Electrical signal input apparatus for a vehicle for generating an actuation signal which represents a degree of actuation of an actuation means, which electrical signal input apparatus comprises at least the following: a) the actuation means, b) an inductive sensor device arranged in a housing, having b1) a magnet coil arrangement comprising at least one magnet coil (12a, 12b) through which alternating current flows, b2) having at least one plunger which is movably mounted in the housing and which can protrude into and emerge from the at least one magnet coil (12a, 12b), wherein the inductance of the at least one magnet coil (12a, 12b) varies in a manner dependent on the protrusion depth of the plunger into the at least one magnet coil (12a, 12b), and having b3) evaluation electronics which are in electrical contact with the at least one magnet coil (12a, 12b), wherein c) the at least one plunger is operatively connected to the actuation means such that the protrusion depth of the plunger into the at least one magnet coil (12a, 12b) is dependent on a degree of actuation of the actuation means, characterized in that d) at least two magnet coils (12a, 12b) arranged coaxially one behind the other are provided such that, when the actuation means is actuated from an initial position which represents no actuation into an actuated position which represents a certain degree of actuation, the at least one plunger at least partially emerges from a magnet coil and at least partially protrudes into the magnet coil axially adjacent to the magnet coil, and in that e) at least two of the magnet coils (12a, 12b) are connected into in each case one dedicated resonant circuit (18a, 18b) which provides in each case one dedicated resonant circuit signal (26a, 26b), and f) the then at least two resonant circuits (18a, 18b) and/or the at least one plunger are/is designed such that, with changing degree of actuation of the actuation means, the resonant circuit signal (26a, 26b) of one resonant circuit (18a, 18b) diverges or converges in relation to the resonant circuit signal (26a, 26b) of the other resonant circuit (18a, 18b), wherein g) the evaluation electronics generate the actuation signal on the basis of the resonant circuit signals (26a, 26b) of the at least two resonant circuits (18a, 18b). a) the actuation means, b) an inductive sensor device arranged in a housing, having b1) a magnet coil arrangement comprising at least one magnet coil (12a, 12b) through which alternating current flows, b2) having at least one plunger which is movably mounted in the housing and which can protrude into and emerge from the at least one magnet coil (12a, 12b), wherein the inductance of the at least one magnet coil (12a, 12b) varies in a manner dependent on the protrusion depth of the plunger into the at least one magnet coil (12a, 12b), and having b3) evaluation electronics which are in electrical contact with the at least one magnet coil (12a, 12b), wherein b1) a magnet coil arrangement comprising at least one magnet coil (12a, 12b) through which alternating current flows, b2) having at least one plunger which is movably mounted in the housing and which can protrude into and emerge from the at least one magnet coil (12a, 12b), wherein the inductance of the at least one magnet coil (12a, 12b) varies in a manner dependent on the protrusion depth of the plunger into the at least one magnet coil (12a, 12b), and having b3) evaluation electronics which are in electrical contact with the at least one magnet coil (12a, 12b), wherein c) the at least one plunger is operatively connected to the actuation means such that the protrusion depth of the plunger into the at least one magnet coil (12a, 12b) is dependent on a degree of actuation of the actuation means, characterized in that d) at least two magnet coils (12a, 12b) arranged coaxially one behind the other are provided such that, when the actuation means is actuated from an initial position which represents no actuation into an actuated position which represents a certain degree of actuation, the at least one plunger at least partially emerges from a magnet coil and at least partially protrudes into the magnet coil axially adjacent to the magnet coil, and in that e) at least two of the magnet coils (12a, 12b) are connected into in each case one dedicated resonant circuit (18a, 18b) which provides in each case one dedicated resonant circuit signal (26a, 26b), and f) the then at least two resonant circuits (18a, 18b) and/or the at least one plunger are/is designed such that, with changing degree of actuation of the actuation means, the resonant circuit signal (26a, 26b) of one resonant circuit (18a, 18b) diverges or converges in relation to the resonant circuit signal (26a, 26b) of the other resonant circuit (18a, 18b), wherein g) the evaluation electronics generate the actuation signal on the basis of the resonant circuit signals (26a, 26b) of the at least two resonant circuits (18a, 18b).