novel esd control on normal footware to less than 50 volts HBM

3. Achievement

4. Is your ESD shoe meets your customer’s expectation or specification? S20.20 requirements i) <35 x 10e6 Ω test (STM 97.1 ) ii) <100V test (STM 97.2)

5. What is the future ESD roadmap & Your ESD control strategy?

8. How to achieve <50 V body voltage with 1 – 2 M Ω body-to-ground resistance?

9. A Novel ESD technology… Zap-Up* ESD Solution

12. Different between Zap-Up* & Standard ESD shoe Zap-Up* Standard ESD Shoe More than 100V Less than 50V 4. Body Voltage May/ may not complied to S20.20 Complied to S20.20 electrical hazard limit 6. Safety Often non-permanent with migratory additive Permanent for life 5. ESD Permanency Typically 10e6 to 10e8Ω Better (1MΩ to 2 MΩ) 3. Elec Resistance May/may not meet compliance Meets life-time compliance 2. ANSI/ESD S20.20 More Expensive Cheaper 1. Price

13. ESD Shoe Resistance Test (ANSI/ESD STM 97.1) 1 to 2 MΩ show completely a person’s body-to-ground test

14. Walking Test (ANSI/ESD STM 97.2) Comparison between Zap Up & Standard ESD shoe

15. Installation Guide Just hook & strap up in 10 seconds or less ! Simpler, Faster & Neater

16. Zap-Up* with ANY ordinary footwear to out-perform your competitors !

18. Thank You !