Abstract: An electrical connector is disclosed for terminating semirigid coaxial cable, and comprises a grip ring having a continuous rearward end with multiple spline fingers extending forwardly therefrom and grooves on its inner surface, and a bored tubular shell member having a contoured internal diameter to accept the cable and the grip ring and grooves having an adhesive therealong extending along an outer part of the bore of the shell member. The cable is drawn through the grip ring and the shell member, and as the grip ring is press inserted into a rearward end of the shell member, the spline fingers resiliently deflect inwardly along the shell member contour, and embed into the outer semirigid cable sheath to establish electrical contact therewith and the grooved bore scores the outside surface of the grip ring during its movement into engagement with the cable sheath which causes the grooves of the grip ring to score the cable sheath, thereby providing antitorque connection therebetween.

Abstract: An electrical connector housing comprises substantially identically-shaped housing members of dielectric material hingedly connected together along straight sides. Each housing member includes a hollow body section having a generally triangular configuration. Spaced projections are located in the body sections and include arcuate recesses to accommodate a T-shaped coaxial connector and maintain the connector in position when the body sections are in a closed position to encompass the connector. Semicircular sections extend outwardly from respective sides of the body sections and form tubular members to cover parts of the connector, the semicircular sections including part-conical sections that can be trimmed to form an opening having a diameter to accommodate a coaxial cable connected to the connector. Part-tubular sections extend outwardly from the bottom of the body sections and form a tubular member to cover another part of the connector.