AC-DC magnetic iron powder core, current wave filter coil

Abstract

An improved AC-DC magnetic iron powder core, current wave filter coil that provides for winding a pair of coils using copper wire on magnetic iron core bobbins disposed in parallel as two members, with the two bobbins separated by a set distance, and an overlapping tie plate of one-piece construction integrating their two extremities. As such, the magnetic iron core increases the magnetic lines of force coverage field generated by the pair of coils, enabling an increase in magnetic induction rate (value), a decrease in magnetic leakage and the efficiency losses attributed to it, and lowering electrical system leakage of secondary magnetic emission interference to significantly enhance electrical utilization efficiency. Furthermore, the two bobbins are in a parallel arrangement and at a set distance apart that consistently defines a specific distance of separation between the two coils which optimizes electrical system utilization efficiency, quality, and safety, with the coils easily, conveniently, and rapidly implemented.

Dependencies are inferred from the claim text.