Solder post retention means

Claim 2

An electrical connector assembly, comprising: a dielectric housing defining a mating face and a mounting face orthogonal to said mating face, said housing having a plurality of terminal receiving passages extending from the mating face; a locator plate extending outwardly along said mounting face from said housing to an end, said locator plate having first and second surfaces, said locator plate having a plurality of parallel channels therein extending inwardly from said end and through the locator plate from said first surface to said second surface and defined by pairs of opposed walls; a plurality of electrical terminals mounted in the housing, each terminal having a mating portion extending into a terminal receiving passage and a mounting portion orthogonal thereto extending proximate and outwardly from said mounting face, said mounting portion passing through a respective said channel in the locator plate and having a U-shaped cross-section convex toward said housing to facilitate insertion of said mounting portion along said channel during assembly, said mounting portion having a first stop means adjacent the first surface of said locator plate for preventing axial movement of the mounting portion toward the first surface, said first stop means defining at least one first stop shoulder offset laterally outwardly from a respective side wall of said U-shaped cross-section of the mounting portion of said terminal, said stop shoulder adapted to extend beyond a respective one of said channel defining-walls to engage the first surface of said locator plate, whereby axial movement of said mounting portion of the terminal toward said locator plate is prevented.

Claim 3

An electrical connector assembly as recited in claim 1, wherein the locator plate is an integral part of the housing.

Claim 4

An electrical connector assembly as recited in claim 1 wherein the mounting portion of the terminal is a solder tail.

Claim 5

An electrical connector assembly as recited in claim 1 wherein said first stop means further comprises a second stop shoulder coplanar with said first stop shoulder, said second stop shoulder offset laterally outwardly from a respective sidewall of said U-shaped cross-section of the mounting portion of said terminal, said second stop shoulder adapted to extend beyond a respective one of said channel defining walls to engage said first surface of said locator plate.

Claim 6

An electrical connector assembly as recited in claim 1, wherein the plurality of terminal receiving passages are arranged in a plurality of rows.

Claim 7

An electrical connector assembly as recited in claim 1, wherein the channels further comprise detents in which the mounting portion of the terminal is secured.

Claim 8

An electrical connector assembly as recited in claim 6, wherein the channels have detents therealong corresponding to the number of terminal receiving passages laterally aligned therewith.

Claim 9

An electrical connector assembly as recited in claim 1, further comprising a second stop means proximate the second surface of said locator plate for preventing axial movement of the mounting portion toward the second surface, whereby substantially all axial movement of the mounting portion of the terminal, relative to the locator plate, is prevented.

Claim 10

An electrical connector assembly as recited in claim 8, wherein the second stop means comprises a stop means defining at least one second stop shoulder offset laterally outwardly from a respective side wall of said U-shaped cross-section of the mounting portion of said terminal, said at least one second stop shoulder adapted to extend beyond said walls of said terminal receiving passage to engage said second surface of said locator plate, whereby axial movement of said mounting portion of the terminal, relative to the locator plate, is prevented.

Claim 11

An electrical connector assembly as recited in claim 8, wherein the second stop means comprises a plate having scalloped edges terminating in barbs, said plate being secured in a terminal receiving passage.

Claim 12

An electrical connector assembly, comprising: a dielectric housing defining a mating face and a mounting face orthogonal to said mating face, said housing having a plurality of terminal receiving passages extending from the mating face; a locator plate extending outwardly along said mounting face from said housing to an end, said locator plate having first and second surfaces, said locator plate having a plurality of parallel channels therein extending inwardly from said end and through the locator plate from said first surface to said second surface and defined by pairs of opposed walls; a plurality of electrical terminals mounted in the housing, each terminal having a mating portion extending into a terminal receiving passage and a mounting portion orthogonal thereto extending proximate and outwardly from said mounting face, said mounting portion passing through a respective said channel in the locator plate and having a U-shaped cross-section convex toward said housing to facilitate insertion of said mounting portion along said channel during assembly, said mounting portion having sidewalls having extension means extending therefrom, said extension means offset laterally outwardly from a respective side wall of said U-shaped cross-section of the mounting portion of said terminal, said mounting portion having a first stop means on said extension means adjacent the first surface of said locator plate for preventing axial movement of the mounting portion toward the first surface, said first stop means defining at least one first stop shoulder, said first stop shoulder adapted to extend beyond a respective one of said channel defining-walls to engage the first surface of said locator plate, whereby axial movement of said mounting portion of the terminal toward said locator plate is prevented.

Claim 13

An electrical connector assembly, comprising: a dielectric housing defining a mating face and a mounting face orthogonal to said mating face, said housing having a plurality of terminal receiving passages extending from the mating face; a locator plate extending outwardly along said mounting face from said housing to an end, said locator plate having first and second surfaces, said locator plate having a plurality of parallel channels therein extending inwardly from said end and through the locator plate from said first surface to said second surface and defined by pairs of opposed walls; a plurality of electrical terminals mounted in the housing, each terminal having a mating portion extending into a terminal receiving passage and a mounting portion orthogonal thereto extending proximate and outwardly from said mounting face, said mounting portion passing through a respective said channel in the locator plate and having a U-shaped cross-section convex toward said housing to facilitate insertion of said mounting portion along said channel during assembly, said mounting portion having sidewalls having extension means extending therefrom, said extension means offset laterally outwardly from a respective side wall of said U-shaped cross-section of the mounting portion of said terminal, said mounting portion having a first stop means on said extension means adjacent the first surface of said locator plate for preventing axial movement of the mounting portion toward the first surface, said first stop means defining at least one first stop shoulder, said first stop shoulder adapted to extend beyond a respective one of said channel defining-walls to engage the first surface of said locator plate, whereby axial movement of said mounting portion of the terminal toward said locator plate is prevented.

