Theoretical and methodological bases of the hypercomplex analase of converter systems with double modulation

DOI: 10.31673/2412-9070.2019.061923

Abstract

The work is devoted to the development of the theory of constructing converters with reusable modulation. Based on theoretical studies, a statement has been formulated on the structural invariance of converters. The position of the hypercomplex analysis of converters with reusable modulation is proposed, the position of the quadriplex conversion is developed. The principles of organization and control algorithms of multifunction converters with multiple modulation are substantiated. Improvement of autonomous electricity supply (SES) systems is now of great importance for the development of many industries. In this way, the large range of functional utilization and the variety of tasks advanced by modern autonomous objects (AOs) have led to the use of peculiar, peculiar, egy- gial energy peculiarities of peculiar SES. Modern AOs are characterized by a large number of consumers, which are required to ensure the proper functioning of the electrogeneration of a certain type and quality. Therefore, the secondary power supply systems must ensure that the electrogeneration coming from the cogenerated energy jellies into the electrogeneration of the kind and quality required for the consumers of the energy genetics. The considerations considered for the organization of multioperative semiconductor amplifiers have the property of structural twofold invariance, they allow to obtain high quality of the output voltage of the given form at a long foggy flexure of the nutrition and the absence of this. As a mathematical apparatus for the study of such systems, an apparatus of hypercomplex calculation can be used, which allows one to look at technical systems with multiple gas modulation from a single methodological position. Hype complex systems (NMS) are  a generalization of the concept of a numerical system.

Keywords: multiple modulation; autonomous object; hypercomplex numerical systems; quadriplex conversion.

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