A two-points-and-one-line push-in terminal capable of secure positioning includes a terminal body and a busbar, and can be mounted in a housing to form a connector. The terminal body is formed by stamping and bending an elastic metal plate, has a U-shaped longitudinal cross section, and includes a front upstanding insertion leg, a horizontal joining foot, and a rear upstanding insertion leg. The elastic metal plate can be divided by at least two slits into at least four independent sections, each having a U-shaped slit defining a pressing spring finger and a pressing frame. The busbar can be mounted on the horizontal joining foot. An electric wire can be passed through a corresponding pair of the U-shaped slits so as to abut against the free ends of the corresponding pressing spring fingers and the busbar and be restrained in the corresponding pressing frames, which serves as the two-points-and-one-line positioning mechanism.

A two-points-and-one-line push-in terminal capable of secure positioning includes a terminal body and a busbar, and can be mounted in a housing to form a connector. The terminal body is formed by stamping and bending an elastic metal plate, has a U-shaped longitudinal cross section, and includes a front upstanding insertion leg, a horizontal joining foot, and a rear upstanding insertion leg. The elastic metal plate can be divided by at least two slits into at least four independent sections, each having a U-shaped slit defining a pressing spring finger and a pressing frame. The busbar can be mounted on the horizontal joining foot. An electric wire can be passed through a corresponding pair of the U-shaped slits so as to abut against the free ends of the corresponding pressing spring fingers and the busbar and be restrained in the corresponding pressing frames, which serves as the two-points-and-one-line positioning mechanism.

A device assembly capable of selectively bonding one or more tracer wires to ground and isolating the one or more tracer wires from ground is provided. The device assembly includes a housing, an electrical switch within the housing and one or more contact assemblies. The one or more tracer wires and ground wire are connected to the one or more contact assemblies. The electrical switch can connect the tracer wires to the ground wire and can isolate the tracer wires from the ground wire.

Connector assembly for electrically connecting an inverter busbar to an electrical connector of a drive unit comprising: a carrier, an intermediate busbar comprising a first terminal with a hole, and a first fastening element extending through the hole of the first terminal, wherein the intermediate busbar is mounted to the carrier and the intermediate busbar is connectable to the inverter busbar by the first fastening element, wherein the carrier comprises a positioning pin defining a longitudinal axis, said positioning pin being adapted to be accommodated in a receptacle of a housing of the drive unit such that the carrier is axially slidable in the direction of the longitudinal axis; and that the first fastening element is arranged within the hole of the first terminal with a radial clearance relative to the longitudinal axis of the positioning pin.

Systems, apparatus, and related methods for distributing power associated with radars are disclosed. A disclosed bus bar assembly for a radar power distribution system includes a first vertical bus and first horizontal buses electrically coupled to the first vertical bus. The bus bar assembly also includes a second vertical bus and second horizontal buses electrically coupled to the second vertical bus. The bus bar assembly also includes first blind mate connectors coupled to the first horizontal buses whereby each of the first horizontal buses includes a pair of the first blind mate connectors configured to removably connect to an LRU. The bus bar assembly also includes second blind mate connectors coupled to the second horizontal busses whereby each of the second horizontal buses includes a pair of the second blind mate connectors configured to removably connect to an LRU.

An electric wire connector connecting at least two wires includes a connector housing having a housing base and a housing cover, the housing base divided into at least two compartments, and at least two contact terminals each arranged in a different one of the at least two compartments. The at least two contact terminals are connected to one another by an electrically conductive member. The housing cover has a wire receiving opening receiving one of the at least two wires in an insertion direction. The housing cover is linearly movable relative to the housing base from an open position receiving the one of the at least two wires to a closed position terminating the one of the at least two wires.

An electric wire connector connecting at least two wires includes a connector housing having a housing base and a housing cover, the housing base divided into at least two compartments, and at least two contact terminals each arranged in a different one of the at least two compartments. The at least two contact terminals are connected to one another by an electrically conductive member. The housing cover has a wire receiving opening receiving one of the at least two wires in an insertion direction. The housing cover is linearly movable relative to the housing base from an open position receiving the one of the at least two wires to a closed position terminating the one of the at least two wires.

A terminal cover includes a lid and a cover body. The lid is rotatable around a hinge to open or close the cover body. An assembly of the cover body and the lid closed has a first side wall and a second side wall. A shoulder side wall that is at least one of the first and second side walls has a shoulder. The shoulder side wall is equipped with a first snap-fit and a second snap-fit. The first snap-fit is located closer to the hinge than the shoulder is, while the second snap-fit is located farther away from the hinge than the shoulder is. If the second snap-fit is undesirably unlocked, the shoulder serves to block transmission of resultant deflection of a portion of the shoulder side wall to the first snap-fit, thereby eliminating a risk that the first snap-fit may be accidently undone by the undesirable unlocking of the second snap-fit.

A cable routing system is provided. The cable routing system comprises a flexible flat band being able to be deformed from its stretched out shape without assuming a permanent changed form and several attaching devices in intervals along a longitudinal direction of the band for attaching a cable to the band in a sliding manner.

A cable routing system is provided. The cable routing system comprises a flexible flat band being able to be deformed from its stretched out shape without assuming a permanent changed form and several attaching devices in intervals along a longitudinal direction of the band for attaching a cable to the band in a sliding manner.