In recent years, implantable biomedical devices like cardiac pacemaker, defibrillators,
cochlear implants, visual prosthesis etc. have gained immense importance in the personal …

In this brief, an extremely low power true clocking flip-flop is proposed using eighteen
transistors only. The flip-flop is a synchronous bistable element that stores single-bit …

Graphene nanoribbons (GNRs) are a good replacement material for silicon to overcome
short-channel effects in nanoscale devices. However, with continuous technology scaling …

As basic components, optimizing power consumption of flip-flops (FFs) can significantly
reduce the power of digital systems. In this article, an energy-efficient retentive true-single …

This paper proposes a novel master slave (MS) flip‐flop design achieved by using only 18
transistors with a single‐phase clock and mixed topology. This design has lowest …

The rapid developments in IoT, wireless technology, and mobile computing devices imply
that ubiquitous computing is not a far-off dream from the present. But while it is not wrong to …

Dynamic logic circuits are preferred over CMOS static logic circuits due to the low area and
high-speed advantage they offer in high-performance designs. In electronics circuits, the …

This paper presents a novel ultra-low-power Sleepy CMOS-Sleepy Stack (SC-SS) technique
for nano scale VLSI technologies. Eight prior techniques are taken for comparison with …

This paper presents the performance analysis of the different master slave flip flop reported
and comparison of their parameters such as power, area, delay setup time and hold time. To …

In this paper a single phase clock flip-flop has been introduced. This is a modified version of
topologically compressed flip-flop. It consist of 19 transistors which is two transistor less than …