Realization of Synchronized Computation and Communication Using Penta MTJ Elements

Abstract: Advanced computing systems infix spintronic devices to boost the outflow performance of standard CMOS systems. High speed, low power, and infinite endurance area unit vital properties of magnetic tunnel junction (MTJ), a spintronic device that assures its use in reminiscences and logic circuits. This paper presents a Penta MTJ-based gate that provides simple cascading, self-referencing, less voltage headroom downside in pre charge sense electronic equipment and low space overhead contrary to existing MTJ-based gates. Penta MTJ is employed here as a result of it provides warranted disturbance free reading and inflated tolerance to method variations at the side of compatibility with CMOS method. The gate is valid by simulation at the 180 -nm technology in Cadence virtuoso.

Keywords: Counter, magnetic logic gate, magnetic tunnel junction.