TXGA's newly launched high current micro D-shaped connector provides a reliable high current transmission solution for miniaturized devices and brings new changes to multiple industries.
Micro volume
In the design of high current micro D-shaped connectors, TXGA adopts a 0.5 micron gold plating process for the contacts, combined with 2P2 and 4P4 contact layouts, which can stably support 20A high current transmission and fully meet the strict requirements of electrical equipment for high-power and efficient transmission. The contact spacing of the connector is only 4.1mm, which has the advantage of micro volume and high flexibility in application. Convenient and compact devices provide more possibilities for high-density and miniaturized electrical equipment design by allowing for flexible arrangement of internal space. More conducive to promoting the development of electrical equipment towards miniaturization and integration.
Stable connection
The screw locking structure on both sides of the product is also a prominent highlight of the connector. When the male and female sockets of the connector are locked together, a reliable and stable mechanical connection can be formed. In practical work scenarios, it can effectively avoid the problem of loose or interrupted connections of connectors due to external environmental vibrations or accidental pulling, greatly reducing the risk of equipment failure and providing a solid guarantee for the stable operation of equipment.
Meet the needs of multiple industry applications
The TXGA high current micro D-shaped connector also performs well in terms of parameters. Its maximum current can reach 20A, maximum voltage is 500V, contact resistance is controlled at 10 m Ω Max, withstand voltage reaches 800V AC r.m.s, and it can operate stably in the temperature range of -55 º C to+125 º C. These parameters fully reflect TXGA's professionalism and dedication in product development. This connector has a wide range of applications and can be used in multiple industries such as servo motors, AGV/AMR logistics robots, server power modules, maglev trains, etc.
