Methods for improving the safety of Type-C waterproof connectors

The Type-C waterproof connector plays a very important role in the device, but many customers do not understand its safety, so some things happen that should not happen. And there are many factors related to the Type-C waterproof connector, such as external insulation resistance, internal conductivity, etc. Let's give us a popular science of this part.

The first is the external insulation resistance, that is, the voltage is applied to the insulating part of the Type-C waterproof connector, which causes the surface or surface of the insulating part to leak and generate resistance. It is mainly affected by factors such as insulating materials, temperature, humidity, and contamination. Pay attention to the test voltage value of the insulation resistance. According to the insulation resistance (MΩ) = voltage added to the insulator (V) / leakage current (μA), different voltages have useless effects. When testing connectors, the applied voltage is usually 10V, 100V, and 500V. In addition, in terms of the safety of outer packaging materials, it is necessary to actively participate in the safety assurance of environmentally resistant materials so that good confirmation effects can be obtained during the transmission process.

Methods for improving the safety of Type-C waterproof connectors

Second, the conductivity of the first conductor inside is very important, just like the insulation of the external material. Only when both aspects are at the highest level can the operation itself be safer, so that better results can be achieved, especially when all the advantages of Type-C waterproof connector products are brought into play, so as to promote the production of more products.