Abstract: A power connector comprising a dielectric housing, having an insertion face and a mounting face. The dielectric housing defining a first mounting passage and a second mounting passage communicating with each other. A first terminal, having a contacting portion inserted into the first mounting passage. A second terminal, having a main body, a first contacting section, a second contacting section, and a first pressing section. The first contacting section is bent from a front end of the main body and extends forwardly, the first pressing section bent from an edge of the main body and extends above the first contacting section. The second contacting section of the second terminal being bent 180 degrees from a rear end of the main body thereof and extending forwardly.

Abstract: A power connector comprising a dielectric housing, having an insertion face and a mounting face. The dielectric housing defining a first mounting passage and a second mounting passage communicating with each other. A first terminal, having a contacting portion inserted into the first mounting passage. A second terminal, having a main body, a first contacting section, a second contacting section, and a first pressing section. The first contacting section is bent from a front end of the main body and extends forwardly, the first pressing section bent from an edge of the main body and extends above the first contacting section. The second contacting section of the second terminal being bent 180 degrees from a rear end of the main body thereof and extending forwardly.

Abstract: This invention includes a conductive terminal for a power connector and its manufacturing method. The conductive terminal comprises: a base portion, a contact portion and a engagement portion. Said engagement portion is stamped so that it extends from the base portion over the contact portion with a free end thereof forming a engagement end. Said contact portion is a solid column-like body. Locking portions are provided on at least one side of said base portion to hold the conductive terminal in the dielectric housing of the power connector. The conductive terminal is directly formed by stamping without repeated bending, which decreases manufacture steps and reduces manufacture cost.