servo controller的例句大全

AC Servo Motor Motion Controller Based on WDM

基于WDM的交流伺服电机运动控制器

A high accuracy H ∞ robust position controller is presented for linear permanent magnet synchronous servo motor ( LPMSM).

对于直线永磁同步伺服电机，提出了一种高精度的H∞鲁棒位置控制器。

A key controller is designed with AVR series MCU and MAX ⅱ series CPLD. The DC servo motor is controlled in the PWM way.

系统设计了AVR系列单片机与MAXⅡ系列CPLD相结合的核心控制器，采用PWM方式控制直流伺服电机。

The DSP-based servo motor controller was successfully used in the underwater weapon test device, the test result prove that the DSP-based servo system controller and the intelligent algorithm were useful and efficient.

基于DSP的伺服电机运动控制器在某水中兵器多轴定位系统上得到成功应用，试验运行结果证实了控制器和算法的实用性和有效性。

To decrease the tracking error in AC position servo control system, a novel design approach of zero phase error tracking controller ( ZPETC) is proposed, which is called Extended Bandwidth Zero Phase Error Tracking Control ( EBZPETC).

本文针对位置伺服系统中存在的跟踪误差，研究了零相位跟踪控制的交流位置伺服系统，提出了一种简便易行的设计零相位跟踪控制器的方法&扩展频带零相位跟踪控制。

The research of fuzzy controller on servo system of solar power generation

基于模糊控制的太阳能发电伺服系统的优化设计

As one of the most important part of the modern industrial control, number control system and servo control of radar, motion controller will impinge on the control accuracy and speed of the system, it is placed between the software and hardware.

运动控制器是现代工业控制、雷达伺服控制和数控系统的关键部件之一。运动控制器处于控制系统软件和硬件之间，它的性能将直接影响到系统的控制精度和速度。

Simulation and Experimental Research on Electro-hydraulic Speed Servo System with Digital Closed Loop Controller

数字闭环控制电液速度伺服系统的仿真及实验研究

Application of fuzzy integral controller with feedforward in servo system

带前馈的模糊积分控制器在伺服系统中的应用

H_ ∞ robust controller used in an alternating current torque servo system

交流转矩伺服系统H∞鲁棒控制

To further improve the servo performance, a desired compensation adaptive robust controller is then designed, in which the system uncertainties are off-line estimated according to reference trajectory only and the effect of measurement noise can be also reduced.

为了进一步提高系统伺服性能，减小上述自适应控制结构的在线测量噪声，采用只根据期望轨迹进行离线估计的算法，设计了期望补偿自适应鲁棒控制器。

The tracking focus device commonly consists of such five parts, the displacement sensor, the measuring circuit, the A/ D& D/ A, the central controller, the servo electromotor.

Z浮通常由位移传感器、信号检测电路、模数和数模转换器、中央控制器、伺服电机共五部分组成。

On the structure of the controller, embedded DSP acts as core processing unit to deal with data sampling, calculating, processing and outputting controlling current to control the action of braking pressure-servo-valve.

在控制器的结构实现上，采用了嵌入式DSP作为核心处理单元，实现数据的采集、计算和处理，并输出控制电流来控制刹车压力伺服阀动作。

The controller design employs the backstepping design strategy to develop a Lyapunov-based nonlinear controller for a hydraulic servo-system. Load, hydraulic and valve dynamics are incorporated in the design process.

通过反演设计策略，给出基于Lyapunov稳定的设计过程，其中系统负载、液压油缸及液压伺服阀的动力特性都包含于控制系统设计中。

The application principle of the motion controller in X, Y numerical servo platform was discussed.

阐述了该运动控制器在X、Y两轴数控伺服工作台中的应用原理。

The hardware realization is mainly about the interface between the FPGA-based motion controller and servo-driven, which include the PWM components, the interface link between feedback and control signals of photoelectric encoder and servo-driven.

硬件的实现主要是FPGA运动控制器与伺服驱动器之间接口电路，主要包括PWM信号、光电编码反馈信号和控制信号接口与伺服驱动器的连接。

The hardware of the system consists of a manipulator with 4 degrees of freedom ( DOFs), two mask storing boxes, a coarse aligning machine, a fine aligning machine, a PLC controller, servo drivers, etc.

系统硬件由1个4自由度机械手、2个版库、粗预对准机构、精细预对准机构、PLC控制器和伺服驱动器等构成；

A FUZZY controller with a correcting factor is utilized to control a ship based radar stabilizing plant servo system consisting of a MCS 51 family single chip computer and AC servo units.

以MCS-51系列单片机和交流伺服装置组成的舰载雷达稳定平台伺服系统为对象，采用带修正因子的FUZZY控制器对其进行控制。

Said motor control part includes a digital motion controller, an interlinkage modular, a manual speed control encoder, a servo driver and a servo motor.

所述的电机控制部分包括数字运动控制器、互连模块、手动调速编码器、伺服驱动器及伺服电机；

This paper covers AC servo driver, programmable controller and DC control system.

介绍了交流伺服系统、可编程控制器和直流调速系统在束锯中的应用。