SIMULATION OF ENHANCED PULSE TRIGGERED FLIP FLOP WITH HIGH PERFORMANCE APPLICATIONS
Journal: International Journal of Engineering Sciences & Research Technology (IJESRT) (Vol.4, No. 1)Publication Date: 2015-01-30
Authors : Maneesh Kumar Singh; Rajeev Kumar;
Page : 489-493
Keywords : Delay; full adder; Power Delay; XOR Gate.;
Abstract
Flip-flops are the major storage elements in all system on chip (SOC) of digital design and one of the most power consumption components. It is important to reduce power dissipation in clock distribution networks and flip-flops. The power delay is mainly due to clock delays. The delay of flip-flops should be minimized for efficient implementation. This paper designed Enhanced Pulse Triggered Flip Flop (D-FF) based different applications (4 bit PIPO, 4bit SISO and 3 bit Asynchronous ripple counter). The design significantly reduces the power dissipation. Performances of all the circuits are investigated power consumption using TSMC 180nm technology.
Other Latest Articles
- KERNEL-BASED CLUSTERING APPROACH IN DEVELOPING APPAREL SIZE CHARTS
- SIMULATION A DYNAMIC MODELING THEORY OF STEAM TURBINE BASED ON AGENTIC A LOGARITHM
- INTENSIFICATION OF HEAT TRANSFER AND FLOW IN HEAT EXCHANGER WITH SHELL AND HELICALLY COILED TUBE BY USING NANO FLUIDS
- SYNTHESIS OF TERMINAL EPOXY FUNCTIONAL SILOXANES FOR MODIFICATION OF DIGLYCIDYL ETHER OF BIS-PHENOL A
- COMPLEX PURCHASING ? A CASE STUDY OF EVALUATION MODELS FOR LONG-TERM NETWORK CAPITAL INVESTMENTS
Last modified: 2015-02-09 22:23:41