IMPULSE GENERATOR ON INDUCTIVE ENERGY ACCUMULATOR WITH TRANSFORMER CONNECTION Russian patent published in 2007 - IPC H03K3/53 

Abstract RU 2312454 C1

FIELD: powerful impulse engineering.

SUBSTANCE: impulse generator contains three-winding inductive energy accumulator, capacitor, four contactors, two contactor-releases, inductance and arrester. Also, impulse generator contains first power supply, to outputs of which first contactor and serially connected inductance and first winding are connected. Second supply by its first contact via first connector-release is connected to first contact of capacitor and to first contact of second contactor. Additional winding by its first contact is connected to second contacts of capacitor and second power supply and contra-directionally relatively to first winding. Second contact of additional winding is connected to second contact of second contactor and second contact of fourth contactor, and first contact of first winding is also connected to second contact of third contactor. First and additional windings are made with communication coefficient close to one. First contact of second winding through arrester is connected to first contact of load, second contact of which is connected to second contact of second winding. First contact of second winding is connected to first contact of second connector-release and to first contacts of third and fourth contactors, and second contact of second winding is connected to second winding of second contactor-release, to second contact of first winding to first contact of additional winding, and first and additional windings, or just the additional winding of inductive energy accumulator are made with possible values of their communication coefficients with second winding close to one during energy accumulation and excitation of current in second winding, and also with possible stepped reduction of values of aforementioned communication coefficients with second winding during injection of accumulated energy into load.

EFFECT: simplified design of generator with simultaneously heightened efficiency of transfer of accumulated energy to into load, partially due to reduced energy losses during commutation.

5 cl, 5 dwg

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RU 2 312 454 C1

Authors

Egorov Oleg Georgievich

Dates

2007-12-10Published

2006-02-16Filed