Frenetic Blog
IMPACT OF ENCAPSULATING A TRANSFORMER WITH A POTTING COMPOUND
IMPACT OF ENCAPSULATING A TRANSFORMER WITH A POTTING COMPOUND

In this app-note, FRENETIC carries out a comparison between a transformer with and without potting.

IMPACT OF ENCAPSULATING A TRANSFORMER WITH A POTTING COMPOUND

In this app-note, FRENETIC carries out a comparison between a transformer with and without potting.



IMPACT OF ENCAPSULATING A TRANSFORMER WITH A POTTING COMPOUND
WIRES COMPENDIUM FOR MAGNETIC ELEMENTS DESIGN
WIRES COMPENDIUM FOR MAGNETIC ELEMENTS DESIGN

In this app-note the different magnet wires used by FRENETIC in its design are listed, detailing each of the pros and contras entailed by their use.


IMPACT OF DC RESISTANCE INCREMENT WITH TEMPERATURE
IMPACT OF DC RESISTANCE INCREMENT WITH TEMPERATURE

IMPACT OF DC RESISTANCE INCREMENT WITH TEMPERATURE


Planar Magnetic Design to improve App note transformer in Infineon document
Planar Magnetic Design to improve App note transformer in Infineon document

The idea of improving the power density in this document of Infineon shows how Frenetic works and the results obtained.


Impact of the harmonic analysis in magnetic components design
Impact of the harmonic analysis in magnetic components design

The harmonic analysis of the currents and voltages in a magnetic element presents an important impact on the losses


TRANSFORMER AUTOMATIC OPTIMIZATION EXAMPLE
TRANSFORMER AUTOMATIC OPTIMIZATION EXAMPLE

The app note proposed "FRENETIC EXAMPLE. FROM ETD34 TO PQ26/25" analyzes the improvement of the transformer of the experimental kit AN3106 from ST














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