The prevention and control of static electricity should be based on the relevant provisions of the "Anti-static Technical Requirements for Electronic Equipment Manufacturing" and "Design Code for Electronic Computer Rooms"

General Guidelines for the Prevention of Static Electric Accidents, etc. Characteristics that cause harm require comprehensive and comprehensive protective measures

This comprehensive and comprehensive electrostatic protection should include two aspects: using some necessary and effective electrostatic protection methods, selecting high-quality protective technology products, and formulating a complete Static electricity protection management procedures should be implemented effectively

The basic principles are to effectively suppress or reduce the generation of electrostatic charges, strictly control the sources of static electricity, safely and reliably eliminate the generated electrostatic charges in a timely manner, and avoid the accumulation of static charges. Regularly carry out anti-static measures. Facilities should be maintained and inspected

Based on the current technical level of electronic devices, as long as the electrostatic charging voltage in the working environment is controlled below 100V, electrostatic hazards can be prevented

Electrostatic hazards< /p>

To achieve this goal, every aspect of the device manufacturing subsystem, assembly, assembly, and system use and maintenance must be under electrostatic protection

To ensure safety

There are many small links in each link. Taking sub-system assembly as an example, it includes device factory inspection, acceptance, storage, distribution, shaping and insertion

Welding, cleaning, testing, transfer, packaging, transportation, etc. Which step does not pay attention to static electricity? Protection may cause product quality hazards