Either an electric current is passed through the wire of the coil to generate a magnetic field, or conversely, an external time-varying magnetic field is passed through the interior of the coil to generate a current in the conductor. Parameters such as inductance, resistance, and strength of the desired magnetic field greatly influence the coil winding design.Įlectromagnetic coils are used in applications where electric currents magnetic fields, resulting antenas, chocks, electromagnet, transformer, and sensors. The shape and dimensions of a coil are designed to fulfill a particular purpose. Small Direct Present (DC) Opposition In/A 2.An electromagnetic coil is produced by winding isolated conductor wire, in the shape of a coil, spiral, or helix. Small Direct Present (DC) Resistance D/A 2.60 mOhm Small Direct Current (DC) Resistance N/A 2.60 mOhm Nominal Direct Present (DC) Resistance D/A 2.20 mOhm Small Direct Present (DC) Opposition N/A 2.20 mOhm Nominal Direct Present (DC) Level of resistance N/A 2.20 mOhm Small Direct Current (DC) Opposition In/A 2.10 mOhm Nominal Direct Present (DC) Level of resistance D/A 2.10 mOhm Small Direct Present (DC) Resistance N/A 2.10 mOhm Small Direct Current (DC) Opposition D/A 1.50 mOhm Nominal Direct Current (DC) Level of resistance N/A 1.50 mOhm Nominal Direct Current (DC) Opposition In/A 1.50 mOhm The winding creates a magnetic field in the ferrite core. Wurth Electronics iBE features their WE-FLAT-I series flat wire power inductors SMD Wurth Electronics iBE's WE-FLAT-I is an energy storage inductor. Catalog including Item #,Inductance (☑0%),Nominal Direct Current (DC) Resistance,Maximum Direct Current (DC) Resistance,Isat (Typ) 10% drop. Browse HWIA2918S Series High Current Helical Edge Wound (HEW) Flat Wire Inductor in the MPS Industries, Inc.
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