A protection method for feeder side connector

Abstract

The invention provides a protection method for a feeder line side connector. The protection method comprises the following steps of: firstly, sleeving the butting end of the feeder line side connector by an insulating cover cap to enable the butting end of the feeder line side connector to be coated; then, sleeving the insulating cap cover with a thermal contraction pipe and enabling the thermal contraction pipe to fully cover the insulating cap cover, extracting the supporting strips in the thermal contraction pipe to retract the pipe body of the thermal contraction pipe, so as to enable the insulating cap cover and the feeder line to be coated; before connecting and installing the feeder line side connector and equipment, cutting and removing the thermal contraction pipe body, meanwhile, moving the insulating cap cover, and then performing connecting and installing. By adoption of the protection method, the feeder line side connector can be effectively protected; when the manufacturing of the feeder line connector and the installation of the equipment machine body cannot be carried out synchronously, the interface of the feeder line connector can be prevented from being damped or wetted; and therefore, the problems of power loss, shrinkage of the base station coverage range or even carrier frequency out-of-service caused by rise of the standing-wave ratio of an antenna feed system can be avoided.

Description

technical field [0001] The invention relates to a protection method for a feeder side connector. Background technique [0002] During the construction of a communication base station, the production of the feeder connector and the installation of the equipment body are often not carried out simultaneously. It takes a long time (weeks or even months) before the feeder and connector are connected and installed to complete the matching connection with the equipment. , once the connectors and feeders are damp or flooded during this period, the VSWR of the entire antenna-feeder system will increase, causing power loss, reducing the coverage of the base station, and even causing the carrier frequency to decommission. Contents of the invention [0003] The purpose of the invention is to provide a method that can prevent the feeder connector from being wet or immersed in water before the feeder connector is matched with the equipment, so that the standing wave ratio of the entire ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the invention is to provide a method that can prevent the connection between the feeder connector and the equipment from getting wet or immersed in water before the feeder connector is made and the installation of the equipment body are often not synchronized, which will increase the standing wave ratio of the entire antenna feeder system Protection methods that cause power loss, reduce the coverage of the base station, and even cause the carrier frequency to decommission

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