Karpuk I. Reversible asynchronous electro-occasion which follows after a rotor, with improving dynamic and power indexes

A research object are electromagnetic and electromechanics processes in the elements of asynchronous electric drive and system on the whole. A purpose of dissertation is development of asynchronous electric drive with high power and dynamic indexes, that is managed exceptionally on a rotor, invariant to parametric and coordinate indignations. Methods were used: analytical constructing of the optimum systems, methods of reverse task of dynamics - at the synthesis of the control systems of relays; methods of mathematical design and numeral decision of the systems of differential equalizations - at the analysis of the modes of operations of the synthesized systems ED; experimental. A mathematical design was conducted on PC by mathematical packages. Analytical dependences are got for electromechanics and mechanical descriptions on a base AVC with the guided rotor transformer and relay source of current. To recommendation on the choice of the system of ED, technical decisions can be used for planning of electric drive of alternating current with a small sensitiveness to parametric and coordinate indignations.