The copper bracelet, worn on the wrist, is connected by a cable to an earthed source. The earth source can be the earth socket on a mains electrical 3 pin socket, or attached to a cold water pipe, or to a water radiator, etc. The idea is that any static electricity that builds up in a person, is dissipated safely to earth along the cable. This prevents delicate computer components being damaged should a spark of static jump from a person to the components on the motherboard.
static electricity
They are shoes that are made to dissapate ElectroStatic Discharge which can damage electronics and computer parts.
i think its static electricity.
Static discharge is the spark associated with static electricity that is caused by electrostatic discharge.
their is only one other name of electrostatic that is electromagnetism
Anti-static wrist straps are worn on a person's wrist to safely ground them while working on electronics to prevent damage from electrostatic discharge. Anti-static bags are used to store electronic components and devices to prevent static electricity buildup and protect them from damage. Both are important tools in preventing damage to sensitive electronics from static electricity.
electrostatic discharge
An atmospheric discharge of static electricity is commonly known as lightning. Lightning is a sudden electrostatic discharge that occurs during a thunderstorm when there is a buildup of electric charge in the atmosphere.
A person can typically feel an electrostatic discharge when it reaches around 3,000 volts. This sensation is often described as a small shock or static electricity zap.
An example of electrostatic discharge is the shock you sometimes feel when you touch a metal object after walking on carpet in a dry environment. This occurs when the excess static electricity built up on your body is discharged to the metal conductor.
Electrons jump in an electrostatic discharge because of a buildup of electric charge, creating a potential difference between two objects. When the potential difference becomes high enough, the electrons move rapidly to neutralize the charge imbalance, producing a visible discharge of electricity.
Electrostatic force can be dangerous because it can build up static electricity on surfaces or objects, leading to unexpected electrostatic discharge (ESD) or sparks. These sparks can ignite flammable materials or cause damage to sensitive electronic equipment. In certain conditions, electrostatic discharge can also pose a risk of electric shock to individuals.