A connector assembly includes a sheet type conductive member having a flexible conductor, an electric wire and a connector, the connector having a first insulator with a first retaining surface and a second insulator with a second retaining surface, the sheet type conductive member having a first sheet portion with a retained portion, a second sheet portion joined to the retained portion via a folding-back line and disposed to face the second retaining surface with the second sheet portion being folded back onto the retained portion along the folding-back line, and at least one electric wire inserting hole penetrating the sheet type conductive member, the conductor portion of the electric wire being passed through the electric wire inserting hole and disposed between the retained portion and the second sheet portion.

A connector assembly includes a sheet type conductive member having a flexible conductor, an electric wire and a connector, the connector having a first insulator with a first retaining surface and a second insulator with a second retaining surface, the sheet type conductive member having a first sheet portion with a retained portion, a second sheet portion joined to the retained portion via a folding-back line and disposed to face the second retaining surface with the second sheet portion being folded back onto the retained portion along the folding-back line, and at least one electric wire inserting hole penetrating the sheet type conductive member, the conductor portion of the electric wire being passed through the electric wire inserting hole and disposed between the retained portion and the second sheet portion.

An electrical line connection having a cross-sectional transition region from a flat ribbon cable to a cable, in particular a round cable, wherein, in the cross-sectional transition region, an electrical connection between the conductor track of the flat ribbon cable and the conductor of the cable is provided, wherein the cross-sectional transition region has an encapsulation for electrical insulation, wherein a first sealing device is provided on the flat ribbon cable and a second sealing means is provided on the cable, wherein the first sealing device is a double-sided adhesive tape which is arranged on two opposite surfaces of the flat ribbon cable and wherein the second sealing device has one, two or more sealing lips.

An electrical line connection having a cross-sectional transition region from a flat ribbon cable to a cable, in particular a round cable, wherein, in the cross-sectional transition region, an electrical connection between the conductor track of the flat ribbon cable and the conductor of the cable is provided, wherein the cross-sectional transition region has an encapsulation for electrical insulation, wherein a first sealing device is provided on the flat ribbon cable and a second sealing means is provided on the cable, wherein the first sealing device is a double-sided adhesive tape which is arranged on two opposite surfaces of the flat ribbon cable and wherein the second sealing device has one, two or more sealing lips.

Connectors for LED strips are disclosed having channels for removable conductors. These connectors are configured to receive conductors adapted to electrically connect two LED strips, or a single LED strip and an appropriate number of wires. The connectors and conductors may include sloped ramps that provide support to the LED strips.

Connectors for LED strips are disclosed having channels for removable conductors. These connectors are configured to receive conductors adapted to electrically connect two LED strips, or a single LED strip and an appropriate number of wires. The connectors and conductors may include sloped ramps that provide support to the LED strips.

A connection method for a yarn wire and a circuit board includes steps as follows: providing at least one yarn wire, a back adhesive, and a circuit board, at least one through hole is formed on the circuit board, and a diameter D of the through hole, a diameter d of the at least one yarn wire, a shrunken diameter d.sub.min of the yarn wire being stretched, and a jig thickness t of a jig have a relation of: 2d>D>2d.sub.min+t; placing the yarn wire on the back adhesive, aligning the yarn wire having the back adhesive with the through hole, and extruding and passing the yarn wire through the through hole by using the jig to penetrate the back adhesive; pulling the jig out along a pulling direction; and adhering a fixing back adhesive to one side of the circuit board.

A connection method for a yarn wire and a circuit board includes steps as follows: providing at least one yarn wire, a back adhesive, and a circuit board, at least one through hole is formed on the circuit board, and a diameter D of the through hole, a diameter d of the at least one yarn wire, a shrunken diameter d.sub.min of the yarn wire being stretched, and a jig thickness t of a jig have a relation of: 2d>D>2d.sub.min+t; placing the yarn wire on the back adhesive, aligning the yarn wire having the back adhesive with the through hole, and extruding and passing the yarn wire through the through hole by using the jig to penetrate the back adhesive; pulling the jig out along a pulling direction; and adhering a fixing back adhesive to one side of the circuit board.

A system comprises a printed circuit board (PCB) substrate and a housing. The PCB substrate has a plurality of light emitting diodes (LEDs), a first plurality of electrical conductor portions and a second plurality of electrical conductor portions. The housing has a first side and a second side opposite the first side. The housing has on the first side a first wire terminal and a second wire terminal. The housing has on the second side a first conductor contact and a second conductor contact. The housing is configured to be attachable to the PCB substrate so that first conductor contact is electrically coupled to an electrical conductor portion from the first plurality of electrical conductor portions and the second conductor contact is electrically coupled to an electrical conductor portion from the second plurality of electrical conductor portions.

A system comprises a printed circuit board (PCB) substrate and a housing. The PCB substrate has a plurality of light emitting diodes (LEDs), a first plurality of electrical conductor portions and a second plurality of electrical conductor portions. The housing has a first side and a second side opposite the first side. The housing has on the first side a first wire terminal and a second wire terminal. The housing has on the second side a first conductor contact and a second conductor contact. The housing is configured to be attachable to the PCB substrate so that first conductor contact is electrically coupled to an electrical conductor portion from the first plurality of electrical conductor portions and the second conductor contact is electrically coupled to an electrical conductor portion from the second plurality of electrical conductor portions.