L.c.c.-c.i.c.e.-compagnie Europeenne De Composants Electroniques

Lcc Cice Compagnie Europeenne De Composants

Jean Anne

Claude Roy

Daniel Fleuret

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.

Apparatus and process for the continuous production of capacitors of the

The present invention relates to a process for placing components in a case and to an appropriate device. According to the invention, the component is guided into the case by means of a clamp, whose jaws have an internal impression having substantially the external dimension of the case and which are provided with a chamfer permitting the guidance of the component into the case. Preferably, these jaws also have a second opening provided with a chamfer, by which the case is introduced. During the introduction of the component into the case, the latter is secured in position. Application to the placing in cases of capacitors.

Process and device for placing electronic components in a case

A process for the production of an electronic component wherein electrical connections are soldered to the lateral sides of the component, after which the latter is introduced into a housing and a solidifiable resin is cast around the component in the housing. According to the invention, the connections are firstly produced in the form of a hairpin comprising two parallel branches interconnected via their first extremity, whereafter a convex part is formed on each branch towards their second extremities, so that after the second extremities are soldered to the lateral sides of the component, the distance between the convex parts and their position on each of the branches permits their insertion together with the component into the housing, the friction of the said convex parts against the inner sides of the housing being sufficient for holding together the housing and the component.

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Bagnolet, France

Jean Anne