Abstract: The invention relates to a miniature connector for metal clad cables and more especially, for flat cables comprising a stack of three elements of which one is a high-voltage conductor and the two others are low-voltage equipotential conductors.

Abstract: The invention relates to a connection unit of universal type. This comprises two complementary connection elements (1,2) with a coaxial structure having at least one peripheral part and a central conductive core. The peripheral part(s) of one of the connection elements (1) are in sleeve form. The sleeves (10) and the contact (11) are mounted movably in translation in the direction of the longitudinal axis .DELTA. of the male element (1). The sleeves (10) and the contact (11) are mechanically independent. The connector of this invention has application to connectors for radio frequency and/or numerical or analog signals.

Abstract: A connector for optical conductors including two bodies provided with a complimentary fixing device for urging them together under axial pressure and a coupling member to receive the ends of the tubular members. Each body carries a tubular member which is adapted to receive and to have fixed therein an end of one of the optical conductors to be connected. The coupling member includes a transparent elastomeric pad having a refractive index close to or substantially the same as that of the optical conductors which are to be connected and brought into engagement under the action of the complimentary fixing device, and the coupling member and/or the elastomeric pad is so shaped as to define between them a space traversed by a portion of the pad and into which the pad can deform under the axial contact pressure exerted thereon by the tubular members.

Abstract: A connector for optical conductors, comprising a casing formed by two opposite bodies provided with complementary means for assembly of one to the other with axial pressure, each body receiving a cylindrical member comprising a shoulder portion and a barrel portion, the member being retained by the shoulder portion and disposed with the barrel portion directed toward the corresponding barrel portion of the cylindrical member mounted in the opposite body, each cylinder member further being adapted to receive an end of an optical fiber within a central bore at the end of the barrel portion in such a manner that the conductor is fixed therein with its end being flat and located in the plane of the end of the barrel portion of the cylinder, having at least two annular grooves in the barrel portion and longitudinally spaced along the length of the latter, the bases of the grooves being concentric with the central bore and the grooves containing torroidal joint means, and the connector further comprising a coupling