Driver circuit for a plurality of inductive loads, - having a control unit which is common to all of the inductive loads (11, 12), - having a pulse-width-modulated switching unit which is common to all of the inductive loads (11, 12), - having a freewheeling unit which is common to all of the inductive loads (11, 12) and is designed as a second pulse-width-modulated switching unit, - having a voltage supply which is common to all of the inductive loads (11, 12), and - having an individual end stage (17, 18) for each inductive load (11, 12), wherein the common pulse-width-modulated switching unit and the individual end stages (17, 18) are connected to the common control unit, the common freewheeling unit and the common voltage supply such that - the common pulse-width-modulated switching unit and the common freewheeling unit are connected in series and - the end stages (17, 18) together with the inductive loads (11, 12) which are connected in series with the end stages (17, 18) are connected in parallel with the common freewheeling unit, wherein the common pulse-width-modulated switching unit, controlled by the common control unit, supplies the inductive loads (11, 12) with a voltage in a central and pulse-width-modulated manner via the common voltage supply and the common freewheeling unit is driven by the common control unit during operation of the driver circuit in a manner which is always 180 degrees out of phase with the common pulse-width-modulated switching unit, and wherein the end stages (17, 18), controlled by the common control unit, either individually connect or disconnect each of the inductive loads (11, 12). - having a control unit which is common to all of the inductive loads (11, 12), - having a pulse-width-modulated switching unit which is common to all of the inductive loads (11, 12), - having a freewheeling unit which is common to all of the inductive loads (11, 12) and is designed as a second pulse-width-modulated switching unit, - having a voltage supply which is common to all of the inductive loads (11, 12), and - having an individual end stage (17, 18) for each inductive load (11, 12), wherein the common pulse-width-modulated switching unit and the individual end stages (17, 18) are connected to the common control unit, the common freewheeling unit and the common voltage supply such that - the common pulse-width-modulated switching unit and the common freewheeling unit are connected in series and - the end stages (17, 18) together with the inductive loads (11, 12) which are connected in series with the end stages (17, 18) are connected in parallel with the common freewheeling unit, wherein the common pulse-width-modulated switching unit, controlled by the common control unit, supplies the inductive loads (11, 12) with a voltage in a central and pulse-width-modulated manner via the common voltage supply and the common freewheeling unit is driven by the common control unit during operation of the driver circuit in a manner which is always 180 degrees out of phase with the common pulse-width-modulated switching unit, and wherein the end stages (17, 18), controlled by the common control unit, either individually connect or disconnect each of the inductive loads (11, 12).