Antenna radio frequency standing wave connector

Abstract

The invention relates to the technical field of electronic components, and particularly relates to an antenna radio frequency standing wave connector. The antenna radio frequency standing wave connector comprises a workbench and an antenna radio frequency standing wave connector body, wherein a mounting hole is formed in the surface of the workbench, the antenna radio frequency standing wave connector body is inserted into the mounting hole, a radio frequency line connecting port is formed in the bottom of the antenna radio frequency standing wave connector body, a radio frequency line is arranged at the other end of the radio frequency line connecting port, a connecting plate is arranged on the outer side of the antenna radio frequency standing wave connector body in a sleeving mode, anda fixing screw is arranged on the surface of the connecting plate. The beneficial effects are PINs are inserted into the surface of the antenna radio frequency standing wave connector, the outer sideof the PIN is sleeved with a lantern ring and then is pulled by a compression spring, and the end part of the antenna radio frequency standing wave connector body is sleeved with a protective frame, so that the PIN is telescopically inserted into the surface of the antenna radio frequency standing wave connector body, a product can also be subjected to compatibility test when the surface is deformed, and the test passing rate of the product is improved.

Description

technical field [0001] The invention relates to the technical field of electronic components, in particular to an antenna radio frequency standing wave connector. Background technique [0002] When the product is tested with a conventional PCB board structure, since the product is tested at the same time with 32 ports, the height of the PIN pin of each product will be different, and the overall flatness of the product will also be different. After the product is pressed down during the test, it cannot be guaranteed that each point is in contact. The test point, because the contact between the product and the test point does not cause the antenna standing wave test to be NG; the production efficiency is low, because the ground plane of the original test method is a fixed surface, if the product has deformation problems, the test point will cause poor contact, and the test result NG needs to be re-tested ;Connection ports and contact test points are easy to be damaged after re...

AI Technical Summary

Problems solved by technology

[0002] When the product is tested with a conventional PCB board structure, since the product is tested at the same time with 32 ports, the height of the PIN pin of each product will be different, and the overall flatness of the product will also be different. After the product is pressed down during the test, it cannot be guaranteed that each point is in contact. The test point, because the contact between the product and the test point does not cause the antenna standing wave test to be NG; the production efficiency is low, because the ground plane of the original test method is a fixed surface, if the product has deformation problems, the test point will cause poor contact, and the test result NG needs to be re-tested ;Connection ports and contact test points are easy to be damaged after repeated disassembly / testing, because the RF line interface and test contact points are welded on the PCB board, it will be troublesome to replace if damaged

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