模拟部分为双电流环模拟电路单元。
The analog part is the unit of analog circuit of double current loop.
转速环的输出作为电流环的输入。
确定了电流环、速度环和位置环的参数。
The parameters of the current loop, velocity loop and position loop were determined.
最后给出了一种电流环补偿电路实例予以验证。
Last, the example of a current loop compensation circuit is given and testified.
整个系统控制分为电压环控制和电流环滑模控制。
The whole control unit is divided into the voltage loop control and the current loop control.
这种算法以占空比预测的方式代替了平均电流算法中电流环。
This arithmetic replaces the current loop of average current control as duty cycle prediction.
大容量并联型有源电力滤波器的补偿精度取决于电流环的设计。
The compensation precision of SAPF relies heavily on the design of current loop controllers.
详细介绍了采用单神经元自适应PS D控制器对电流环进行调节的方法。
The control method of current loop with single neuron adaptive PSD controller is discussed in detail, which can make motor work stably in condition of changing load.
控制系统采用双环控制，速度环采用PI转速控制，电流环采用矢量控制。
In the double loop of control system, a PI speed controller is adopted in the speed loop, and a vector controller is used in the current loop.
位置环实现精确位置控制，速度环实现快速跟踪，电流环实现快速动态响应。
The precise position control was performed by position regulation, and the fast trace was realized by speed regulation, and the fast dynamic control was implemented by current regulation.
其降阶指把电流环时间常数调整到尽量小，低频信号段可等效为普通比例环节。
The intension of reduce rank is that the time constant of current-ring is regulated to the best of minimum, and low frequency signal is equated to common proportional component.
在此基础上，对转速环电流环双环控制系统进行了控制器结构选择与参数设计。
Controller structure is chosen and parameters are designed for double-loop controlling system based on the model.
这种模型可以采用和直流电动机动态设计同样的原理进行电流环及速度环的设计。
This model permits the design of the current and speed control loops to adopt the same principles as the dynamic design of armature DC motor drives.
系统采用以滑移率环为外环、压力环为中间环和电流环为内环的三闭环控制策略。
The three closed loop strategy with slip ratio loop as the outer one, pressure loop as the middle one and current loop as the inner one is used.
详细介绍了控制系统采用的硬件结构和位置环、电流环和速度环三闭环控制方法。
In particular, the three closed loops including position loop, current loop and speed loop, and the hardware structure of the control system were described in detail.
调速部分为双闭环直流调速系统，由转速环(内环)和电流环(外环)串联组成。
The part of timing is a double closed loop DC timing system, and it is composed of rev loop (internal loop) and current loop (external), which are series-wound.
通过对数字电位器的结构及性能分析，发现它能够实现风速控制系统中电流环功能。
This article analyzed digital potentiometer structure and its performance and found it could be used to form the current loop in the wind speed control system.
按照自动控制系统调节器的工程设计方法，完成了位置环、速度环、电流环的设计。
The current loop, speed loop and position loop of the system were designed with the help of engineering design method of automation system regulator.
可采用SPWM控制功率管的关闭与导通，采用外环电压环，内环电流环的双环控制。
We can use SPWM to control power tube on or off, can use the double-loop control with the inductance current inner loop and capacitor voltage outer loop is introduced.
系统采用位置、速度和电流环三环控制，并结合空间矢量脉宽调制（SVPWM）算法。
The servo control system combines position loop, speed loop, current loop with algorithm of space vector pulse width modulation(SVPWM).
无传感器闭环控制模块包括换向调节、电流环调节和速度环调节、正反转速控制等功能。
Sensorless DC motor close-loop control module include reversing control, current loop regulating, the positive and negative rotational speed controls with speed ring etc.
本文介绍的电流环与RS- 232接口的方法大大提高了串行通信的距离和抗干扰能力。
The method of current transmitter interfacing with RS-232 in this article enormously advances the ability of serial communication and anti-disturbance.
运用磁场的叠加原理及第二类完全椭圆积分，给出了椭圆形稳定电流环垂直轴上的磁感应强度。
According to the superposition principle and the second kind of complete ellipse integral, the magnetic field current circle was calculated.
采用线性离散控制技术，由位置环、压力环、速度环、电流环多闭环构成线性离散压力调节系统。
Adopting linearity disperse control technique, position ring, pressure ring, rate ring, current ring constitute the more closed loop pressure regulate system.
论文分析了数据远距离传输方法，详细论述了电流环的工作原理，根据需要设计了电流环接口电路。
The article analyses the method of long distance transmutation, dentally discusses work principle of current transmitter, designs interface circuit of current transmitter.
电流环数字控制器通常以PI调节器为控制核心，但纯PI调节器在有源滤波中存在一定的局限性。
PI controller is usually the core of control, but there is the limitation of pure PI controller in active filtering.
本文提出了一种逆变器数字多环控制技术，该方案在电流环和瞬时电压环之外附加了一个重复控制环。
This paper presents a digital multiple-loop control technology of inverters. The scheme incorporates a current loop with an instantaneous voltage loop, while a repetitive control outer loop is added.
然后对转鳍驱动系统进行了分析，确定了在系统中使用电流环、速度环、位置环的交流电动机控制策略。
Then the drive system of the fin stabilizer is analyzed. To give a control policy which AC motor is controlled by applying electric current loop, speed loop, position loop in this system.
然后对转鳍驱动系统进行了分析，确定了在系统中使用电流环、速度环、位置环的交流电动机控制策略。
Then the drive system of the fin stabilizer is analyzed. To give a control policy which AC motor is controlled by applying electric current loop, speed loop, position loop in this system.
应用推荐