Quantitative interpretation methods of potential field anomalies, such as Euler, have always undergone changes to increase the accuracy in determining the characteristics of subsurface sources and generalizations have been made to improve the reliability of the results. What is investigated in this research is another generalization of Euler deconvolution using principle component analysis technique and analytical signal. The improved Euler has no structural index, therefore the depth estimation accuracy is increased. Also, phase congruency is applied to the data of the potential field (Safo mine) in order to more accurately interpret the result. Comparing the results of the two mentioned methods increases the validity of the interpretation.