Inductive angle sensor comprising an oscillator circuit that generates a periodic AC signal and couples the AC signal into an exciter coil; several receiver coils (210, 220) including a first receiver coil and a second receiver coil, each of which forms a periodically repeating loop structure, and the arrangement of which respectively forms a receiver geometry; an evaluation circuit for the evaluation of the signals induced in the receiver coils; and a moving inductive coupling element (300b, 300c) that influences the strength of the inductive coupling between the exciter coil and the receiver coils; wherein the angle sensor has two receiver geometries (210, 220) and two encoder elements (310, 320), the two encoder elements being components of the moving inductive coupling element; wherein the periodicity of the loop structures (212, 222) of the receiver coils in the two receiver geometries is different; wherein the first encoder element and the second encoder element are each designed as conducting teeth (310-1, 310-2,..., 310-9, 320-1, 320-2,..., 320-10) with periodic geometry, and a periodicity of the first encoder element is different from a periodicity of the second encoder element, the conducting teeth of the first encoder pattern overlaying the conducting teeth of the second encoder pattern forming a superimposed conducting pattern; wherein the periodicity of the loop structure of the first receiver coil along a circumferential direction correlates with the periodicity of the geometry of the first encoder element and the periodicity of the loop structure of the second receiver coil along the circumferential direction correlates with the periodicity of the geometry of the second encoder element; the moving inductive coupling element further comprising a third encoder element, which is designed as conducting extension with an asymmetric geometry, the asymmetric geometry influencing the strength of the inductive coupling between the exciter coil and each of the receiver coils only in a part of the periodically repeating loop structures of the receiver coils, wherein the conducting extension extends over a larger angular interval than the overlaid conducting teeth of the superimposed conducting pattern. an oscillator circuit that generates a periodic AC signal and couples the AC signal into an exciter coil; several receiver coils (210, 220) including a first receiver coil and a second receiver coil, each of which forms a periodically repeating loop structure, and the arrangement of which respectively forms a receiver geometry; an evaluation circuit for the evaluation of the signals induced in the receiver coils; and a moving inductive coupling element (300b, 300c) that influences the strength of the inductive coupling between the exciter coil and the receiver coils; wherein the angle sensor has two receiver geometries (210, 220) and two encoder elements (310, 320), the two encoder elements being components of the moving inductive coupling element; wherein the periodicity of the loop structures (212, 222) of the receiver coils in the two receiver geometries is different; wherein the first encoder element and the second encoder element are each designed as conducting teeth (310-1, 310-2,..., 310-9, 320-1, 320-2,..., 320-10) with periodic geometry, and a periodicity of the first encoder element is different from a periodicity of the second encoder element, the conducting teeth of the first encoder pattern overlaying the conducting teeth of the second encoder pattern forming a superimposed conducting pattern; wherein the periodicity of the loop structure of the first receiver coil along a circumferential direction correlates with the periodicity of the geometry of the first encoder element and the periodicity of the loop structure of the second receiver coil along the circumferential direction correlates with the periodicity of the geometry of the second encoder element;