Abstract:
This disclosure relates generally to an electronic assembly and method having a first electrical connection point and a second electrical connection point and a differential interconnect coupling the first electrical connection point to the second electrical connection point, the differential interconnect including first and second transmission traces including a interior edges and a exterior edges opposite the interior edges, the second interior edge facing the first interior edge, and stub traces, each stub trace coupled to one of the first and second transmission traces and projecting from one of the first interior edge, the first exterior edge, the second interior edge, and the second exterior edge. A substantially equal number of stub traces project from the first exterior edge and the second exterior edge. At least twice as many stub traces project from the first and second exterior edges as project from the first and second interior edges.
Abstract:
This disclosure relates generally to an electronic assembly and method having a first electrical connection point and a second electrical connection point and a differential interconnect coupling the first electrical connection point to the second electrical connection point, the differential interconnect including first and second transmission traces including a interior edges and a exterior edges opposite the interior edges, the second interior edge facing the first interior edge, and stub traces, each stub trace coupled to one of the first and second transmission traces and projecting from one of the first interior edge, the first exterior edge, the second interior edge, and the second exterior edge. A substantially equal number of stub traces project from the first exterior edge and the second exterior edge. At least twice as many stub traces project from the first and second exterior edges as project from the first and second interior edges.
Abstract:
In one embodiment, a card edge connector includes a housing including a slot to receive a first circuit board. A first plurality of pins extend from within the slot through a bottom of the housing. Each of the first plurality of pins includes a first end to mate with a corresponding contact of the first circuit board and a second end to mate with a corresponding one of a first plurality of contacts of a second circuit board, the second end including a heel portion and a toe portion extending from the heel portion in a direction away from a centerline of the slot. A second plurality of pins extend from within the slot through the bottom of the housing. Each of the second plurality of pins includes a first end to mate with a corresponding contact of the first circuit board and a second end to mate with a corresponding one of a second plurality of contacts of the second circuit board, the second end comprising a heel portion and a toe portion extending from the heel portion in a direction toward the centerline of the slot. Other embodiments are described and claimed.
Abstract:
Embodiments may relate to a connector. The connector may include a plurality of connector pins that are to communicatively couple an element of a printed circuit board (PCB) with an element of an electronic device when the element of the PCB and the element of the electronic device are coupled with the connector. The connector may also include an active circuit that is communicatively coupled with a pin of the plurality of pins. The active circuit may be configured to match an impedance of the element of the PCB with an impedance of the element of the electronic device. Other embodiments may be described or claimed.
Abstract:
This disclosure relates generally to an electronic assembly and method having a first electrical connection point and a second electrical connection point and a differential interconnect coupling the first electrical connection point to the second electrical connection point, the differential interconnect including first and second transmission traces including a interior edges and a exterior edges opposite the interior edges, the second interior edge facing the first interior edge, and stub traces, each stub trace coupled to one of the first and second transmission traces and projecting from one of the first interior edge, the first exterior edge, the second interior edge, and the second exterior edge. A substantially equal number of stub traces project from the first exterior edge and the second exterior edge. At least twice as many stub traces project from the first and second exterior edges as project from the first and second interior edges.
Abstract:
Embodiments may relate to a connector. The connector may include a plurality of connector pins that are to communicatively couple an element of a printed circuit board (PCB) with an element of an electronic device when the element of the PCB and the element of the electronic device are coupled with the connector. The connector may also include an active circuit that is communicatively coupled with a pin of the plurality of pins. The active circuit may be configured to match an impedance of the element of the PCB with an impedance of the element of the electronic device. Other embodiments may be described or claimed.
Abstract:
Methods and apparatus relating to liquid-proof edge connector solutions for immersion cooling are described. In one embodiment, a seal prevents a cooling liquid to cause electrical contact with a pin of an edge card to be inserted in a connector. And, an adhesive prevents the cooling liquid to cause electrical contact with a terminal of the connector. Other embodiments are also claimed and disclosed.
Abstract:
In one embodiment, a card edge connector includes: a housing having an opening into which a first circuit board is to be inserted; a plurality of pins each having a first end and a second end, the plurality of pins extending from within the opening through a bottom surface of the housing, the first end of the first plurality of pins to mate with a corresponding contact of the first circuit board; and a plurality of ball grid array (BGA) solder balls each adapted at the second end of a corresponding one of the plurality of pins, the plurality of pins to mate with a corresponding conductive area of a second circuit board to which the card edge connector mates via the plurality of BGA solder balls. Other embodiments are described and claimed.