Low-Power Resonant Clocking Using Soft Error Robust Energy Recovery Flip-Flops

High-speed Energy-efficient Soft Error Tolerant Flip-flops

Design Of Low Power &Energy Proficient Pulse Triggered Flip- Flops

In this paper, pulse-triggered flip-flop types which are bidirectional elements in sequential logic circuits were designed. Initially, the pulse generation control logic is removed from the critical path to facilitate a faster discharge operation. Following low-power techniques are implemented, such as conditional capture, conditional precharge, conditional discharge, conditional data mapping, ...

Low-power Sequential Circuit Design Using T Flip-flops

In the past, the major concerns of the VLSI designer were area, performance, and cost; power consumption considerations were mostly of secondary concern. In recent years, however, this trend has begun to change, and, increasingly, power consumption is being given comparable weight to area and speed in VLSI design (Rabaey and Pedram 1996). One reason is that the continuing increase in chip scale...

Low Power Multiplier Design Using Latches and Flip-Flops

Problem statement: Power dissipation is designated as critical parameter in modern VLSI design field. In VLSI implementation low power concept is necessary to meet Moore’s law and to produce consumer electronics with more back up and less weight. To save significant power consumption of a VLSI design, it is a good direction to reduce its dynamic power which is the major part of power dissipatio...

Comparative Energy and Delay of Energy Recovery and Square Wave Clock Flip-Flops for High-Performance and Low-Power Applications

Flip-flops are essential elements of a design from both delay and energy aspects. A significant fraction of the total power in highly synchronous systems 1s dissipated over clock networks. Hence, lowpower clocking schemes are promising approaches for future desfgns. Recently, there has been published several energy recovery flip-flops that enable energy recovery from the clock network, resultin...