Abstract: An RF module configured to be coupled to a backplane module includes a front housing that has walls that define connector cavities. The walls include a rear wall that has a plurality of openings therethrough. The connector cavities are open opposite the rear wall to receive electrical connectors. The RF module also includes RF cable assemblies having front end connectors and rear end connectors that are connected by corresponding cables. The front and rear end connectors are coaxial connectors. The front end connectors are received in corresponding connector cavities through corresponding openings. The RF module includes a connector holder extending from the front housing rearward of the rear wall. The connector holder holds the rear end connectors such that the rear end connectors are simultaneously pluggable into corresponding board connectors of the backplane module.

Abstract: An RF module configured to be coupled to a backplane module includes a front housing that has walls that define connector cavities. The walls include a rear wall that has a plurality of openings therethrough. The connector cavities are open opposite the rear wall to receive electrical connectors. The RF module also includes RF cable assemblies having front end connectors and rear end connectors that are connected by corresponding cables. The front and rear end connectors are coaxial connectors. The front end connectors are received in corresponding connector cavities through corresponding openings. The RF module includes a connector holder extending from the front housing rearward of the rear wall. The connector holder holds the rear end connectors such that the rear end connectors are simultaneously pluggable into corresponding board connectors of the backplane module.

Abstract: An electrical contact is provided for an electrical connector that is mounted on a printed circuit. The electrical contact includes a mating segment having a mating interface configured to engage a mating contact of another connector. The electrical contact also includes a tail segment having a mounting interface configured to be mounted to the printed circuit. An intermediate segment extends between and interconnects the mating and tail segments. The intermediate segment includes a base wall extending a length from the tail segment to the mating segment. The intermediate segment further includes a side wall extending outwardly from the base wall along at least a portion of the length of the base wall. The side wall extends outwardly at a non-parallel angle relative to the base wall for affecting at least one of an impedance, an insertion loss, or a reflection of the electrical contact.

Abstract: A high speed electrical connector assembly is disclosed providing a first subassembly having connector assemblies attached to a daughtercard, and a second subassembly having connector assemblies attached to a backplane. A keying guide module is mounted to the daughtercard and a keying guide pin is mounted to the backplane. The alignment of the keying guide module and keying guide pin aligns the connector assemblies on the daughtercard and backplane.

Abstract: An electrical contact is provided for an electrical connector that is mounted on a printed circuit. The electrical contact includes a mating segment having a mating interface configured to engage a mating contact of another connector. The electrical contact also includes a tail segment having a mounting interface configured to be mounted to the printed circuit. An intermediate segment extends between and interconnects the mating and tail segments. The intermediate segment includes a base wall extending a length from the tail segment to the mating segment. The intermediate segment further includes a side wall extending outwardly from the base wall along at least a portion of the length of the base wall. The side wall extends outwardly at a non-parallel angle relative to the base wall for affecting at least one of an impedance, an insertion loss, or a reflection of the electrical contact.

Abstract: A high speed electrical connector assembly is disclosed providing a first subassembly having connector assemblies attached to a daughtercard, and a second subassembly having connector assemblies attached to a backplane. A keying guide module is mounted to the daughtercard and a keying guide pin is mounted to the backplane. The alignment of the keying guide module and keying guide pin aligns the connector assemblies on the daughtercard and backplane.

Abstract: An electrical contact is provided that includes an elastomeric body extending between a base portion and a mating end portion. The elastomeric body includes a ledge extending from the mating end portion to the base portion of the elastomeric body. The ledge is defined by a portion of the elastomeric body. An electrically conductive pad extends over at least a portion of the mating end portion. An electrically conductive trace is formed on a surface of the ledge. The electrically conductive trace extends from the mating end portion to the base portion of the elastomeric body. The electrically conductive trace is in electrical contact with the electrically conductive pad for electrically connecting the electrically conductive pad with an electrically conductive element engaging the base portion of the elastomeric body.

Abstract: An electrical contact is provided that includes an elastomeric body extending between a base portion and a mating end portion. The elastomeric body includes a ledge extending from the mating end portion to the base portion of the elastomeric body. The ledge is defined by a portion of the elastomeric body. An electrically conductive pad extends over at least a portion of the mating end portion. An electrically conductive trace is formed on a surface of the ledge. The electrically conductive trace extends from the mating end portion to the base portion of the elastomeric body. The electrically conductive trace is in electrical contact with the electrically conductive pad for electrically connecting the electrically conductive pad with an electrically conductive element engaging the base portion of the elastomeric body.

Abstract: A socket connector for an electronic package includes a socket housing and a loading caddy having a forward end and a rearward end. The forward end includes an opening dimensioned to receive the electronic package. The loading caddy is coupled to the housing for linear and rotational movement therewith. The loading caddy rotates through a first range of motion adapted to align the electronic package with respect to the housing, and descends linearly through a second range of motion to load the electronic package into the housing.

Abstract: An electrical connector is provided including an electrical connector having a housing with a front end configured to receive a circuit board and a rear end configured to receive at least one flexible cable. The electrical connector includes top and bottom contacts retained in alignment along a vertical axis in corresponding channels in the housing. At least one of the top and bottom contacts has a first contact prong configured to engage the circuit board and a second contact prong configured to engage the at least one flexible cable. The electrical connector includes a stuffer received at the second end of the housing that is configured to retain the at least one flexible cable in contact with the second contact prong.

Abstract: A printed circuit board includes a bore having a perimeter and a total depth. An electrically conductive barrel extends around at least a portion of the perimeter of the bore and along a predetermined depth of the bore, the predetermined depth being less than the total depth of the bore. The barrel has an end that terminates at a countersunk portion of the bore. A contact includes a body having first and second ends. The first end includes a compliant section that is positioned in the barrel, thereby forming a separable interface between the contact and the circuit board. The second end extends out of the barrel and interfaces with an electrical component. Protrusion of the first end out of the barrel is minimized. The above relationships are used to decrease capacitive loading.

Abstract: An electronic cartridge assembly is provided for conducting power and data signals from a printer circuit board to a pen substrate. The assembly utilizes a pen connector that includes a housing and contacts secured to the housing and adapted for carrying electrical power and data signals. Each contact includes a connector pad located at one end of the contact and a tail end located at an opposite end of the contact. The connector pads are adapted to electrically engage mating contacts, and the tail ends are adapted to be bounded to the pen substrate. The housing holds the tail ends in a first plane arranged in rows separated by a first distance, and the housing holds the connector pads in a second plane arranged in rows separated by a second distance. The first distance and second distance differ from one another.

Abstract: An electronic cartridge assembly is provided for conducting power and data signals from a printer circuit board to a pen substrate. The assembly utilizes a pen connector that includes a housing and contacts secured to the housing and adapted for carrying electrical power and data signals. Each contact includes a connector pad located at one end of the contact and a tail end located at an opposite end of the contact. The connector pads are adapted to electrically engage mating contacts, and the tail ends are adapted to be bounded to the pen substrate. The housing holds the tail ends in a first plane arranged in rows separated by a first distance, and the housing holds the connector pads in a second plane arranged in rows separated by a second distance. The first distance and second distance differ from one another.