Dramatic reduction of read disturb through pulse width control in spin torque random access memory

摘要

Magnetizations dynamic effect in low current read disturb region is studied both experimentally and theoretically. Dramatic read error rate reduction through read pulse width control is theoretically predicted and experimentally observed. The strong dependence of read error rate upon pulse width contrasts conventional energy barrier approach and can only be obtained considering detailed magnetization dynamics at lons time thermal maenetization reversal region. Our studv provides a design possibility for ultra-fast low current spin torque random access memory.