ANALYSIS OF PROCESSES IN CONVERTER WITH TWENTY-ZONE VOLTAGE REGULATION ANDACTIVE-INDUCTIVE LOAD

Analysis of the electromagnetic processes is organized beside this article in electric circuit with semiconductor commutator. Mathematical model created for analysis electro-magnetic converter width pulsed regulation output voltage. The broughted graphs, which reflect circuit. Method much parametric functions was used when performing calculation. mathematical fifteen zoned regulations Article devoted to development a method multi-parametric modulating by means working out new models and definition algorithmic equations on sub-system components circuits variable structure sinusoidal, direct pulsing Introduction discrete parameters commutators simplifies modeling subsystem components. steady-state transients converters modulation type multi-channel zonal use phase line voltages three-phase network power supplies developed. thyristor shapers electro-discharge pulses matching capacitors charging modes decrease several times resistance technological load also created. obtained results have great value theoretical electrical engineering direction simplification calculations semi-conductor power. Electromagnetic under width-pulse possible analyse multivariable function, argument are system commutator, signal control, phases supply time. function parameter formed connecting allows change components, simplifying such account generalization got equations. Except specified correlations diagrams designed forms current separate modules.