Ultrahigh voltage connector

Abstract

The invention provides an ultrahigh voltage connector which comprises a socket and a plug. The sleeve of the plug sleeves the outer side of an ultrahigh voltage cable. A thread which matches the inner sheath of the ultrahigh voltage cable is arranged on the surface of the inner wall of the sleeve. The plug casing body sleeves the sleeve. A mounting soft plate sleeves the outer side of the ultrahigh voltage cable. The mounting soft plate is located on the back of the plug casing body, and is fixed with the plug casing body. The contour of the back of the mounting soft plate is conical. A pin contact part sleeves the conductor of the ultrahigh voltage cable. The guide post of the socket is sleeved in the socket casing body. The rear end face of the guide post extends out of the rear side of the socket casing body. The front end face of the guide post is provided with a mounting groove. The front end face of the socket casing body is provided with an insertion slot which extends to the mounting groove of the guide post. A jack contact part is placed in the mounting groove of the guide post. Through the connection between the plug and the socket and the matching of the mounting soft plate of the plug and the socket casing body of the socket, the pin contact part is inserted into the jack contact part to form elastic contact, and electrical connection is realized.

Description

technical field [0001] The invention relates to a connector, in particular to an ultra-high voltage connector for realizing interconnection between high-voltage systems inside high-power electronic equipment. Background technique [0002] For high-power electronic equipment such as CT machines, X-ray machines, long-range detection radars, and laser devices, the working voltage has reached 100,000 volts or even higher. The working voltage of ordinary high-voltage connectors is generally low, and the maximum working voltage can only reach 6 10,000 volts, so it cannot meet the needs of high-power electronic equipment. Contents of the invention [0003] The technical problem to be solved by the present invention is to provide an ultra-high voltage connector with reasonable design and stable performance. [0004] In order to solve the above technical problems, the present invention provides an ultra-high voltage connector, including a socket and a plug; [0005] The plug incl...

AI Technical Summary

Problems solved by technology

[0002] For high-power electronic equipment such as CT machines, X-ray machines, long-range detection radars, and laser devices, the working voltage has reached 100,000 volts or even higher. The working voltage of ordinary high-voltage connectors is generally low, and the maximum working voltage can only reach 6 10,000 volts, so it cannot meet the needs of high-power electronic equipment

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