Abstract A method for manufacturing an electrical connector assembly ( 100 ) comprises the steps of: (a) providing a plurality of first wafers ( 21 ) each having a first block ( 25 ) and a second block ( 26 ) disposed on opposite surfaces; (b) inserting terminals ( 23 ) into corresponding first wafers and inserting a plurality of grounding buses ( 24 ) between every two adjacent first wafers to defines a first spacer ( 20 ), each grounding bus including a body portion and a contacting legs ( 242 ) on the surfaces of corresponding first spacer; (c) inserting a plurality of circuit boards ( 30 ) into slots ( 27 ) between the first wafers, in which the circuit boards electrically engage the grounding buses; (d) bringing the first spacer and the circuit boards into a housing ( 10 ) to form a receptacle ( 1 ); (e) repeating the steps (a) to (d) to form a second spacer ( 90 ) having identical structure with the first spacer; and (f) inserting the second spacer into a second housing ( 82 ) to form a header ( 8 ), inserting the header into the receptacle to electrically connect each other thereby forming the electrical connector assembly.
An electrical connector assembly adapted for interconnecting two perpendicular electronic elements, comprising: a receptacle comprising: a dielectric housing defining a plurality of spaced channels; a first spacer being assembled to the dielectric housing and comprising a plurality of first wafers assembled together, each of the first wafer comprising a dielectric base and a plurality of signal terminals assembled to the dielectric base for connecting with an electronic element, two first wafers defining a slot; and a plurality of circuit boards being retained in the slots of the first spacer for connecting with the terminals and received in corresponding spaced channels of the dielectric housing; and a header interconnecting corresponding circuit boards of the receptacle to another electronic element; wherein the header comprises an insulative housing and a second spacer assembled to the insulative housing; wherein the second spacer comprises a plurality of second wafers assembled together; wherein each of the first wafers and second wafers further includes a grounding bus mounted on the dielectric base opposite to the signal terminals; wherein the receptacle further comprises a fastening device for securing the first spacer to the dielectric housing.
Claim 2
Dependent Claim
187 words
An electrical connector assembly adapted for interconnecting two perpendicular electronic elements, comprising: a receptacle comprising: a dielectric housing defining a plurality of spaced channels; a first spacer being assembled to the dielectric housing and comprising a plurality of first wafers assembled together, each of the first wafer comprising a dielectric base and a plurality of signal terminals assembled to the dielectric base for connecting with an electronic element, two first wafers defining a slot; and a plurality of circuit boards being retained in the slots of the first spacer for connecting with the terminals and received in corresponding spaced channels of the dielectric housing; and a header interconnecting corresponding circuit boards of the receptacle to another electronic element; wherein the header comprises an insulative housing and a second spacer assembled to the insulative housing; wherein the second spacer comprises a plurality of second wafers assembled together; wherein each of the first wafers and second wafers further includes a grounding bus mounted on the dielectric base opposite to the signal terminals; wherein the receptacle further comprises a fastening device for securing the first spacer to the dielectric housing.