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Simple digital integration algorithm with saturation and drift elimination based Second-Order Generalized Integrator

机译:基于二阶广义积分器的具有饱和度和漂移消除的简单数字积分算法

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Integral operator and its digital implementation is a particular point in the estimation and monitoring algorithms using object observers. However, there appears saturation and drift problem on integration of harmonic signals. This paper proposes a simple algorithm based on Second-Order Generalized Integrator (SOGI) with effective elimination output drift of integral operator and prevents saturation in case DC component appears in input signal. Algorithm has accurate results on selected frequency range and frequency adaptation is also possible. Article presents extraction from SOGI structure and detailed analysis of proposed integral operator algorithm. Also shown form of the equations that are easy to implement in digital system. Example of utility proposed integration method was presented on simulation model of DTC-SVM induction motor control technique.
机译:集成算子及其数字实现是使用对象观测器进行估计和监视算法的一个特定方面。然而,在谐波信号的积分上出现饱和和漂移问题。提出了一种基于二阶广义积分器(SOGI)的简单算法,该算法可以有效消除积分算子的输出漂移,并防止输入信号中出现直流分量时产生饱和。该算法在选定的频率范围内具有准确的结果,并且频率适配也是可能的。本文介绍了从SOGI结构中提取的内容以及提出的积分算子算法的详细分析。还显示了易于在数字系统中实现的方程式形式。在DTC-SVM感应电动机控制技术的仿真模型上,提出了一种实用的积分方法实例。

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