Patent ID: 11955265
Assignee: SUMIDA COMPONENTS & MODULES GMBH
Field: Electrical machinery, apparatus, energy (Electrical engineering)
Classification: CPC H | IPC H

Claim 3:
4. An inductive component, comprising:
a bus bar, wherein exposed end sections of said bus bar are formed as connecting contacts;
at least one first plastic-bonded magnetic core having magnetically conductive particles in a matrix comprising plastic, said at least one first plastic-bonded magnetic core completely surrounds said bus bar without a gap along a first section of said bus bar;
at least one second plastic-bonded magnetic core having magnetically conductive particles in a matrix comprising plastic, said at least one second plastic-bonded magnetic core completely surrounds said bus bar without a gap along a second section of said bus bar at a different location than the first section of said bus bar, wherein said at least one first and second plastic-bonded magnetic cores are arranged along said bus bar and an exposed bus bar section is formed between the first section of said bus bar and the second section of said bus bar, the exposed bus bar section configured for electrically connecting to a capacitor, and a bend is formed in one of the first and second sections of said bus bar; and
a housing in which said bus bar is accommodated, wherein said at least one first and second plastic-bonded magnetic cores are formed in said housing in separate housing sections formed by partition walls and the separate housing sections are separated by an intermediate housing section, wherein the exposed bus bar section is placed in the intermediate housing section,
whereby when filling a potting material into the separate housing sections used for forming said at least one first and second plastic-bonded magnetic cores, the potting material is contained within the separate housing sections that are separated by the intermediate housing section and the exposed bar section is held in the intermediate housing section capable of electrically connecting to the capacitor.