Abstract: An electronic component, such as, for example, a transformer, includes a core, a first wire, and a second wire. The first wire is wound at least in part about at least a portion of the core in a first winding. The second wire is wound at least in part about at least a portion of the core in a second winding such that the first winding and the second winding alternate at least in part along at least a portion of the core. The electronic component includes windings that are intertwined about the core to form an intertwined spiral winding. Such a configuration can both improve electrical characteristics of the electronic component while reducing a height of the electronic component. Further, methods of manufacturing such components and customizing same are disclosed.

Abstract: An exemplary inductor includes: a core; at least one winding at least partially arranged around the core, wherein each of the at least one winding includes a vertically-oriented “U” shape; and an overmold covering an upper region of the core and at least a portion of each of the at least one winding.

Abstract: Exemplarily, a transformer includes a primary winding with two layers and a secondary winding with two layers. One turn in each of the first and second layers of the primary winding face one turn in each of the first and second layers in the secondary winding. Spacing between adjacent turns in the primary winding is constant. Spacing between adjacent turns in the secondary winding is constant.

Abstract: An electronic component, such as, for example, a transformer, includes a core, a first wire, and a second wire. The first wire is wound at least in part about at least a portion of the core in a first winding. The second wire is wound at least in part about at least a portion of the core in a second winding such that the first winding and the second winding alternate at least in part along at least a portion of the core. The electronic component includes windings that are intertwined about the core to form an intertwined spiral winding. Such a configuration can both improve electrical characteristics of the electronic component while reducing a height of the electronic component. Further, methods of manufacturing such components and customizing same are disclosed.

Abstract: An electronic component, such as, for example, an inductor, includes a core defining an axis and a conductor that is at least partially wound about the core. The electronic component further includes a mounting surface defining a plane that extends substantially parallel to the axis of the core. The mounting surface is configured to engage a surface of a board. The conductor may include a first terminal and a second terminal extending along the plane such that the first and second terminals are able to be mounted to the surface of the board.

Abstract: A surface mountable inductive component includes a miniature chip form having a main horizontal portion and supports extending therefrom, metalized pads connected to the supports for electrically connecting the chip form to a printed circuit board, and a wire wound about at least a portion of the main horizontal portion of the chip form and having first and second ends connected to respective metalized pads. The inductive component has a length to width ratio within the range of about 2.1 to about 2.

Abstract: A low profile surface mountable inductive component having an elongated core having first and second ends and first and second supports for supporting the core. Metalized pads are provided on the supports for electrically connecting and mounting the supports to a printed circuit board, and a wire is wound about at least a portion of the core with the wire ends being electrically connected to the metalized pads of the supports. In one form, the core and supports define a chip form having a length ranging from 0.2 mm to 0.8 mm, a width ranging from 0.1 mm to 0.6 mm, and a height ranging from 0.2 mm to 0.6 mm. In another form, the component has a cover covering at least a portion of the wire winding and the component has a length ranging from 0.2 mm to 1.0 mm, a width ranging from 0.2 mm to 0.7 mm, and a height ranging from 0.2 mm to 0.7 mm.

Abstract: A low profile electronic component in accordance with the invention includes an elongated core made from a magnetic material such as ferrite, which is connected to a base having a plurality of metalized pads attached thereto for electrically and mechanically connecting the component to a printed circuit board. Support structures or spacers are positioned at the ends of the core and are provided to assist the core in shielding the component and concentrating its magnetic lines of flux. The component also includes a winding of wire wound about at least a portion of the base and core assembly between the supports, and has the ends of the wire electrically and mechanically connected to the metalized pads of the base. A top portion may be coupled to the core via the supports to cover at least a portion of the windings of wire of the component. The supports separate the core and the top portion and maintain the top portion at a desired position with respect to the winding and the core.

Abstract: A low profile electronic component in accordance with the invention includes an elongated core made from a magnetic material such as ferrite, which is connected to a base having a plurality of metalized pads attached thereto for electrically and mechanically connecting the component to a printed circuit board. Support structures or spacers are positioned at the ends of the core and are provided to assist the core in shielding the component and concentrating its magnetic lines of flux. The component also includes a winding of wire wound about at least a portion of the base and core assembly between the supports, and has the ends of the wire electrically and mechanically connected to the metalized pads of the base. A top portion may be coupled to the core via the supports to cover at least a portion of the windings of wire of the component. The supports separate the core and the top portion and maintain the top portion at a desired position with respect to the winding and the core.