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Neutron-induced pulsewidth distribution of logic gates characterized using a pulse shrinking chain-based test structure
Nakul Pande
, Saurabh Kumar
, Luke R. Everson
, Gyusung Park
, Ibrahim Ahmed
,
Chris H. Kim
Electrical and Computer Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
1
Scopus citations
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Dive into the research topics of 'Neutron-induced pulsewidth distribution of logic gates characterized using a pulse shrinking chain-based test structure'. Together they form a unique fingerprint.
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Keyphrases
Array-based
20%
Chain Length
20%
Chain-based
100%
Design Parameters
40%
Device Testing
20%
Distortion Effect
20%
Fin Field-effect Transistor (FinFET)
20%
High-density Array
20%
High-resolution
20%
Irradiation
20%
Logic Chain
20%
Logic Gates
100%
Near-threshold
20%
Neutron
100%
Neutron Radiation
20%
Operating Voltage
20%
Planar CMOS
20%
Pulse Shrinking
100%
Pulse Width
100%
Radiation Effects
20%
Relative Impact
20%
Sampling Circuit
20%
Single-event Transient
40%
Soft Error
20%
Threshold Voltage
20%
Transient Pulse
20%
Transistor
20%
Varying Length
20%
Engineering
Design Parameter
66%
High Resolution
33%
Irradiation Data
33%
Logic Gate
100%
Measured Data
33%
Operating Voltage
33%
Pulse Duration
33%
Sampling Circuit
33%
Soft Error
33%
Test Structure
100%