Contact portions of a socket contact and a header contact are pressed and thinned, and sloping steps formed by the process that presses and thins in the socket contact and the header contact are engaged with each other to suppress disengagement of the contacts.
1. A connector comprising:
a socket having a socket housing provided with a fitting groove portion, and a socket contact that is attached to the socket housing to be bent in the fitting groove portion and soldered to a conductive pattern of one of circuit substrates; and
a header having a header housing provided with a fitting convex portion to be fitted into the fitting groove portion, and a header contact that is attached to the header housing to be bent approximately along outside of the fitting convex portion and soldered to a conductive pattern of the other circuit substrate,
the connector being made electrically conductive by inserting the fitting convex portion of the header into the fitting groove portion of the socket, thereby elastically contacting the socket contact and the header contact, wherein
contact portions of the socket contact and the header contacts are pressed and thinned, and sloping steps that are formed by the process that presses and thins in the socket contacts and the header contacts are engaged with each other, to suppress disengagement of the contacts.
2. The connector according to claim 1 , wherein a substantially entire section from the sloping step to a distal end of the socket contact is pressed and thinned.
3. The connector according to claim 1 , wherein the sloping steps of the socket contact and the header contact are formed across full widths of the corresponding contacts.