Abstract: The present invention relates to a process for the continuous production of capacitors of the stacked type, wherein a stock or matrix capacitor in the form of a parallelepipedal bar is cut into elementary capacitors of which the lateral connections formed by the application of molten metal (Schoop process) are subsequently connected to electrical connecting wires. In accordance with the invention, the transfer from the cutting station to the soldering station for the connecting wires is performed by means of a gripper whose jaws are applied on the lateral connections formed by the application of molten metal and make it possible to inject an electrical checking signal between the plates of the capacitor during the transfer operation.

Abstract: A method for the production of a multilayer capacitor block.Two superposed metallized films are carried by an entraining caterpillar track into a cavity in such a manner as to form a stack of successive folds. In a first operation, the horizontal displacement of a support performs a transverse compression of the stack, and the displacement of a movable bar performs a vertical compression of the stack. The stack thus compressed is then coated with molten metal by spraying, in such a manner as to form an elementary block.

Abstract: A power supply bar with low characteristic impedance is provided for transmitting an electric signal from a source to a plurality of receivers, the supply bar comprising particularly two conducting bars conveying the signal, separated by a stack of metal-coated dielectric film forming an assembly of 2 n dielectric films, identical or different, separated by 2 n metal layers, the metal layers in even and uneven rows being respectively connected together laterally by electric connections, the conducting bars being fixed on each side of the stack and connected electrically respectively to one of the lateral electric connections.