1) time-sharing control
分时控制
1.
Study for solid-state high-frequency induction heating power source of time-sharing control MOSFET
分时控制MOSFET固态高频感应加热电源研究
2.
Based on the WEDM control system,a kind of time-sharing control system realized by embedded controller was discussed.
以线切割机床控制系统为平台,论述了一种利用嵌入式控制器实现的机床分时控制系统。
3.
In order to reduce the losses of devices, and enhance the frequency of power supply, this paper chooses series resonance load and uses MOSFET based on the analysis and comparison between the parallel connection and in series, and advance the technique of using time-sharing control method to realize the MOSFET solid-state high frequency induction heating supply.
为了降低功率器件损耗,提高电源的频率,本文在分析和对比并联和串联逆变器优缺点的基础上,选择了串联谐振型逆变器,提出采用分时控制方法实现MOSFET固态感应加热电源的高频化技术。
2) time sharing control
分时控制
1.
This paper studies an eletric drive time sharing control system,The system uses a Z80industrial computer to control four flying shear motors,The paper discusses the time sharingcontrol method and the process dispatching tactics.
研制了个电气传动分时控制系统，该系统用１台Ｚ８０工业控制机对４台飞剪电动机进行控制。
2.
This paper discusses a method to realize time sharing control inside microcomputer by using Quick BASIC TIMER function and the matters needing attention in actual application.
阐述如何利用ＱｕｉｃｋＢＡＳＩＣ的ＴＩＭＥＲ函数实现微机的分时控制及在实际应用中应注意的几个问
3) time slicing control
分时控制
1.
Based on 2 inter-timers of AT89S52 and multi-rudder time slicing control method,a(movement) controller was designed,which could drive 12 rudders to coordinately work.
文章应用AT89S52内部的2个定时器,采用多舵机分时控制方法,设计了可驱动机器人足部12个舵机协调运动的控制器;按照六足机器人典型行走步态,实现了六足机器人按步态规划运动。
4) alternate control
分时控制
1.
The thesis fixed on the systematic project of high performance and high frequency inductiom heating power supply, meanwhile, conducted a theoretical and emulational validation for parts of the system, including three-phase current source PWM rectifier(CSR), LLC resonant inverter and alternate control scheme of inverters.
由此本文确定了高性能高频感应加热电源的系统方案,并分别对构成此系统的三相电流型PWM整流器(CSR)、LLC谐振逆变器及逆变器分时控制方式行了理论研究和仿真验证。
2.
The parallel control and alternate control are two control methods for IGBTs which are paralleled to enhance capacity of induction heating power supply.
在感应加热电源中采用绝缘栅双极晶体管(IGBT)并联扩容时,有并行控制和分时控制两种控制方式,前者已被广泛采用,而后者很少提及。
5) time-interval control
分时段控制
6) time-sharing controller
分时控制器
1.
Based on idea of conservation of momentum, construct a time-sharing controller for tank model is built, The simulation results show that the controller has better static and dynamic properties.
对二阶开环系统的阶跃输入响应特性进行研究,分析其输出仿真曲线,理论推导了二阶开环系统在阶跃响应的初始时刻近似于物体匀加速直线运动,基于动量守衡思想,对水槽模型构造了分时控制器,仿真结果表明此控制器具有较好的动静态特性。
补充资料：分时控制
分子式：
CAS号：
性质：在过程计算机控制中，采用分时技术，把处理器的时间分片，轮流分配给各个控制程序的执行，由于计算机运算速度很快，一台计算机可以控制多个过程，好像每个控制对象由一台计算机单独控制一样。
CAS号：
性质：在过程计算机控制中，采用分时技术，把处理器的时间分片，轮流分配给各个控制程序的执行，由于计算机运算速度很快，一台计算机可以控制多个过程，好像每个控制对象由一台计算机单独控制一样。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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