The Modeling Method of Interference Source of System-level Electromagnetic Compatibility
Longfeng Wang, Donglin Su, Chen Wenqing, Xiuqiang Zhang
Abstract
Longfeng Wang, Donglin Su, Chen Wenqing, Xiuqiang Zhang
Abstract
In order to improve and reinforce the facilities with problems on electromagnetic compatibility, it is inevitable to get down to the suppression and improvement to the interference source first. If the computer modeling to the interference source could be undertaken before the correctness, then by means of simulation the best method is to be found to improve facilities, as a result of which the project cycle and the cost will be shortened and decreased. The thesis aims at introducing one modeling method to interference source of electromagnetic compatibility and studies the interference intensity between different system levels. Based on the built model of interference source, different suppression methods proposed based on different system levels can be simulated and compared. The approach aims at exploring the best way to improve the facilities before the actual action.
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In order to improve and reinforce the facilities with problems on electromagnetic compatibility, it is inevitable to get down to the suppression and improvement to the interference source first. If the computer modeling to the interference source could be undertaken before the correctness, then by means of simulation the best method is to be found to improve facilities, as a result of which the project cycle and the cost will be shortened and decreased. The thesis aims at introducing one modeling method to interference source of electromagnetic compatibility and studies the interference intensity between different system levels. Based on the built model of interference source, different suppression methods proposed based on different system levels can be simulated and compared. The approach aims at exploring the best way to improve the facilities before the actual action.
Key concepts: Electromagnetic compatibility, Correctness, Electromagnetic interference, Computer science, Interference (communication), Compatibility (geochemistry), Electronic engineering, Engineering