1) multivariable feedback linearization
多变量线性状态反馈
1.
As Z source inverter has nonlinear characteristics,a control scheme with multivariable feedback linearization for standalone generation system based on Z source inverter is proposed to improve the response speed of DC side voltage control to load variation.
针对Z源逆变器具有的非线性特征,以及提高直流侧电压控制对负载变化的响应速度,提出适用于Z源逆变器独立发电系统的多变量线性状态反馈控制方案。
2) Linear Multivariale Feedback
多状态线性反馈
3) linear multi-variable feedback
线性多变量反馈
1.
A new synchronous generator excitation control method——PID + linear multi-variable feedback excitation control strategy is introduced.
介绍了一种用于同步发电机的新型励磁控制方法———PID+线性多变量反馈控制策略。
4) multivariable state feedback controller
多变量状态反馈控制器
5) state variable feedback
状态变量反馈
1.
A state variable feedback based system control approach,which indirectly controls load voltage by means of controlling the supply current,is proposed,thus the problem that the undamped DC transient component of supply current,which is caused by the linking inductance between power supply and power loads under PI control mode,is solved.
分析了仅由1套逆变器构成的并联型综合电能质量调节器的结构特点和控制目标,提出了一种基于状态变量反馈的系统控制方法,通过控制电源电流来间接控制负载电压,很好地解决了常规比例–积分控制时电源和负载间的连接电感所导致的供电电流直流暂态分量不衰减的问题。
2.
Based on analyzing the PID regulator in the multi-variable closed loop control system, from viewpoint of teaching, the paper focuses on finding the relations between PID regulator and PI regulator, state variable feedback, output feedback and disturbance quantity feedback.
从教学的角度出发 ,通过对多变量闭环控制系统中 PID调节器进行分析 ,阐述了其与 PI调节器、状态变量反馈、输出量反馈以及扰动量前馈之间的关系 ,并讨论了 PID调节器的内涵与构成。
补充资料：状态反馈(见线性二次型最优控制)
状态反馈(见线性二次型最优控制)
state feedback
zh日。noto{于。n认日卜状态反馈(state feedbaek)最优控制。见线性二次型
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条