Header connectors with rigid latches
View Patent ↗This approach generally pertains to a header connector with rigid latches. The connector includes columns with column cavities therein and latching mechanisms having latch beams and latching ends, with a plurality of mating contacts with mounting pins affixed to a dielectric housing. A harness is securable to the header connector generally between the latching mechanisms. The harness is insertable and removable. The harness provides easy access to a tool that can facilitate extraction of the harness from the header connector.
1. A board-mounted connector comprising:
a dielectric housing constructed from a polymeric material, said dielectric housing comprising:
a. a first column having a first elongated column cavity therein;
b. a first latching mechanism at least partially within said first column cavity, said first latching mechanism comprised of a first latch beam and a first latching end;
c. a second column having a second elongated column cavity therein; and
d. a second latching mechanism at least partially within said second column cavity, said second latching mechanism comprised of a second latch beam and a second latching end;
e. an interconnecting portion extending between said first column and said second column; and
a plurality of male contacts with board mounting pins carried by said interconnecting portion of said dielectric housing; and
B. a cable ribbon connector comprising:
a cable ribbon housing comprising:
a. a first cavity for receiving the first column of the board mount connector; and
b. a second cavity for receiving the second column of the board mount connector; and
a plurality of receptacle contacts carried intermediate said first cavity and said second cavity corresponding to and respectively engageable with the male contacts of the board mount connector.
2. The board-mounted connector according to claim 1 , wherein the first column includes a first elongated projection in proximity to the first latching mechanism providing overstress protection, and the second column includes a second elongated projection in proximity to the second latching mechanism providing overstress protection.
3. The board-mounted connector according to claim 1 , wherein said interconnecting portion of said housing includes a printed circuit board (PCB) contact surface on one side and a harness contact surface on an opposite side, said PCB contact surface having polarized guides extending therefrom to facilitate proper orientation with respect to a circuit board to which said connector will be connected.
4. The board-mounted connector according to claim 1 , wherein the male and receptacle contacts have a pitch of between about 1.00 mm and about 1.50 mm.
5. The board-mounted connector according to claim 1 , wherein the first column and the second column each have a height between about 5.0 mm and about 7.0 mm.
6. The board-mounted connector according to claim 1 , wherein the first column and the second column each have a width between about 3.0 mm and about 6.0 mm.
7. The board-mounted connector assembly according to claim 1 , wherein:
the first latching end of the board mount connector includes a first camming surface, a first latch wall and a first retention surface and the second latching end of the board mount connector includes a second camming surface, a second latch wall and a second retention surface: and
the first cavity of the cable ribbon connector includes a first latch engaging edge, a first connector wall and a first retention surface and the second cavity of the cable ribbon connector includes a second latch engaging edge, a second connector wall and a second retention surface, wherein during mating of said cable ribbon connector with said dielectric housing, said first latch engaging edge engages said first camming surface and said second latch engaging edge engages said second camming surface to spread apart said first latching end from said second latching end.
8. The board-mounted connector assembly according to claim 1 , wherein the polymeric material has been prepared in a high temperature reflow process and can withstand temperatures between about 250° C. and about 270° C. in a reflow process.