USB type-c pcb connector 24 Pins SMT vertical

In modern digital life, the USB-C interface has become a standard feature of electronic devices, from smartphones and laptops to tablets and various peripherals. This small connector handles multiple tasks, including data transfer, video output, and device charging. However, traditional straight USB-C connectors often face problems such as cable bending, space constraints, and connector wear. The emergence of right-angle USB-C

In industrial automation equipment, the protective standards that USB type C PCB connector must meet are significantly more stringent than those in the consumer electronics sector, primarily to address the challenges of harsh environments. The table below summarizes these critical protective standards and requirements for a quick overview. Protection Category Core Standard / Rating Significance and Requirements in Industrial Environments

The core mechanism for achieving DisplayPort or HDMI signal output over USB-C is Alternate Mode. It allows the high-speed pins within the USB-C interface originally designated for data transfer to be “reassigned” at the protocol layer for use by video transmission protocols. The following diagram clearly illustrates the complete workflow and core technical principles of this process: Below is a detailed