Abstract: A method is specified for production of an electrical winding for an electrical appliance, in which the winding is embedded in a liquid which is used for cooling. A conductor is first of all produced, in which a multiplicity of insulated electrical individual conductors having a rectangular cross section are arranged in at least one stack, with their flat faces resting on one another. Winding material composed of insulating material is wound around the stack in order to produce common insulation, and the conductor is then shaped to form a single-part winding. A winding material in the form of ribbon or strip and composed of a plastic with impressed shape memory is used for winding around, and has a greater length than its original length, with this greater length being produced by stretching. The finishing winding is heated to a temperature at which the winding material becomes shorter in the winding direction.

Abstract: A method is specified for production of an electrical winding for an electrical appliance, in which the winding is embedded in a liquid which is used for cooling, A conductor is first of all produced, in which a multiplicity of insulated electrical individual conductors having a rectangular cross section are arranged in at least one stack, with their flat faces resting on one another. Winding material composed of insulating material is wound around the stack in order to produce common insulation, and the conductor is then shaped to form a single-part winding. A winding material in the form of ribbon or strip and composed of a plastic with impressed shape memory is used for winding around, and has a greater length than its original length, with this greater length being produced by stretching. The finishing winding is heated to a temperature at which the winding material becomes shorter in the winding direction.

Abstract: An electrical transposed conductor is specified, which comprises two stacks (8, 9), which are located alongside one another, each comprising a plurality of flat electrical conductor elements (7) which are arranged one above the other, are isolated from one another and have a rectangular cross section. Over the entire length of the transposed conductor continuing without interruption, conductor elements of a first stack are passed by bending into the other stack and, after a predetermined distance, are passed back again into the first stack. The conductor elements (7) run in a straight line at least one of their ends over a length (L) which is adequate for simple processing.

Abstract: An electrical transposed conductor is specified, which comprises two stacks (8, 9), which are located alongside one another, each comprising a plurality of flat electrical conductor elements (7) which are arranged one above the other, are isolated from one another and have a rectangular cross section. Over the entire length of the transposed conductor continuing without interruption, conductor elements of a first stack are passed by bending into the other stack and, after a predetermined distance, are passed back again into the first stack. The conductor elements (7) run in a straight line at least one of their ends over a length (L) which is adequate for simple processing.