Kazaryan Y. Power sources with cell structure for electrical discharge technologies

The object of research: electromagnetic processes at high-voltage high-frequency transformer and transistor power converter power sources with the structure for electrical discharge technologies. The purpose of research: development of the theory of capacitive energy storage chargers through the use of cell method of construction supply and implementation of the inductive-capacitive transducer on own parameters electromagnetic elements of the high-voltage high-frequency transformer. Methods of research: Theoretical, Mathematical and computer modeling using software ORCAD 9.2, PSpice 9.0, Electronics Workbench 5.12, experimental. Theoretical and practical results and innovations: Theoretically substantiated and experimentally confirmed the construction of chargers with intermediate frequency conversion, which use own parameters of powerful HF transformer for resonant and quasi-resonant modes of cell modules up to 2 kW, 10 kW, 35 kHz, a new matching system of charger cells with output voltages of the cells lining by the reference voltage to effectively manage the charger cell comprising a resonant hi-voltage hi-frequency transformers, first analyzed and investigated the power supply for electrostatic precipitator technology of simultaneous ozonation and electrofiltration industrial gases with the use of cell construction and the high DC voltage regulation to extend the range of output voltages. Charger cellular structure is used for experimental studies of adaptive control system of the generator pulse currents within the theme 525 of the Institute of pulse processes and technologies, scientific research theme № 547-49, 551-49. A subject degree of introduction: results of the dissertation are used at the state enterprise "experimental production" (Nikolaev) within the development of a cell structure power supply for electromagnetic welding and adaptive control system, used to study the discipline of "Pulse generators and control systems" at the Admiral Makarov Institute of Automation and Electrical Engineering National University of Shipbuilding (Nikolaev) and at the degree designing. Sphere of use: power sources for electric-discharge technology and electrostatic precipitators.7452