FATHERS OF THE MAGNETICS

PHASE-SHIFT FULL BRIDGE TRANSFORMER WINDING DESIGN

Full Bridge ebook

TEMPERATURE MODEL USING FINITE ELEMENT METHOD

HI-REL PHASE-SHIFT FULL BRIDGE DESIGN

WINDING RESISTANCE KEY PARAMETERS

MAGNETIC TRANSFORMER TEMPERATURE MODEL: Transformer based on PQ40/40 temperature model

LEAKAGE INDUCTANCE PART II

CORE LOSSES CALCULATION PROBLEMS

PHASE SHIFT FULL-BRIDGE MODULATION

CENTER-TAPPED DESIGN

HARMONICS IMPACT

FRINGING FLUX EFFECT IN INDUCTANCE

LEAKAGE INDUCTANCE IN TRANSFORMERS

PARASITIC CAPACITANCE IN PLANAR TRANSFORMERS

COMPARISON OF ISOLATED DC-DC CONVERTER TOPOLOGIES FOR HIGH POWER APPLICATIONS

PLANAR MAGNETICS DESIGN: TWO-DIMENSIONAL WINDING LOSSES CALCULATION

FULL BRIDGE TRANSFORMER DESIGN: KEY ASPECTS

INDUCTOR CHARACTERIZATION THROUGH THE MEASUREMENT OF MAGNETIC FLUX DENSITY

COMMON-MODE NOISE REDUCTION THROUGH SHIELDING TECHNIQUE

HYSTERESIS LOSSES

INDUCTOR SIZE REDUCTION

DESIGN EMI LCL FILTERS REVIEW

INTRODUCTION TO DESIGN LAMINATED CORES

LOSSES DUE TO FRINGING FLUX

IMPACT OF DC RESISTANCE INCREMENT WITH TEMPERATURE

ADDITIVE MANUFACTURING TECHNIQUE FOR 3-D PRINTING MAGNETICS

COIL FORMERS

WINDING RESISTANCE CALCULATION IN PLANAR TRANSFORMERS

IMPACT OF ENCAPSULATING A TRANSFORMER WITH A POTTING COMPOUND

WIRE COMPENDIUM FOR MAGNETIC ELEMENTS DESIGN

PLANAR TRANSFORMER DESIGN OF 600 W

IMPACT ON THE WINDING LOSSES DUE TO THE HARMONICS

FRENETIC EXAMPLE. FROM ETD34 TO PQ26/25