Abstract: A connector assembly for insertion into a hollow portion of a tool, fixture, or housing. The connector assembly may have a connector having two terminated end portions for reducing assembly time and cost with on-site termination. The connector assembly may include a first outer body having a hollow portion for insertion of at least a portion of a first insert-assembly sleeve portion. The connector assembly may have at least one retaining portion extruding radially inward and configured to be positioned into at least one radially inward groove of the first insert-assembly sleeve portion for securing at least a portion of the first terminated end portion in the first outer body. With this assembly, one of the terminated end portions without an outer body may be passed through the hollow portion and then assembled to the corresponding outer body and reinserted into an end of the hollow portion.

Abstract: Electrical contacts for use in oil and gas applications that include at least one elongate contact element defining a cavity for receiving a male electrical contact. The at least one elongate contact element may be configured to flex away from the cavity. Such electrical contacts may be used in electrical connectors, including contact blocks and electrical contact kits.

Abstract: A connector system including a sensing mechanism that can be used to control signal distribution through the connector system is disclosed. The connector system may include a first connector and a second connector configured to be operatively engaged in both a mated condition and an interlocked condition. The connectors of the connector system include conductive contacts that complete a conductive connection when the connectors are in the mated condition. The connector system includes a fastening mechanism that provides an interlocked condition following mating of the connectors, and may further include a sensor and a sensor trigger that may be used to sense the connection status of the system. The sensor may connected to a controller, with the controller controlling signal distribution through the connector system dependent on the connection status determined by the sensing mechanism. A method for controlling signal distribution through a connector system is also provided.

Abstract: A floating fiber optic pin contact including a ceramic ferrule defining a glass fiber channel for allowing light beams to pass therethrough. The ceramic ferrule has an end portion with a first diameter and a body portion with a second diameter that is smaller than the first diameter. The floating fiber optic pin contact also including a multi-piece body having an inner body member in physical contact with the body portion of the ceramic ferrule and an outer body member not in physical contact with the body portion of the ceramic ferrule and spaced apart from the inner body member. The floating fiber optic pin contact also including a washer connected between the inner body member and the outer body member.

Abstract: A molded insulated connector for a Quadrax cable. The connector includes an outer tube and four inner tubes housed within the outer tube. Each inner tube defines a hole configured to receive a medium for transmitting signals. Outer beams connect and space apart the inner tubes and the outer tubes. Inner beams connect and space apart the inner tubes. The outer tube, inner tubes, outer beams, and inner beams define hollow passageways which extend through the outer tube.

Abstract: A molded insulated connector for a Quadrax cable. The connector includes an outer tube and four inner tubes housed within the outer tube. Each inner tube defines a hole configured to receive a medium for transmitting signals. Outer beams connect and space apart the inner tubes and the outer tubes. Inner beams connect and space apart the inner tubes. The outer tube, inner tubes, outer beams, and inner beams define hollow passageways which extend through the outer tube.

Abstract: A floating fiber optic pin contact including a ceramic ferrule defining a glass fiber channel for allowing light beams to pass therethrough. The ceramic ferrule has an end portion with a first diameter and a body portion with a second diameter that is smaller than the first diameter. The floating fiber optic pin contact also including a multi-piece body having an inner body member in physical contact with the body portion of the ceramic ferrule and an outer body member not in physical contact with the body portion of the ceramic ferrule and spaced apart from the inner body member. The floating fiber optic pin contact also including a washer connected between the inner body member and the outer body member.

Abstract: An electrical connector and method of forming the same are provided, where the electrical connector includes a printed circuit board configured to exhibit a first length L, a first width W, a thickness T, and a slot of a slot-width approximately equal to T, the slot also exhibiting a slot-length at least approximately equal to one-half of L. The printed circuit board includes at least a first signal trace, a second signal trace, and a ground plane, where the printed circuit board is configured to electrically isolate the first signal trace and the second signal trace from the ground plane. The first signal trace is configured to make electrical contact with at least a first electrically conductive cable. The electrical connector also includes at least a first contact pin affixed to the printed circuit board and coupled to the second signal trace.

Abstract: A Quadrax to Twinax conversion apparatus includes stacked trace layers of transmission line with a ground plane between the trace layers. Embodiments include trace layers of stripline or microstrip. Orthogonal plated through holes include a diagonal pair of through holes in electrical contact with traces on one of the trace layers and another diagonal pair of through holes in electrical contact with another trace layer. Contact pins extend through these orthogonal plated through holes with one pair of pins making electrical contact with one trace layer and the other pair of pins making electrical contact with another trace layer. The conversion apparatus electrically connects Twinax cables to respectively different trace layers without crossing over or disturbing the relative positions of the Quadrax diagonal pairs for very efficient high-speed data transfer from four wire Quadrax to two wire Twinax cables.

Abstract: A cable connector having a body, a connection means, and a support member. A cable or wire runs through the body and to the connection means. The connection means allows the cable connector to removably engage a device designed to accept a cable. The support member provides lateral support to the cable. The support member prevents excessive forces from reaching a device to which the cable connector is attached by resisting or absorbing, rather than transmitting, such forces.

Abstract: A cable connector having a body, a connection means, and a support member. A cable or wire runs through the body and to the connection means. The connection means allows the cable connector to removably engage a device designed to accept a cable. The support member provides lateral support to the cable. The support member prevents excessive forces from reaching a device to which the cable connector is attached by resisting or absorbing, rather than transmitting, such forces.

Abstract: A Quadrax to Twinax conversion apparatus includes stacked trace layers of transmission line with a ground plane between the trace layers. Embodiments include trace layers of stripline or microstrip. Orthogonal plated through holes include a diagonal pair of through holes in electrical contact with traces on one of the trace layers and another diagonal pair of through holes in electrical contact with another trace layer. Contact pins extend through these orthogonal plated through holes with one pair of pins making electrical contact with one trace layer and the other pair of pins making electrical contact with another trace layer. The conversion apparatus electrically connects Twinax cables to respectively different trace layers without crossing over or disturbing the relative positions of the Quadrax diagonal pairs for very efficient high-speed data transfer from four wire Quadrax to two wire Twinax cables.