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For compact pulsed power systems, e.g. a nitrogen gas laser, the current and voltage slopes in the load are of great importance. A significant problem is that the specified switching speed of commercially available devices like IGBT or MOSFET is too low and magnetic pulse compression networks are not desirable due to the compactness and jitter required. Special pulsed power switching devices, such...
Two different adaptive gate control methods were developed recently to improve EMC of SMPCs with fast switching Power-MOSFETs. These successively working methods take advantage of compensating driver delays and therefore are able to actively control the current and voltage slope during switching as well as to minimize deadtimes. But there are some constraints when used in applications with highly...
An electrical power circuit consisting of a doubly fed induction generator and two power-electronic converters is considered. A mathematical model is given, and the flatness of the model is shown. The freedom in the choice of one component of the flat output chosen is used in order to minimize the power losses in the system. Trajectory tracking controllers for the machine and the grid side converter...
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