Scanning element for an inductive position measurement device, comprising a multilayer circuit board (1.1) and electronic components (1.2), wherein the circuit board (1.1) - comprises a first detector unit (1.11), which has a first exciter track (1.111) and a first receiver track (1.112), and the first detector unit (1.11) is arranged in a first layer (A) and in a second layer (B) of the circuit board (1.1), - comprises a second detector unit (1.12), which has a second exciter track (1.121) and a second receiver track (1.122), and the second detector unit (1.12) is arranged in a third layer (E) and in a fourth layer (F) of the circuit board (1.1), wherein the circuit board (1.1) has a geometric middle plane (M) which comes to rest between the detector units (1.11, 1.12), wherein the receiver tracks (1.112, 1.122) are arranged rotatably about an axis (R) in the circumferential direction and the first receiver track (1.112) comprises first receiver conductor tracks (1.1121) and the second receiver track (1.122) comprises second receiver conductor tracks (1.1221), wherein the first receiver conductor tracks (1.1121) and the second receiver conductor tracks (1.1221) each have a periodic profile, wherein the first receiver track (1.112) has a first gap (U1) along its extent in the circumferential direction, which first gap is delimited by the first receiver conductor tracks (1.1121) and the second receiver track (1.122) has a second gap (U2) along its extent in the circumferential direction, which second gap is delimited by the second receiver conductor tracks (1.1221) and the circuit board (1.1) has a plated through-hole (1.15) that is arranged both within the first gap (U1) and within the second gap (U2). - comprises a first detector unit (1.11), which has a first exciter track (1.111) and a first receiver track (1.112), and the first detector unit (1.11) is arranged in a first layer (A) and in a second layer (B) of the circuit board (1.1), - comprises a second detector unit (1.12), which has a second exciter track (1.121) and a second receiver track (1.122), and the second detector unit (1.12) is arranged in a third layer (E) and in a fourth layer (F) of the circuit board (1.1), wherein the circuit board (1.1) has a geometric middle plane (M) which comes to rest between the detector units (1.11, 1.12), wherein the receiver tracks (1.112, 1.122) are arranged rotatably about an axis (R) in the circumferential direction and the first receiver track (1.112) comprises first receiver conductor tracks (1.1121) and the second receiver track (1.122) comprises second receiver conductor tracks (1.1221), wherein the first receiver conductor tracks (1.1121) and the second receiver conductor tracks (1.1221) each have a periodic profile, wherein the first receiver track (1.112) has a first gap (U1) along its extent in the circumferential direction, which first gap is delimited by the first receiver conductor tracks (1.1121) and the second receiver track (1.122) has a second gap (U2) along its extent in the circumferential direction, which second gap is delimited by the second receiver conductor tracks (1.1221) and the circuit board (1.1) has a plated through-hole (1.15) that is arranged both within the first gap (U1) and within the second gap (U2). <EOS>