This paper describes a semi-dynamic CMOS flip-flop family featuring embedded Threshold Logic functions. First, we describe the new Threshold Logic flipflop concept and circuit operation. Second, we present the concepts of embedded Threshold logic and run-time reprogrammability. Finally, it is proved by Spice simulation results that wide (up to 8 inputs) AND/OR Boolean functions can be embedded ...

The flip-flop trail is an object biography. It follows the translocal journeys of a pair of plastic sandals, unpacking the lives and landscapes hidden in the plastic. An important shoe-infrastructure enabling human mobility, flip-flops work as an offbeat proxy for globalization too. They proffer empirical footings in translocally-connected worlds in which people and the social textures and terr...

We introduce two incomplete polynomial time algorithms to solve satisfiability problems which both use Linear Programming (LP) techniques. First, the FlipFlop LP attempts to simulate a Quadratic Program which would solve the CNF at hand. Second, the WeightedLinearAutarky LP is an extended variant of the LinearAutarky LP as defined by Kullmann [6] and iteratively updates its weights to find auta...

Reversible logic design attracts more interest due to its low power consumption. A lot of research has been done in combinational as well as sequential design of reversible circuits. As far as it is known, this is the first attempt to apply reversible logic to synchronous counters design using T flipflop. In this paper we have also proposed a new reversible gate which can be used as copying gat...

This Project details about the design of D Flip Flop (DFPFP). circuit is analyzed by using supply voltage level methods. These methods are used mainly to suppress power consumption caused due leakage currents. In addition, because this implemented technique, time taken for battery backup, and given at standby mode gets minimized. The projected uses a smaller number transistors, such that curren...

Power has become a burning issue in modern VLSI design. In modern integrated circuits, the power consumed by clocking gradually takes a dominant part. If a design is given, power consumption can be reduced by replacing some flip-flops with fewer multi-bit flip-flops. However, this procedure may affect the performance of the original circuit. Hence, the flipflop replacement without timing and pl...

A Fault tolerant reversible logic has gained importance as they consume low power and less heat dissipation. The benefits of logical reversibility can be gained only after employing physical reversibility. Every future technology will have to use reversible gates in order to reduce power. This paper proposed a new fault tolerant reversible 4*4 RR-gate which satisfies the reversible and parity p...

During the past few decades advances in semiconductor technology have had only modest implications for the design and verification of integrated systems. While "deep-submicron" effects created new challenges for guaranteeing electrical integrity and necessitated the bundling of traditionally separated design steps such as logic synthesis and physical layout, the general integrated circuit desig...

Technology scaling has increased the impact of process variations on the design margins of digital circuits, leading to circuits operating with higher percentages of safety margins. Current technology uses canary circuits, also known as replica circuits, or look up circuits in order to reduce the amount of margin at which the circuit operates, but these approaches still must account for worst c...