RU2011149191A - PULSE SELF-INDUCTION EMF GENERATOR - Google Patents

Abstract

1. The pulsed EMF generator of self-induction, consisting of the primary and secondary windings of a single-phase step-up transformer, is equipped with two or more conductors that are separated by a dielectric, and the conductor has conclusions, characterized in that the primary winding (conductor) of low voltage is made of a spiral-ribbon and has at least 2 turns wound tightly or at a small distance from each other, the winding tape is made with a width of 120-200 mm and a thickness of 1-2 mm; the secondary winding (conductor) of the high voltage is also made of a spiral tape, the winding tape is made of electrical steel coated with electrical insulation, has at least 100 turns wound tightly or at a small distance from each other, the tape is made 120-200 mm wide and not thick more than 0.1 mm, the primary winding is electrically connected to the low-voltage battery through a breaker with the formation of a closed electrical circuit, where the secondary winding is simultaneously electrically conductive and the main winding, while the turns of the primary winding are located outside the turns of the secondary winding in such a way that both windings form a step-up transformer, in which the secondary winding is an induction coil of the step-up transformer, providing electrical conductivity due to the tape made of electrical steel, insulated by an external insulation layer, and at the same time performs the function of a core for the primary winding, the EMF is removed by means of conductors electrically connected to the ends of the secondary winding tape and obtained due to the periodic operation of the interrupt key, etc.

Claims (7)

1. The pulsed EMF generator of self-induction, consisting of the primary and secondary windings of a single-phase step-up transformer, is equipped with two or more conductors that are separated by a dielectric, and the conductor has conclusions, characterized in that the primary winding (conductor) of low voltage is made of a spiral-ribbon and has at least 2 turns wound tightly or at a small distance from each other, the winding tape is made with a width of 120-200 mm and a thickness of 1-2 mm; the secondary winding (conductor) of the high voltage is also made of a spiral tape, the winding tape is made of electrical steel coated with electrical insulation, has at least 100 turns wound tightly or at a small distance from each other, the tape is made 120-200 mm wide and not thick more than 0.1 mm, the primary winding is electrically connected to the low-voltage battery through a breaker with the formation of a closed electrical circuit, where the secondary winding is simultaneously electrically conductive and the main winding, while the turns of the primary winding are located outside the turns of the secondary winding in such a way that both windings form a step-up transformer, in which the secondary winding is an induction coil of the step-up transformer, providing electrical conductivity due to the tape made of electrical steel, insulated by an external insulation layer, and at the same time performs the function of a core for the primary winding, the EMF is removed by means of conductors electrically connected to the ends of the secondary winding tape and obtained due to the periodic operation of the interrupt key, moreover, they provide the calculated pulse voltage and current arising in the secondary winding, according to the formula $$E_S=-L\frac{\Delta i}{\Delta t},$$

where L is the inductance of the circuit or the proportionality coefficient between the rate of change of the current strength in the circuit and the resulting self-induction EMF, $$\frac{\Delta i}{\Delta t}$$

- rate of change of current in an electric circuit 2. The self-induction EMF pulse generator according to claim 1, characterized in that the primary winding is made of copper or aluminum conductor 3. The pulse generator EMF self-induction according to claim 1, characterized in that the primary winding has 3 turns. 4. The pulse self-induction EMF generator according to claim 1, characterized in that the low-voltage battery is designed for 12-24 V and is a constant current source. 5. The pulse generator EMF self-induction according to claim 1, characterized in that the periodic operation of the key interrupter is carried out with an industrial frequency of alternating current 50 Hz. 6. The pulsed EMF generator of self-induction according to claim 1, characterized in that the calculated EMF of self-induction is provided by the geometry of the circuit and the magnetic properties of the core for the primary winding. 7. The pulse generator EMF self-induction according to claim 1, characterized in that the shape of the circuit is made of a circular diameter of 150 mm or more.