A connector 10 includes: a first housing 11A, a first terminal 51A attached to the first housing 11A; a second housing 11B separate from the first housing 11A; a second terminal 51B attached to the second housing 11B; a flexible member 81 where the first terminal 51A and second terminal 51B are connected to two ends, and connecting the first housing 11A and second housing 11B; and an aligning member 41 having a flexible member insertion cavity 44 where the flexible member 81 is inserted, and that is movably arranged between the first housing 11A and second housing 11B in a condition where the flexible member 81 is inserted.

A connector 10 includes: a first housing 11A, a first terminal 51A attached to the first housing 11A; a second housing 11B separate from the first housing 11A; a second terminal 51B attached to the second housing 11B; a flexible member 81 where the first terminal 51A and second terminal 51B are connected to two ends, and connecting the first housing 11A and second housing 11B; and an aligning member 41 having a flexible member insertion cavity 44 where the flexible member 81 is inserted, and that is movably arranged between the first housing 11A and second housing 11B in a condition where the flexible member 81 is inserted.

A tube equipped electric wire, which is configured to be used in a catheter equipped with a catheter tube and be installed within the catheter tube, is composed of a tube including an outer surface, and one or more electric wires helically wound around the outer surface of the tube.

A tube equipped electric wire, which is configured to be used in a catheter equipped with a catheter tube and be installed within the catheter tube, is composed of a tube including an outer surface, and one or more electric wires helically wound around the outer surface of the tube.

A transmission line includes a conductor for signal transmission. The transmission line also includes a plurality of isolating individuals arranged to cover the conductor as an isolating layer of the transmission line. The isolating layer has at least one air gap.

A transmission line includes a conductor for signal transmission. The transmission line also includes a plurality of isolating individuals arranged to cover the conductor as an isolating layer of the transmission line. The isolating layer has at least one air gap.

Electrified vehicle charging equipment includes a charging cable having a cable body including insulated conductors surrounded by a sheath, the cable body including alternating first and second regions, the first regions containing a bistable resilient strip having a first extended stable state and a second curved stable state, the bistable resilient strip resisting an external force to move the first regions away from the first or second stable states and to move the first regions toward one of the first and second stable states when the first regions are not in the first or second stable states, a first plug connected to a first end of the cable body and configured to connect the plurality of insulated conductors to an electrified vehicle, and a second plug connected to a second end of the cable body and configured to connect the plurality of insulated conductors to a charging source.

A power system has a power-electronic module that includes a housing defining a looped reservoir, a ferro-magnetic medium sealed within and filling the looped reservoir, and a conductor surrounded by the ferro-magnetic medium. The conductor is coiled within and along the looped reservoir, and has terminals extending out of the reservoir such that the ferro-magnetic medium and conductor form an inductor that opposes changes in magnitude of current flowing through the conductor.

A power system has a power-electronic module that includes a housing defining a looped reservoir, a ferro-magnetic medium sealed within and filling the looped reservoir, and a conductor surrounded by the ferro-magnetic medium. The conductor is coiled within and along the looped reservoir, and has terminals extending out of the reservoir such that the ferro-magnetic medium and conductor form an inductor that opposes changes in magnitude of current flowing through the conductor.

A wire harness has less differences of the amount of deflection caused by the self weight when the wire harness is constructed by arranging the plurality of the electric wire having the different cross-sectional area of the conductor. A wire harness has first and second electric wires arranged side by side in a direction intersecting an axial direction of the electric wires. Each of the first and second electric wires includes a conductor with a plurality of elemental wires, the second electric wire has a larger conductor cross-sectional area than the first electric wire has, the second electric wire has the larger outer diameter of the elemental wires composing the conductor than the first electric wire has, and the second electric wire contains a same or smaller number of elemental wires composing the conductor in comparison with the first electric wire.