Practical ESD Protection Design

From principles and techniques to advanced tools for designing ESD solutions, everything is covered here!

(ESD.AE1) / ISBN : 978-1-64459-619-7
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About This Course

ESD protection is the sturdy shield that keeps your electronic chips safe, in other words all, your electronic devices safe. Learn everything about Practical ESD Protection Design solutions in this course. 

Master the fundamentals of ESD phenomena, failure mechanisms, and learn how to use TCAD simulations to optimize performances. Explore the latest tools and technology in ESD protection design and become a pro in CAD designing.

Skills You’ll Get

  • Understanding the ESD concept, nature and impact of electrostatic discharge
  • Knowledge of ESD standards, HBM, MM, CDM, IEC, and TLP
  • Ability to identify and troubleshoot ESD-induced failures
  • Familiarity with various ESD protection devices and their applications
  • Skilled in designing ESD protection circuits for different IC types
  • Expertise in creating ESD-resilient IC layouts
  • Use TCAD tools for accurate ESD simulation and optimization
  • Use SPICE for circuit-level ESD simulations
  • Understanding of ESD testing methodologies and characterization techniques
  • Ability to handle ESD risk assessment, design optimization, and troubleshooting techniques

1

Preface

2

Why ESD?

  • A Historical Perspective
  • ESD and the Dangers
  • ESD Protection: The Principles
  • ESD Protection: More or Less?
  • ESD Protection: Evolution to Revolution
3

ESD Failure Analysis

  • ESD Failure Analysis
  • ESD FA Techniques
  • ESD Failure Signatures
  • ESD Soft Failures
  • ESD Failure Correlation
  • ESD Failure Models
4

ESD Test Models and Standards

  • ESD Origins
  • HBM Model
  • MM Model
  • CDM Model
  • IEC Model
  • TLP Model
  • Summary
5

ESD Protection Devices

  • On-Chip ESD Protection Mechanisms
  • Diode for ESD Protection
  • BJT for ESD Protection
  • MOSFET for ESD Protection
  • SCR for ESD Protection
  • Summary
6

ESD Protection Circuits

  • I/O ESD Protection
  • ESD Self-Protection
  • Low-Triggering ESD Protection Circuits
  • ESD Power Clamps
  • Summary
7

Full-Chip ESD Protection

  • Full-Chip ESD Protection Principles
  • ESD Protection Design Window
  • Advanced ESD Protection: More at Less
  • Full-Chip ESD Protection Schemes
  • No Universal ESD Protection Solution
8

Mixed-Signal and HV ESD Protection

  • ESD Protection for Mixed-Signal ICs
  • ESD Protection for Multiple-Voltages ICs
  • ESD Protection for High-Voltage ICs
  • Summary
9

TCAD-Based Mixed-Mode ESD Protection Designs

  • ESD Design Optimization and Prediction
  • TCAD-Based Mixed-Mode ESD Simulation-Design Methodology
  • Mixed-Mode ESD Simulation-Design Examples
  • Summary
10

RF ESD Protection

  • What Is Special for RF ESD Protection?
  • RF ESD Protection Characterization
  • Low-Parasitic ESD Protection Solutions
  • RF ESD Protection Design Example
  • Summary
11

ESD-RFIC Co-Design

  • ESD-IC Interactions
  • ESD-RFIC Co-Design
  • Summary
12

ESD Layout Designs

  • Layout is Critical to ESD Protection
  • Basic ESD Protection Layout
  • Advanced ESD Protection Layout
  • 3D TCAD for ESD Layout Designs
  • Summary
13

ESD versus IC Technologies

  • IC Technologies and ESD Protection
  • Technology Affects ESD Design Window
  • Lowering ESD Protection for Advanced ICs?
  • Summary
14

ESD Circuit Simulation by SPICE

  • ESD Device Behavior Modeling
  • Full‐Chip ESD Circuit Simulation by SPICE
  • Summary
15

Emerging ESD Protection

  • Emerging ESD Protection Challenges
  • Dispensable ESD Protection
  • Field‐Programmable ESD Protection
  • Interposer/TSV‐Based ESD Protection
  • Summary
16

ESD CAD for Full‐Chip Design Verification

  • Full‐Chip ESD Design Verification
  • CAD Algorithms for ESD Design Verification
  • Full‐Chip ESD Design Verification Examples
  • Summary
17

New CDM ESD Protection

  • Misconception in CDM ESD Protection
  • Analyzing Pad‐Based CDM ESD Protection
  • Internally Distributed CDM ESD Protection
  • Summary
18

Future ESD Protection Outlook

  • The Fundamental ESD Protection Problem
  • Above‐IC Nano‐Crossbar Array ESD Switch
  • Graphene ESD Protection Switch
  • Graphene ESD Protection Interconnects
  • Future ESD Protection Outlook
  • Summary

Any questions?
Check out the FAQs

Resolve all your doubts about our Practical ESD Protection Design course here.

Contact Us Now

Electrostatic Discharge (ESD) is a vital threat to the Integrated circuit (IC) in your electronic device, its reliability and performance.  Which is why it is imperative to create a protective shield for ICs.

Those working in the semiconductor industry, involved in the design and development of ICs will benefit greatly from this course.

No, it is not recommended to absolute beginners.

It is recommended to have a strong foundation in basic electronics, digital electronics, analog electronics, and VLSI design.

You can apply for the following exciting job roles:

  • ESD Engineer
  • IC Design Engineer
  • Layout Designer
  • Verification Engineer
  • Product Engineer

Learn ESD Protection Design

  For designing ICs that can stand electric shocks.

$ 239.99

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