PARAMETRIC OSCILLATOR WITH NONCOLLINEAR MAGNETIC FIELDS FOR POWER SUPPLY AUTOMATION AND REMOTE CONTROL DEVICES

摘要

A parametric oscillator with noncollinear magnetic fields for power supply automation and remote control devices comprises input, output windings arranged in orthogonal manner in windows of a magnetic conductor, a winding of induction level control of input pumping winding, a reactor connected in series with the output winding and a relay of induction level control of input pumping winding, which is connected to a power source via a back-to-back diode and a stabilitron, it is additionally equipped with a condenser, which by its one terminal is connected to the input winding and one output of the reactor, by its other terminal it is connected to one pole of the power source, whose other pole is connected to the other terminal of the condenser and winding that limits the "top" of induction of input winding, which is series-opposite connected to the input winding.