Abstract: Tinnitus is an intrinsic feedback noise generated within the inner ear. Objective tinnitus is the kind in which a sound field does exist in the outer ear canal. Recent findings on the objective tinnitus problem strongly suggest that the signal(s) emanate from damaged sensor hairs inside the cochlea. The ringing, or noise, that the patient “hears” is most likely the firing of neighbor sensor hairs, due to the damaged sensor. Thus these neighbors comprise some signal bandwidth over which the patient detects the ringing. In the greater number of patients, this phenomenon is diagnosed as due to a single tone. Current signal methods used to mask the tone, or noise, emanating from the cochlea typically employ wide bandwidth signals that overlap more than the full bandwidth of the tone (or noise). These methods inherently create noise in themselves and do little to remove the signals being generated from the inner ear. This paper presents a simple viable method to cancel a single tone, in the local region of the damage sensor, in the cochlea.