This paper presents a comprehensive review of near-threshold wide-voltage designs on
memory, resilient logic designs, low voltage Radio Frequency (RF) circuits, and timing …

There is no doubt that operating the MOSFET transistor in the subthreshold region, where
the power-supply voltage is less than the threshold voltage, has an increasing importance …

Voltage scaling technique is widely employed in state-of-the-art low power circuits with
excellent power reduction. However, voltage scaling to sub-threshold (STV) and near …

This paper presents the design of variation-resilient ultra-low-voltage circuits functioning at
MHz-speed. By careful design, robust digital circuits operating in the sub-threshold region …

Accurate standard cell modeling is significant for circuit timing analysis and yield estimation.
With voltage decreasing to near-threshold, cell delay distribution becomes asymmetrical and …

Ultralow-energy biomedical applications have urged the development of a subthreshold
VLSI logic family in standard CMOS. This brief proposes an unbalanced pull-up/down …

In this paper, we propose a single probability density function for the distributions of the
delay in the presence of the process variation for different regions of operation. The delay …

This brief presents a differential time-domain comparator formed by two voltage controlled
delay lines, one per input terminal, and a binary phase detector for comparison solving. The …

In this paper, we propose a method based on deep neural networks for the statistical design
of flip-flops, taking into account nonlinear performance constraints. Flip-flop design and …

Scaling down the supply voltage (V dd) below the transistors threshold voltage (V th) has
become a very popular technique in designing Ultra-Low-Power circuits whose demand has …