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Power consumption in circuits poses significant challenges for electronic devices, leading to battery drain issues. This paper presents a method aimed at reducing power consumption in real-time applications through the implementation of low power adiabatic logic techniques. By focusing on minimizing circuit complexity and utilizing a set of principles, this approach is independent of the logic used and shows substantial improvement over traditional static circuits. The study employs various strategies to convert electrical energy into magnetic energy instead of the conventional irreversible conversion leading to heat dissipation. These techniques provide a pathway toward developing more efficient devices that cater to the demands of portability and reduced energy consumption, thus enhancing their applicability in everyday technology. The findings indicate that employing adiabatic logic principles can substantially lower power dissipation in combinational circuits, adding to the feasibility of their integration in modern electronic systems. This work reinforces the importance of energy-efficient designs in the future development of portable devices without compromising performance.