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COURSES

Electrostatic Discharge (ESD)

Advanced EMC Design for Electronic Boards

Course Duration

4 hours

Target Audience

All personnel handling components/systems at any stage of development and production.

Electrostatic Discharge (ESD):
Electronic products/systems are required to withstand electrostatic discharge both during production and integration stages, as well as during end-user operation. Failures caused by ESD in systems or electronic components can be elusive. Sometimes, the failure impacts system functionality, allowing for repairs or fixes. Other times, the failure is latent — the system continues to operate, but its lifespan may shortened, and its performance may degraded. The electronics industry incurs significant losses due to late detection of latent failures, prompting considerable efforts in designing ESD protections both in production processes and at the system design level.

Course Objectives

Increasing awareness among electronics professionals regarding ESD risks and providing practical tools for daily work.

Course Structure

• Introduction to Electrostatic Discharge
• Industry Challenges Related to ESD
• Strategies for Managing ESD Risks

Instructor

Avi Cohen

אורן-הרטל

  • CEO of EMC-UNIT, specializing in electromagnetic compatibility      consulting:

    • EMC design for systems/boards.

    • Advanced electromagnetic simulations.

    • Radiation safety for individuals and explosive systems.

  • Lecturer on EMC and High-Speed Board Design at the Electrical Engineering Department, Braude College, Karmiel.

  • Chairman of IEEE EMC & SI/PI Chapter in Israel.

  • EMC knowledge focal point (2001–2022) at the Israeli Prime Minister's Office.

  • Holds a B.Sc. and M.Sc. in Electrical Engineering.

Syllabus

Introduction to Electrostatic Discharge

Electrostatic Charging

Environmental Conditions' Impact on Charging

Material Classification in ESD Context

Types of Electrostatic Discharges

Electromagnetic Effects of ESD on Surroundings


ESD Risks in the Electronics Industry

Component Sensitivity to ESD

Failure Mechanisms in Components

Industry Challenges in Addressing ESD


Standards and Regulations

Overview of Standards Supporting ESD Protection

Tests for System/Component ESD Durability


Methods and Practices to Minimize ESD Risks

ESD Management Plans

Personal Conduct Guidelines: What They Mean and Encompass

Protective Measures Against ESD Risks in Laboratories

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