Abstract: An electrical connector includes a signal joint and a circuit board seat. The circuit board seat includes a seat body, a clamp component and a mount component. The seat body includes a base portion, a mount portion and a clamp portion. The base portion is fixed to the signal joint, the mount portion and the clamp portion are respectively connected to two opposite sides of the base portion, and the base portion, the mount portion and the clamp portion together form an accommodation recess. The clamp component is movably located in the accommodation recess. The clamp component and the clamp portion together form an installation space, and the installation space is configured to accommodate a circuit board. The mount component is movably disposed through the mount portion of the seat body of the circuit board seat, and the mount component is connected to the clamp component.

Abstract: A coaxial cable connector is provided in the present invention. The coaxial cable connector comprises a nut and a mandrel. The nut surrounds an axis, the nut comprising a body member and an extension member, the body member is connected to the extension member, and the body member has a threaded section. The mandrel surrounds the axis, arranged correspondingly to the nut, and includes a head and a body, the head is connected to the body. Wherein the mandrel is disposed passed through the nut, and when the mandrel is passed through the nut, the head is in contact with the body member of the nut through the threaded section, and the body is in close contact with the extension member.

Abstract: A connector is provided in the present invention. The connector is suitable for being assembled on a circuit board, and the circuit board includes an upper surface and a lower surface, and the connector includes a body, a mandrel, at least three supporting rods and an elastic part. The body includes a head, a body and a tail, and the head and the tail are connected to opposite sides of the body. The mandrel is coaxially passed through the body and protrudes from the head. The at least three supporting rods are connected to the head. The elastic part is disposed on at least one of the at least three support rods. Wherein, when the connector is assembled on the circuit board, the at least three supporting rods are arranged parallel to the circuit board, at least one of the at least three supporting rods is located on the lower surface of the circuit board, and the mandrel is connected to the circuit board, and the head is supported against the circuit board.

Abstract: A coaxial cable connector system, comprising a coaxial connector, a coaxial cable, and a universal coaxial cable fixing sleeve is provided. The universal coaxial cable fixing sleeve comprises a first gripping component, a second gripping component, and a third gripping component. When the coaxial cable is assembled to the universal coaxial cable fixing sleeve, the first gripping component grips a conductive shield of the cable, and the second and third gripping components grip a protective outer jacket of the cable, respectively. When the universal coaxial cable fixing sleeve is engaged to a first connector, a first housing outer surface thereof corresponds to and fixedly engages with a sleeve receiving inner surface of the first connector, and when disengaged and engaged to a second connector different in type from the first connector, no re-preparation of the cable is required for corresponding fixed engagement.

Abstract: A coaxial cable connector system, comprising a coaxial connector, a coaxial cable, and a universal coaxial cable fixing sleeve is provided. The universal coaxial cable fixing sleeve comprises a first gripping component, a second gripping component, and a third gripping component. When the coaxial cable is assembled to the universal coaxial cable fixing sleeve, the first gripping component grips a conductive shield of the cable, and the second and third gripping components grip a protective outer jacket of the cable, respectively. When the universal coaxial cable fixing sleeve is engaged to a first connector, a first housing outer surface thereof corresponds to and fixedly engages with a sleeve receiving inner surface of the first connector, and when disengaged and engaged to a second connector different in type from the first connector, no re-preparation of the cable is required for corresponding fixed engagement.

Abstract: A spring has a first resilient tab configured to be radially outward bent at a first angle when the spring is in an expanded position, wherein when a coaxial cable connector is tightly screwed with a threaded connector of an electronic device, an inner flange of a nut of the coaxial cable connector is configured to press the first resilient tab such that the spring is in a contracted position and the first resilient tab is radially between the inner flange and an inner sleeve of the coaxial cable connector, wherein the spring has a plate configured to be arranged between opposing surfaces of an outer flange of the inner sleeve and the inner flange, wherein the plate is integral with the first resilient tab.

Abstract: An coaxial cable connector is configured to engage with an outer thread of a threaded connector. The coaxial cable connector comprises an inner sleeve, an outer sleeve arranged around the inner sleeve and a nut arranged around the inner sleeve. The nut comprises a metal sheet integral with an inner flange of the nut, wherein the metal sheet is between the inner flange and a cylindrical surface of the inner sleeve. The metal sheet has a fixed side, close to an outer flange of the inner sleeve, fixed to the inner flange of the nut, and a free side, away from the outer flange of the inner sleeve, abutting against the cylindrical surface of the inner sleeve. An empty gap is between the metal sheet and the inner flange. When the nut comprises an inner thread engaging with the outer thread, the outer flange is configured to be between the inner flange and the threaded connector.

