In this paper a novel ultra-low voltage (ULV) standard-cell-based comparator which provides
rail-to-rail input common-mode range (ICMR) is presented. The topology, unlike the others in …

Forward body biasing (FBB) has often been exploited in the literature for improving the
performance of both analog and digital building blocks. Recent works have explored the …

A fully synthesizable rail-to-rail dynamic voltage comparator referring to different technology
nodes and supply voltages down to 0.3 V is presented in this paper. The analyzed circuit is …

The most of mixed-signal applications, including ADC and DLDO (digital low drop-out
regulators), depend on the dynamic comparators. Therefore, enhancing the performance & …

This work briefs the stacked dynamic comparator (SDC) for analog mixed-signal
applications. Four-clock switches make it work at high speed with reduced power. The input …

A new low-power, high-precision inverter-based CMOS comparator is introduced in this
paper. Inherent high-power consumption of CMOS inverter is controlled by a current-limiting …

Comparators are crucial parts of circuit design because they can compare two analog
voltage signals and provide a digital output based on this comparison. This study aims to …

This paper presents an automated design method for a Strong-ARM dynamic comparator.
The dynamic characteristics of the dynamic comparator are analyzed and fitted into static …

Charge pump-based (CPB) dynamic biasing can be exploited in latched comparators to
optimize the speed-noise tradeoff allowing operation at low supply voltage with high speed …

The proposed comparator architecture includes various kinds of comparators like dynamic
two-stage Conventional Comparator to compare with different designs like 19T Comparator …