Abstract: Disclosed is a connector 100 which has a center contact 20 electrically connected to an inner conductor formed of a corrugated duct, a tubular body 60 electrically connected to an outer conductor and surrounding the center contact 20, and an insulating member 70 by which the center contact 20 and the tubular body 60 are insulated electrically from each other. The center contact 20 is provided with an external thread part 22 which is brought into mating engagement with the inner conductor, and the external thread part 22 has a first external thread of a first pitch shorter than the pitch of the corrugated duct.

Abstract: Disclosed is a connector 100 which has a center contact 20 electrically connected to an inner conductor formed of a corrugated duct, a tubular body 60 electrically connected to an outer conductor and surrounding the center contact 20, and an insulating member 70 by which the center contact 20 and the tubular body 60 are insulated electrically from each other. The center contact 20 is provided with an external thread part 22 which is brought into mating engagement with the inner conductor, and the external thread part 22 has a first external thread of a first pitch shorter than the pitch of the corrugated duct.

Abstract: A connector structure provided with a coaxial connector having an inner contact and an outer contact respectively connected to an inner conductor and an outer conductor of a coaxial cable having the inner conductor and the outer conductor respectively insulated, in which the inner contact has a tapping screw portion screwed into an inner peripheral face of the hollow inner conductor as to do self screw cutting, and the tapping screw portion has a guiding portion, formed parallel to an axis and having an outer diameter approximately same as an inner diameter of the inner conductor, on its forth end.

Abstract: A connector structure provided with a coaxial connector having an inner contact and an outer contact respectively connected to an inner conductor and an outer conductor of a coaxial cable having the inner conductor and the outer conductor respectively insulated, in which the inner contact has a tapping screw portion screwed into an inner peripheral face of the hollow inner conductor as to do self screw cutting, and the tapping screw portion has a guiding portion, formed parallel to an axis and having an outer diameter approximately same as an inner diameter of the inner conductor, on its forth end.

Abstract: A connector structure provided with a coaxial connector having an inner contact and an outer contact respectively connected to an inner conductor and an outer conductor of a coaxial cable having the inner conductor and the outer conductor respectively insulated, in which the inner contact has a tapping screw portion screwed into an inner peripheral face of the hollow inner conductor as to do self screw cutting, and the tapping screw portion has a guiding portion, formed parallel to an axis and having an outer diameter approximately same as an inner diameter of the inner conductor, on its forth end.

Abstract: A connector for a coaxial cable is provided which has been miniaturized for facilitating its handling and storage, and also for reducing the cost and the number of its electric contact points. The cylindrical connector main body is fitted onto the end of the coaxial cable and secured thereto. In this case, the split clamp which is fitted around the external conductor is engaged in the concave stage portion so as to expose the edge of the external conductor. Hexagon socket head cap screws are screwed into the attachment holes so as to incorporate the contact spacer into the connector main body. As a result, the edge of the external conductor is bent on the outer side along the split clamp to form a flare unit, which is contacted and pressed against the base end surface of the contact spacer and electrically connected. The central contact is made up of a bar-like member integral with the anchor unit with grooves and the male thread unit in order to reduce its size in the cable axis X direction.

Abstract: Electrical connection of an annular corrugated tube having an outer surface shape wherein grooves and ridges are alternately repeated in the axial direction of the tube in a wave form is carried out by cutting the tube at a groove, disposing a clamping member on each side of a ridge at the cut end of the tube and electrically connecting the tube to the clamping member positioned on the cut end of the tube side of the ridge by squashing the ridge with the clamping members.

Abstract: In a connector having first and second connecting cylinders and a split clamp, the first cylinder has a pressing portion projecting inwardly radially from the inside of one end thereof and an annular portion extending axially forwardly from one end thereof. The second cylinder has a conductive pressed portion opposing the pressing portion when connected to the first cylinder. The clamp is sandwiched between the pressing and pressed portions and held by the annular portion. When the clamp is pressed by the pressing portion in association with the connection of the cylinders, it clamps one end of an outer conductor of a coaxial cable in cooperation with the pressed portion.