طراحي و شبيه سازي ضرب كننده 3 بيتي بهبود يافته با استفاده از فيلتر پرش ولتاژ در تكنولوژي CMOS

Design and Simulation of an Improved 3-bit Multiplier using Voltage Ripple filter in CMOS Technology

In this paper, improved 3-bit multiplication arithmetic operator is proposed. In order to design a basic block for this multiplier, transmission gates are used which result in the design of fast and low-power full adders. Important features of this design are firstly, adding the voltage ripple filter structure to improve the output and secondly, the ability of the final 3-bit multiplier to operate with a 1 volt supply. All design stages of this 3-bit multiplier are performed using HSPICE in 0.18µm CMOS technology. Simulation results show that the final design has low power consumption and delay, therefore, PDP parameter reduces compared to similar designs.

In this paper, improved 3-bit multiplication arithmetic operator is proposed. In order to design a basic block for this multiplier, transmission gates are used which result in the design of fast and low-power full adders. Important features of this design are firstly, adding the voltage ripple filter structure to improve the output and secondly, the ability of the final 3-bit multiplier to operate with a 1 volt supply. All design stages of this 3-bit multiplier are performed using HSPICE in 0.18µm CMOS technology. Simulation results show that the final design has low power consumption and delay, therefore, PDP parameter reduces compared to similar designs.