The invention relates to an inductive component having a wire winding, having a base plate made of magnetically conductive material, and having at least two electrically conductive connection surfaces on a bottom face of the base plate for SMT (Surface Mounted Technology) mounting, wherein: the wire winding is in the form of a flat spiral winding; the wire winding is arranged on a top face of the base plate; at least four U-shaped clips having two limbs and having a base connecting the limbs are provided; the U-shaped clips are arranged on the base plate such that each first limb is arranged on the top face of the base plate and each second limb is arranged on the bottom face of the base plate; in the case of a first clip and in the case of a second clip, at least one portion of each second limb forms a connection surface; a first winding end of the wire winding is connected to the first limb of the first clip, and a second winding end of the wire winding is connected to a first limb of the second clip; and a third clip and a fourth clip are arranged on the base plate so as to be spaced apart from one another and spaced apart from the first and the second clip.
The invention relates to an inductive component comprising: a wire winding; a base plate made of magnetically conductive material; and at least two electrically conductive connection surfaces on a bottom side of the base plate for SMT (Surface Mounted Technology) mounting, the wire winding being in the form of a flat spiral winding, the wire winding being arranged on a top side of the base plate, and two U-shaped clips being provided with two limbs and a base connecting the limbs, the U-shaped clips being positioned on the base plate such that each first limb is positioned on the top side of the base plate and each second limb is positioned on the bottom side of the base plate, at least one portion of each second limb forming a connection surface, and a first winding end of the wire winding being connected to the first limb of the first clip, and a second winding end of the wire winding being connected to a first limb of the second clip.
09 - Scientific and electric apparatus and instruments
42 - Scientific, technological and industrial services, research and design
Goods & Services
Apparatus and instruments for accumulating and storing electricity; Electrical and electronic components; Regulated power supply apparatus; Electromagnetic coils; Holders for electric coils; Electronic regulators; Coils, electric; Electrical controllers; Electric reactors; Noise filters; Switch points [electric]; Transducer energisers; Electric plugs; None of the aforesaid goods for use in the railway industry. Custom design of electromagnetic inductors; Custom design of electromagnetic transformers; Engineering consultancy services; None of the aforesaid services for use in the railway industry; Software development; Software development for the design and selection of transformers.
4.
INDUCTIVE COMPONENT, AND METHOD FOR PRODUCING AN INDUCTIVE COMPONENT
The invention relates to an inductive component comprising: a wire winding; a base plate made of magnetically conductive material; and at least two electrically conductive connection surfaces on a bottom side of the base plate for SMT (Surface Mounted Technology) mounting, the wire winding being in the form of a flat spiral winding, the wire winding being arranged on a top side of the base plate, and two U-shaped clips being provided with two limbs and a base connecting the limbs, the U-shaped clips being positioned on the base plate such that each first limb is positioned on the top side of the base plate and each second limb is positioned on the bottom side of the base plate, at least one portion of each second limb forming a connection surface, and a first winding end of the wire winding being connected to the first limb of the first clip, and a second winding end of the wire winding being connected to a first limb of the second clip.
A header component for mounting an inductive component on a substrate comprises a housing for housing the inductive component inside a cavity, wherein the housing confines the cavity to a bottom side and to at least three lateral sides, and wherein the housing comprises a top opening to the cavity at a top side opposite to the bottom side, wherein the top opening is configured for inserting the inductive component into the cavity via the top opening. The header component further comprises a plurality of terminals for electrically connecting the inductive component to the substrate, wherein the terminals outwardly protrude from the housing at the bottom side. Further disclosed are an inductive device and a method for assembling an inductive device.
A header component (3) for mounting an inductive component (2) on a substrate comprises a housing (5) for housing the inductive component (2) inside a cavity (6), wherein the housing (5) confines the cavity (6) to a bottom side and to at least three lateral sides, and wherein the housing (5) comprises a top opening (9) to the cavity (6) at a top side opposite to the bottom side, wherein the top opening (9) is configured for inserting the inductive component (2) into the cavity (6) via the top opening (9). The header component (3) further comprises a plurality of terminals (11, 12) for electrically connecting the inductive component (2) to the substrate, wherein the terminals (11, 12) outwardly protrude from the housing (5) at the bottom side. Further disclosed are an inductive device (1) and a method for assembling an inductive device (1).
