Abstract: Transformation device including a transformer, first electrical components and connections, the transformer including a first winding and a second winding, the first electrical components being connected via the connections between first terminals of the first winding, the first electrical components extending over an integration surface situated between the connections, the integration surface, the connections and a portion of the first winding forming portions of circulation of a first current circulation loop, the transformation device being arranged for a connection current to circulate in the first current circulation loop, each portion of circulation being wider than it is long in the line of circulation of the connection current.

Abstract: Transformation device including a transformer, first electrical components and connections, the transformer including a first winding and a second winding, the first electrical components being connected via the connections between first terminals of the first winding, the first electrical components extending over an integration surface situated between the connections, the integration surface, the connections and a portion of the first winding forming portions of circulation of a first current circulation loop, the transformation device being arranged for a connection current to circulate in the first current circulation loop, each portion of circulation being wider than it is long in the line of circulation of the connection current.

Abstract: The invention concerns a device for controlling at least one diode 2, the control device comprising an electrical card 4 comprising a printed circuit 5 on which the following are mounted: a diode 2, a front component 7 and a storage capacitor 9 connected in such a way as to form a circuit loop 17 extending substantially in a thickness of the electrical card 4.

Abstract: The invention concerns a device for controlling at least one diode 2, the control device comprising an electrical card 4 comprising a printed circuit 5 on which the following are mounted: a diode 2, a front component 7 and a storage capacitor 9 connected in such a way as to form a circuit loop 17 extending substantially in a thickness of the electrical card 4.

Abstract: A high-voltage (HV) generator of an X-ray device comprises a high-voltage measurement device. The measurement device comprises a compact component integrating both the measurement resistor and the capacitors enabling both the protection of said resistor and the elimination of the parasitic effects of the generator. The capacitors are made on insulating plates preferably made of ceramic, a succession of metallized strips and insulating strips. The plates are positioned relative to one another in such a way that the capacitors are discrete and series-mounted. To do this, between two successive plates, the metallized strips of the bottom plate overlap two metallized strips of the plate directly above.

Abstract: A high-voltage generator of an X-ray apparatus comprises a high-voltage measurement device. The measurement device comprises a compact component comprising both the measurement resistor and a film capacitor used both to protect said resistor and eliminate the parasitic effects induced by parasitic capacitances of the generator. The film capacitor is made in insulating films by a sequence of metalized strips and insulating strips. The films are positioned relative to one another in such a way that the film capacitor is formed by series-mounted discrete capacitors. To this end, between two successive films, the width of the bottom strips of the film crosses two metalized strips of the top film.

Abstract: A high-voltage (HV) generator of an X-ray device comprises a high-voltage measurement device. The measurement device comprises a compact component integrating both the measurement resistor and the capacitors enabling both the protection of said resistor and the elimination of the parasitic effects of the generator. The capacitors are made on insulating plates preferably made of ceramic, a succession of metallized strips and insulating strips. The plates are positioned relative to one another in such a way that the capacitors are discrete and series-mounted. To do this, between two successive plates, the metallized strips of the bottom plate overlap two metallized strips of the plate directly above.

Abstract: A high-voltage generator of an X-ray apparatus comprises a high-voltage measurement device. The measurement device comprises a compact component comprising both the measurement resistor and a film capacitor used both to protect said resistor and eliminate the parasitic effects induced by parasitic capacitances of the generator. The film capacitor is made in insulating films by a sequence of metallized strips and insulating strips. The films are positioned relative to one another in such a way that the film capacitor is formed by series-mounted discrete capacitors. To this end, between two successive films, the width of the bottom strips of the film crosses two metallized strips of the top film.