USB 3.1 Type c Motherboard connector 16p

In today’s highly integrated electronic devices, connectors, as crucial bridges for signal transmission and power supply, directly determine the stability and security of the entire electronic system. Connector insertion and extraction force testing, as a core method for evaluating connector mechanical performance, not only affects user experience (such as the feel of plugging and unplugging a mobile phone charging port)

The Type-C USB4.0 connector is a high-performance, universal connectivity standard based on the USB-C physical interface and the USB4 protocol, designed to unify the interface for data transmission, video output, and power delivery, while dramatically improving speed and functionality. Here’s a full breakdown of its technical details and core features: Physical structure design 1. USB-C interface features ◦ Reversible plugging:

The basic performance of electronic connector can be divided into three major categories: mechanical performance, electrical performance and environmental performance. 1. Mechanical properties In terms of connection function, plugging and unplugging force is an important mechanical property. Plug-in force is divided into insertion force and extraction force, and the requirements for the two are different. There are regulations on the