Abstract An electrical contact for a multipole electrical connector, includes a contact section (56a, 57a) having a C-shaped portion with a contact point at a peak thereof; an intermediate section (56d, 57d) extending from an end of the contact section; a press-fit section (56b, 57b) extending from an end of the intermediate section; and the intermediate section having a thickness which is gradually increased toward the press-fit section, thereby bending uniformly the intermediate section when a lateral force is applied. The intermediate section has a C-shaped base portion to further reduce the spring constant. The length of an intermediate section is made different from those of adjacent intermediate sections so as to offset the contact points alternately, thereby minimizing the plugging force.
A super multipole electrical connector comprising: a substantially rectangular housing having a plurality of terminal receiving channels and first terminal apertures each communicating with a corresponding terminal receiving channels; a flat locator secured to said housing at substantially right angles and having a plurality of second terminal apertures each having an axis substantially perpendicular to that of said first terminal aperture; a plurality of signal terminals having a contact section projecting along said terminal receiving channel, a press-fit section received in said first terminal aperture, and a leg section received in said second terminal aperture of said flat locator; said contact section having a C-shaped portion with a contact point at a peak thereof; an intermediate section between said contact section and said press-fit section being made different in length from those of adjacent ones so that said contact points of adjacent signal terminals are offset with each other, thereby minimizing plugging in and out forces.
Claim 2
Dependent Claim
156 words
A super multipole electrical connector comprising: a substantially rectangular housing having a plurality of terminal receiving channels and first terminal apertures each communicating with a corresponding terminal receiving channels; a flat locator secured to said housing at substantially right angles and having a plurality of second terminal apertures each having an axis substantially perpendicular to that of said first terminal aperture; a plurality of signal terminals having a contact section projecting along said terminal receiving channel, a press-fit section received in said first terminal aperture, and a leg section received in said second terminal aperture of said flat locator; said contact section having a C-shaped portion with a contact point at a peak thereof; an intermediate section between said contact section and said press-fit section being made different in length from those of adjacent ones so that said contact points of adjacent signal terminals are offset with each other, thereby minimizing plugging in and out forces.