Panel mount electrical connector

Claim 2

An electrical connector for interconnecting a plurality of conductors and being mountable to a panel having an opening therethrough, the connector comprising: a first connector portion profiled for mounting on a first side of a panel, the firt connector portion comprising means for latching the first connector portion to the panel, the first connector portion being profiled as a front mating face for receiving a matable electrical connector, and including a wall means mountable against the first side of the panel and a nose portion which extends away from the first side of the wall, the nose portion including an opening therethrough profiled for overlying the opening in the panel; a second connector portion comrising an insulative housing and a plurality of terminals, the insulative housing and the first connector portion and the first connector portion together.

Claim 3

The electrical connector of claim 1 wherein terminals include resilient contact portions located within a forward portion of said housing portion.

Claim 4

The connector of claim 2 wherein the forward portion of said housing is profiled so as to extend through the opening in the panel and into the opening of the nose portion to dispose the resilient contact portions within the second connector portion through the panel and adjacent to the front mating face of the first connector portion.

Claim 5

The connector of claim 2 wherein the mounting means comprises upper and lower plate means extending perpendicularly from the wall means and profiled to project through the opening in the panel, the plate portions including latching members which bias against a second side of said panel.

Claim 6

The connecotr of claim 4 wherein the plate members are profiled in a spaced apart and parallel relation, the plate members being spaced to allow the forward portion of the housing to extend between the plate members.

Claim 7

An electrical connector of the type profiled for right angled mounting to a printed circuit board (240); the connector including an insulative housing (70) having a base means (120) for mounting on a printed circuit board and a face plate means perpendicularly disposed with respect to the base means, the housing including at least two rows of channels (100) extending therethrough for receiving a plurality of terminals (180a, 180b) and a terminal locating wall (150) which is disposed parallel to the base means and comprises a plurality of terminal receiving slots (154, 156), said connector having at least two rows of terminals (180a, 180b), a lower row of terminals (180b) having first portions (190b) extending into a lower row of channels (100) and a second portion (182b) which is perpendicular to the first portion and located in a terminal locating slot (154, 156) and an upper row of terminals (180a) first portions (190a) extending into an upper row of channels (100) and a second and perpendicular portion (182a) disposed in a terminal locating slot (154, 156), the terminals being laterally aligned such that the second portions (182a, 182b) of laterally aligned terminals are disposed in the same slots (154, 156), the connector being characterized in that: the second portion (182a, 182b) of the terminals include barb means (186a, 186b) profiled to interferingly fit in the terminal locating slots (154, 156), the barb means on respective second portions of terminals located in the same terminal receiving slots being vertically offset from each other; and in that the terminal locating wall includes a recessed are (154) defining a second larger width of slot which extends along a portion of the length of the slot to an outer end (158) of terminal locating wall, the recessed area (154) defining an area for the barb means (186b) on the lower row of terminals to freely travel upon insertion prior to interfering with the narrow portion of the slot.

Claim 8

An electrical connector of the type profiled for right angled mounting to a printed circuit board (240); the connector including an insulative housing (70) having a base means (120) for mounting on a printed circuit board and a face plate means perpendicularly disposed with respect to the base means, the housing including at least two rows of channels (100) extending therethrough for receiving a plurality of terminals (180a, 180b) and a terminal locating wall (150) which is disposed parallel to the base means and comprises a plurality of terminal receiving slots (154, 156), said connector having at least two rows of terminals (180a, 180b), a lower row of terminals (180b) having first portions (190b) extending into a lower row of channels (100) and a second portion (182b) which is perpendicular to the first portion and located in a terminal locating slot (154, 156) and an upper row of terminals (180a) first portions (190a) extending into an upper row of channels (100) and a second and perpendicular portion (182a) disposed in a terminal locating slot (154, 156), the terminals being laterally aligned such that the second portions (182a, 182b) of laterally aligned terminals are disposed in the same slots (154, 156), the connector being characterized in that: the second portion (182a, 182b) of the terminals include barb means (186a, 186b) profiled to interferingly fit in the terminal locating slots (154, 156), the barb means on respective second portions of terminals located in the same terminal receiving slots being vertically offset from each other; and in that the terminal locating wall includes a recessed are (154) defining a second larger width of slot which extends along a portion of the length of the slot to an outer end (158) of terminal locating wall, the recessed area (154) defining an area for the barb means (186b) on the lower row of terminals to freely travel upon insertion prior to interfering with the narrow portion of the slot.