A package for housing an electric or electronic component is disclosed. The package includes a base and a header that includes a top portion and a support portion. The support portion has a first and a second end that defines a first and a second opening respectively. The top portion is secured to the first end and covers the first opening. The top portion includes a header vent to allow a substance (e.g., air, water, etc.) to flow into or out of an interior of the package. The header is configured to house the component therein. The header can be placed into a circular hole of the circuit board. The base is secured to the second end of the support portion, and is configured to secure the package to the circuit board. The vent can minimize moisture within the package and/or drain liquid from inside of the package.
H05K 3/30 - Assembling printed circuits with electric components, e.g. with resistor
H05K 3/34 - Assembling printed circuits with electric components, e.g. with resistor electrically connecting electric components or wires to printed circuits by soldering
09 - Scientific and electric apparatus and instruments
42 - Scientific, technological and industrial services, research and design
Goods & Services
Electric and electronic electromagnetic compatibility (EMC) components for power supply, namely, cables, electric switches, electric connectors, electronic connectors, adapters, converters, capacitors, resistors, inductors, ferrite bead inductors, chip beads, varistors, surge protectors, circuit overload protectors, and electromagnetic shield materials; transformers; filters for electrical signals; filters to control signal frequencies; filters for radio interference suppression; EMC electromagnetic compatibility (EMC) filters used for filtering electrical signals; noise filters; common mode filters used for absorbing and removing common mode noise; ferrite bead filters, namely, a passive electric component used to suppress high frequency noise in electronic circuits, clamp filters in the nature of ferrite cores with cases, to be mounted around a cable to remove electric noise; choke coils, common mode choke coils that are used to prevent electromagnetic interference (EMI) and radio frequency interference (RFI) from power supply lines and to prevent the malfunctioning of electrical equipment by passing differential currents while blocking common mode currents; magnets for industrial purposes; magnetics, namely, ferrite magnet cores, magnetic sheets made from ferrite and carbon that absorb electromagnetic energy in radio waves and change such energy into heat; electric coils, namely, differential mode electric choke coils, peaking electric coils, electric molded coils; holders for electric coils; electric reactors, namely, power inductors; electric plugs Developing computer software for transformer design and selection, custom design and engineering of electromagnetic inductors and transformers, consulting in the field of engineering
09 - Scientific and electric apparatus and instruments
42 - Scientific, technological and industrial services, research and design
Goods & Services
Electric and electronic electromagnetic compatibility (EMC) components for power supply, namely, cables, electric switches, electric connectors, electronic connectors, adapters, converters, capacitors, resistors, inductors, ferrite bead inductors, chip beads, varistors, surge protectors, circuit overload protectors, and electromagnetic shield materials; transformers; filters for electrical signals; filters to control signal frequencies; filters for radio interference suppression; EMC electromagnetic compatibility (EMC) filters used for filtering electrical signals; noise filters; common mode filters used for absorbing and removing common mode noise; ferrite bead filters, namely, a passive electric component used to suppress high frequency noise in electronic circuits, clamp filters in the nature of ferrite cores with cases, to be mounted around a cable to remove electric noise; choke coils, common mode choke coils that are used to prevent electromagnetic interference (EMI) and radio frequency interference (RFI) from power supply lines and to prevent the malfunctioning of electrical equipment by passing differential currents while blocking common mode currents; magnets for industrial purposes; magnetics, namely, ferrite magnet cores, magnetic sheets made from ferrite and carbon that absorb electromagnetic energy in radio waves and change such energy into heat; electric coils, namely, differential mode electric choke coils, peaking electric coils, electric molded coils; holders for electric coils; electric reactors, namely, power inductors; electric plugs Developing computer software for transformer design and selection, custom design and engineering of electromagnetic inductors and transformers, consulting in the field of engineering
A transformer core portion (110) for a power transformer (100) housed within a cylinder shaped light fixture is provided. The power transformer (100) includes a transformer core portion (110) that includes the first and the second core portions (115). Each of the first and second core portions (115) includes an approximately half-cylinder shaped top surface (117) and an interior space for housing a wire wound bobbin. The power transformer also includes a bobbin base (120) housed within the first and second core portions (115).
An interleaved flatwire construction for a flatwire planar transformer is provided. The interleaved flatwire construction includes a first winding wire that includes a first end, a second end and a plurality of first ring portions. The interleaved flatwire construction also includes a second winding wire that includes a first end, a second end and a plurality of second ring portions. A portion of the plurality of first ring portions and a portion of the plurality of second ring portions are interleaved with each other.
