When using the Type-C mother seat, these issues need to be noted. Have you ever made the same mistake

Science popularization of Type-C mother seat
Firstly, you need to know what Type-C is, as it actually looks like this. In theory, Type-C should be a branch interface type belonging to the Universal Serial Bus (USB), and the well-known USB interface (Micro USB on mobile phones) should actually be called Type-A type interface. Is there a Type-B? Yes, it's just that this thing is generally used on some special devices such as printers, which are less accessible to normal people. It integrates Type-A, B, and C interfaces, and we can easily see that Type-C is compact among these three types. It unifies the interfaces on both ends of the device and supports fast transmission speed, forward and reverse blind insertion operations, and faster charging protocols for the supported devices.
However, Type-C female sockets also have drawbacks. Firstly, multiple insertions and withdrawals can cause an increase in contact resistance; In addition, the distance between the Type-C mother pin and the pin is relatively small, which may cause some hair, metal, and other debris to enter and cause a short circuit. Moreover, due to the complex structure of the Type-C base, issues with machining accuracy may lead to unstable resistance. The Type-C motherboard is mainly used for various Type-C interface types of mobile phones, laptops, desktops, as well as external devices such as portable hard drives and power supplies. Let's take a look at the issues that need to be paid attention to when using the Type-C mother seat, hoping to be helpful to everyone.




Attention should be paid when using Type-C mother seat
1、 When working on the Type-C motherboard, do not exceed the specified rated current. If the rated current is generally exceeded, it may cause accelerated aging of some components inside the USB motherboard. Mild cases may lead to data transmission interruption or abnormal faults when using the USB motherboard. Severe cases may directly cause damage to the Type-C motherboard and render it unusable. 
2、 Secondly, Type-C sockets with different specifications cannot be easily replaced, as not all devices are compatible with different specifications. Otherwise, if the TYPE C mother seat applied is not suitable, it will result in the TYPE C mother seat being damaged shortly after use
3、 Do not reach out to the interface with your hands during the operation of the Type-C mother socket to avoid being scratched by the pin chip. Moreover, after the headphone socket is powered on, do not touch the interface of the headphone socket with your hands to avoid potential safety accidents caused by electric shock