Method for driving a matrix of elements responding to the absolute value of the activation voltage avoiding crosstalk, the matrix (4) composed of elements (3) arranged in M rows and N columns with a first (2) and second (2) electrodes to apply the activation voltage. When elements (E3C,E6C,E8C) located on a common activation column (CC) and on activation rows (R3,R6,R8) are to be excited, the method comprises:- applying a row activation voltage (V3) to the first electrode (2) of the elements (3) located on activation rows (R3,R6,R8)- applying a column activation voltage (V0) to the second electrode (2) of the elements (3) located on common activation column (C)- applying a common row voltage (V1) to the first electrode (2) of the elements (3) located on all the rows of the matrix (4) except for the activation rows (R3,R6,R8)- applying a common column voltage (V2) to the second electrode (2) of the elements (3) located on all the columns of the matrix (4) except for the common activation column (C).
