An ultra-high-speed, high-density, high-reliability integrated photoelectric radio frequency connector

Abstract

An ultra-high-speed, high-density and high-reliability integrated optoelectronic radio frequency connector, comprising a plug and a socket; the plug comprises a plug housing on which an optical fiber plug module, a high-speed plug module and a radio frequency plug are fixedly arranged; the socket includes A socket housing, on which an optical fiber socket module, a high-speed socket module, and a radio frequency socket are fixed; the plug and socket are matched and inserted to form an integrated optoelectronic radio frequency connector; the ultra-high-speed, high-density, and high-reliability integrated optoelectronic connector of the present invention The RF connector integrates different types of connectors into the same connector shell. The structure optimization design greatly reduces the total space and weight occupied by the integrated connector, and has the advantages of synchronous mating and reliable signal connection. ; And the connector housing is designed with a two-stage insertion guide mechanism to realize the blind insertion function; at the same time, the connector housing is also designed with a insertion identification mechanism, which has the function of preventing wrong insertion, thus ensuring that the hardware components and systems are increasingly Complex, sophisticated connection requirements.

Description

technical field [0001] The invention relates to the field of integrated connector design, in particular to an ultra-high-speed, high-density, high-reliability integrated photoelectric radio frequency connector. Background technique [0002] Most of the existing connectors are single-signal type connectors, that is, one type of connector can only transmit a single type of signal. This type of connector has the advantages of flexible use and convenient selection, but there are also some disadvantages, such as the need for When transmitting a variety of signals, different types of connectors need to be installed between components or systems, so the total space occupied by the connectors is large and the weight is large; and because the installation heights of the connectors are not uniform, it will also cause components or systems to be connected when plugged. , the mating of each connector has asynchronous problems; especially when multiple connectors are used, there will be ...

AI Technical Summary

Problems solved by technology

[0002] Most of the existing connectors are single-signal type connectors, that is, one type of connector can only transmit a single type of signal. This type of connector has the advantages of flexible use and convenient selection, but there are also some disadvantages, such as the need for When transmitting a variety of signals, different types of connectors need to be installed between components or systems, so the total space occupied by the connectors is large and the weight is large; and because the installation heights of the connectors are not uniform, it will also cause components or systems to be connected when plugged. , the mating of each connector has asynchronous problems; especially when multiple connectors are used, there will be assembly errors in the relative positions of the connectors, resulting in difficulty in mating. In severe cases, deformation of multiple connectors will occur after mating, affecting The reliability of signal transmission between components or systems; therefore, in order to meet the increasingly complex and sophisticated connection requirements of hardware components and systems, new connectors must be developed to solve the problem

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