A different method for the generation of a hollow toroidal current profile, and thus a reversed magnetic shear configuration, is demonstrated in a toroidal plasma. A set of an identical pair of rings were used to drive the hollow toroidal plasma current. The measurements of a poloidal magnetic field show the formation of a reversed magnetic shear in the core region. Low levels of density fluctuation are observed away from the large reversed magnetic shear region, and fluctuation minima is found in the vicinity of a potential well.