A method for manufacturing a choke coil, the method comprising: providing an elongated piece of electrically conducting material; forming a plurality of coil turns to the elongated piece of electrically conducting material; forming a first terminal member to the elongated piece of electrically conducting material, the first terminal member being spaced apart from the plurality of coil turns, and adapted for electrically connecting the choke coil to a first circuit terminal of an electric circuit; forming a second terminal member to the elongated piece of electrically conducting material, the second terminal member being spaced apart from the plurality of coil turns, and adapted for electrically connecting the choke coil to a second circuit terminal of the electric circuit, wherein the choke coil has a longitudinal direction extending between the first terminal member and the second terminal member, and the plurality of coil turns are located between the first terminal member and the second terminal member, characterized in that the forming of the first terminal member comprises forming a first aperture by bending the elongated piece of electrically conducting material, and the forming of the second terminal member comprises forming a second aperture by bending the elongated piece of electrically conducting material, wherein the first terminal member is adapted to compensate lateral dimensional variance between locations of the first circuit terminal and second circuit terminal, and the second terminal member is adapted to compensate longitudinal dimensional variance between locations of the first circuit terminal and second circuit terminal, wherein the lateral dimensional variance is perpendicular to the longitudinal direction, and the longitudinal dimensional variance is parallel to the longitudinal direction, wherein the first aperture extends in a first lateral direction perpendicular to the longitudinal direction, and the second aperture extends in a second lateral direction perpendicular to the longitudinal direction, wherein the first aperture is adapted to provide a pivot point for the choke coil for rotation around a centre axis of the first aperture, and the second aperture is an adjustment slot whose dimension in the longitudinal direction is greater than in a direction perpendicular to both the longitudinal direction and the second lateral direction, wherein the first aperture is defined by a first bent portion of the conductor element, and the second aperture is defined by a second bent portion of the conductor element, and wherein the first bent portion of the conductor element surrounds a centre axis of the first aperture in a first angle (α1) which is greater than 200°. providing an elongated piece of electrically conducting material; forming a plurality of coil turns to the elongated piece of electrically conducting material; forming a first terminal member to the elongated piece of electrically conducting material, the first terminal member being spaced apart from the plurality of coil turns, and adapted for electrically connecting the choke coil to a first circuit terminal of an electric circuit; forming a second terminal member to the elongated piece of electrically conducting material, the second terminal member being spaced apart from the plurality of coil turns, and adapted for electrically connecting the choke coil to a second circuit terminal of the electric circuit, wherein the choke coil has a longitudinal direction extending between the first terminal member and the second terminal member, and the plurality of coil turns are located between the first terminal member and the second terminal member, characterized in that the forming of the first terminal member comprises forming a first aperture by bending the elongated piece of electrically conducting material, and the forming of the second terminal member comprises forming a second aperture by bending the elongated piece of electrically conducting material, wherein the first terminal member is adapted to compensate lateral dimensional variance between locations of the first circuit terminal and second circuit terminal, and the second terminal member is adapted to compensate longitudinal dimensional variance between locations of the first circuit terminal and second circuit terminal, wherein the lateral dimensional variance is perpendicular to the longitudinal direction, and the longitudinal dimensional variance is parallel to the longitudinal direction, wherein the first aperture extends in a first lateral direction perpendicular to the longitudinal direction, and the second aperture extends in a second lateral direction perpendicular to the longitudinal direction, wherein the first aperture is adapted to provide a pivot point for the choke coil for rotation around a centre axis of the first aperture, and the second aperture is an adjustment slot whose dimension in the longitudinal direction is greater than in a direction perpendicular to both the longitudinal direction and the second lateral direction, wherein the first aperture is defined by a first bent portion of the conductor element, and the second aperture is defined by a second bent portion of the conductor element, and wherein the first bent portion of the conductor element surrounds a centre axis of the first aperture in a first angle (α1) which is greater than 200°.