by a delay greater than or equal to the time required to apply the column voltages said row addressing signals comprising in a first period at least one voltage value for breaking the anchoring of all the pixels of the row and then a second period for determining the final state of the pixels making up the addressed row this final state depending on the value of each of the electrical signals applied to the corresponding column a device in which u03c4 c u2266 u03c4 d lt u03c4 l u03c4 d represents the time shift between two row signals u03c4 l represents the row address time comprising at least one anchoring breaking phase and one texture selection phase and u03c4 c represents the duration of a column signal a device in which the time for addressing x simultaneously addressed rows is equal to u03c4 l u03c4 d x u2212 1 in which equation u03c4 d represents the time shift between two row signals and u03c4 l represents the row address time comprising at least one anchoring breaking phase and one texture selection phase a device in which the simultaneously addressed rows in temporal overlap are adjacent rows a device in which the simultaneously addressed rows in temporal overlap are spatially spaced apart rows a device in which means capable of simultaneously addressing the i modulo j rows i e the rows i i j i 2j etc by providing a row signal of duration u03c4 l j u03c4 d by time shifting by u03c4 d two successive row signals applied simultaneously and by shifting by u03c4 l the successive blocks of row signals applied simultaneously a device in which x consecutive rows are addressed simultaneously with a time shift u03c4 d from one row to.