Adiabatic Configurable Reversible Synthesizer for 5G Applications

Electronic semiconductor manufacturers have reduced chip area, allowing for rapid growth in the field of electronics. Power dissipation has become a huge concern in the electronics industry as a result of leakage currents; as a result, researchers are actively attempting to develop solutions to reduce it. As adiabatic logic circuits feature a lot of power recycling and energy recovery, using adiabatic technology to develop low-power circuits is one such promising option. Reversible Logic Gates (RLG) implementation is vital in creating low-power circuits for 5G applications since large reversible logic circuits are fortified together in a single logical application. The frequency is a factor that is taken into account when determining the topological conclusion of reversible gates, with a focus on interference and power consumption in the research. The adiabatic Configurable Reversible Synthesizer (CRS) has a well-structured architecture. The Sweep circuit prefers a tuning process that takes less time to process. This paper assesses the efficiency of a novel Quantum Adiabatic CRS in terms of power and energy savings. With a 27.24 percent improvement over a commercially available Direct Data Synthesizer, the innovative design method achieves low-power dissipation.