Using AUTOCAD of 2D drawing as the application software for 3D simulation design of power equipment, the basic requirements for CAD software are: 3D geometric element composition (building component models); 3D space geometric model precise movement positioning (assembly layout); 3D Static interference check (layout verification) between spatial geometric models.
Power equipment is a combination of various standard electronic components, standard mechanical fasteners and related connectors in three dimensions. Therefore, the geometric models of related components can be combined and laid out in the three-dimensional space on the computer to determine the specific spatial structure relationship, so as to accurately design the structural parts model and complete the structural design. The use of this method for structural design of power electronic equipment has the advantages of flexibility, efficiency, good design quality, and wide application of design results.
In addition, functions such as chromaticity control and characteristic surface fusion are not necessary for the structural simulation design of general power electronic equipment. According to these conditions, the computer software and hardware requirements of the simulation design can be greatly reduced, and the existing microcomputer platform can be used for the structural simulation design of power electronic equipment. However, after all, AUTOCAD is not a professional simulation design work platform. Practice has proved that it must solve some related problems for the simulation design of power electronic equipment structure.
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