A manufacturing method of a modular power socket using a circuit board as a wiring power supply mode

Abstract

The invention provides a modular power socket with a circuit board for wiring power supply. The modular power socket comprises a socket shell with a plurality of insertion holes, and conductive leaf springs are arranged in the insertion holes. The modular power module is characterized in that the conductive leaf springs are connected with the power supply circuit board, a rear cover plate is arranged on the socket shell, the shell and the rear cover plate form an insulating socket enclosure, and the power supply circuit board is located in the insulating socket enclosure. According to the power socket, power supply is carried out on a socket module on the power socket through the power supply circuit board, and thus contact can be more reliable. After the power supply circuit board is connected, compared with a traditional mode with multi strands of copper bars, the requirement for the internal usage space of the socket is reduced, and thus the size of the socket enclosure can be smaller. The power supply circuit board is large in heat dissipation area and low in temperature rise so that the socket can run in a better environment. Because the circuit board is adopted for power supply, the production speed of sockets is greatly increased, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of a cabinet power supply, in particular to a modular power socket structure and a manufacturing method thereof through a circuit board as a wiring power supply mode. Background technique [0002] Rack power products are an important part of the power distribution system in the computer room, and their safety is the most important attribute. According to statistics from relevant research organizations, 80% of electrical equipment accidents are caused by electrical interface problems. Therefore, in the future development of power sockets for computer room equipment and rack power products, safety and reliability will be one of the characteristics that customers are most concerned about. This is also the most important reason why data center customers who originally used ordinary sockets turned to rack power products. The safety and reliability of rack power products are much higher than ordinary power socket...

AI Technical Summary

Problems solved by technology

[0004] The traditional socket adopts the copper strip connection method, and the internal connection and the socket adopt the integrally formed copper strip connection technology. The advantages of this technology are good conductivity and low temperature rise, but the space required is large.

And the arrangement of three jacks in rows makes the connection process between the conductive reeds of some jacks and the copper strips complicated and the reliability is not good, and the copper strips need to be manually welded, which is time-consuming and labor-intensive, and the work efficiency is low

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