Publication | Closed Access
A New Insight Into Correlation Between DC And AC Hot-carrier Degradation Of MOS Devices
15
Citations
3
References
1993
Year
Unknown Venue
Steep Frequency DegradationEngineeringHot-carrier LifetimePower ElectronicsMos DevicesNanoelectronicsAc EnhancementElectronic PackagingElectrical EngineeringHardware ReliabilityBias Temperature InstabilityPower Semiconductor DeviceTime-dependent Dielectric BreakdownDevice ReliabilityMicroelectronicsAc Hot-carrier DegradationStress-induced Leakage CurrentApplied PhysicsCircuit Reliability
Experimental comparison of DC and AC hot-carrier stress results suggest no indication of AC enhancement in digital circuits. Hot-carrier degradation behaviors of low and high-trap density oxides are compared to show that steep frequency degradation can be associated with high-trap density oxides. DC saturation drain current change can adequately explain such steep frequency degradation and is a better monitor for hot-carrier lifetime.
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