A tool for automatic intermodulation testing of radio frequency coaxial jumper components

Abstract

An automatic testing tool for intermodulation of an RF coaxial jumper wire assembly comprises the components of a mounting base board, an axial pneumatic sliding table, a supporting board A, a cylinder, a supporting board B, a supporting frame A, a positioning block seat, a displacement sensor, sliding table cylinders, a pawl, a positioning block and a fixing frame. The supporting board A is mounted above the axial pneumatic sliding table. The supporting board A is connected with the supporting board B through the cylinder. The side surface of the supporting board B is provided with a displacement sensor. Furthermore two ends of the supporting board B are respectively provided with a sliding table cylinder. The pawl is mounted on the cylinder bodies of the sliding table cylinders. The supporting frame A and the fixing frame are mounted at two ends of the base board. The positioning block is mounted on the mounting block seat. The supporting frame A is used for supporting a jumper wire part of the jumper wire assembly. The fixing frame is used for fixedly connecting with a load block which is provided with a load lead. The automatic testing tool has advantages of ingenious design, reasonable layout, quick and reliable pneumatic control response, effective production efficiency increase, high social benefit and high economic benefit.

Description

technical field [0001] The invention relates to a mechanical device for producing coaxial jumper components in the production process of optical cable products in the field of communication transmission, in particular to a tool for automatic intermodulation testing of radio frequency coaxial jumper components. Background technique [0002] Electrical automation is the use of electronic technology, microcomputer control technology and computer network technology to achieve electrical automatic control. It is a combination of electrical technology and computer technology to achieve direct or indirect program control. Through system integration, the operation of the automatic control system is realized. For enterprises using electrical automation, the use of automation technology and automation devices can greatly reduce the labor intensity of workers, improve production efficiency, improve the accuracy of measurement and detection and the real-time nature of information transmi...

AI Technical Summary

Problems solved by technology

Today's intermodulation test requires two people to connect to the analyzer and the corresponding load at both ends of the jumper assembly, which requires manual docking, testing and recording. Although it can meet the requirements of the intermodulation test, the whole process is time-consuming and laborious. The test time is often delayed due to insufficient docking, which seriously reduces work efficiency

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