Output buffer, comprising - a series connection of a first field effect transistor and a second field effect transistor, the first field effect transistor connected to a first supply potential terminal and the second field effect transistor connected to a second supply potential terminal; - an output terminal (T_OUT) connected to a common connection of the first field effect transistor and the second field effect transistor; - a series connection of a resistive element and a capacitive element, the capacitive element connected to the output terminal (T_OUT); - a first switch connected between the first supply potential terminal and a gate terminal of the first field effect transistor; - a second switch connected between the gate terminal of the first field effect transistor and a common connection of the resistive element and the capacitive element; - a third switch connected between the common connection of the resistive element and the capacitive element and a gate terminal of the second field effect transistor; - a fourth switch connected between the gate terminal of the second field effect transistor and the second supply potential terminal; - a fifth switch connected between the first supply potential terminal and a sixth switch being connected to the second supply potential terminal, wherein the resistive element is connected to a common connection of the fifth switch and the sixth switch; and - a control circuit (CTRL); characterized in that the control circuit (CTRL) is configured: - to generate respective switching signals for the switches based on a single input signal; - if the input signal changes to a high state, to close the first switch and the third switch, to open the second switch and the fourth switch, and to keep the fifth switch in an open state and the sixth switch in a closed state; - at a first predetermined period after the input signal has changed to a high state, to keep the first switch and the third switch in a closed state, to keep the second switch and the fourth switch in an open state, to close the fifth switch, and to open the sixth switch; - if the input signal changes to a low state, to open the first switch and the third switch, to close the second switch and the fourth switch, and to keep the fifth switch in a closed state and the sixth switch in an open state; and - at a second predetermined period after the input signal has changed to a low state, to keep the first switch and the third switch in an open state, to keep the second switch and the fourth switch in a closed state, to open the fifth switch, and to close the sixth switch. - a series connection of a first field effect transistor and a second field effect transistor, the first field effect transistor connected to a first supply potential terminal and the second field effect transistor connected to a second supply potential terminal; - an output terminal (T_OUT) connected to a common connection of the first field effect transistor and the second field effect transistor; - a series connection of a resistive element and a capacitive element, the capacitive element connected to the output terminal (T_OUT); - a first switch connected between the first supply potential terminal and a gate terminal of the first field effect transistor; - a second switch connected between the gate terminal of the first field effect transistor and a common connection of the resistive element and the capacitive element; - a third switch connected between the common connection of the resistive element and the capacitive element and a gate terminal of the second field effect transistor; - a fourth switch connected between the gate terminal of the second field effect transistor and the second supply potential terminal; - a fifth switch connected between the first supply potential terminal and a sixth switch being connected to the second supply potential terminal, wherein the resistive element is connected to a common connection of the fifth switch and the sixth switch; and - a control circuit (CTRL); - to generate respective switching signals for the switches based on a single input signal; - if the input signal changes to a high state, to close the first switch and the third switch, to open the second switch and the fourth switch, and to keep the fifth switch in an open state and the sixth switch in a closed state; - at a first predetermined period after the input signal has changed to a high state, to keep the first switch and the third switch in a closed state, to keep the second switch and the fourth switch in an open state, to close the fifth switch, and to open the sixth switch; - if the input signal changes to a low state, to open the first switch and the third switch, to close the second switch and the fourth switch, and to keep the fifth switch in a closed state and the sixth switch in an open state; and - at a second predetermined period after the input signal has changed to a low state, to keep the first switch and the third switch in an open state, to keep the second switch and the fourth switch in a closed state, to open the fifth switch, and to close the sixth switch.