Abstract: A cable connector including a metal terminal having a middle section configured for clamping a center conductor of a coaxial cable, an insulating seat including two positioning seats that are integrally formed by injection molding and have the same configuration, and a metal housing integrally formed by stamping. The positioning seats are assembled together to completely enclose the metal terminal fitted therein. Portions of the metal housing corresponding to the insulating seat, and a shield layer and a jacket of the coaxial cable can be wrapped around and secured to the peripheries of the insulating seat, the shield layer, and the jacket respectively. Thus, the simple configuration of the insulating seat not only increases the assembly efficiency of the cable connector, but also minimizes wall thickness of the insulating seat for allowing the cable connector to be used in various compact mobile electronic devices.

Abstract: A coaxial connector includes a terminal, an insulating housing for receiving the terminal therein, and a shell for receiving the insulating housing therein. The terminal includes a carrier plate; two contacts correspondingly provided at their facing sides with two concaved areas for electrically connecting with an external round-shaped conductor; and a first and a second fastening plate for fastening to a core wire of a cable. The two contacts and the first and second fastening tabs are oriented toward the same direction. With the above arrangements, the coaxial connector can be easily assembled and have reduced assembly height, the first and second fastening plates are in direct contact with the core wire to securely fasten the same to the terminal, and the contact area between the contacts and the external round-shaped conductor is increased, ensuring good electrical signal transmission via the coaxial connector.

Abstract: A coaxial cable structure includes a central conductor, an insulating layer surrounding the central conductor, a shielding layer wound around the insulating layer and including at least a wire dip-coated with a coating, and an outer jacket surrounding the shielding layer. The coaxial cable structure uses a shielding layer wound around the insulating layer to replace the woven shielding layer used in prior art coaxial cables to provide enhanced shielding effect while allowing the coaxial cable to be manufactured with reduced material in upgraded efficiency.

Abstract: A coaxial cable structure includes a central conductor, an insulating layer surrounding the central conductor, a shielding layer surrounding the insulating layer and being formed by mixing and extruding at least a first conductive material and a second conductive material, and an outer jacket surrounding the shielding layer. The coaxial cable structure uses the extruded shielding layer surrounding the insulating layer to replace the woven shielding layer used in prior art coaxial cables, so as to provide enhanced shielding effect while allowing the coaxial cable to be manufactured with reduced material in upgraded efficiency.

Abstract: A terminal for coaxial connector includes a carrier plate; two contacts provided on two opposite lateral edges of the carrier plate; and a first and a second fastening tab separately provided on an end of the carrier plate. The two contacts and the first and second fastening tabs are oriented toward the same direction, the first and second fastening tabs are directly fastened to a core wire of a cable, and the contacts are correspondingly provided on their facing sides with two concaved areas for electrically connecting to an external round-shaped conductor. With these arrangements, the terminal for coaxial connector can be easily assembled to a cable and has reduced assembly height, the first and second fastening plates are in direct and firm contact with the core wire, and the contact area between the contacts and the external round-shaped conductor is increased to thereby ensure good electrical signal transmission.

Abstract: A coaxial connector includes a terminal, an insulating housing for receiving the terminal therein, and a shell for receiving the insulating housing therein. The terminal includes a carrier plate; two contacts correspondingly provided at their facing sides with two concaved areas for electrically connecting with an external round-shaped conductor; and a first and a second fastening plate for fastening to a core wire of a cable. The two contacts and the first and second fastening tabs are oriented toward the same direction. With the above arrangements, the coaxial connector can be easily assembled and have reduced assembly height, the first and second fastening plates are in direct contact with the core wire to securely fasten the same to the terminal, and the contact area between the contacts and the external round-shaped conductor is increased, ensuring good electrical signal transmission via the coaxial connector.

Abstract: A terminal structure for coaxial connector includes a terminal main body having a carrier plate and two contacts near a first end of the carrier plate; a first fastening tab located on one lateral side of the carrier plate adjacent to an opposite second end thereof; and a second fastening tab located at the other lateral side of the carrier plate at the second end thereof to be diagonally symmetrical to the first fastening tab. By bending the first and second fastening tabs inward to abut on each other end to end, a core of a cable can be clamped between the two fastening tabs and thereby easily and firmly assembled to the carrier plate to ensure good electric contact between the core and the terminal main body.