Shock- and moisture-resistant connector assembly

A shock- and moisture-resistant connector assembly, comprising a first component, a second component, and an antenna and characterized in that the second component is provided therein sequentially with:

• a connecting element having a hollow interior for receiving a conduction element, a dielectric spacer, a coaxial cable, and an inner copper tube;
• the conduction element bonded to an inner conductor of the coaxial cable;
• the dielectric spacer having an outer periphery provided with a pressing ring;
• the coaxial cable composed of the inner conductor, an insulator, an outer conductor, and a plastic jacket;
• and
• the inner copper tube having a hollow interior for receiving the coaxial cable passing therethrough and an outer periphery provided with an O-ring and an annular recess;
• wherein the inner conductor and the insulator of the coaxial cable are inserted in an inner bore of the dielectric spacer, thus forcing the pressing ring of the dielectric spacer to push away the outer conductor and the plastic jacket of the coaxial cable, such that after the dielectric spacer and the coaxial cable enter an inner bore of the inner copper tube, a portion of the outer conductor and a portion of the plastic jacket that are interposed between the dielectric spacer and the inner copper tube provide moisture resistance;
• and
• wherein after the inner copper tube is inserted in the connecting element, a portion of the connecting element that corresponds in position to the annular recess of the inner copper tube is pressed by an external force against the annular recess such that the O-ring provides further moisture resistance.