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Role of interfacial layer on breakdown of TiN /high- κ gate stacks
N. A. Chowdhury
,
D. Misra
, G. Bersuker
, C. Young
, R. Choi
Electrical and Computer Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Scopus citations
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Keyphrases
Gate Stack
100%
Interfacial Layer
100%
Highest Layer
60%
Breakdown Field
40%
Constant Voltage Stress
40%
Degradation Mechanism
20%
HfO2
20%
Process Conditions
20%
Silica
20%
Progressive Breakdown
20%
Breakdown Characteristics
20%
Pre-deposition
20%
Surface Treatment
20%
Charge Trapping
20%
Interfacial Thickness
20%
Stress Induced Leakage Current
20%
Atomic Layer Deposited
20%
Ramp Voltage Stress
20%
Hard Breakdown
20%
Soft Breakdown
20%
Breakdown Behavior
20%
Charged Defects
20%
Defect Generation
20%
Engineering
Gate Stack
100%
Interfacial Layer
100%
Constant Voltage
40%
Breakdown Field
40%
Defects
20%
Atomic Layer
20%
Layer Thickness
20%
Degradation Mechanism
20%
Process Condition
20%
Stress Induced Leakage Current
20%
Material Science
Charge Trapping
100%