Application Notes

The most advanced magnetics design technology is now online

Why was Frenetic born in Spain?

FRENETIC EXAMPLE FROM ETD34 TO PQ2625

FATHERS OF THE MAGNETICS

PHASE-SHIFT FULL BRIDGE TRANSFORMER WINDING DESIGN

TEMPERATURE MODEL USING FINITE ELEMENT METHOD

HI-REL PHASE-SHIFT FULL BRIDGE DESIGN

WINDING RESISTANCE KEY PARAMETERS

PLANAR MAGNETICS E-BOOK

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 on the Widing Losses

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 Causes & Calculations

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 Former Role in Magnetic Components

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