USB 5A male 5p soldering wire with IC high current OPPO flash charging. Due to the small size of the USB female connector, the 5 pins of the USB interface are generally difficult to solder. Moreover, if the distance between the pins is too close during soldering, one may accidentally weld the two pins together. In this situation, you can use flux to wipe the solder joint pins before welding. Be careful not to stick too much flux, as after applying the flux, you need to use a soldering iron to clean the tin on each solder joint. The purpose is to prevent excessive tin from causing false soldering and other phenomena, which only leaves a small amount of tin on the surface of the solder joint.

Then place the USB motherboard connector on the soldering pad, gently insert the alignment line, and press the pins lightly with a soldering iron. Wait for a few seconds before soldering is complete.

When welding the USB motherboard connector, it is important not to use too much force to avoid causing the pins of the USB motherboard to easily bend under force, resulting in uneven soldering on the solder pad, leading to false soldering or false soldering during USB motherboard welding.

A USB data cable is nothing more than a cable with two heads, which may seem simple, but it is not as simple as imagined. A small data cable hides a lot of knowledge that you may not know, and the emergence of USB Type-C demonstrates that you cannot underestimate it. The forward and backward pluggable USB Type-C connectors can reduce the hassle of plugging in USB devices. USB Type-C also supports technologies such as USB3.1 specification with data rates up to 10Gbit/s, power output up to 100W, audio multiplexing, and switching modes that can handle video signals such as DisplayPort or MHL. USB supports four basic data transfer modes: control transfer, isochronous transfer, interrupt transfer, and data block transfer.