Electrical connector having improved characteristics for retaining leads to the connector housing and method of making the electrical connector

Claim 2

An electrical connector for printed circuit board mounting, comprising: an insulative housing comprising a mating face and a mounting face, and a plurality of channels integrally formed with the housing and disposed proximate to the mounting face; and a plurality of electrical terminals including a mating portion and a lead means, the lead means comprising at least one barb portion which is disposed within the channel in an interfering fit with suraces of the channels, the barb portion being disposed within the channel in a position vertically above a skived path formed by the entry of the barb.

Claim 3

The electrical connector of claim 1 wherein the housing means comprises a mandrel formed by a flange which extends from a rear side wall and the terminals are bent over the mandrel to form the lead means which extend adjacent to the rear side wall.

Claim 4

The electrical connector of claim 2 wherein the portion of the lead means having the barb is formed upwardly beneath the mandrel.

Claim 5

The electrical connector of claim 3 wherein the housing includes a further flange extending from the rear sidewall thereof in a spaced apart relation to the mandrel, the further flange and the mandrel forming a recess.

Claim 6

The electrical connector of claim 4 wherein the lead means comprises a spring portion disposed in the recess means.

Claim 7

The electrical connector of claim 5 wherein the spring portion comprises first and second leg portions interconnected by a bight portion, at least one of said leg portions being resiliently biased against the further flange, thereby spring loading the barb portion further upwards.

Claim 8

An electrical connector of the type comprising an insulative housing having a mating face for the receipt of a complementary connector, and a mounting face for mounting the connector to a printed circuit board, the connector further comprising a plurality of terminals having contact portions for mating engagement with the complementary connector and lead portions adjacent to the mounting face for interconnection to electrical traces on the printed circuit board, the housing having means to retain the lead portions of the terminals to the housing in precise alignment with the circuit traces on the printed circuit board; the electrical connector being characterized in that: the lead portions of the terminals are arranged for engagement with circuit pads on the same surface as the surface to which the connector is mounted; and in that the retaining means is formed by the terminals including integral spring portions, and the terminals further including retention portions which cooperate with the insulative housing, the spring portions biasing the retention portions into further retentive condition.

Claim 9

An electrical connector of the type comprising an insulative housing having a mating face for the receipt of a complementary connector, and a mounting face for mounting the connector to a printed circuit board, the connector further comprising a plurality of terminals having contact portions for mating engagement with the complementary connector and lead portions adjacent to the mounting face for interconnection to electrical traces on the printed circuit board, the housing having means to retain the lead portions of the terminals to the housing in precise alignment with the circuit traces on the printed circuit board; the electrical connector being characterized in that: the lead portions of the terminals are arranged for engagement with circuit pads on the same surface as the surface to which the connector is mounted; and in that the retaining means is formed by the terminals including integral spring portions, and the terminals further including retention portions which cooperate with the insulative housing, the spring portions biasing the retention portions into further retentive condition.

Claim 10

The connector of claim 7 characterized in that the insulative housing includes first flange which extends from the housing, the spring portions being disposed adjacent to and in resilient contact with, the flange.

Claim 11

The connector of claim 8 characterized in that the insulative housing includes a second flange which is spaced from the first said flange.

Claim 12

The connector of claim 9 characterized in that the first and second flanges extend from a rear side wall of the housing and are substantially parallel with the mounting surface of the housing surface.

Claim 13

The connector of claim 10 characterized in that the spring portion is substantially U-shaped having a first and second leg being interconnected by a bight portion the first leg adjacent to the first flange and the second leg being disposed adjacent to the second flange.

Claim 14

The connector of claim 11 characterized in that the retention portions comprise barbs which are located in the second leg; and in that the first leg is in contact with the first flange, which places the spring portions in spring loaded condition thereby forcing the barbs further into the housing.

Claim 15

In a connector having an insulating housing where a mating face is provided for receipt of a complementary connector, and a mounting face is provided for receipt on a printed circuit board, and at least one electrical terminal is included having a contact portion proximate the mating face and lead means adjacent to the mounting face for interconnection to an electrical conductor of the printed circuit board, a method of retaining the lead means to the housing comprises the steps of: providing at least one channel on one face of the connector; providing at least one retention barb on a portion of the lead means; bending the lead means over a first mandrel to dispose the lead means to a position adjacent to the channel; and moving the portion of the lead means carrying the barb into the channel where the barbs interferingly retain the lead means to the housing.

Claim 16

In a connector having an insulating housing where a mating face is provided for receipt of a complementary connector, and a mounting face is provided for receipt on a printed circuit board, and at least one electrical terminal is included having a contact portion proximate the mating face and lead means adjacent to the mounting face for interconnection to an electrical conductor of the printed circuit board, a method of retaining the lead means to the housing comprises the steps of: providing at least one channel on one face of the connector; providing at least one retention barb on a portion of the lead means; bending the lead means over a first mandrel to dispose the lead means to a position adjacent to the channel; and moving the portion of the lead means carrying the barb into the channel where the barbs interferingly retain the lead means to the housing.