Combinational circuit design using Nanomagnetic logic

Nanomagnetic logic, an emerging nanotechnology has unique features. Circuits designed with NML consume very less power and have the capability to retain the information stored in the absence of power supply due to their inherent magnetic nature. The nature of these circuits is different from CMOS and molecular QCA. They can be better studied by evaluating combinational circuits. A very high speed integrated circuit hardware description language (VHDL) behavioral model for NML circuits is presented which allows the evaluation of logic behavior based on a solution called "snake-clock". The model is demonstrated using combinational circuits. The results highlight the efficiency of the model, and the remarkable improvements in the analysis of NML circuits.