A driver circuit with a first and a second output terminal for driving electronic switches including a control terminal (GN, GP) and a current path through the switch (SN, SP), in: - at least one first driving configuration, wherein the first and second output terminals of the driver circuit are coupled to the current path and the control electrode of an electronic switch, respectively, or - at least one second driving configuration, wherein the first and second output terminals of the driver circuit are coupled to the control electrode and the current path of an electronic switch, respectively, wherein the driver circuit includes: - a bias current source (Ibias, 11); - a first and a second turn-on switch and a turn-off switch, the first and second turn-on switch and the turn-off switch coupled with the bias current source (Ibias, 11) and alternatively activatable in an arrangement wherein with one of the first and second turn-on switch and the turn-off switch conductive the two others of the first and second turn-on switch and the turn-off switch are non-conductive; - a first current mirror loop (15, 18, 16, 19) coupleable with the bias current source (Ibias, 11) via the first turn-on switch to produce a voltage drop across said first and second output terminals in the at least one first driving configuration; - a second current mirror loop (12, 13, 16) coupleable with the bias current source (Ibias, 11) via the second turn-on switch to produce a voltage drop across said first and second output terminals in the at least one second driving configuration; - a voltage clamp sensitive to the voltage across the first and second output terminals, the voltage clamp coupled to both the first current mirror loop (15, 18, 16, 19) and the second current mirror loop (12, 13, 16) for maintaining the voltage across the first and second output terminals at a certain value in both the at least one first driving configuration and the at least one second driving configuration; and - a third current mirror loop (14, 17) coupleable with the bias current source (Ibias, 11) via the turn-off switch to annul the voltage drop across said first and second output terminals in both the at least one first driving configuration and the at least one second driving configuration. - at least one first driving configuration, wherein the first and second output terminals of the driver circuit are coupled to the current path and the control electrode of an electronic switch, respectively, or - at least one second driving configuration, wherein the first and second output terminals of the driver circuit are coupled to the control electrode and the current path of an electronic switch, respectively, - a bias current source (Ibias, 11); - a first and a second turn-on switch and a turn-off switch, the first and second turn-on switch and the turn-off switch coupled with the bias current source (Ibias, 11) and alternatively activatable in an arrangement wherein with one of the first and second turn-on switch and the turn-off switch conductive the two others of the first and second turn-on switch and the turn-off switch are non-conductive; - a first current mirror loop (15, 18, 16, 19) coupleable with the bias current source (Ibias, 11) via the first turn-on switch to produce a voltage drop across said first and second output terminals in the at least one first driving configuration; - a second current mirror loop (12, 13, 16) coupleable with the bias current source (Ibias, 11) via the second turn-on switch to produce a voltage drop across said first and second output terminals in the at least one second driving configuration; - a voltage clamp sensitive to the voltage across the first and second output terminals, the voltage clamp coupled to both the first current mirror loop (15, 18, 16, 19) and the second current mirror loop (12, 13, 16) for maintaining the voltage across the first and second output terminals at a certain value in both the at least one first driving configuration and the at least one second driving configuration; and - a third current mirror loop (14, 17) coupleable with the bias current source (Ibias, 11) via the turn-off switch to annul the voltage drop across said first and second output terminals in both the at least one first driving configuration and the at least one second driving configuration.