Low insertion force connector and electrical contact therefor

Claim 2

An electrical contact for a low insertion force connector comprising: first contact means having a first contact portion for contacting one surface of a substrate, second contact means having a second contact portion for contacting a second surface of the substrate, a raised portion located between said first and second contact means, said raised portion providing a surface for supporting an edge of said substrate as it is inserted between the first and second contact means and rotated into a final position where said first contact portion electrically contacts a first contact area on said one surface and said second contact portion electrically contacts a second contact area on said second surface. a pin portion located between said first and second contact means; and a spring portion forming part of said second contact means and located between the second contact portion and the raised portion, said spring portion including a base portion connected to the raised portion and the pin portion, a vertical portion extending vertically from said base portion, and a U-shaped portion extending from the top of the vertical portion and terminating at its other end in said second contact portion.

Claim 3

An electrical contact according to claim 1, further comprising a stop means disposed in said spring portion at the location where the U-shaped portion meets the vertical portion, said second contact portion abutting against said stop means when it is deflected by insertion of and rotation of said substrate.

Claim 4

An electrical contact according to claim 1, wherein said first and second contact means are adapted to retain said substrate substantially vertical between said first and second contact portions.

Claim 5

An electrical contact according to claim 1, wherein said first and second contact means are adapted to retain said substrate substantially horizontal between said first and second contact portions.

Claim 6

A low insertion force connector comprising: an elongated housing made of an insulating material and having an elongated cavity in a longitudinal direction; a plurality of contacts disposed at predetermined intervals along the length of the elongated cavity and adapted to contact an edge of a printed circuit board; each said contact comprising first contact means having a first contact portion for contacting one surface of the edge of the printed circuit board, second contact means having a second contact portion for contacting an opposite surface of the edge of the printed circuit board, and a pin portion for supporting the first and second contact means; said second contact means further including a spring portion located between the second contact portion and the pin portion, said spring portion comprising a base portion connected to the pin portion, a vertical portion extending vertically from the base portion, and a U-shaped portion extending from the top of the vertical portion and having a free end terminating in said second contact portion, and a pair of latches located on opposite ends of the elongated housing providing a spacing defined therebetween above the cavity, said latches being elastic and adapted to engage opposite sides of the printed circuit board as its edge is inserted into the elongated cavity between the first and second contact portions of said contact means and rotated until it is latched in its final contact position by said latches.

Claim 7

A low insertion force connector comprising: an elongated housing made of an insulating material and having an elongated cavity in a longitudinal direction; a plurality of contacts disposed at predetermined intervals along the length of the elongated cavity and adapted to contact an edge of a printed circuit board; each said contact comprising first contact means having a first contact portion for contacting one surface of the edge of the printed circuit board, second contact means having a second contact portion for contacting an opposite surface of the edge of the printed circuit board, and a pin portion for supporting the first and second contact means; said second contact means further including a spring portion located between the second contact portion and the pin portion, said spring portion comprising a base portion connected to the pin portion, a vertical portion extending vertically from the base portion, and a U-shaped portion extending from the top of the vertical portion and having a free end terminating in said second contact portion, and a pair of latches located on opposite ends of the elongated housing providing a spacing defined therebetween above the cavity, said latches being elastic and adapted to engage opposite sides of the printed circuit board as its edge is inserted into the elongated cavity between the first and second contact portions of said contact means and rotated until it is latched in its final contact position by said latches.

Claim 8

A low insertion force connector according to claim 5, wherein said substrate is oriented substantially vertical to the connector in said final contact position.

Claim 9

A low insertion force connector according to claim 5, wherein said substrate is oriented substantially horizontal to the connector in said final contact position.