Driver circuit arrangement for driving a load, comprising an amplifier with an amplifier input and an amplifier output, wherein in operation an input signal is provided to the amplifier input, and the amplifier output is connected to the load, the load being a capacitive load, and a dual feedback configuration comprising a feedback resistor and a first and second current sensor feedback arrangement (5, 5'), the feedback resistor being connected between the amplifier output and the amplifier input and providing a voltage feedback path, the first and second current sensor feedback arrangement (5, 5') providing a first and second current feedback path to the amplifier input, each comprising a current sensor resistor (6, 6') connected in a respective output current path of the driver circuit arrangement, and a current feedback amplifier (7, 7') comprising an inverting input and a non-inverting input connected to the current sensor resistor (6, 6'), and an output connected to the amplifier input; wherein the amplifier is a class-D amplifier having a high side power FET coupled between the amplifier output and a supply voltage in a high side current path and a low side power FET coupled between the amplifier output and a ground in a low side current path, wherein the high side current path comprises the first current sensor feedback arrangement and the low side current path comprises the second current sensor feedback arrangement, and the current sensor resistor of the first current sensor feedback arrangement is connected between the high side power FET and the supply voltage and the current sensor resistor of the second current sensor feedback arrangement is connected between the low side power FET and the ground. an amplifier with an amplifier input and an amplifier output, wherein in operation an input signal is provided to the amplifier input, and the amplifier output is connected to the load, the load being a capacitive load, and a dual feedback configuration comprising a feedback resistor and a first and second current sensor feedback arrangement (5, 5'), the feedback resistor being connected between the amplifier output and the amplifier input and providing a voltage feedback path, the first and second current sensor feedback arrangement (5, 5') providing a first and second current feedback path to the amplifier input, each comprising a current sensor resistor (6, 6') connected in a respective output current path of the driver circuit arrangement, and a current feedback amplifier (7, 7') comprising an inverting input and a non-inverting input connected to the current sensor resistor (6, 6'), and an output connected to the amplifier input; wherein the amplifier is a class-D amplifier having a high side power FET coupled between the amplifier output and a supply voltage in a high side current path and a low side power FET coupled between the amplifier output and a ground in a low side current path, wherein the high side current path comprises the first current sensor feedback arrangement and the low side current path comprises the second current sensor feedback arrangement, and the current sensor resistor of the first current sensor feedback arrangement is connected between the high side power FET and the supply voltage and the current sensor resistor of the second current sensor feedback arrangement is connected between the low side power FET and the ground.