All you want to know about ESD Control

(2024年)

Personnel Grounding: Implementing grounding methods for personnel, such as wrist straps, to prevent static charges from building up on individuals handling Electrostatic Sensitive Devices (ESDs).

Materials: Selecting static dissipative or conductive materials for use in ESD control, including packaging materials designed to reduce charge generation and accumulation.

Flooring: Using ESD control flooring systems that are either conductive or dissipative to provide a safe ground path for static charge dissipation when personnel move throughout the workspace.

Work Surfaces: Creating ESD protective work surfaces designed to minimize the risk of static charges affecting sensitive items, ensuring these surfaces are grounded to a common point ground.

Signage and Labeling: Implementing proper signage and labeling within ESD control areas to alert staff about ESD-sensitive items and the necessary precautions to minimize risks.

ESD Protected Areas (EPA): Designating specific areas where sensitive components are handled, and enforcing ESD control measures to create a controlled environment minimizing ESD risks.

Equipment Grounding: Ensuring all equipment used in ESD-sensitive areas is properly grounded to eliminate potential differences that can lead to ESD events.

Continuous Monitoring: Implementing continuous monitoring systems to ensure the effectiveness of grounding methods and to detect any failures in ESD control systems.

Clothing and Garments: Utilizing ESD control garments that are either conductive or grounded to reduce static charge generation from clothing materials and protect against ESD events.

Ionization: Using ionizers to neutralize static charges on insulative surfaces or isolated conductors, ensuring that these items do not pose a risk of ESD.

These elements work together to establish a comprehensive ESD control program, protecting sensitive electronic components from electrostatic discharge.
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