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DEVELOPMENT OF CONSTRUCTION PRINCIPLES AND IMPROVEMENT OF MAGNETIC-SEMICONDUCTOR PULSE DEVICES OF POWER CONVERSION TECHNOLOGY

The principles of construction and improvement of magnetic-semiconductor devices of power converter technology using a complex synthesis of their elements, keys, nodes, and structures are considered in specific examples. The advan-tages are presented: synthesized semiconductor, magnetic and magnetic-semiconductor switches; combined single-phase power supply rectifiers; autotransformer multilevel voltage inverters; voltage converters with input current buffer node; pulse compression units with voltage doubling and generating special output pulses; the structure of a magnetic-semiconductor pulse generator assembled from the indicated components. It is shown that these advantages in comparison with known analogs include improved efficiency, quality of input electricity, efficient use of pulsed power supply by loads, simplification, and expansion of the functionality of the synthesized objects. As a result, materials were obtained. It was determined that it would be expedient to use and develop the presented complex synthesis concerning other objects of research of magnetic-semiconductor pulse devices of power converter technology. Ref. 9, fig. 8.