Claim 14

An electrical connector assembly as recited in claim 11, wherein the locator plate is an integral part of the housing.

Claim 15

An electrical connector assembly as recited in claim 11 wherein the mounting portion of the terminal is a solder tail.

Claim 16

An electrical connector assembly as recited in claim 11 wherein said first stop means further comprises a second stop shoulder on said extension means, said second stop shoulder coplanar with said first stop shoulder, said second stop shoulder adapted to extend beyond a respective one of said channel defining walls to engage said first surface of said locator plate.

Claim 17

An electrical connector assembly as recited in claim 11, wherein the plurality of terminal receiving passages are arranged in a plurality of rows.

Claim 18

An electrical connector assembly as recited in claim 11, wherein the channels further comprise detents in which the mounting portion of the terminal is secured.

Claim 19

An electrical connector assembly as recited in claim 16, wherein the channels have detents therealong corresponding to the number of terminal receiving passages laterally aligned therewith.

Claim 20

An electrical connector assembly as recited in claim 11, further comprising a second stop means proximate the second surface of said locator plate for preventing axial movement of the mounting portion toward the second surface, whereby substantially all axial movement of the mounting portion of the terminal, relative to the locator plate, is prevented.

Claim 21

An electrical connector assembly as recited in claim 18, wherein the second stop means comprises a stop means on said extension means defining at least one second stop shoulder, said at least one second stop shoulder adapted to extend beyond said walls of said terminal receiving passage to engage said second surface of said locator plate, whereby axial movement of said mounting portion of the terminal, relative to the locator plate, is prevented.

Claim 22

An electrical connector assembly as recited in claim 18, wherein the second stop means comprises a plate having scalloped edges terminating in barbs, said plate being secured in a terminal receiving passage.

Claim 23

An electrical connector having a dielectric housing defining a mating face and a mounting face orthogonal to said mating face, said housing having a plurality of terminal receiving passages extending from the mating face, a locator plate extending outwardly along said mounting face from said housing to an end, said locator plate having first and second surfaces, said locator plate having a plurality of parallel channels therein extending inwardly from said end and through the locator plate from said first surface to said second surface and defined by pairs of opposed walls, a plurality of electrical terminals mounted in the housing, each terminal having a mating portion extending into a terminal receiving passage and a mounting portion orthogonal thereto, said mounting portion extending proximate and outwardly from said mounting face, said mounting portion passing through a respective said channel in the locator plate and having a U-shaped cross-section convex toward said housing to facilitate insertion of said mounting portion along said channel during assembly, said mounting portion having sidewalls, a first stop means adjacent the first surface of said locator plate for preventing axial movement of the mounting portion toward the first surface, said first stop means offset laterally outwardly from a respective sidewall of said U-shaped cross-section of the mounting portion of said terminal, said first stop means defining at least one first stop shoulder, said first stop shoulder adapted to extend beyond a respective one of said channel defining-walls to engage the first surface of said locator plate, characterized by extension means extending from said sidewalls, said first stop means on said extension means, whereby axial movement of said mounting portion of the terminal toward said locator plate is prevented.

Claim 24

An electrical connector having a dielectric housing defining a mating face and a mounting face orthogonal to said mating face, said housing having a plurality of terminal receiving passages extending from the mating face, a locator plate extending outwardly along said mounting face from said housing to an end, said locator plate having first and second surfaces, said locator plate having a plurality of parallel channels therein extending inwardly from said end and through the locator plate from said first surface to said second surface and defined by pairs of opposed walls, a plurality of electrical terminals mounted in the housing, each terminal having a mating portion extending into a terminal receiving passage and a mounting portion orthogonal thereto, said mounting portion extending proximate and outwardly from said mounting face, said mounting portion passing through a respective said channel in the locator plate and having a U-shaped cross-section convex toward said housing to facilitate insertion of said mounting portion along said channel during assembly, said mounting portion having sidewalls, a first stop means adjacent the first surface of said locator plate for preventing axial movement of the mounting portion toward the first surface, said first stop means offset laterally outwardly from a respective sidewall of said U-shaped cross-section of the mounting portion of said terminal, said first stop means defining at least one first stop shoulder, said first stop shoulder adapted to extend beyond a respective one of said channel defining-walls to engage the first surface of said locator plate, characterized by extension means extending from said sidewalls, said first stop means on said extension means, whereby axial movement of said mounting portion of the terminal toward said locator plate is prevented.

Claim 25

An electrical connector assembly as recited in claim 21 wherein said first stop means is further characterized by a second stop shoulder on said extension means, said second stop shoulder coplanar with said first stop shoulder, said second stop shoulder adapted to extend beyond a respective one of said channel defining walls to engage said first surface of said locator plate.

Claim 26

An electrical connector assembly as recited in claim 21, further characterized by a second stop means proximate the second surface of said locator plate for preventing axial movement of the mounting portion toward the second surface, whereby substantially all axial movement of the mounting portion of the terminal, relative to the locator plate, is prevented.

Claim 27

An electrical connector assembly as recited in claim 23, wherein the second stop means is characterized by a stop means on said extension means defining at least one second stop shoulder, said at least one second stop shoulder adapted to extend beyond said walls of said terminal receiving passage to engage said second surface of said locator plate, whereby axial movement of said mounting portion of the terminal, relative to the locator plate, is prevented.

Claim 28

An electrical connector assembly as recited in claim 23, wherein the second stop means is characterized by a plate having scalloped edges terminating in barbs, said plate being secured in a terminal receiving passage.