Abstract: An coaxial cable connector is configured to engage with an outer thread of a threaded connector. The coaxial cable connector comprises an inner sleeve, an outer sleeve arranged around the inner sleeve and a nut arranged around the inner sleeve. The nut comprises a metal sheet integral with an inner flange of the nut, wherein the metal sheet is between the inner flange and a cylindrical surface of the inner sleeve. The metal sheet has a fixed side, close to an outer flange of the inner sleeve, fixed to the inner flange of the nut, and a free side, away from the outer flange of the inner sleeve, abutting against the cylindrical surface of the inner sleeve. An empty gap is between the metal sheet and the inner flange. When the nut comprises an inner thread engaging with the outer thread, the outer flange is configured to be between the inner flange and the threaded connector.

Abstract: A spring has a first resilient tab configured to be radially outward bent at a first angle when the spring is in an expanded position, wherein when a coaxial cable connector is tightly screwed with a threaded connector of an electronic device, an inner flange of a nut of the coaxial cable connector is configured to press the first resilient tab such that the spring is in a contracted position and the first resilient tab is radially between the inner flange and an inner sleeve of the coaxial cable connector, wherein the spring has a plate configured to be arranged between opposing surfaces of an outer flange of the inner sleeve and the inner flange, wherein the plate is integral with the first resilient tab.

Abstract: An electrical signal connector for assembly with a coaxial cable includes a locknut defining an abutment flange at the front side, an inner tube fastened to the rear side of the locknut opposite to the abutment flange and defining a bearing surface portion for receiving the coaxial cable, a cylindrical casing fastened to the rear side of the locknut around the inner tube and defining a first deformable body portion and a second deformable body portion, a barrel and a torque sleeve attached to the locknut and the cylindrical casing. The barrel defines a front end edge stopped against an inside stop flange of the torque sleeve which can be moved to force a rear inside bearing surface of the barrel over the first deformable body portion and second deformable body portion of the cylindrical casing, thereby tightening up the engagement between the electrical signal connector and the coaxial cable.

Abstract: A male F-Type coaxial cable connector has an improved RF shield including a bridge located between and electrically interconnecting a connector fastening nut and a connector body portion. The bridge may be in the form of a metal ring, or similar material, with a cone-like shape and may include a gap to provide resiliency.

Abstract: An electrical connector includes a locknut having an annular locating flange, a core tube for receiving the copper core, inner dielectric insulator and aluminum foil shield of a coaxial cable and supporting the braided metal wrapper and outer plastic sheath of the coaxial cable, a casing surrounding the core tube and having first and second tubular deformable portions and a vertical rear stop edge, and a barrel mounted on the casing between the first tubular deformable portion and the locknut and having a tapered inner surface portion and movable to compress the first and second tubular deformable portions against the coaxial cable and the core tube and an annular front stop edge for stopping a crimping tool used to crimp the casing.

Abstract: An electrical connector for use with coaxial cables includes deformable cylindrical casing and a slidably engaged barrel.

Abstract: A male F-Type coaxial cable connector has an improved RF shield including a bridge located between and electrically interconnecting a connector fastening nut and a connector body portion.

Abstract: An electrical signal connector for assembly with a coaxial cable includes a locknut defining an abutment flange at the front side, an inner tube fastened to the rear side of the locknut opposite to the abutment flange and defining a bearing surface portion for receiving the coaxial cable, a cylindrical casing fastened to the rear side of the locknut around the inner tube and defining a first deformable body portion and a second deformable body portion, a barrel and a torque sleeve attached to the locknut and the cylindrical casing. The barrel defines a front end edge stopped against an inside stop flange of the torque sleeve which can be moved to force a rear inside bearing surface of the barrel over the first deformable body portion and second deformable body portion of the cylindrical casing, thereby tightening up the engagement between the electrical signal connector and the coaxial cable.

Abstract: An electrical connector for use with coaxial cables includes deformable cylindrical casing and a slidably engaged barrel.

Abstract: An electrical connector includes a locknut having an annular locating flange, a core tube for receiving the copper core, inner dielectric insulator and aluminum foil shield of a coaxial cable and supporting the braided metal wrapper and outer plastic sheath of the coaxial cable, a casing surrounding the core tube and having first and second tubular deformable portions and a vertical rear stop edge, and a barrel mounted on the casing between the first tubular deformable portion and the locknut and having a tapered inner surface portion and movable to compress the first and second tubular deformable portions against the coaxial cable and the core tube and an annular front stop edge for stopping a crimping tool used to crimp the casing.

Abstract: A male F-Type coaxial cable connector has an improved RF shield including a bridge located between and electrically interconnecting a connector fastening nut and a connector body portion.

Abstract: A male F-Type coaxial cable connector has an improved RF shield including a bridge located between and electrically interconnecting a connector fastening nut and a connector body portion.

Abstract: A coaxial cable connector assembly includes a bracket defining an upright locating plate and a horizontal holder plate, a coaxial cable connector fastened to the upright locating plate for the connection of a coaxial cable, and a grounding wire connector consisting of an externally threaded male connector member and an internally threaded female connector member and fastened to the horizontal holder plate to hold a grounding wire for discharging of magnetic waves, surge or shocks occurred during signal transmission through the coaxial cable to avoid system damage and to assure signal transmission stability.