An electrodynamic transducer comprising - a coil, - a claw disc assigned to the coil which is arranged on one side of the coil and which comprises a disc component which is rotatable about a rotary axis and a disc component which is stationary in relation thereto, wherein the rotatable and the stationary disc component (7a, 7b) comprise claws assigned to each other, which during rotation of the rotatable disc component for the claw disc alternate between assuming a magnetic-flux-closing relative position and a not-magnetic-flux-closing relative position, - a further claw disc assigned to the coil which is arranged on an opposite side of the coil and which comprises a disc component which is rotatable about the rotary axis and a disc component stationary in relation thereto, wherein the rotatable and the stationary disc component (8a, 8b) comprise claws assigned to each other, which during rotation of the rotatable disc component for the further claw disc alternate between assuming a magnetic-flux-closing relative position and a not-magnetic-flux-closing relative position, and - magnetic flux construction elements, which comprise axially opposing, oppositely magnetised magnetic construction elements (9, 10; 12, 13) and magnetic flux elements of a magnetically soft material, of which in operation at least a part is assigned to a magnetic flux through the claw disc or to a further magnetic flux through the further claw disc, respectively, which alternate in forming during rotation of the rotatable disc component of the claw disc and during rotation of the rotatable disc component of the further claw disc, wherein the magnetic-flux-closing relative positions for the claw disc and the further claw disc, as well as the not-magnetic-flux-closing relative positions, are formed with an angular offset to each other. - a coil, - a claw disc assigned to the coil which is arranged on one side of the coil and which comprises a disc component which is rotatable about a rotary axis and a disc component which is stationary in relation thereto, wherein the rotatable and the stationary disc component (7a, 7b) comprise claws assigned to each other, which during rotation of the rotatable disc component for the claw disc alternate between assuming a magnetic-flux-closing relative position and a not-magnetic-flux-closing relative position, - a further claw disc assigned to the coil which is arranged on an opposite side of the coil and which comprises a disc component which is rotatable about the rotary axis and a disc component stationary in relation thereto, wherein the rotatable and the stationary disc component (8a, 8b) comprise claws assigned to each other, which during rotation of the rotatable disc component for the further claw disc alternate between assuming a magnetic-flux-closing relative position and a not-magnetic-flux-closing relative position, and - magnetic flux construction elements, which comprise axially opposing, oppositely magnetised magnetic construction elements (9, 10; 12, 13) and magnetic flux elements of a magnetically soft material, of which in operation at least a part is assigned to a magnetic flux through the claw disc or to a further magnetic flux through the further claw disc, respectively, which alternate in forming during rotation of the rotatable disc component of the claw disc and during rotation of the rotatable disc component of the further claw disc,