Rectangular high-voltage electric socket connector

Abstract

The invention provides a rectangular high-voltage electric socket connector which comprises a socket housing, a mounting plate and a pin assembly. The socket housing sleeves the outer side of the mounting plate. The mounting plate has a plurality of mounting holes. Each mounting hole is divided into a plug barrel chamber, an adapting chamber and a wire chamber. The pin portion of the pin assemblyis fixedly connected with the connecting portion of the pin assembly. The connecting portion is connected with a high-voltage wire. The connecting portion of the pin assembly matches the adapting chamber. The pin portion penetrates the adapting chamber and extends into the plug barrel chamber. The end portion of the high-voltage wire is in the wire chamber. The sidewall of the wire chamber is provided with a plurality of first sealing rings that are in contact with the high-voltage wire. The sidewall of the wire chamber and the sidewall of the high-voltage wire are bonded. The first seal ringsensure that the wire chamber and the high-voltage wire cannot be separated from each other after used for a long time. By improving the structural design of the mounting plate of a product, the production efficiency of the product can be greatly increased when various performance indexes of the product meet the requirements. .

Description

Technical field [0001] The invention relates to a rectangular high-voltage electrical socket connector. Background technique [0002] The rectangular 8-core 8kVDC high-voltage electrical socket connector is a transmission equipment developed by ourselves according to the application requirements of my country's military equipment. The high-voltage electrical socket connector is mainly used for the connection and transmission of high-voltage signals between the transmitter and the traveling wave tube in the system, and can transmit multiple high-voltage signals at the same time. When assembling the existing high-voltage electrical socket connector, the wire is first bonded with the silicone rubber sleeve, and after room temperature vulcanization for 24 hours, the wire with the silicone rubber sleeve is bonded to the mounting board. Room temperature vulcanization for 24 hours; however, the above structure not only requires a firm and reliable bond between the high-voltage wire and...

AI Technical Summary

Problems solved by technology

When the existing high-voltage electrical socket connector is assembled, the wire is first bonded to the silicone rubber sleeve, and after room temperature vulcanization for 24 hours, the wire bonded with the silicone rubber sleeve is bonded to the mounting plate. Room temperature vulcanization for 24 hours; however, the above structure not only requires firm and reliable bonding between the high-voltage wire and the silicone rubber bushing, but also requires reliable bonding between the silicone rubber bushing and the mounting plate, which not only reduces production efficiency during assembly, but also Increased the phenomenon of cracking and falling off between the various parts of the product due to weak bonding; and when the product is long-term, due to the secondary bonding, it is prone to degumming and cracking at the bonding point, resulting in product failure

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