Electrical connector assembly with improved shield and shield coupling

An electrical connector, the electrical connector comprising:

• a first wafer, the first wafer including,
• a first shield plate,
• a plurality of first shield couplings disposed in pairs along an edge of the first shield plate to form a first column of first shield couplings, and
• a plurality of first signal conductors disposed adjacent the first shield plate between respective pairs of first shield couplings;
• and
• a second wafer disposed adjacent the first wafer, the second wafer including,
• a second shield plate,
• a plurality of second shield couplings disposed along an edge of the second shield plate to form a second column of second shield couplings parallel to the first column of first shield couplings, and
• a plurality of second signal conductors disposed in pairs adjacent the second shield plate,
• wherein the first wafer and the second wafer are unique with respect to their arrangements of signal conductors and shield couplings,
• wherein at least one of the pair of first shield couplings is adjacent to one of the plurality of first signal conductors and at least one of the plurality of second signal conductors, and
• wherein at least one of the plurality of second shield couplings is adjacent to one of the plurality of second signal conductors and at least one of the plurality of first signal conductors
• wherein the first shield plate further comprises:
• a first finger extending from an edge of the first shield plate;
• a second finger adjacent to the first finger and extending from the edge of the first shield plate, thereby forming a channel between the first finger and the second finger;
• and
• a coupling disposed within the channel adjacent the first finger, the coupling including,
• a contact,
• a first flexible connecting arm extending from a first end of the contact to a first portion of the first finger, and
• a second flexible connecting arm extending from a second end of the contact to a second portion of the first finger or to the edge of the first shield plate in the channel,
• wherein the contact is separated from the first finger by an opening,
• wherein the first flexible connecting arm and the second flexible connecting arm are configured to allow the contact to elastically flex both toward and away from the first finger, and
• wherein the first flexible connecting arm and the second flexible connecting arm provide at least two current paths from the contact to the first finger or to the first shield plate.

An electrical connector assembly, the electrical connector assembly comprising:

• a first wafer, the first wafer including,
• a first shield plate,
• a first finger extending from an edge of the first shield plate,
• a second finger adjacent to the first finger and extending from the edge of the first shield plate, thereby forming a first channel between the first finger and the second finger, and
• a first coupling disposed within the first channel adjacent the first finger, the first coupling including,
• a first contact,
• a first flexible connecting arm extending from a first end of the first contact to a first portion of the first finger, and
• a second flexible connecting arm extending from a second end of the first contact to a second portion of the first finger;
• a second wafer disposed adjacent the first wafer, the second wafer including,
• a second shield plate,
• a third finger extending from an edge of the second shield plate,
• a fourth finger adjacent to the third finger and extending from the edge of the second shield plate, thereby forming a second channel between the third finger and the fourth finger, and
• a second coupling disposed within the second channel adjacent the third finger, the second coupling including,
• a second contact,
• a third flexible connecting arm extending from a first end of the second contact to a first portion of the third finger, and
• a fourth flexible connecting arm extending from a second end of the second contact to a second portion of the third finger;
• a third shield received in the first channel and the second channel and engaging the first contact and the second contact;
• and
• a fourth shield disposed transverse to the third shield,
• wherein the first contact is separated from the first finger by an opening,
• wherein the first flexible connecting arm and the second flexible connecting arm are configured to allow the first contact to elastically flex both toward and away from the first finger,
• wherein the first flexible connecting arm and the second flexible connecting arm provide at least two current paths from the first contact to the first finger,
• wherein the second contact is separated from the third finger by an opening
• wherein the third flexible connecting arm and the fourth flexible connecting arm are configured to allow the second contact to elastically flex both toward and away from the third finger, and
• wherein the third flexible connecting arm and the fourth flexible connecting arm provide at least two current paths from the second contact to the third finger.

An electrical connector, the electrical connector comprising:

• a shield plate;
• a first finger extending from an edge of the shield plate;
• a second finger adjacent to the first finger and extending from the edge of the shield plate, thereby forming a channel between the first finger and the second finger;
• and
• a coupling disposed within the channel adjacent the first finger, the coupling including,
• a contact,
• a first flexible connecting arm extending from a first end of the contact to the first finger, and
• a second flexible connecting arm extending from a second end of the contact to the edge of the shield plate in the channel,
• wherein the contact is separated from the first finger by an opening,
• wherein the first flexible connecting arm and the second flexible connecting arm are configured to allow the contact to elastically flex both toward and away from the first finger, and
• wherein the first flexible connecting arm and the second flexible connecting arm provide at least two current paths from the contact to the shield plate.