| 1. | Design of digital excitation voltage regulator based on the compounding control method
复合控制数字励磁电压调节器设计 |
| 2. | Then a torque and flux regulator based sliding - mode control theory was designed to reduce the torque ripple in conventional dtc system
并且基于滑模控制理论设计了滑模转矩和磁链调节器。 |
| 3. | So the author designed a speed regulator based on sliding - mode control theory , which make the system has strong robustness to the parameters , excellent dynamic and steady - state performance
本文设计了一个基于滑模变结构控制的速度调节器，使得系统具有更好的鲁棒性和动、静态性能。 |
| 4. | Excitation system is an important part of synchronous generator . and it affects the operating characteristics of generator and power system directly . this paper discusses a new excitation regulator based on dsp ( tms320lf2407 )
励磁系统是同步发电机的重要组成部分，直接影响电机及电力系统的特性，本文介绍了一种新型的基于dsp ( tms320lf2407 )微控制器的同步发电机励磁调节器的设计研究。 |
| 5. | The traditional pid control and all sorts of intelligent control have their advantages and defects . thinking of the hydraulic turbine governor system is a time mutative , fast unlinearity system , it is necessary to improve its feature and reliability with intelligent control system . therefore , a hydraulic turbine regulator based on nine - point controller is made in this paper
传统的pid控制无法解决稳定性、准确性、快速性的矛盾，考虑到水轮机调节系统是一个时变、快速的非线性系统，通过智能控制技术来改善其性能和稳定性是非常必要的，所以提出了一种基于九点控制策略的水轮机调节系统。 |
| 6. | The development of ship automation puts more requirement on the quality of electricity , whose standard can no longer be met by the traditional mechanical hydraulic pressure or analog speed regulator of marine diesel - engine generator system . as a result , speed regulator based on electronics and microcomputer appeared
船舶轮机自动化的发展，对船舶的供电质量的要求也越来越高，传统的柴油发电机组的机械、液压或模拟式调速器已不能满足这种要求，因而出现了电子的基于微计算机的双脉冲调频调载调速器。 |
