Coaxial Connector and Method of Operation

A coaxial connector for connecting a prepared end of coaxial cable to a threaded port, the coaxial cable comprising a center conductor coaxially surrounded by a insulation, the insulation coaxially surrounded by a first outer conductor, a laminated shielding tape, wherein the insulation coaxially surrounded by a laminated shielding tape is designated as “core” and said core surrounded by second outer conductor, braid, the said braid surrounded by a protective outer jacket;

• said connector comprising:
• a) a post, a tubular conductive body, a preferred embodiment of the invention having a first end, a second end, a flange proximate the second end, a circular passageway placed between first end and second end, at least two different diameters in the said passageway wherein, in a cable-connector assembly, the said first end is adapted to penetrate into a prepared cable end around the core and coaxially beneath said braid and the second end opening of the post is adapted to be a forced fit with cable core wherein the said forced fit secures uninterrupted current flow at a high frequency through the said first outer conductor, laminated shield tape and forced fit seals the electromagnetic interference leak through the gap between the second end opening and cable core, in other words, the preferred signal propagation mode of the invention, transverse electromagnetic mode is preserved and an electromagnetically sound connector is achieved.
• b) a nut having a first end attached to the post, wherein the nut is rotatable about the post and having a second end with an internally threaded bore to connect to a threaded port;
• c) a connector body attached to a post by forced fit and coupled to the post by protrusion, the post and the connector body creating an outer first cavity therebetween;
• d) fastener members, wherein the fastener is configured to deform the connector body or compression ring wherein said connector body or a compression ring compresses cable jacket radially against post.