1) PI torque controller
转矩PI调节器
1.
By analyzing the torque control of PMSM, the optimum design of proportion in the PI torque controller is presented in order to reduce the torque error in dynamic state resulted from the nonlinear relationship between the torque and torque angle, and ensure exact and quick control of torque.
针对转矩角控制型永磁同步电机直接转矩控制系统,文中提出并设计了一种变比例系数转矩PI调节器。
2) PI adjuster
PI调节器
1.
According to the classical engineering design method for PI adjuster,a parameter design principle and method of digital PI adjuster were both given.
针对全数字化大功率永磁同步电机磁场定向控制调速系统的双闭环结构,建立了电流环和速度环的传递函数模型,根据经典PI调节器工程设计方法,给出了一种数字PI调节器的控制参数设计准则和方法,并通过试验进行了验证。
3) PI controller
PI调节器
1.
Analysis of steady state process of APF with OCCand design of its PI controller;
单周控制APF稳态工作过程分析和PI调节器设计
2.
In this paper,the defects of conventional contro l methods for induction heating power supply is pointed out,the primary principle of PI controller is briefly described,and the control circuit based on double closed-loop is designed,also,the working principle of this circuit based on constant power output control and voltage/current restriction is analyzed.
指出了传统固态焊接电源功率控制方法的弊端,简述了PI调节器的基本原理。
3.
The paper uses Liapunov s direct method to obtain optimal parameters Kp and Ti in the PI controller of a liquid-level control system.
应用李雅普诺夫第二法求解系统是优参数的方法对比例积分液位控制系统的PI调节器进行参数优化，找出最佳的比例系数Kp值和积分时间Ti值，并应用MATLAB计算机软件对优化结果进行了仿真验证。
4) PI regulator
PI调节器
1.
Control of discrete chaotic system by using a state PI regulator;
基于状态PI调节器的离散混沌系统控制
2.
The double closed-loop control system is designed in order to satisfy the unity-power-factor(UPF) condition,and obtain the PI regulator parameters by Ziegler-Nichols method.
从实现单位功率因数有源逆变控制出发,设计了双闭环直接电流控制系统,利用Ziegler-Nichols整定算法得到内外环PI调节器的参数。
3.
The torque and flux linkage of SRM were respectively controlled by PI regulators, and the simulation results were compared with those of the direct torque controlled system based on hysteresis regulator and the current chopped system.
利用PI调节器分别对电机转矩和磁链进行控制,并且分别与滞环直接转矩控制和电流斩波控制进行了实验仿真的分析和对比,证明PI直接转矩控制系统准确的控制了磁链,减小了电流噪声,提高了响应速度,有效的抑制了转矩的脉动。
5) double-mode control
AW-PI调节器
6) PI torque Control
转矩PI控制器
补充资料：转矩变换器
分子式：
CAS号：
性质：将转矩从一种形式转换为另一种形式的装置，例如将转矩变换成模拟数据或数字数据。
CAS号：
性质：将转矩从一种形式转换为另一种形式的装置，例如将转矩变换成模拟数据或数字数据。
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