Pulse transfer function

Theorem of Close - Loop Pulse Transfer Function

闭环脉冲传递函数定理

Direct Convertion From Transfer Function to Pulse Transfer Function and its Converse

传递函数与脉冲传递函数的直接换算方法

The pulse transfer function D ( Z );

实现最小拍控制的脉冲传递函数D（Z）；

Arbitrary pulse transfer function generator

任意脉冲传递函数发生装置

It avoids the matrix inverse operation . Meanwhile , the solutions of discrete time state equations and the pulse transfer function can also be obtained easily .

算法既避免了矩阵的求逆运算，又可同时获得系统的脉冲传递函数，也可用于离散状态方程的求解。

It is established about servo drive system maths mould , Un-linear scattered about control system is emulated , get pulse transfer function for digit control machine .

并建立了伺服驱动系统数学模型，对此非线性离散控制系统进行了仿真，得出了数字控制器的脉冲传递函数。

At the same time , pulse transfer function D ( z ) of the digital controller must also change correspondingly , to ensure that the simulation model is equivalent to the real system model .

与此同时，数字控制器的脉冲传递函数D（Z）也应发生相应变化，以保证仿真模型与原系统模型等价。

A mathematical model for the control object of frequency synchronizer in a quick-acting quasi-synchronizing device is discussed and the pulse transfer function D ( Z ) that satisfies the " dead beat performance criterion " is studied .

本文论述了快速准同期系统中频率同步器控制对象的数学模型；研究了频率同步器在满足有限拍性能指标时的数控规律&脉冲传递函数D（Z）；

(ⅱ) An algorithm about bilinear transformation : According to transfer function G ( s ), a discrete state equation used for fast simulation can be got by Tustin transformation . Then according to the discrete state equation , the pulse transfer function G ( z ) can be got .

关于双线性变换的算法：由传递函数G（s）出发，通过Tustin变换得到可用于快速仿真的离散状态方程，再由离散状态方程计算脉冲传递函数G（z）。

Base on analyzing the sub circuit of close loop control for discharging current of pulse generator , the transfer function of open loop is built by using the state-space averaging method .

在分析脉冲电源放电电流闭环控制子电路的基础上，利用状态空间平均法建立了脉冲电源系统的开环传递函数。

Before starting the step drive pulse , the sampling number should be zero in order to reduce the interference from the rectangle pulse signal spectrum to transfer function .

从矩形脉冲频谱对系统传递函数影响的角度，说明了为减少矩形脉冲频谱对传递函数标定曲线的干扰，应使阶跃激励开始时刻前的采样点数为零。

The high frequency part of the pulse series , in the method , is reversed so as not to lose the frequency information of the pulse series in its transfer function .

这种闭环系统建模方法保留了脉冲响应序列中的高频成分，避免了从脉冲响应序列向传递函数变换过程中丢失脉冲响应函数高频信息的缺点；