Dual contact power connector
AssigneeTVM Group, Inc.
InventorHannah Han
Life of this patent
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AssigneeTVM Group, Inc.
InventorHannah Han
Estimating the term…
A multiple socket power connector assembly for use with a printed circuit board having at least one first trace extending to an array of first interconnect holes in the printed circuit board and at least one second trace extending to an array of second interconnect holes in the printed circuit board. The connector assembly comprises a connector housing having a base and a wall extending upwardly from the base. First and second conductive sockets are carried by the connector housing in vertically spaced-apart positions relative to the base and are accessible from the wall. A first set of pin members extending from the base and electrically coupled to the first conductive socket engage the array of first interconnect holes in the printed circuit board. A second set of pin members extending from the base and electrically coupled to the second conductive socket engage the array of second interconnect holes in the printed circuit board.
A multiple socket power connector assembly for use with a printed circuit board having at least one first trace extending to an array of first interconnect holes in the printed circuit board and at least one second trace extending to an array of second interconnect holes in the printed circuit board comprising a connector housing having a base and a wall extending upwardly from the base, first and second conductive sockets carried by the connector housing in vertically spaced-apart positions relative to the base and being accessible from the wall, a first set of pin members electrically coupled to the first conductive socket and extending downwardly alongside the second conductive socket and through the base, a second set of pin members electrically coupled to the second conductive socket and extending downwardly through the base, the first set of pin members being adapted for engaging the array of first interconnect holes in the printed circuit board and the second set of pin members being adapted for engaging the array of second interconnect holes in the printed circuit board, the connector housing having an internal wall of a dielectric material extending between the first set of pin members and the second conductive socket for electrically insulating the first set of pin members from the second conductive socket.
A multiple socket power assembly for use with a printed circuit board comprising a housing having a base, a first electrically-conducting body carried by the housing, the first body having a socket portion and a plurality of first pins extending downwardly from the socket portion and through the base, a second electrically-conducting body carried by the housing in vertical alignment with the first body, the second body having a socket portion with first and second sides and a plurality of second pins extending downwardly from said socket portion and through the base, the plurality of first pins extending alongside both the first and second sides of the second body.
A multiple socket power connector assembly for use with a printed circuit board having at least one first trace extending to an array of first interconnect holes in the printed circuit board and at least one second trace extending to an array of second interconnect holes in the printed circuit board comprising a connector housing having a base and a wall extending upwardly from the base, first and second conductive sockets carried by the connector housing in vertically spaced-apart positions relative to the base and being accessible from the wall, a first set of pin members electrically coupled to the first conductive socket and extending downwardly alongside the second conductive socket and through the base, a second set of pin members electrically coupled to the second conductive socket and extending downwardly through the base, the first set of pin members being adapted for engaging the array of first interconnect holes in the printed circuit board and the second set of pin members being adapted for engaging the array of second interconnect holes in the printed circuit board, the first set of pin members depending from the base in a first plane and the second set of pin members depending from the base in a second plane spaced apart from the first plane a distance ranging from 0.10 to 0.15 inch.
A multiple socket power connector assembly for use with a printed circuit board having at least one first trace extending to an array of first interconnect holes in the printed circuit board and at least one second trace extending to an array of second interconnect holes in the printed circuit board comprising a connector housing having a base and a wall extending upwardly from the base, first and second conductive sockets carried by the connector housing in vertically spaced-apart positions relative to the base and being accessible from the wall, a first set of pin members electrically coupled to the first conductive socket and extending downwardly alongside the second conductive socket and through the base, a second set of pin members electrically coupled to the second conductive socket and extending downwardly through the base, the first set of pin members being adapted for engaging the array of first interconnect holes in the printed circuit board and the second set of pin members being adapted for engaging the array of second interconnect holes in the printed circuit board, the connector housing having a width ranging from 0.44 to 0.495 inch.
Dependencies are inferred from the claim text.