Engineering Review Focus
Use L = V_L × Δt / ΔI only after deriving inductor voltage and switching interval from the actual modulation state.
The arithmetic 220 × 0.46 / (50,000 × 19) equals about 106.5 µH, not 280 µH.
The 106.5 µH result is an arithmetic check and must not be treated as the final design inductance for a Vienna or three-phase PFC stage.
DCR, core loss, saturation margin, cooling and insulation require the actual waveform and mechanical structure.
Project Inputs Required
Topology and operating mode
Input and output voltage range
RMS, peak and ripple current
Switching frequency and waveform
Cooling, ambient and mounting method
Insulation, mechanical envelope and validation plan
Evidence Boundary
No universal inductance, DCR, loss split, temperature rise or insulation distance is claimed for the 20-60kW range. Each phase design requires project-specific calculation and sample validation.
Download Technical Resource
Use the PDF for preliminary project review. Final values require an approved drawing and sample record.
Download PDF