Abstract: An electrical connector assembly is provided. The electrical connector assembly includes a receptacle connector and a plug connector. The receptacle connector includes a housing and at least one electrically conductive terminal. The housing has a first through hole. The at least one electrically conductive terminal is disposed in the housing. The at least one electrically conductive terminal includes a crown spring portion and a first extending portion. The first extending portion is connected to the crown spring portion. The crown spring portion includes a plurality of contact arms. The first extending portion includes a plurality of first pins. The crown spring portion is located in the first through hole, and the first pins are exposed from the housing. The plug connector is inserted into the first through hole and contacts the contact arms.

Abstract: An electrical connector including an insulation pillar (100), multiple terminals (200) and a cable arranging base (300) is provided in the present disclosure. A cable connecting base (110) is arranged at an end of the insulation pillar (100), the terminals (200) are embedded in the insulation pillar (100), a puncturing tool (210) is provided at an end of each terminal (200), the puncturing tool (210) is extended from the cable connecting base (110) along a radial direction thereof, and the insulation pillar (100) is protruded thereby. The cable arranging base (300) clips the cable connecting base (110) and has multiple insertion slots (310) corresponding to the puncturing tools (210), and each insertion slot (310) is perpendicular with the corresponding puncturing tool (210). Thereby, multiple cables (11) are clipped by the cable arranging base (300) and prepared for electrically connecting to corresponding terminals (200).

Abstract: An electrical connector includes an insulative column housing (100) having a wire connection base (110) with a receiving slot (111) formed at a rear thereof; a plurality of terminals (200) embedded inside the insulative column housing (100) and having a piercing cutter (210) on one end thereof respectively to penetrate into the receiving slot (111) along an axial direction of the insulative column housing (100); and a wire organization base 300 penetrating into the receiving slot (111) along the axial direction of the insulative column housing (100) and having a plurality of wire plug-in slots (310) corresponding to the piercing cutters (210) such that the wire plug-in slots (310) arranged perpendicular to the piercing cutters (210) corresponding. Accordingly, the wire organization base (300) clamps and secures the wires (11) therein in advance to allow the wires (11) to electrically connect to the corresponding terminals (200).

Abstract: A wiring structure improvement of an insulation piercing connector for electrical connection after plural signal lines (40) being inserted includes a connector body (1), plural terminals (2) disposed in the connector body (1), and a rotary cable coupler (3). The connector body (1) has a wiring end (11). Each of the terminals (2) has a terminal body (20) and a piercing member (21) formed at one end of the terminal body (20) and disposed at the wiring end (11). The rotary cable coupler (3) is sleeved around the wiring end (11) and has plural plug holes (30) corresponding to the piercing members (21). Thus, when the rotary cable coupler (3) is rotated, the signal lines (40) are pushed by the plug holes (30) towards the piercing members (21) correspondingly such that the piercing members (21) pierce the signal lines (40) for the electrical connection.

Abstract: A wiring structure improvement of an insulation piercing connector for electrical connection after plural signal lines (40) being inserted includes a connector body (1), plural terminals (2) disposed in the connector body (1), and a rotary cable coupler (3). The connector body (1) has a wiring end (11). Each of the terminals (2) has a terminal body (20) and a piercing member (21) formed at one end of the terminal body (20) and disposed at the wiring end (11). The rotary cable coupler (3) is sleeved around the wiring end (11) and has plural plug holes (30) corresponding to the piercing members (21). Thus, when the rotary cable coupler (3) is rotated, the signal lines (40) are pushed by the plug holes (30) towards the piercing members (21) correspondingly such that the piercing members (21) pierce the signal lines (40) for the electrical connection.

Abstract: An electrical connector including an insulation pillar (100), multiple terminals (200) and a cable arranging base (300) is provided in the present disclosure. A cable connecting base (110) is arranged at an end of the insulation pillar (100), the terminals (200) are embedded in the insulation pillar (100), a puncturing tool (210) is provided at an end of each terminal (200), the puncturing tool (210) is extended from the cable connecting base (110) along a radial direction thereof, and the insulation pillar (100) is protruded thereby. The cable arranging base (300) clips the cable connecting base (110) and has multiple insertion slots (310) corresponding to the puncturing tools (210), and each insertion slot (310) is perpendicular with the corresponding puncturing tool (210). Thereby, multiple cables (11) are clipped by the cable arranging base (300) and prepared for electrically connecting to corresponding terminals (200).

Abstract: An electrical connector includes an insulative column housing (100) having a wire connection base (110) with a receiving slot (111) formed at a rear thereof; a plurality of terminals (200) embedded inside the insulative column housing (100) and having a piercing cutter (210) on one end thereof respectively to penetrate into the receiving slot (111) along an axial direction of the insulative column housing (100); and a wire organization base 300 penetrating into the receiving slot (111) along the axial direction of the insulative column housing (100) and having a plurality of wire plug-in slots (310) corresponding to the piercing cutters (210) such that the wire plug-in slots (310) arranged perpendicular to the piercing cutters (210) corresponding. Accordingly, the wire organization base (300) clamps and secures the wires (11) therein in advance to allow the wires (11) to electrically connect to the corresponding terminals (200).