Method of eliminating static electricity
Static electricity is something that everyone is very familiar with. We may have a high electrostatic voltage on our body. Static electricity is generated when one object touches each other, one object loses some electrons and is positively charged, and the electrons are transferred to another object to be negatively charged. If the charge is difficult to neutralize during the separation of the object, the charge accumulated on the object forms static electricity. A brief summary of this phenomenon is the "frictional electrification" that everyone is very familiar with. In the dry season, if we wear chemical fiber clothes and insulated shoes on the insulated ground, the static electricity on the human body can reach several thousand volts or even tens of thousands of volts. If the human body's static electricity exceeds 2 to 3 kV, an electrostatic shock will occur when a person touches a grounded metal.
It’s incredible to be friends with the South, but friends in the dry northern areas must feel deeply about this. The energy and destructiveness of static electricity cannot be underestimated. What happens if we contact such electronic components with such energy? Precision components can be destroyed by an instantaneous high voltage. Perhaps, when you happily win the CPU of "Keeping XXXMHz", it is very likely that the CPU will arrive. Not only the CPU, motherboard, graphics card, hard drive, etc. are also "unswerable."
Unfortunately, not everyone believes in the terrible static electricity. Very simple, they have not eaten the loss of static electricity. There are many reasons for this. It may be due to environmental reasons. For example, the performance of static electricity in different areas of humidity is different. The electronic products themselves and their packaging may have preventive measures against static electricity. They may also be just luck, for example, when they are full of static electricity. When the daring ghost couldn't wait to open the case, it was very lucky, and the chassis was grounded, so the static electricity on his body had disappeared before he touched the precious CPU. However, even if there are various factors that prevent our computer from escaping from static electricity, we cannot deny the danger of static electricity. It's like we haven't had a car accident, but we can't forget that a speeding car can drop you XX, so we can't stand in the middle of the road. Similarly, we can't take risks when we need to touch electronic components. We should try to eliminate the static electricity on our body.