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Experimental investigation of transients in six cascaded AGC EDFAs and their suppression using a high-speed VOA

机译:六个级联AGC EDFA的瞬态及其通过高速VOA抑制的实验研究

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We investigate gain transient responses of an automatic gain control (AGC) EDFA with fast electrical feed-forward pump control. Even if each of the AGC EDFAs can well suppress the gain transients for add/drop operations with various switch speeds, the cumulative transients in cascaded AGC EDFAs give rise to a non-negligible impact. We demonstrate that a high-speed variable optical attenuator (VOA) can suppress such cumulative transients. Error-free operation of a surviving channel under the instantaneous load and unload condition with six cascaded AGC EDFAs is confirmed. The burst mode signal is 7-ms duration with 16-dB range.
机译:我们研究了具有快速电前馈泵控制的自动增益控制(AGC)EDFA的增益瞬态响应。即使每个AGC EDFA都能以不同的开关速度很好地抑制分插操作的增益瞬变,级联AGC EDFA中的累积瞬变也会产生不可忽略的影响。我们证明了高速可变光衰减器(VOA)可以抑制这种累积瞬变。可以确定,在瞬时负载和卸载条件下,通过六个级联AGC EDFA,正常运行的通道可以无错运行。突发模式信号的持续时间为7毫秒,范围为16 dB。

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