An inductive angle sensor comprising: - a first transmitter coil; - a second transmitter coil inductively coupled to the first transmitter coil, the first and the second transmitter coil together forming an inductively coupled transmitter coil system; - a first set of receiver coils (RX1a, RX1b, RX1c) comprising at least two or at least three receiver coils; - a second set of receiver coils (Rx2a, RX2b, RX2c) comprising at least two or at least three receiver coils; - a first integrated device having a first oscillator pin and a second oscillator pin, and having an excitation circuit for providing an alternating signal over its oscillator pins (LCP1, LCN1); and having a plurality of receiver pins connected to the first set of receiver coils (RX1a, RX1b, RX1c), and an evaluation circuit for evaluating signals obtained from the first set of receiver coils; - a second integrated device having a first oscillator pin and a second oscillator pin, and having an excitation circuit for providing an alternating signal over its oscillator pins (LCP2, LCN2); and having a plurality of receiver pins connected to the second set of receiver coils (RX2a, RX2b, RX2c), and an evaluation circuit for evaluating signals obtained from the second set of receiver coils; - at least one movable target (112; 312; 412a, 412a', 412b, 412b') for providing an inductive coupling between the inductively coupled transmitter coil system and each set of receiver coils; characterised in that the first transmitter coil has a first end (TX1a) operatively connected to the first oscillator pin of the first integrated device, and has a second end (TX1b) operatively connected to the second oscillator pin of the second integrated device; and the second transmitter coil has a first end (TX2a) operatively connected to the first oscillator pin of the second integrated device, and has a second end (TX2b) operatively connected to the second oscillator pin of the first integrated device. - a first transmitter coil; - a second transmitter coil inductively coupled to the first transmitter coil, the first and the second transmitter coil together forming an inductively coupled transmitter coil system; - a first set of receiver coils (RX1a, RX1b, RX1c) comprising at least two or at least three receiver coils; - a second set of receiver coils (Rx2a, RX2b, RX2c) comprising at least two or at least three receiver coils; - a first integrated device having a first oscillator pin and a second oscillator pin, and having an excitation circuit for providing an alternating signal over its oscillator pins (LCP1, LCN1); and having a plurality of receiver pins connected to the first set of receiver coils (RX1a, RX1b, RX1c), and an evaluation circuit for evaluating signals obtained from the first set of receiver coils; - a second integrated device having a first oscillator pin and a second oscillator pin, and having an excitation circuit for providing an alternating signal over its oscillator pins (LCP2, LCN2); and having a plurality of receiver pins connected to the second set of receiver coils (RX2a, RX2b, RX2c), and an evaluation circuit for evaluating signals obtained from the second set of receiver coils; - at least one movable target (112; 312; 412a, 412a', 412b, 412b') for providing an inductive coupling between the inductively coupled transmitter coil system and each set of receiver coils; the first transmitter coil has a first end (TX1a) operatively connected to the first oscillator pin of the first integrated device, and has a second end (TX1b) operatively connected to the second oscillator pin of the second integrated device; and the second transmitter coil has a first end (TX2a) operatively connected to the first oscillator pin of the second integrated device, and has a second end (TX2b) operatively connected to the second oscillator pin of the first integrated device.