SJ/T 11587-2016 in English
VALIDTechnical requirements for electrostatic discharge protective
- Issued on:2016-01-15
- Implemented on:2016-06-01
- File Format:PDF
- Delivery:Via email within 1~3 business days
$156.00
本标准规定了电子产品防静电包装的技术要求、测试方法和使用要求。本标准适用于静电敏感产品在生产、储存、运输周转和使用过程中所涉及的防静电包装。本标准不适用于电磁干扰/射频干扰/电磁脉冲环境中使用的包装,也不适用于燃烧爆炸危险环境中使用的包装。
Introduction
Core Technical Requirements of the Standard
| Packaging Type | Surface Resistance Range(Ω) | Applicable Scenarios | Shielding Performance |
|---|---|---|---|
| Conductive Type | ≤1.0×104 | EPA Regional Basic Protection | Not Applicable |
| Static Dissipative Type | 1.0×105-1.0×1011 | Conventional ESDS Products | Energy decay>50nJ |
| Static shielding type | ≤1.0×104 | Highly sensitive devices/transport outside EPA | Energy decay≤50nJ |
Analysis of key technical indicators
Static decay time requirements
The standard stipulates that the static decay time of all anti-static packaging should be ≤2 seconds, which is verified by the When using the 1000V human body discharge model, the shielding package must meet the following requirements: Compared with the 2009 version of the standard, the 2016 version has the following major updates: After a semiconductor company implemented the standard:Electrostatic shielding performance test
1) Internal induced energy≤50nJ
2) Induced voltage≤30V
During the test, a
Implementation and application recommendations
Graded protection strategy
Solutions to common problems
Problem phenomenon Root cause Improvement measures Packaging surface resistance drift Environmental humidity>70%RH Use Shielding effectiveness decreased Conductive fiber breakage at the seal Use
Standard Evolution Analysis
1) Added the quantitative indicator static decay time
2) Refined the
3) Supplemented the Typical application case
- ESD damage rate dropped from 3.2% to 0.05%
- After using multi-layer composite shielding bags, the electrostatic induction voltage during transportation dropped from 120V to <8V

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