Actuator arrangement having an actuator comprising at least one electrically conductive actuator coil, which has a longitudinal axis L and a plurality of turns, and at least one magnet, which is arranged spaced apart from the turns of the actuator coil in the radial direction R with respect to the longitudinal axis L and has a magnetization direction that is perpendicular to the longitudinal axis L of the actuator coil, wherein the at least one actuator coil is at least partially covered on a side remote from the magnet by a central region of a first conducting element, and the at least one magnet is at least partially covered on a side remote from the turns of the at least one actuator coil by a central region of a second conducting element, wherein the first conducting element protrudes beyond the at least one actuator coil, and the second conducting element protrudes beyond the at least one magnet, in the axial direction with respect to the longitudinal axis L, and said first and second conducting elements each have collar-like projections (6, 7) there, wherein either the actuator coil with the first conducting element or the magnet with the second conducting element is mounted in a sprung manner, while the respective other assembly (2, 4; 8, 10) is mounted statically, wherein the at least one actuator coil has at least one first coil and one second coil, characterized in that the actuator arrangement further has an actuator feed with two different voltage or current sources, wherein the first coil and the second coil are fed by in each case one of the different voltage or current sources, wherein the first coil has a larger number of turns than the second coil, and wherein the first coil has turns with a smaller cross section than the turns of the second coil, and wherein the first coil is operated by a first voltage or current source at a lower frequency than the second coil by a second voltage or current source. having an actuator comprising at least one electrically conductive actuator coil, which has a longitudinal axis L and a plurality of turns, and at least one magnet, which is arranged spaced apart from the turns of the actuator coil in the radial direction R with respect to the longitudinal axis L and has a magnetization direction that is perpendicular to the longitudinal axis L of the actuator coil, wherein the at least one actuator coil is at least partially covered on a side remote from the magnet by a central region of a first conducting element, and the at least one magnet is at least partially covered on a side remote from the turns of the at least one actuator coil by a central region of a second conducting element, wherein the first conducting element protrudes beyond the at least one actuator coil, and the second conducting element protrudes beyond the at least one magnet, in the axial direction with respect to the longitudinal axis L, and said first and second conducting elements each have collar-like projections (6, 7) there, wherein either the actuator coil with the first conducting element or the magnet with the second conducting element is mounted in a sprung manner, while the respective other assembly (2, 4; 8, 10) is mounted statically, wherein the at least one actuator coil has at least one first coil and one second coil, characterized in that the actuator arrangement further has an actuator feed with two different voltage or current sources, wherein the first coil and the second coil are fed by in each case one of the different voltage or current sources, wherein the first coil has a larger number of turns than the second coil, and wherein the first coil has turns with a smaller cross section than the turns of the second coil, and wherein the first coil is operated by a first voltage or current source at a lower frequency than the second coil by a second voltage or current source.