The power electronics industry is moving to high frequencies due to the latest improvements in semic
The process of designing magnetics have been always full of physical effects which need to be consid
Method for Accurately Predicting Core Losses Using Deep Learning
Planar Transformer with Half Turns
3,6 kW LLC Coupled Transformer
If you already know us, you must be aware we are building a magnetic design software. We are not the
This article is about what I have learned about Spain as an electronic country.
In this document, a transformer used in the application note AN3106 of ST is introduced with the aim
The history of the magnetics has been developed due to the continuous study and increase of knowledg
Introduction to the magnetomotive force (MMF) diagrams.
The objective of this application note is to compare a conventional analytical thermal model frequen
The Phase-Shift Full Bridge power topology has a lot of potential for its use in applications where
One key aspect of the magnetic design process is the winding resistance calculation, that is the sum
Are planar design the best technology for your magnetics?
In the process of designing magnetic elements, one of the parameters to be taken into account is the
The influence of the transformation ratio and the winding strategy on the leakage inductance.
Compendium of different approaches including new AI-based solution
Leading and lagging leg losses differences
Differences in Full-Bridge and Center-Tapped rectification
The impact of harmonics over winding losses have already been analysed by Juan Gallego in his applic
The fringing flux is an effect that happens around air gaps when the magnetic cores are excited.
Designing a magnetic component with a specific leakage inductance can be challenging and difficult t
In this app note we are going to prove the effectiveness of Frenetic AI calculating the parasitic ca
In this application note a comparison of Phase Shifted Full Bridge (PSFB) and Full Bridge LLC (FB-LL
The objective of this App Note is to compare two winding losses calculation models: the classical Do
In this app note we will briefly comment some key aspects to take in consideration for the design of
As part of Frenetic's hardware testing of magnetic components, a magnetic flux measurement circuit h
In this application note common-mode noise reduction is discussed.
Losses in the core that result in an increase of temperature
In this application note it is presented one strategy to reduce the size of magnetics, based on sync
Filter design for grid connected systems
The objective of this app note is to introduce the key aspects of laminated cores
The fringing flux is an effect appearing in gapped magnetic, where the magnetic flux lines bulge
Since the beginning of the magnetic design times, copper wires have been widely used in the transfor
In this application note a binder solution is used in an extrusion process to keep together differen
App note focused on coil former and its importance.
The objective of this App Note is to show how to calculate the winding resistances and to compare th
Frenetic carries out a comparison between a transformer with and without potting.
In this app-note the different magnet wires used by FRENETIC in its design are listed, detailing eac
Transformer Design from the Infineon Application Note
In this document, a comparison of the harmonic analysis is carried out for an ideal triangular wavef
With our simulaton tool it’s never been easier to design customised magnetics and get samples
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