Abstract: An electrical connecting arrangement is provided for establishing electrical connections of electronic printed-circuit boards detachably mounted in a cabinet of an electronic installation at a front side thereof. For the establishment of electrical connections, at least one connector is used, and a connector support member is attached to a rear side of the cabinet. The connector includes two connector halves to be coupled to each other. One of the connector halves is detachably attached to and supported by the support member, and is joined to an end of an electrical cable. The other connector half is securely attached to and by a rear side of the printed-circuit board. The connector halves are aligned with each other upon mounting the printed-circuit board in the cabinet, to thereby ensure coupling of the connector halves.

Abstract: A connector assembly functioning simultaneously as a coaxial connector and a multiple contact connector, which is interposed between a first and a second printed wiring boards extending in parallel with each other for the connection of electronic circuits formed on the first and second printed wiring boards with external circuits. A coaxial connector including a housing with an opening is secured to one end of the first printed wiring board, while a multiple connector having a configuration to be received through the opening is fixed to one end of the second printed wiring board. When the first and the second printed wiring boards are held in parallel with each other, the multiple connector is allowed to be positioned within the housing by way of the opening of the coaxial connector housing.