Abstract: A connector assembly including at least an insert (1), the insert including: a front part (11) and a rear part (10) made from a hard insulating material, joined together, at least one longitudinal housing (12) crossing through the front part (11) and the rear part (10) of the insert, this longitudinal housing (12) being capable of accommodating a female electrical contact (6), characterized in that the insert (1) includes at least one soft insulating material (20, 21) at least partially surrounding the female electrical contact (6) and absorbing the vibration of the female electrical contact.

Abstract: A connector assembly including at least an insert (1), the insert including: a front part (11) and a rear part (10) made from a hard insulating material, joined together, at least one longitudinal housing (12) crossing through the front part (11) and the rear part (10) of the insert, this longitudinal housing (12) being capable of accommodating a female electrical contact (6), characterized in that the insert (1) includes at least one soft insulating material (20, 21) at least partially surrounding the female electrical contact (6) and absorbing the vibration of the female electrical contact.

Abstract: A connector (1) provided with at least one power contact (10) for powering at least one contact to be powered (11), situated in the proximity of the power contact, through a socket (18) sliding along the contact to be powered to establish or not a conductive connection with a conductive surface (17) of the power contact. such a connector typically comprises several contacts to be powered and several power contacts. Hence, an equilateral and equidistant arrangement of contacts to be powered around power contacts is preferred.

Abstract: A connector (1) is provided with configurable contacts (3) such that the contacts can be connected to each other via a printed circuit (16) comprising strip conductors (20) which connect conductive feed-throughs (19) of said printed circuit. For each contact of the connector, a sliding contact (26) which can be displaced between two positions can be connected or not connected to the contact to which it is opposite. The sliding contacts can be maintained between two stable positions via an insulating grommet (37). In a sunken position, the sliding contacts comprise a conductive end which is in contact with a conductive feed-through of the printed circuit and which is in contact with the contact 3. In a withdrawn position, the sliding contact is only in contact with the conductor opening.

Abstract: A connector (1) is provided with configurable contacts (3) such that the contacts can be connected to each other via a printed circuit (16) comprising strip conductors (20) which connect conductive feed-throughs (19) of said printed circuit. For each contact of the connector, a sliding contact (26) which can be displaced between two positions can be connected or not connected to the contact to which it is opposite. The sliding contacts can be maintained between two stable positions via an insulating grommet (37). In a sunken position, the sliding contacts comprise a conductive end which is in contact with a conductive feed-through of the printed circuit and which is in contact with the contact 3. In a withdrawn position, the sliding contact is only in contact with the conductor opening.