Journal of emerging technologies and innovative research, 2018
Abstract: Synchronizer is an essential element in the system on chip (SOC) whenever it deals with... more Abstract: Synchronizer is an essential element in the system on chip (SOC) whenever it deals with clock domain crossing and asynchronous inputs. Lower τ (metastable resolution time constant) can provide a better synchronization capability. In this paper, we demonstrate the effect of process variation on standard D flipflop. The effect of process variation has been observed for 180 nm node in CMOS planar devices using UMC process for all process corners. All the simulation for obtaining metastability has been performed in Cadence Virtuoso Design Environment.
Journal of emerging technologies and innovative research, 2018
Abstract: Synchronizer is an essential element in the system on chip (SOC) whenever it deals with... more Abstract: Synchronizer is an essential element in the system on chip (SOC) whenever it deals with clock domain crossing and asynchronous inputs. Lower τ (metastable resolution time constant) can provide a better synchronization capability. In this paper, we demonstrate the effect of process variation on standard D flipflop. The effect of process variation has been observed for 180 nm node in CMOS planar devices using UMC process for all process corners. All the simulation for obtaining metastability has been performed in Cadence Virtuoso Design Environment.
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Papers by Kinjal Davda