Abstract: A coaxial cable connector structure including a sleeve and an annular nut on the front end of the sleeve is presented, wherein an inner tube is disposed inside the sleeve for connecting the coaxial cable, and a spring is disposed between the inner tube and the inner threads on the annular nut, the spring having a first end positioned proximate the bottom of the annular nut and a second end positioned forward of the front end of the inner tube for the end surface of the connection base towards the annular nut to contact the spring and electrically connect the inner tube when the annular nut is at least partially screwed onto the connection base, so that the coaxial cable connector structure can transmit signals when it is not completely screwed onto the connection base, and provide the effect of vibration suppression from the compressed spring having its two ends abutted against the bottom of the annular nut and the end surface of the connection base by the elastic restoring force when the connection base is c

Abstract: A coaxial cable connector structure including a sleeve and an annular nut on the front end of the sleeve is disclosed, wherein an inner tube is disposed inside the sleeve for connecting the coaxial cable, and a spring is disposed between the inner tube and the inner threads on the annular nut, the spring having a first end positioned proximate the bottom of the annular nut and a second end positioned forward of the front end of the inner tube for the end surface of the connection base towards the annular nut to contact the spring and electrically connect the inner tube when the annular nut is at least partially screwed onto the connection base, so that the coaxial cable connector structure can transmit signals when it is not completely screwed onto the connection base, and provide the effect of vibration suppression from the compressed spring having its two ends abutted against the bottom of the annular nut and the end surface of the connection base by the elastic restoring force when the connection base is c

Abstract: A coaxial cable connector structure including a sleeve and an annular nut on the front end of the sleeve is disclosed, wherein an inner tube is disposed inside the sleeve for connecting the coaxial cable, and a spring is disposed on the bottom of the annular nut for the end surface of the connection base towards the annular nut to contact the spring and electrically connect the inner tube when the connection base is screwed into the annular nut, so that the coaxial cable connector structure can transmit signals when it is not completely screwed onto the connection base, and provide the effect of vibration suppression from the compressed spring having its two ends abutted against the bottom of the annular nut and the end surface of the connection base by the elastic restoring force when the connection base is completely screwed onto the connection base.

Abstract: An improved structure of a contact piece for cable television signals, the structure is characterized by: the contact piece is formed by lapping and engaging of two identical and very thin sheets and enveloping the contact piece in a plastic insulating pipe and then placing it with the pipe in a housing of the end connector formed integrally, in this way, manufacturing of the cable television end connector is completed. The very thin sheets of the contact piece can largely reduce the characteristic impedance to thereby increase the propagating rate of the contact piece.

Abstract: An improved structure of a contact piece for cable television signals, the structure is characterized by: the contact piece is formed by lapping and engaging of two identical and very thin sheets and enveloping the contact piece in a plastic insulating pipe and then placing it with the pipe in a housing of the end connector formed integrally, in this way, manufacturing of the cable television end connector is completed. The very thin sheets of the contact piece can largely reduce the characteristic impedance to thereby increase the propagating rate of the contact piece.