Abstract: A signal connector positioning structure comprises a connector, a connecting component, a conductive connecting component, and a insulating component; the connector has a first opening, a second opening, and a first fixing structure; the connecting component has a first connection port and a first fixing component; the conductive connecting component has an opening; the insulating component has an opening; the conductive connecting component penetrates through the insulating component; wherein, the first fixing structure and the first fixing component are removably fastened in a screwed manner.

Abstract: A shock- and moisture-resistant connector assembly includes a first component, a second component, and an antenna. The first component has an end fitted with an adapter. A non-annular fastener is mounted around a connecting section of the adapter for tightly fastening the second component inserted in the first component. The second component is provided therein with at least one watertight O-ring which, after the first and second components are assembled, furnishes moisture and shock resistance to a coaxial cable passing through the second component. The antenna includes a dielectric spacer externally mounted with a coupling element and having an end formed as a shaft. A plastic washer, a wave washer, and a positioning washer are sequentially mounted around the shaft such that the entire assembled antenna has sufficient frictional resistance to maintain restrained displacement during a fine-tuning operation.

Abstract: A high-frequency connector assembly includes a first connector having a conductive pin and formed with at least one slit at a receiving periphery thereof for allowing a second connector inlaid with an O-ring to be inserted therein. The pin in the first connecter can be received by a pin holder in the second connector. An expanded section at a rear portion of the second connector is received by an expanded section of the first connector. An annular groove formed adjacent to the expanded section on the second connector pressingly abuts against a contracted edge slope at an end of the receiving periphery of the first connector. The connector assembly facilitates mitigating attrition caused by frequent vibration and provides a damp-proof effect, thereby ensuring a desired transmission efficiency.

Abstract: A high frequency connector includes a first module and a second module for signal transmission. The two modules are easily manufactured and assembled. The disclosed high frequency connector can maneuverably connect with the connector thereof according to the required direction of signal transmission so that competent transmissive connection is achieved when the two modules are assembled and thus preventing generation of noise. The volume of each of the two modules is precisely designed so that the high frequency connector facilitates reduction in power loss when being implemented for the purpose of signal transmission.

Abstract: An adapter for high frequency signal transmission includes in one embodiment a cylinder having a staged bore; a central transmission rod including an intermediate toothed ring, first and second ports at both ends, and a tapered portion formed around the first port. A first block is fitted in one portion of the bore. A second block is fitted in another portion of the bore and includes a metal ring having a toothed member secured onto the second block. A vacuum is created by the block, the second block, the toothed ring, and the bore. In alternate embodiments, both the first and second ports are male ports, both the first and second ports are female ports, the first port is a female port and the second port is a male port, or the first port is a male port and the second port is a female port.

Abstract: An adapter for high frequency signal transmission includes in one embodiment a cylinder having a staged bore; a central transmission rod including an intermediate toothed ring, first and second ports at both ends, and a tapered portion formed around the first port; a first Teflon block fitted in one portion of the bore; and a second Teflon block fitted in another portion of the bore and including a metal ring having a toothed member secured onto the second Teflon block. A vacuum is created by the first Teflon block, the second Teflon block, the toothed ring, and the bore. Both the first and second ports are male ports, both the first and second ports are female ports, the first port is a female port and the second port is a male port, or the first port is a male port and the second port is a female port.