Separation-type switching control electric connector

Abstract

The invention relates to a separation-type switching control electric connector which is composed of an adapter plug, a socket and a fixed sleeve, wherein the socket is fixedly connected with one end of the fixed sleeve by a flange disk on a base case of the socket; the adapter plug is arranged in the inner chamber of the mounting end of the fixed sleeve and is in plug-in or separation state with the socket in the inner chamber of the fixed sleeve; one end of the socket is connected with a signal input end and a signal output end, and the other end of the socket is connected with the adapter plug which is a test plug or an actual combat plug; and the test plug or the actual combat plug is respectively plugged with the socket to ensure that the signal input end and the signal output end of a socket signal are communicated with and outputs the test signal or the actual combat signal. The signal of the electric connector is input and output from the socket, is respectively connected with the socket by a plurality of adapter plugs to realize multifunctional switching without providing respective electric passages for each function, satisfies the installation requirements of high precision and small space of the internal devices of special equipment, and has compact structure and convenient and quick switch of plugging and unplugging.

Description

technical field [0001] The invention relates to an electrical connector, in particular to an electrical connector used for testing and actual combat of important equipment. Background technique [0002] At present, the widely used electrical connectors are generally one head and one head, and the electrical signal is input from the socket and output from the plug. For some electrical devices with high manufacturing costs and high precision requirements, especially electrical connectors installed inside important equipment, one mating corresponds to a fixed pattern of electrical pathways, which does not have the function of repeated plugging and unplugging. Once the internal installation is in place, it cannot be inspected and maintained. Once a fault occurs, it will be very difficult to maintain and replace, which will affect the stability of the equipment and cannot meet various requirements such as testing and actual combat of the equipment. It needs to take up more space...

AI Technical Summary

Problems solved by technology

[0003] In order to solve the problem that the internal electrical connectors of important equipment in the prior art cannot be repeatedly plugged and unplugged after they are installed in place, and do not have functions such as conversion testing and actual combat, the electrical signals are seat-in and head-out, and multiple electrical paths for electrical connections are installed inside the equipment. To meet the requirements of various tests and actual combat, the structure is cumbersome, takes up a large internal space of the equipment, and has high production costs. The signal is seat-in and seat-out, and the switching plug can be conveniently and quickly plugged and unplugged outside the equipment, which meets the electrical path of important equipment testing and actual combat requirements

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