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1·Experiments have proven that one-order decoupling filter is feasible.

解耦滤波器为一阶，实验证明是可行的。

2·To the left of the chip we see the decoupling caps, the input caps (electrolytic) and input RF filter. The other electrolytic may be on the 5 volt supply.

在芯片的左边我们可以看到滤波电容，输入电容(电解电容)以及输入射频滤波。外一个电解电容可能是5伏供电之用途。

3·Simulation and experimental results confirm the decoupling control strategy for the power filter. It has preferable dynamic characteristics and robust quality.

数字仿真和实验结果表明，该控制策略能较好地实现有源电力滤波器的解耦控制，具有较好的动态特性和较强的鲁棒性。

4·This paper presents a new method of the dynamic model decoupling in kalman filter.

本文对卡尔曼滤波中动态模型的解耦提一种新的方法。

5·In the end, the optimal decoupling strategy for robust fault detection filter method and its application for large-scale interconnected systems are also discussed.

最后，研究最优解耦策略鲁棒故障检测滤波器方法及其在关联大系统中的应用。

6·Passive measure include: filter, Fielding, earthing, bypass, decoupling etc.

被动的方法具体有：滤波、屏蔽、接地、去耦、旁路等。