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本文介绍利用YODIC-100电子计算机进行电气传动系统的设计,包括选择整流变压器、可控硅、电抗器及计算整流装置的整定值,设计调节器及调节系统,计算系统对控制及扰动的响应并打印近似过渡过程曲线。文中给出了动、静态的数学模型,主要程序框图,并给出了几个程序的主要部份。程序采用FORTRAN-Ⅳ语言。文中还用一个电气传动系统的设计实例及一个分析实例进行了说明。文中指出了用计算机对电气传动系统进行辅助设计的一系列优点,且所编制的程序具有相当的通用性和标准性,对不熟悉计算机及程序编制的人也可使用本程序进行辅助设计。
This paper introduces the design of electric drive system using YODIC-100 electronic computer, including the selection of rectifier transformers, thyristors, reactors and calculation of rectifier settings, the design of regulators and control systems, and the calculation of system response to control and disturbance Print approximate transition curve. The paper gives the dynamic and static mathematical model, the main block diagram, and gives the main part of several programs. Program using FORTRAN-Ⅳ language. The article also uses an example of an electric drive system design and an example of analysis. This paper points out a series of advantages of computer aided design of electric drive system, and the program has been developed quite general and standard, those who are not familiar with computer and programming can also use this program to assist the design.