Flyback
Frenetic's AI has been trained to accurately design core and winding losses in DCM, CCM and ACF flyback converters. The designs and analysis can be developed with both off-the-shelf and custom cores.
Planar Solutions
Planar solutions are very much in demand in this new generation of EVs. We have an expert team dedicated to the designs which are completely different to a concentric solution.
Manufacture
Frenetic covers every stage of the development of your product, from magnetics design to mass production. We achieve the best price while complying with all certifications, such as AEC-Q200. With a wide variety of materials in stock, our advanced magnetics lab can deliver samples in a very short time.
Working with some of the best players around the world
Features
Magnetic Simulator
Our designs begin simulating the waveforms of your system. You can upload a CSV file with the real waveforms of your converter, improving the accuracy of the calculations.
Frenetic's AI-models propounds core shapes and winding strategies based on the waveforms of your converter. It also allows creating your custom solution.
Frenetic's technology combines real analysis with trained AI models to deliver the most accurate predictions for temperature, leakage and RAC properties, among others.
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Waveform builder
Our designs begin simulating the waveforms of your system. You can upload a CSV file with the real waveforms of your converter, improving the accuracy of the calculations.
Core and wire suggestions
Frenetic's AI-models propounds core shapes and winding strategies based on the waveforms of your converter. It also allows creating your custom solution.
Advanced parameter prediction
Frenetic's technology combines real analysis with trained AI models to deliver the most accurate predictions for temperature, leakage and RAC properties, among others.
FlybackIn-house laboratory
Samples
With an advanced magnetic laboratory, Frenetic tests the magnetics under real operating conditions. Frenetic does not only test but also manufactures samples that have been designed to meet AECQ-200, MIL-STD and other standards.
Chosen by our experts
Top Frenetic Online Designs
Flyback - LM2588
Flyback transformer optimized for Texas Instruments LM2588 SIMPLE SWITCHER®. Optimized to work at:
Preview
Flyback - LM2585
Flyback transformer optimized for Texas Instruments LM2585 SIMPLE SWITCHER®. Optimized to work at:
Preview
Flyback - LT3798
Flyback Transformer optimized to work on Analog Devices LT3798 with 3.3Vout 0.9 A N 20:20:4
Preview
Flyback - STEVAL-IPFC01V1
Frenetic's version of Flyback transformer optimized for Steval - IPFC01V1. Working at 80kHz, 3.3Vout
Preview
Flyback - Powered Devices 40 W
Frenetic's Flyback transformer for Powered Devices. Operates at 40 W, 30-60 Vin, 250kHz with 48 Vout
Preview
400V/12V 1.2 kW PSFB - SELENIO
SELENIO is a high frequency transformer optimized for a 1.2 kW 400V/12V Phase-Shift-Full-Bridge conv
Preview
PFC 400 W - Bravo
The PFC is a very common topology as AC/DC stage in most of consumer electronics or Electric Vehicle
Preview
Flyback - LM2587
Flyback transformer optimized for Texas Instruments LM2587 SIMPLE SWITCHER®. Optimized to work at:
Preview
Flyback - LM2585
Flyback transformer optimized for Texas Instruments LM2585 SIMPLE SWITCHER®. Optimized to work at:
Preview
Flyback - Power Over Ethernet 40W
Frenetic's Flyback transformer for Power over Ethernet. Operates at 40 W, 50-57 Vin, 250kHz with 5 V
PreviewAI Based
Technologies
Online Software
Frenetic solves the process with technology, allowing users to manage their magnetics in a single place with consistent quality in the online platform.
AI Prediction Models
Our work on AI modelling is focused on the range of applicability of each model. Our solution corrects classical models with real data and uses AI to generate results in a few seconds.
Fastest Simulation Time
Frenetic is capable of delivering accurate solutions based on the specifications given in seconds and allowing iterations on the parameters with instant outputs.
Advanced Magnetic Lab
In our Magnetic Lab, we carry out tests to improve the performance of the magnetics and the accuracy of our models.
In-house studies and analysis
23/03/2021