Method of driving a display panel which comprises: - an array of light emitters or optical valves, - an active matrix comprising an array of electrodes for voltage-mode signal addressing (X D), an array of select electrodes (Ys), an array of reference electrodes (Y R), an array of circuits suitable for controlling each of said emitters or valves and each (1"") provided with a control terminal suitable to be coupled to an address electrode (X D) via a select switch, a reference terminal (R') linked to a reference electrode (Y R), and a sustain capacitor (C s) mounted between said control terminal and said reference terminal (R').... the control of said select switch being linked to a select electrode (Y s),... said method comprising: - emission periods during which a predetermined emission voltage (V prog-data), which presents a first polarity, is applied and sustained at the control terminal of at least one driver circuit of said panel, and a reference emission voltage V ref-E is applied to the reference electrodes (Y R) to which the reference terminal(s) (R') of the at least one circuit is/are linked, - and depolarization periods during which a predetermined depolarization voltage (V prog-pol), which presents a second polarity, opposite to the first polarity, is applied and sustained at the control terminal of the at least one driver circuit of said panel, and a reference depolarization voltage V ref-P is applied to the reference electrodes (Y R) to which the reference terminal(s) (R') of the at least one circuit(s) is/are linked, each of said emission or depolarization periods comprising, to obtain a predetermined emission voltage (V prog-data) or depolarization voltage (V prog-pol) at the control terminal of each driver circuit (1""), an addressing step during which a select signal is applied to the control of the select switch which couples the control terminal of this circuit to an address electrode (X D), and an address signal (V data, V pol) which is adapted to obtain said predetermined voltage (V prog-data, V prog-pol) at said control terminal is applied to this address electrode (X D), - said reference depolarization voltage V ref-P is different from said reference emission voltage V ref-E, characterized in that: - said reference emission voltage (V ref-E) and said reference depolarisation voltage (V ref-P) are chosen such that said address signal (V data, V pol) presents the same polarity regardless of said emission or depolarization period. - an array of light emitters or optical valves, - an active matrix comprising an array of electrodes for voltage-mode signal addressing (X D), an array of select electrodes (Ys), an array of reference electrodes (Y R), an array of circuits suitable for controlling each of said emitters or valves and each (1"") provided with a control terminal suitable to be coupled to an address electrode (X D) via a select switch, a reference terminal (R') linked to a reference electrode (Y R), and a sustain capacitor (C s) mounted between said control terminal and said reference terminal (R'). - emission periods during which a predetermined emission voltage (V prog-data), which presents a first polarity, is applied and sustained at the control terminal of at least one driver circuit of said panel, and a reference emission voltage V ref-E is applied to the reference electrodes (Y R) to which the reference terminal(s) (R') of the at least one circuit is/are linked, - and depolarization periods during which a predetermined depolarization voltage (V prog-pol), which presents a second polarity, opposite to the first polarity, is applied and sustained at the control terminal of the at least one driver circuit of said panel, and a reference depolarization voltage V ref-P is applied to the reference electrodes (Y R) to which the reference terminal(s) (R') of the at least one circuit(s) is/are linked, each of said emission or depolarization periods comprising, to obtain a predetermined emission voltage (V prog-data) or depolarization voltage (V prog-pol) at the control terminal of each driver circuit (1""), an addressing step during which a select signal is applied to the control of the select switch which couples the control terminal of this circuit to an address electrode (X D), and an address signal (V data, V pol) which is adapted to obtain said predetermined voltage (V prog-data, V prog-pol) at said control terminal is applied to this address electrode (X D), - said reference depolarization voltage V ref-P is different from said reference emission voltage V ref-E, - said reference emission voltage (V ref-E) and said reference depolarisation voltage (V ref-P) are chosen such that said address signal (V data, V pol) presents the same polarity regardless of said emission or depolarization period.