1.
Study on AC-DC-AC Reversible Adjustable-Speed System Used in Mine Hoist;
矿井提升机交—直—交可逆调速系统的研究
2.
Logic Non-circulating-current Reversible Speed System Based on PLC
基于PLC实现的逻辑无环流可逆调速系统
3.
Design of a logic non-loop-current SR system based on SCM
基于单片机的逻辑无环流可逆调速系统设计
4.
Simulation of Logic Non-loop-current DC SR System Based on Matlab
一种基于Matlab逻辑无环流直流可逆调速系统仿真
5.
The Research and Application about System of Alternating Current Reversible Regulate Speed Based on the Distributed I/O;
基于分布式I/O控制的交流可逆调速系统的研究与应用
6.
Application research on reversible regulating DC servo system of controllable circulation
可控环流可逆调速直流伺服系统的应用研究
7.
Sutdy of Digital Timing System of Reversed Direct Current Based on ARM;
基于ARM的全数字可逆直流调速系统的研究
8.
Neural Network Inverse Control in PLC Variable Frequency Speed-regulating System
可编程逻辑控制器变频调速系统神经网络逆控制
9.
Simulation for Three-lever Inverter of Variable-frequency Speed Governing System
三电平逆变器变频调速系统的Matlab仿真
10.
The neutral point potential balance is one of the key aspects that affect the reliability of3- level inverter and it's timing system.
三电平逆变器中直流侧中点电容电压平衡问题直接影响着逆变器及其电机调速系统的可靠性。
11.
Application of The Nerve Network Inverse Systems to Conversion Velocity Modulation;
神经网络逆系统在变频调速系统中的应用
12.
On-line adjustment control of two motor speed-regulating system based on neural network generalized inverse
两电机调速系统神经网络广义逆在线调整控制
13.
On-line Adjustment Control of Two Motor Variable Speed-regulating System based on Neural Network Inverse
两电机调速系统的神经网络逆在线调整控制
14.
The paper introduced some debugging problems and solving methods according to DC speed regulating system of reversible magnetic field and logical control without circular current.
针对磁场可逆的逻辑无环流直流调速系统,介绍了调试过程中出现的一些问题及处理方法。
15.
Research of Asynchronous Machine Drive System Supplied by Double-Frequency Inverter;
双频逆变器供电的异步电机调速系统研究
16.
Research on Variable Frequency Speed Regulating AC System Based on Three-level Inverter;
基于三电平逆变器的交流变频调速系统的研究
17.
Research on Mine Hoist with Three-level Inventer s Speed-adjustable System of Variable Frequency;
矿井提升机三电平逆变器变频调速系统的研究
18.
Fault Analysis and Control Technology Research on the Inverter Side in the Slip-Energy Recovery Drive System;
串级调速系统逆变侧故障分析及控制技术研究