In tis paper a novel method has been proposed for CSI-fed induction motor drives to improve motor currents by using of[10] a shunt active filter paralleled to the motor. Taking a Current comparison to the results gained between the conventional and company proposed method shows that using of an active filter at low Apr. speeds is desired and effective to improve the currents. In the Rij conventional CSI-fed drives, SHE switching is used to prevent resonance producing. It causes system switching frequency and losses increase. However active filter switching frequency is in the range of kHz, its operating frequency is not so troublesome because of its low consumed power at about 25% of the total power. Proposed method has extensive effects on the motor torque response. Motor torque is smoothed and pulsating torques are decreased, in opposite of the conventional CSI-fed drives which pulsating torques are viable. One of the problems that occur in the CSI-fed induction motor drives is operating at low speeds which is unstable. As seen, speed control has been improved in the proposed CSI-fed drive system including low speeds. Results obtained show that the current THD is improved in wide range of speed variations. The main aspect of the system is the control scheme of the used active filter, which leads to acceptable torque response and increases system stability due to eliminating of resonance components