并且通过对分压器传递函数的相频和幅频特性进行理论分析，提出一种分布电容补偿的方法。
By theory analysis of divider transfer function of magnitude-frequency characteristics and phase-frequency characteristics, a new method equalizing stray capacitance could be conclude.
首先提出了补偿环节的传递函数，然后在理论上进行了验证，并推导出用计算机实现补偿的递推公式。
At first, the transfer function of the compensator is given, and then verified theoretically. Finally, a successive formula to realize the compensation of a computer is derived.
INA法的基本思想是通过选择预补偿器使原系统的逆前向传递函数矩阵成为对角优势阵，从而实现各输入输出变量之间的基本解耦。
The INA's basic idea is that, through selecting pro-(compensator, ) inverse pro-transitive function matrix of previous system can be changed into diagonal preponderance matrix.
传递函数辨识方法摆脱了数字补偿器设计依赖手工调试的状况，并可以提供复杂的数字补偿器以得到高性能的控制系统。
The identification of transfer function can facilitate the design of a digital compensator to get rid of manual debugging and provide complex digital compensator for a high performance control system.
并且给出了实现某些典型输入下的最佳传递函数矩阵的鲁棒补偿器的设计方法。
Optimal transfer function matrix representation is derived. Robust compensator design for optimal transfer function matrix is also considered.
在电路设计上，根据环路传递函数的特征，利用简单的电压模式控制和基本的PI补偿器，保证了宽带环路控制的稳定性。
According to the characteristic of the control loop, simple voltage control mode and basic PI compensation are employed to ensure the stability of the converter.
在电路设计上，根据环路传递函数的特征，利用简单的电压模式控制和基本的PI补偿器，保证了宽带环路控制的稳定性。
According to the characteristic of the control loop, simple voltage control mode and basic PI compensation are employed to ensure the stability of the converter.
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