Rotational angle sensor, comprising: a stator element with a stator transmitting coil and a stator receiving coil; a rotor element, rotatably mounted about an axis of rotation with respect to the stator element, having a rotor receiving coil and a rotor transmitting coil, which are electrically connected to one another; wherein the rotor receiving coil is inductively coupled to the stator transmitting coil such that an electromagnetic field produced by the stator transmitting coil induces a current in the rotor receiving coil, said current flowing through the rotor transmitting coil such that the rotor transmitting coil produces a further electromagnetic field; wherein the stator receiving coil is inductively coupled to the rotor transmitting coil such that the inductive coupling depends on a rotational angle between the stator element and the rotor element and the further electromagnetic field produced by the rotor transmitting coil induces an angle-dependent AC voltage in the stator receiving coil; characterized in that the stator transmitting coil has a circular outer partial winding and a circular inner partial winding, which is arranged within the outer partial winding and which is electrically connected to the outer partial winding in such a way that it is oriented in the opposite sense to the outer partial winding in respect of a current flow; the rotor receiving coil has a circular outer partial winding and a circular inner partial winding, which is arranged within the outer partial winding and which is electrically connected to the outer partial winding in such a way that it is oriented in the opposite sense to the outer partial winding in respect of a current flow; wherein the outer partial winding of the stator transmitting coil and the outer partial winding of the rotor receiving coil are aligned in relation to one another; wherein the inner partial winding of the stator transmitting coil and the inner partial winding of the rotor receiving coil are aligned in relation to one another. a stator element with a stator transmitting coil and a stator receiving coil; a rotor element, rotatably mounted about an axis of rotation with respect to the stator element, having a rotor receiving coil and a rotor transmitting coil, which are electrically connected to one another; wherein the rotor receiving coil is inductively coupled to the stator transmitting coil such that an electromagnetic field produced by the stator transmitting coil induces a current in the rotor receiving coil, said current flowing through the rotor transmitting coil such that the rotor transmitting coil produces a further electromagnetic field; wherein the stator receiving coil is inductively coupled to the rotor transmitting coil such that the inductive coupling depends on a rotational angle between the stator element and the rotor element and the further electromagnetic field produced by the rotor transmitting coil induces an angle-dependent AC voltage in the stator receiving coil; characterized in that the stator transmitting coil has a circular outer partial winding and a circular inner partial winding, which is arranged within the outer partial winding and which is electrically connected to the outer partial winding in such a way that it is oriented in the opposite sense to the outer partial winding in respect of a current flow; the rotor receiving coil has a circular outer partial winding and a circular inner partial winding, which is arranged within the outer partial winding and which is electrically connected to the outer partial winding in such a way that it is oriented in the opposite sense to the outer partial winding in respect of a current flow; wherein the outer partial winding of the stator transmitting coil and the outer partial winding of the rotor receiving coil are aligned in relation to one another; wherein the inner partial winding of the stator transmitting coil and the inner partial winding of the rotor receiving coil are aligned in relation to one another.