The product belongs to the type-c base waterproof series and also belongs to the sinking plate series. The interface of the product is an elliptical interface with a waterproof rubber ring. There are two harpoon legs on both sides of the front end, which are fully attached to the PCB board during welding, with an overall sinking of 1.0mm (1.0mm for the lower part of the PCB board or 1.0mm for the broken board). There are 24 pin pins on the rear end of the tail. They belong to the front insertion and rear attachment type. The first 12 pins are inserted on the plastic body, and the last 12 pins are attached to the plastic body. When soldering, the first 12 pins are welded to the PCB DIP board, and the last 12 pins are welded to the PCB SMT board. The product supports data transmission and high current charging. (It can provide up to 20V voltage and 5A current output, with a maximum output power of 100W). The material used in the product is environmentally friendly and high-temperature resistant LCP plastic, the outer fixed shell is made of high-strength stainless steel, and the Pin pin terminal material is high conductivity copper terminal. It can withstand repeated plugging and unplugging for over ten thousand times in terms of wear resistance life. The product is widely used in PD chargers, wireless chargers, car chargers, mobile power supplies, TWS Bluetooth headphones, and consumer electronics.

The difference between USB 3.1 and USB type-c

USB 3.1 is a transmission standard. USB 3.1 has a transmission speed of 10Gbps per second, and USB Type-C is an interface standard. There are three interface standards for USB 3.1, namely USB Type A, USB Type B (Micro USB), and the latest USB Type-C.