| Abstract |
The study of a complete machine-converter-control association is made easier by splitting the system up into several functional blocks. Different simulation packages, with a modular approach, exist to study this kind of application. This is the case of MC2 [1], a program developed in our laboratory to solve differential equations of electromechanical systems. However, for this kind of package, blocks are usually solved in a sequential manner which may induce limitations on the modular description. To solve these problems due to the modular approach and to keep this approach for the description of machine-converter-control associations, we have developed the tool presented in this paper: MGS. It is based on the Macsyma symbolic language [2], using a modular description for users and automatically generating programs with a global approach. The example of the self-controlled synchronous motor system is used to illustrate this new idea. |
