The brushless dc motor (BLDCM) drive is suffering from current/torque ripples. The DC-DC converter based BLDCM drive topology is widely preferred to suppress ripples. The improved characteristics such as low mechanical oscillation and stiff-speed regulation of BLDCM further introduces undamped AC signal which results destabilization of DC-link power (DCLP) supply. The different breeds of filter techniques have been recommended to stabilize the DCLP supply. However, the recommended filters are composed on the basic of concept of low pass filter (LPF) or band pass filter (BPF). In addition, these filters requires a precise association with active atonement, current reference and nonlinear interaction. In this context, a notch-filter (NF) has applied to stabilize the DCLP supply. The NF is investigated for a super-lift-Luo (SLL) converter assist BLDCM drive. The SLL converter is employed to suppress commutation current ripple (CCR) whereas the NF is applied to draw stabilized DCLP supply. A hardware prototype is developed and results are given to confirm the effectiveness of the proposed stabilization strategy and design. Thus, the suggested compensation technique effectively stabilized the DCLP supply of SLL converter employed to CCR mitigation in the BLDCM drive.