Electronics components are subject to varying degrees of damage from static electricity, depending on their type; even a lower static voltage of 100V can cause destruction. In recent years, as the development of electronic components trends towards integration, the corresponding static voltage requirements have been continuously decreasing.
The static voltage detected by the human body is generally above 2-4KV, usually caused by slight movements or friction with insulating materials. In other words, if the static potential carried in our daily life comes into contact with ICs, almost all of them will be destroyed. This risk exists in any working environment that has not implemented static protection measures. The damage caused by static to ICs is not only evident during the manufacturing process of electronic components but also during the assembly, transportation, and other processes of ICs.
