Energy-information-recovery low-power flip-flop based on three-phase-clock and its application

By analyzing the low power and stability of circuits, this paper presents a low power adiabatic circuit to be able to recover it´s information as well as it´s energy using a three-phase-clock, where the energy is recovered after the negative edge of the clock, and then the information is recovered after the positive edge of the clock. By calculating the error and correcting deviation, this paper proposes a stable energy-information-recovery low-power sequential circuit for decimal division. The above adiabatic circuit is verified through PSPICE simulation.