An Improved Design of Low Power BCD Adder using Reversible Computing
Ankush ., Sonam · International Journal of Advanced Science and Technology · 2017
In the field of quantum computation, the reversible logic and nanotechnology has gathered a lot of attention of researcher's in the recent years due to its low power dissipation quality.Quantum computing has been a guiding light for nanotechnology, optical information computing, low power CMOS design, DNA computing and Low power VLSI design.Arithmetic operations are the main component in any design of DSP or Microcontroller's, Multipliers and Divider circuits includes the additions and subtractions.Attempt is made in this paper to design an efficient BCD Adder circuit using reversible gates to minimize the quantum cost and power dissipation of the circuit.Synthesis and Simulation are verified using Xilinx 14.4 tool with Artix-7 kit.