pulses synchronized with the signal channels are input into an optical Kerr medium. The optical Kerr medium provides locally cross-phase modulation to the control pulse, depending on the presence or absence of the signal pulses of each signal channel. And the optical Kerr medium modulates the power of the component frequencies υ1, υ2, .., υN of the control pulses in accordance with each of the signal channel, by inducing the optical frequency shift to compensate the control pulse chirp on the optical frequency axis. The Kerr medium outputs a power modulated control light, which is separated in a wavelength-division demultiplexing circuit into component frequencies υ1, υ2, .., υN of the control pulses which are to output to respective ports of corresponding to individual signal channels.
机译:设计了一种全光时分多路分解电路,以将时分多路复用信号脉冲的所有通道同时输出到不同的输出端口。与信号通道同步的时分多路复用信号脉冲和线性linear控制脉冲的脉冲流被输入到光学Kerr介质中。光学克尔介质根据每个信号通道的信号脉冲是否存在,向控制脉冲提供局部交叉相位调制。光学克尔介质通过诱导光学频率偏移以补偿光学频率轴上的控制脉冲线性调频脉冲,根据每个信号通道调制控制脉冲的分量频率υ1,υ2,..,υN的功率。 。克尔介质输出功率调制的控制光,该光在波分多路分解电路中分成控制脉冲的分量频率υ1,υ2,...,υN,分别输出到对应于各个信号通道的各个端口。

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