Transducer for an inductive displacement sensor comprising a transducer and a target suitable for moving according to a degree of freedom with respect to the transducer, this transducer comprising: at least one primary winding; and at least one first secondary winding (213; 223; 233) extending in a zone of length D tot parallel with said degree of freedom, comprising 2N turns (213 i+, 213 i-) of alternating winding directions each having an edge of dimension approximately equal to D tot /2N parallel with said degree of freedom, regularly distributed along the length D tot, where N is an integer greater than or equal to 2, wherein said at least one secondary winding (213; 223; 233) comprises: a first coiled conductive section (213A; 223A) forming N half-turns, extending between a first end of the winding, situated approximately at the midpoint of the length D tot, and a first intermediate point of the winding, situated at a first end of the length D tot; a second coiled conductive section (213B; 223B) forming N half-turns, complementary with the N half-turns of the first section (213A; 223A), extending between the first point and a second intermediate point of the winding, situated approximately at the midpoint of the length D tot; a third coiled conductive section (213C; 223C) forming N half-turns, extending between the second point and a third intermediate point of the winding at a second end of the length D tot; a fourth conductive section (213D; 223D) forming N half-turns, complementary with the N half-turns of the third section (213C; 223C), extending between the third point and a second end of the winding situated approximately at the midpoint of the length D tot; and first, second and third connection terminals to the secondary windings, respectively connected to the first and second ends of the winding and to the second intermediate point of the winding. at least one primary winding; and at least one first secondary winding (213; 223; 233) extending in a zone of length D tot parallel with said degree of freedom, comprising 2N turns (213 i+, 213 i-) of alternating winding directions each having an edge of dimension approximately equal to D tot /2N parallel with said degree of freedom, regularly distributed along the length D tot, where N is an integer greater than or equal to 2, wherein said at least one secondary winding (213; 223; 233) comprises: a first coiled conductive section (213A; 223A) forming N half-turns, extending between a first end of the winding, situated approximately at the midpoint of the length D tot, and a first intermediate point of the winding, situated at a first end of the length D tot; a second coiled conductive section (213B; 223B) forming N half-turns, complementary with the N half-turns of the first section (213A; 223A), extending between the first point and a second intermediate point of the winding, situated approximately at the midpoint of the length D tot; a third coiled conductive section (213C; 223C) forming N half-turns, extending between the second point and a third intermediate point of the winding at a second end of the length D tot; a fourth conductive section (213D; 223D) forming N half-turns, complementary with the N half-turns of the third section (213C; 223C), extending between the third point and a second end of the winding situated approximately at the midpoint of the length D tot; and first, second and third connection terminals to the secondary windings, respectively connected to the first and second ends of the winding and to the second intermediate point of the winding. a first coiled conductive section (213A; 223A) forming N half-turns, extending between a first end of the winding, situated approximately at the midpoint of the length D tot, and a first intermediate point of the winding, situated at a first end of the length D tot; a second coiled conductive section (213B; 223B) forming N half-turns, complementary with the N half-turns of the first section (213A; 223A), extending between the first point and a second intermediate point of the winding, situated approximately at the midpoint of the length D tot; a third coiled conductive section (213C; 223C) forming N half-turns, extending between the second point and a third intermediate point of the winding at a second end of the length D tot; a fourth conductive section (213D; 223D) forming N half-turns, complementary with the N half-turns of the third section (213C; 223C), extending between the third point and a second end of the winding situated approximately at the midpoint of the length D tot; and first, second and third connection terminals to the secondary windings, respectively connected to the first and second ends of the winding and to the second intermediate point of the winding.