LRM photoelectric radio frequency integrated connector compatible with VPX standard

Abstract

The invention provides an LRM photoelectric radio frequency integrated connector compatible with VPX standard. The LRM photoelectric radio frequency integrated connector comprises a plug and a socket,wherein the plug comprises a plug shell provided with an optical fiber plug module, a plurality of high-speed plug modules, a radio frequency plug module and a mixed plug module, the socket comprisesa socket shell fixedly provided with an optical fiber socket module, a plurality of high-speed socket modules, a radio frequency socket module and a mixed socket module, and the plug and the socket are matched and inserted to form the LRM photoelectric radio frequency integrated connector compatible with the VPX standard. According to the invention, different types of connectors meeting the VPX standard requirements are integrated on the same connector shell, and through structural optimization design, the connector has the advantages of being small in occupied total space, light in weight, highly uniform in connector installation height and accurate in connector relative position, the reliability of signal transmission between components or systems meeting the VPX standard is guaranteed,and the increasingly complex and precise signal connection requirements between hardware components and systems compatible with the VPX standard are met.

Description

technical field [0001] The invention relates to the field of integrated connector design, in particular to an LRM photoelectric radio frequency integrated connector compatible with the VPX standard. Background technique [0002] Optical connectors, radio frequency connectors and high-speed connectors need to be installed on components or systems that meet the VPX standard. These connectors or modules are not related and are independent entities that are only assembled on the same printed board. This method It has the advantages of flexible use and convenient selection of connectors, but there are also some disadvantages. For example, when multiple signals need to be transmitted between components or systems, different types of connectors need to be installed between components or systems, so the total space occupied by the connectors is large. , heavy weight; and because the installation height of each connector is not uniform, it will also cause asynchronous problems when t...

AI Technical Summary

Problems solved by technology

[0002] Optical connectors, radio frequency connectors and high-speed connectors need to be installed on components or systems that meet the VPX standard. These connectors or modules are not related and are independent entities that are only assembled on the same printed board. This method It has the advantages of flexible use and convenient selection of connectors, but there are also some disadvantages. For example, when multiple signals need to be transmitted between components or systems, different types of connectors need to be installed between components or systems, so the total space occupied by the connectors is large. , heavy weight; and because the installation height of each connector is not uniform, it will also cause asynchronous problems when the components or systems are mated and connected; especially when multiple connectors are used, there will also be problems between the connectors. Assembly errors occur in relative positions, resulting in difficulty in mating. In severe cases, multiple connectors are deformed after mating, which affects the reliability of signal transmission between components or systems. Therefore, in order to meet the reliable connection requirements of components or systems that meet the VPX standard, A new LRM optoelectronic RF integrated connector compatible with the VPX standard must be developed

Images