Spin Transfer Torque Random Access Memory (STT-RAM) is suitable to be considered for cosmic memory. In STT-RAM the altercative period of attractive burrowing intersection is exchanged by the showing up of turn enraptured current over the intersection and it appear to be the most preparing elective with the more thickness and low introduction power, one of the major test for STT-RAM is the more write current, this paper proposes dual source write assist circuit method to reduce the equal compose vitality that prompts a diminishing in power utilization and the limit voltage of dynamic transistor to rising temperature. The MTJ temperature will increase than the write error rate is reduced. The final result is by effective use of VDD and threshold voltage values the write energy will be reduced. Right now, results utilizing a CMOS 65-nm get to transistor and the 40-nm MTJ innovation affirm that the projected compose help strategy prompts 81% of robustness is spared and its further incorporates just 9.6% territory excess to a 16-kb of STT-RAM cluster. And furthermore, another compose help technique is proposed to the end the compose activity in the wake of exchanging happens in the attractive burrowing intersection (MTJ), thus the both compose time vitality utilization of 1T-1MTJ piece cells will create.