FPGA Implementation and Design of Less Complex Low Power Multiplier in Symica Using Reversible Logic
Heat generation is the major drawback in conventional electronic circuits or systems. Reversible logic is a solution for this drawback. Reversible logic can avoid the problem of heat generation, improves the system performance and consumes low power. This paper proposed a less complex low power reversible multiplier. It was simulated in Modelsim, synthesized in Xilinx, implemented in Spartan FPGA,designed in SYMICA tool with final results.
Index Terms — Baugh-Wooley Approach, Complementary Pass Transistor Logic, Standard Reversible Logic Gates, Wallace Signed Multiplication.