The electrical wire includes an electrical conductor and electrical insulation surrounding the electrical conductor.
The electrical wire includes an electrical conductor and electrical insulation surrounding the electrical conductor.
The low-current electrical wire (10A) and the high-current/ground electrical wire (10B) are formed from an aluminum electrical wire comprising aluminum or an aluminum alloy.
The shield shell includes an electrical -wire insertion hole (50) through which the electrical wire is passed.
The main electrical-wire protection body is formed in a shape such that an electrical wire can be held therein by covering said electrical wire with a nonwoven fabric which is hot-pressed.
The sealing part covers the first wire and the second wire.
A terminal-attached electric wire of the invention includes an electric wire having a conductor and an electric wire cover member covering the conductor, and a crimping terminal connected to the conductor of the electric wire.
The conducting wire (5) is a pure silver wire.
In a conventional power-supply device, the electric wire connection portion of a terminal includes a pair of crimping pieces which crimp an electric wire, necessitating manual laying of the electric wires.
The helical wire (54) is formed of a conductive core defining a shape of the helical wire.
The flexible power cord includes an electrical wire (216,218,222) and an insulating material (224) for the wire.
A self-adhesive insulated wire having an improved chemical stability without any decrease in heat-resistance or flexibility; and a self-adhesive insulating material for the wire.
A wire harness can be produced by using the insulating electric wire.
Provided are a composition for an electric wire protective material, an electric wire protective material, and a wire harness.
Electric current is (4) applied between the continuity checking terminal and the other end (80) of the covered electric wire to check (5) the continuity of the covered electric wire which is mounted in the electric wire holder.
The pressing part presses the electric wire along a direction crossing a transferring direction of the electric wire.
An electric wire is caused to meander through an electric wire insertion path between longitudinally adjacent projections.
The electrical pulse generator (10) is connected to the electrode plates (20) by conducting wire (15).
A method for connecting a conducting wire to an electric heating film is provided.
One end of the said bars is provided with a lead-wire welding hole (1a) for welding an external lead wire and the other end of the bars is provided with at least one enameled-wire welding hole (4a) for welding an enameled wire(4).
The first electrical lead routes electrical current at a first electrical lead electrical potential level and the second electrical lead route electrical current at a second current port electrical potential level.
A power management apparatus includes a first electrical lead and a second electrical lead.
A pair of clamping elements fit on opposite sides of the conductor, for gripping the conductor.
The power management apparatus further comprises a buck boost converter electrically coupled to both the first electrical lead and the second electrical lead.
By doing so, the surface of the wire used for wire bonding is effectively cleaned.
A voltage sensor makes electrical contact with the power conductor and produces a voltage signal corresponding to the voltage on the power conductor.
A first electrical lead and a second electrical lead each having an end, are carried by the substrate on the surface.
An electric wire holder attaching part (108) and the electric wire attaching opening (44) are arranged so as not to correspond to a wiring direction of the electric wire (57).
The terminal-equipped electrical wire (1) of the present invention comprises a contact section (6) between the electrical wire conductor (2) of a covered electrical wire (4) and a terminal fitting (5).
An electric wire coloring device and electric wire coloring method capable of reliably ejecting droplet by droplet a predetermined amount of a coloring material toward the outer surface of an electric wire.
An electric wire coloring device, by which a mark can be precisely formed at a designated position of an electric wire by restricting a slack of the electric wire, is provided.
A wire with terminal (1) comprises a wire (9), a crimp terminal (10) and a corrosion protection member (8).
The pair of pressure-contact blades (42d), when the electric wire is inserted therebetween by pressure, break through an insulating coating of the electric wire so as to be brought into contact with a core wire of the electric wire by pressure.
In this structure for connecting a terminal and an electric wire, a core wire (27) exposed from an electric wire (23) is bonded to a terminal (11).
The insulating electric wire can be produced by covering the outer periphery of the conductive electric wire with an insulating material.
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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