This study compared the event-related potential(ERP) patterns induced by magnetic field of various intensities and frequencies. The magnetic tactile stimuli of three intensities(Lev1, 2, 3) and four frequencies(10, 20, 30, 50Hz) were presented to the center of right hand palm of 19 adult male (22.9±2.28 years). Each intensity setted to the distance between the center of palm and the electromagnetic coil where the magnetic field is generated, each setting is Lev1 = 3cm, Lev2 = 2cm, Lev3 = 1cm. The experiment design consists of stimulation phase(0.1s) and rest phase(20s). Each parameter(3 intensities x 4 frequency) stimulation presented in counterbalanced 30 times. ERP analysis was performed using C3 channel data from electroencephalogram(EEG) to elicit the representation of somatosensory area. In result, The ERP components that showed the significant difference in intensities and frequencies were ‘Max peak(P300-base)’(p<.001, p=.035) and ’peak-topeak( P300-N100)’(p<.001, p=.005). Therefore, amplitude of both component increased with increasing intensity and frequency. The result shows that the magnetic tactile stimulation, which is one of the non-contact stimuli, can induce tactile stimulation such as general mechanical tactile stimuli such as vibration and pressure.