Design and analyze two-bit magnitude comparator to reduce power consumption using pseudo NMOS logic compared with CMOS.

The study's goal is to compare the power consumption of a two-bit magnitude comparator with two binary numbers per bit, employing pseudo-innovative nMos logic instead of cmos. The N-type metal oxide semiconductor logic, which uses less power than cmos. By altering the length of the transistor, the comparator is created using simulation and verification. The experiment is repeated 20 times with different logic families, and it has been advocated for several years to increase the performance of high-speed circuits. This experiment is carried out for 20 various lengths. For the analysis of power consumption by the designed comparator with ag power of 80%, 20 samples were taken. The power consumption of a comparator based on CMOS logic is much lower than that of a comparator based on NMOS logic with ap value of 0.4915. When compared to NMOS, the mean value of CMOS (2.877) is substantially higher (2.926). [ABSTRACT FROM AUTHOR]