The main reasons why static electricity causes serious damage to semiconductor products are as follows:
1. Damage caused by electrostatic discharge: Electronic components in semiconductor products are very sensitive, and electrostatic discharge may cause breakdown or burning of electronic components. Tiny integrated circuits and other precision electronic components operate at very low voltages and currents, and even tiny electrostatic discharges can cause permanent damage.
2. Data loss or damage: Electrostatic discharge is often accompanied by sudden changes in voltage or current, which may cause data damage or loss in semiconductor products. For memory chips, processors and other important electronic equipment, data integrity is critical, so anti-static measures need to be taken to ensure that they are not disturbed by static electricity.
3. Static electricity during manufacturing: Static electricity is a common problem during the manufacturing and assembly of semiconductor products. Static electricity can cause adsorption and accumulation of electronic components, leading to incorrect assembly or connection, or even damage to exposed chip surfaces. Therefore, precautions must be taken during the manufacturing process, such as wearing anti-static clothing and using anti-static tools and equipment, to reduce the generation and conduction of static electricity.
Anti-static measures are of great significance in semiconductor products. By taking correct anti-static measures, you can avoid damage and data loss caused by static electricity to semiconductor products, and ensure the stability and reliability of semiconductor products during the manufacturing and assembly process.