USB-C Female connector 24pin SMT Vertical

In today’s highly interconnected digital age, the importance of interface technology as a bridge for communication between devices is self-evident. From early serial and parallel ports to the globally widespread USB-A, and now the rapidly growing Type-C, each evolution of interfaces signifies a leap forward in technological application. The Type-C interface, especially its core component—the Type-C female connector—has rapidly captured

The USB-C connector interface, referred to as USB-C, is located at the bottom of the smartphone and is mostly used for charging, data transmission and other purposes. In December 2013, the USB 3.0 promotion team had released a rendering of the next-generation USB Type-C connector, which was then ready for mass production in August 2014. The biggest feature of the

Common Type-C connectors include those used in mobile phones, digital cameras, and scanners. Do you understand the manufacturing process for these products? Type-C connectors, with their convenient reversible insertion and powerful high-speed transmission capabilities, have become the universal interface for modern electronic devices. Their manufacturing process is an art that integrates materials science, precision manufacturing, and automation, mainly comprising four