V. CONCLUSION AND FUTURE WORK
This paper describes a method to distribute the magnetic
flux uniformly, improving energy density of inductors. A recursive design procedure has been delineated to realize a physical
structure meeting specified inductance, dc resistance, and peak
magnetic flux density. A design example demonstrates that the
inductor volume can be reduced to 50% with the same inductance, resistance, current rating, and core material. The concept
was validated by a CFI prototype with a measurement result of
1.4-μH inductance and 8-mΩ dc resistan
V. CONCLUSION AND FUTURE WORKThis paper describes a method to distribute the magneticflux uniformly, improving energy density of inductors. A recursive design procedure has been delineated to realize a physicalstructure meeting specified inductance, dc resistance, and peakmagnetic flux density. A design example demonstrates that theinductor volume can be reduced to 50% with the same inductance, resistance, current rating, and core material. The conceptwas validated by a CFI prototype with a measurement result of1.4-μH inductance and 8-mΩ dc resistan
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