Winding arrangement for inductive components (I1 - I12), comprising: a magnetic core (1; 1'; 1") arranged in a virtual axis (A V; A V') of the winding arrangement; a first winding section (W A; W A '; W A "; W A ''') comprising at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An "), the at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An ") comprising at least two electrically isolated parallel flat band conductors (S 1 - S 6, S 1 ' - S 5 ') provided by an isolation between the flat band conductors, being configured as a first flat band stack; a second winding section (W B; W B '; W B "; W B ''') comprising at least one second winding (W B1 - W Bn; W B1 ' - W Bn '; W B1 " - W Bn "), the at least one second winding (W B1 - W Bn; W B1 ' - W Bn '; W B1 " - W Bn ") comprising at least two electrically isolated parallel flat band conductors (S 1 - S 6, S 1 ' - S 5 ') provided by an isolation between the flat band conductors,being configured as a second flat band stack (ST'); the at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An ") being wound around the core (1; 1'; 1") in a first winding direction (D CC) around the virtual axis (A V; A V') and the at least one second winding (W B1 - W Bn; W B1 ' - W Bn '; W B1 " - W Bn ") being wound around the core (1; 1'; 1") laterally adjacent to the at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An ") in a second winding direction (D CW) which is opposite to the first winding direction around the virtual axis (A V); wherein first ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the first winding section (W A; W A '; W A "; W A ''') are cross connected in a cross connection (C C, C C1 - C C2; C C, C C1 - C C5) to first ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the second winding section (W B; W B '; W B "; W B ''') such that, in use of the winding arrangement, a first current flow stacking sequence in the first flat band stack is reversed to a second current flow stacking sequence in the second flat band stack (ST'); wherein second stacked ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the first winding section (W A; W A '; W A ": W A "') are at least electrically connected together by having the isolation between the flat band conductors removed in a stack forming a first electric tap (T1; T1'; T1"); and wherein second stacked ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the second winding section (W B; W B '; W B ": W B ''') are at least electrically connected together by having the isolation between the flat band conductors removed in a stack forming a second electric tap (T2; T2'; T2"). a magnetic core (1; 1'; 1") arranged in a virtual axis (A V; A V') of the winding arrangement; a first winding section (W A; W A '; W A "; W A ''') comprising at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An "), the at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An ") comprising at least two electrically isolated parallel flat band conductors (S 1 - S 6, S 1 ' - S 5 ') provided by an isolation between the flat band conductors, being configured as a first flat band stack; a second winding section (W B; W B '; W B "; W B ''') comprising at least one second winding (W B1 - W Bn; W B1 ' - W Bn '; W B1 " - W Bn "), the at least one second winding (W B1 - W Bn; W B1 ' - W Bn '; W B1 " - W Bn ") comprising at least two electrically isolated parallel flat band conductors (S 1 - S 6, S 1 ' - S 5 ') provided by an isolation between the flat band conductors,being configured as a second flat band stack (ST'); the at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An ") being wound around the core (1; 1'; 1") in a first winding direction (D CC) around the virtual axis (A V; A V') and the at least one second winding (W B1 - W Bn; W B1 ' - W Bn '; W B1 " - W Bn ") being wound around the core (1; 1'; 1") laterally adjacent to the at least one first winding (W A1 - W An; W A1 ' - W An '; W A1 " - W An ") in a second winding direction (D CW) which is opposite to the first winding direction around the virtual axis (A V); wherein first ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the first winding section (W A; W A '; W A "; W A ''') are cross connected in a cross connection (C C, C C1 - C C2; C C, C C1 - C C5) to first ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the second winding section (W B; W B '; W B "; W B ''') such that, in use of the winding arrangement, a first current flow stacking sequence in the first flat band stack is reversed to a second current flow stacking sequence in the second flat band stack (ST'); wherein second stacked ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the first winding section (W A; W A '; W A ": W A "') are at least electrically connected together by having the isolation between the flat band conductors removed in a stack forming a first electric tap (T1; T1'; T1"); and wherein second stacked ends of the flat band conductors (S 1 - S 6, S 1 ' - S 5 ') of the second winding section (W B; W B '; W B ": W B ''') are at least electrically connected together by having the isolation between the flat band conductors removed in a stack forming a second electric tap (T2; T2'; T2").