A mother 10.0 short body 5p terminal patch with two legs horizontally inserted, USB AF2.0 short body 10.0 interface 5p vertical plug mother seat 5A high current fast charging, USB interface USB connector USB short body mother seat 10.0 four pin plug board SMT terminal. Recently, our company's clamp type USB3.0 mother seat AF model has been officially mass-produced. In response to the feedback issues from customers, our company has made targeted improvements. Generally speaking, when processing the clamp type of the USB mother seat 2.0 model, Often, due to issues such as small pin spacing or 9P pin flatness, PCB circuit boards cannot quickly complete the clamping operation at once. If the pin pins are bent during this process, production personnel must repair the product, greatly reducing product production efficiency. For the 0.8/1.0 thick USB2.0 motherboard clamping plate, the situation is even worse. For this reason, our Structural engineering personnel have made corresponding improvements to the shape of the splint pin. In order to make the PCB better and faster to complete the splinting operation, our company has bent the tail double row pins to make K pins, and designed a guide opening (with a guide opening) at the opening of the splint, so that the production line personnel can complete the corresponding workflow more quickly. The specific effect is shown in the above figure (the first and last two images are 1.0 and 0.8 models respectively). The USB3.0 mother seat is an improved version of the USB2.0 specification, and the industry generally believes that it is only an improved version of the USB2.0 mother seat, unlike the current USB3.1 mother seat TYPE-C connector, which is widely recognized as a new generation connector. The traditional USB3.0 mother seat is made of blue rubber core, and our company's USB3.0 mother seat clamp type is no exception. However, due to our company's use of environmentally friendly and high-temperature resistant LCP plastic,