Electrical connector
An electrical connector for circuit boards whose terminals 70 have a first abutment portion 72 which, within a terminal retaining portion 63 A, is located closer to one interior wall surface of the above mentioned terminal retaining portion 63 A opposed to one major face of said retained portion 71 than to said one major face and which is abuttable against said one interior wall surface, and a second abutment portion 73 , which is located closer to the other interior wall surface of the terminal retaining portion 63 A opposed to the other major face of the above mentioned retained portion 71 than to said other major face and which is abuttable against said other interior wall surface.
1. An electrical connector having multiple sheet metal terminals and a housing retaining said multiple terminals in place in array form,
the terminals having a retained portion that is retained in place in the housing and a contact arm portion that extends from said retained portion in the direction of connection to a counterpart connector element and has formed therein a contact portion intended for contact with said counterpart connector element,
the multiple terminals being arranged such that major faces of the retained portions are opposed to each other,
the housing having hole-shaped terminal retaining portions in the form of openings passing therethrough in the direction of connection that receive the retained portions and that retain the lateral edges of said retained portions in place via press-fitting, and
said terminal retaining portions being formed such that their width dimensions in a array direction of the terminals are larger than through-thickness dimensions of the retained portions, wherein
the terminals have a first abutment portion which, within a terminal retaining portion, is located closer to one interior wall surface of the terminal retaining portion opposed to one major face of the retained portion than to said one major face and which is abuttable against said one interior wall surface, and a second abutment portion, which is located closer to the other interior wall surface of the terminal retaining portion opposed to the other major face of the retained portion than to said other major face and which is abuttable against said other interior wall surface;
wherein the first abutment portions are formed as protrusions protruding from a major face of the retained portions and the second abutment portions are formed as tongues folded back and extending from a lateral edge of the retained portions;
wherein the first abutment portions are formed at multiple locations in the direction of connection and the second abutment portions are formed between the first abutment portions adjacent to each other in the direction of connection.
2. The electrical connector according to claim 1 , wherein the second abutment portions are formed at multiple locations in the direction of connection and the first abutment portions are formed between the second abutment portions adjacent to each other in the direction of connection.
3. The electrical connector according to claim 1 , wherein the terminals are arranged in two rows, and the terminals in one row and the terminals in the other row are adapted such that, in the terminal array direction, pairs of the first abutment portions are located on the side opposite the retained portions, while pairs of the second abutment portions are located on the side opposite the retained portions.