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    VACUUMSCHMELZE VACODUR Max cobalt-iron lamination material illustrated as thin metallic rotor and stator stacks.

    VACUUMSCHMELZE Introduced VACODUR Max Cobalt-Iron Alloy for Motor Laminations

    Stackpole RPCQ thick-film chip resistors in rectangular surface-mount packages with end terminations

    Stackpole Releases Pulse-Withstanding Chip Resistors up to 4 W

    Bourns CRT-G thin film chip resistor illustration with a rectangular body and metallic end terminations

    Bourns Introduces Precision Thin Film Resistors for Measurement

    Würth Elektronik ABC of Thermal Management textbook

    Würth Elektronik Launches ABC of Thermal Management Guide

    Schematic of six-arm nitrene crosslinker joining PEI polymer chains in a free-standing dielectric film.

    Crosslinked PEI Film Capacitor Dielectrics Reach 6 J/cm³ at 200°C

    Conceptual illustration of Peak Nano NanoPlex HDC capacitor dielectric film rolls beside a cast-film production line

    Peak Nano Scales NanoPlex HDC Capacitor Film Production 20-Fold

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    YAGEO Nexensos M422 Pb-free platinum RTD graphic showing the operating temperature range, nominal resistance options and joining methods.

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    Reference tantalum capacitor anode characterization, tantalum anode modeling, process selection and life-test verification.

    Tantalum Anode Design Combines Structural Benchmarks and Modeling

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    VACUUMSCHMELZE VACODUR Max cobalt-iron lamination material illustrated as thin metallic rotor and stator stacks.

    VACUUMSCHMELZE Introduced VACODUR Max Cobalt-Iron Alloy for Motor Laminations

    Stackpole RPCQ thick-film chip resistors in rectangular surface-mount packages with end terminations

    Stackpole Releases Pulse-Withstanding Chip Resistors up to 4 W

    Bourns CRT-G thin film chip resistor illustration with a rectangular body and metallic end terminations

    Bourns Introduces Precision Thin Film Resistors for Measurement

    Würth Elektronik ABC of Thermal Management textbook

    Würth Elektronik Launches ABC of Thermal Management Guide

    Schematic of six-arm nitrene crosslinker joining PEI polymer chains in a free-standing dielectric film.

    Crosslinked PEI Film Capacitor Dielectrics Reach 6 J/cm³ at 200°C

    Conceptual illustration of Peak Nano NanoPlex HDC capacitor dielectric film rolls beside a cast-film production line

    Peak Nano Scales NanoPlex HDC Capacitor Film Production 20-Fold

    Bourns Releases 450 V DC Bus TVS Diode

    YAGEO Nexensos M422 Pb-free platinum RTD graphic showing the operating temperature range, nominal resistance options and joining methods.

    YAGEO Introduces Pb-Free Platinum RTD Temperature Sensor

    Reference tantalum capacitor anode characterization, tantalum anode modeling, process selection and life-test verification.

    Tantalum Anode Design Combines Structural Benchmarks and Modeling

    Trending Tags

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Frenetic Reveals Core OptimizerTM Tool for Quick Selection of Magnetic Components’ Optimal Core Type

8.11.2022
Reading Time: 3 mins read
A A

Frenetic reveals its latest secret, a powerful technology that enables to choose the optimal core up to 100 times faster. Frenetic Core OptimizerTM is a new tool integrated in the online platform, capable of comparing results in a matter of seconds.

Frenetic, the Spanish tech company born to change the Power Electronics industry, launches the latest version of their online platform. Its novelty is the Frenetic Core OptimizerTM, ready to solve some of the problems that engineers face every day.

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Every Power Electronics engineer knows how long it takes to make decisions in the magnetics designs process, especially with the core selection, that determines the size and price of the final product. Those more experienced already have their own algorithms implemented in a calculation program or an Excel sheet. However, it is difficult to include new variables, such as new materials, and sometimes they must restart all the process when moving to a different project. Those with less experience in the field must do all the necessary lab experiments to create their own method, together with a design system.

Currently, the best engineers around the world are using Frenetic Online for choosing the most suitable option for their components in the shortest period. In the last few years, through the Frenetic online platform, hundreds of companies have designed and manufactured samples of their most complex components, decreasing the size up to 3 times compared to their previous solution, and securing the supply chain, even under the current circumstances. This experience has built a consolidated team of engineers with the necessary knowledge to implement solutions based on the scientific method.

In the words of Dr. Chema Molina, CEO of the company: “At Frenetic, we have always worked to empower our users and make their work more effective. After years of experience with some of the best manufacturers worldwide, covering very specific needs, we have been able to learn from our successes and experiences. Today, we can finally provide our customers with this knowledge to use in the decision-making process and turn the design and manufacturing procedure even more efficient.”

Figure 1 – Frenetic Core Optimizer TM Ve vs.N turns.
Figure 2 – Frenetic Core Optimizer TM Core Losses vs.N turns Chart

Frenetic has therefore released the Core OptimizerTM, result of the application of the scientific method in the design of high frequency magnetics. This new tool comes from the necessity of having a feature based on Frenetic’s laboratory experienced that enables the users to have much more accurate results and with less iterations.

The Core OptimizerTM, already available on Frenetic online, provides the most accurate results within just a few seconds, supporting the engineers when selecting the optimal core for the magnetics component. During the design process, after the introduction of the specific waveform and losses target, the engineer only has to select the Core OptimizerTM tab and start comparing all cores in a family by the turns needed, and core by core, until the optimal core is found.

Related

Source: Frenetic

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