该分析以非对称数字环路传输系统为例，其噪声在DC附近集中。
The asymmetry digital circuit transmission system was taken as example. The noise was gathered around DC.
然后通过将两个反馈环路等效为一个环路的方法求得整体的环路传输函数，并给出详细的频率补偿方案。
Then thesis combines two feedback loops into one loop to get the whole loop gain, and give detailed slope compensation plan.
只有物理媒介终止了，传输环路才会终止。
The transmit ring is the last stop before the physical media.
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