Ultra-low-power systems with substantial computing capacity require latches and SRAMs to
operate at extremely low supply voltages. However, with aggressive technology scaling …

An operation in 1.8 V supply voltage single-ended cascode low-noise amplifier (LNA)
structure was launched. This designed circuit provided the lower noise figure and matched …

Near-threshold and sub-threshold voltage designs have been identified as possible
solutions to overcome the limitations introduced by energy consumption in modern very …

Noise analysis in nonlinear logic circuits requires models that take into account time-varying
biasing conditions. When considering thermal noise, which moves the circuit away from its …

As CMOS technology continues the path of miniaturization, noise-induced fluctuations raise
heightened reliability concerns. In previous work, an analytical framework based on Markov …

The gate length of CMOS transistors is continuing to shrink down to the sub-10nm region
and operating voltages are moving toward near-threshold and even sub-threshold values …

Accurate error-rate modeling in ultra-low-power subthreshold CMOS circuitry is needed to
predict reliability. In this study, we extend our stochastic time-domain error simulation …

An operation in 1.8 V supply voltage single-ended cascode lownoise amplifier (LNA)
structure was launched. This designed circuit provided the lower noise figure and matched …