Seminar Content

1.) An Overview of ESD
What is Electrostatic (Coulomb, Voltage and Capacitance: Q=CV)
- Characteristics of Electrostatic
- Image of Static Charge
- Electrostatic Charging Process (Rubbing, Separating and Inducting)
- Tribo Series
- Electric Field
- Static Charge Condition in the Material (Conductive, Dissipative and Isolative)
- Electrostatic Discharge (E=1/2CV2)
- HBM, MM, CDM and CBM
- Surface Resistance with Ambient Condition (Temperature and Relative Humidity)
- Clean Room Level (ISO and Federal Standard)
- ESD Control Level and Real Case in Japanese Manufactures (IC, LCD and PCBA)

2.) ESD Technical Information #1
- Updates On Latest ESD Standards An Its Implications To Electronics Industries.
- Ionizer And Its Roles in ESD Control
- Principles Of Ionization
- Types of Ionizer and Their Appropriate Applications in ESD Control
- Invisible Ionizer Problem (Induction and EMI)
- New Generation Ionizers with HDC-AC Technology
a. No feedback low offset voltage control (+/- 1V)
b. Precision offset voltage adjustment (0.1V step)
c. Long terms clearing cycle for emitter pin (1 to 6 months)
d. Long life for emitter pin (3 to 5 years)
e. No Induction
f. No EMI

3.) ESD Technical Information #2
- IEC 61340 Human Body Voltage Measurement - New Requirement For ESD Floor Qualification
- Evaluating Capacitance Of Charge Plate Monitor And Its Implication In ESD Control Measurement Results
- Ultra Low Ion-Balanced (LV Type) Ionizer Application For High End Clean Room Environment
- DSF601 Static Voltage Real Time Monitoring And Its Application In ESD Control