Claim 9

The connector of claim 6 wherein the housing member includes tow rows of channels, an upper row and a lower row, each row extending along the length of the connector, each respective upper and lower channel being laterally aligned.

Claim 10

The connector of calim 7 wherein the housing member further comprises a terminal support floor extending from a rear wall of the housing between the two rows of channels.

Claim 11

The connector of calim 7 wherein the housing member further comprises a terminal support floor extending from a rear wall of the housing between the two rows of channels.

Claim 12

The connector of claim 8 wherein an upper surface of the terminal support floor is continuous with a floor of the channel, and a lower surface of the terminal support floor is continuous with a top surface of the lower row of channels.

Claim 13

The connector of claim 9 wherein the upper and lower surface include open channels which extend outwardly from the rear wall of the housing to an end of the terminal support floor, and are located on alternate sides of the terminal receiving channels.

Claim 14

The connector of claim 10 wherein the terminals include a wide section along the portion which lies along the terminal support floor, having edges which overlie the open channels, whereby an insertion tool can be placed against the terminals and extend into the open channels to force the terminals into place.

Claim 15

A shielded electrical connector for mounting on a panel and for electrical interconnection to a printed circuit board, the electrical connector comprising: forward shielded portion having a wall portion and a nose portion extending from an outer surface thereof defining a front mating face, the wall portion further comprising an inner surface which is mountable substantially flushly to an outside surface of a panel, the forward shielded portion further comprising an opening means therethrough from the inner surface extending forwardly towards the front mating face, the forward shield portion including latch means extending from the inner surface of the wall means and profiled to extend through an opening in a panel to latchably attach the forward shield portion to the panel; an insulative housing means have a plurality of terminals mounted therein, each termnal having a forward portion disposed in a forward portion of the housing and a right angled portion which extends below a mounting portion of the housing for interconnection to printed circuit board through holes, the forward portion of the housing being profiled for insertion into the shielded portion from the inside surface of the panel to dispose the terminals adjacent the front mating face, the forward shielded portion and the housing portion cooperatively profiled to latchably connect the housing to the forward shielded portion.

Claim 16

A shielded electrical connector for mounting on a panel and for electrical interconnection to a printed circuit board, the electrical connector comprising: forward shielded portion having a wall portion and a nose portion extending from an outer surface thereof defining a front mating face, the wall portion further comprising an inner surface which is mountable substantially flushly to an outside surface of a panel, the forward shielded portion further comprising an opening means therethrough from the inner surface extending forwardly towards the front mating face, the forward shield portion including latch means extending from the inner surface of the wall means and profiled to extend through an opening in a panel to latchably attach the forward shield portion to the panel; an insulative housing means have a plurality of terminals mounted therein, each termnal having a forward portion disposed in a forward portion of the housing and a right angled portion which extends below a mounting portion of the housing for interconnection to printed circuit board through holes, the forward portion of the housing being profiled for insertion into the shielded portion from the inside surface of the panel to dispose the terminals adjacent the front mating face, the forward shielded portion and the housing portion cooperatively profiled to latchably connect the housing to the forward shielded portion.

Claim 17

The electrical connector of claim 12 wherein the forward shielded portion further comprises means to resiliently bias and common the shielded portion to the panel.

Claim 18

The electrical connector of calim 12 wherein the latch means comprise first and second ledges extending from the inner surface of the wall means having respective first and second latches located thereon, the first and second ledges being profiled to extend through the opening in the panel to connect the forward shielded portion to the panel from the rear of the panel.

Claim 19

The electrical connector of calim 12 wherein the latch means comprise first and second ledges extending from the inner surface of the wall means having respective first and second latches located thereon, the first and second ledges being profiled to extend through the opening in the panel to connect the forward shielded portion to the panel from the rear of the panel.

Claim 20

The electrical connector 14 wherein one of the latches includes a resilient member which extends forwardly from the ledge to define a latching surface spaced from the inner surface of the wall means to between the panel between the inner surface and the latching surface.

Claim 21

The electrical connector 14 wherein one of the latches includes a resilient member which extends forwardly from the ledge to define a latching surface spaced from the inner surface of the wall means to between the panel between the inner surface and the latching surface.

Claim 22

The electrical connector of claim 14 wherein the one of said ledges include notches and the housing includes a locking member profiled to be received in the notches, to lock the shielded portion and the housing portion together.