Defect & Fault Modelling in VLSI

Описание: In this insightful video as we dive deep into the different types of bridging and open defects that impact integrated circuits. Understand the concept of critical resistance in bridging faults and how it influences circuit behavior. Learn about essential logic fault models such as stuck-at, pseudo stuck-at, and wired AND/OR models. We also cover both non-feedback and feedback bridging faults in sequential circuits, along with gate oxide shorts in NMOS and PMOS transistors. Finally, discover how open circuit defects and floating nodes affect circuit functionality and reliability.

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Chapters for easy navigation:
00:00 Beginning & Intro
00:32 Chapter Index
01:39 Understanding CMOS IC Failure
06:22 Bridging Defets
06:24 Bridging Defects in IC
08:24 Critical Resistance in Bridging Defects
10:38 Fault Models for Bridging Defects
12:12 Logic Fault Models : Stuck-at & Pseudo Stuck-at Fault
13:57 Logic Wired AND/OR Model
15:58 More Logic Fault Models
18:09 Non Feedback Bridging Faults
19:47 Feedback Bridging Faults
20:46 Bridging Faults in Sequential Circuit
21:58 Gate Oxide Shorts
21:58 Gate Oxide Shorts : Introduction & Model
22:02 NMOS Transistor Gate Oxide Short
24:46 PMOS Transistor Gate Oxide Short
29:00 Open Circuit Defects
30:55 Floating Nodes & Their Impact on ICs
32:32 Classification of Open Defects


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This video also suggests :
Types of bridging faults in VLSI circuits
Critical resistance in bridging faults explained
Understanding stuck-at and pseudo stuck-at faults
Wired AND and OR fault models in digital circuits
Gate oxide short defects in NMOS and PMOS
Impact of open circuits and floating nodes in ICs
Feedback vs non-feedback bridging faults
Fault modeling techniques in VLSI design
Detecting open and bridging defects in chips
Logic fault simulation and test patterns in VLSI